$ /nix/store/9ypz3flqsrl5xl495mm8h645gadjsxi1-coreutils-9.11/bin/timeout --kill-after=15s 7200s /nix/store/23zk8sgzamrbmj1fday15szf7f2279s8-nix-2.34.7/bin/nix --extra-experimental-features nix-command --extra-experimental-features flakes flake clone git+https://github.com/alphal00p/gammaloop --dest /tmp/nix-ci-worker/stable-pwd/repo/ Cloning into '/tmp/nix-ci-worker/stable-pwd/repo'... remote: Enumerating objects: 78670, done. remote: Counting objects: 0% (1/8122) remote: Counting objects: 1% (82/8122) remote: Counting objects: 2% (163/8122) remote: Counting objects: 3% (244/8122) remote: Counting objects: 4% (325/8122) remote: Counting objects: 5% (407/8122) remote: Counting objects: 6% (488/8122) remote: Counting objects: 7% (569/8122) remote: Counting objects: 8% (650/8122) remote: Counting objects: 9% (731/8122) remote: Counting objects: 10% (813/8122) remote: Counting objects: 11% (894/8122) remote: Counting objects: 12% (975/8122) remote: Counting objects: 13% (1056/8122) remote: Counting objects: 14% (1138/8122) remote: Counting objects: 15% (1219/8122) remote: Counting objects: 16% (1300/8122) remote: Counting objects: 17% (1381/8122) remote: Counting objects: 18% (1462/8122) remote: Counting objects: 19% (1544/8122) remote: Counting objects: 20% (1625/8122) remote: Counting objects: 21% (1706/8122) remote: Counting objects: 22% (1787/8122) remote: Counting objects: 23% (1869/8122) remote: Counting objects: 24% (1950/8122) remote: Counting objects: 25% (2031/8122) remote: Counting objects: 26% (2112/8122) remote: Counting objects: 27% (2193/8122) remote: Counting objects: 28% (2275/8122) remote: Counting objects: 29% (2356/8122) remote: Counting objects: 30% (2437/8122) remote: Counting objects: 31% (2518/8122) remote: Counting objects: 32% (2600/8122) remote: Counting objects: 33% (2681/8122) remote: Counting objects: 34% (2762/8122) remote: Counting objects: 35% (2843/8122) remote: Counting objects: 36% (2924/8122) remote: Counting objects: 37% (3006/8122) remote: Counting objects: 38% (3087/8122) remote: Counting objects: 39% (3168/8122) remote: Counting objects: 40% (3249/8122) remote: Counting objects: 41% (3331/8122) remote: Counting objects: 42% (3412/8122) remote: Counting objects: 43% (3493/8122) remote: Counting objects: 44% (3574/8122) remote: Counting objects: 45% (3655/8122) remote: Counting objects: 46% (3737/8122) remote: Counting objects: 47% (3818/8122) remote: Counting objects: 48% (3899/8122) remote: Counting objects: 49% (3980/8122) remote: Counting objects: 50% (4061/8122) remote: Counting objects: 51% (4143/8122) remote: Counting objects: 52% (4224/8122) remote: Counting objects: 53% (4305/8122) remote: Counting objects: 54% (4386/8122) remote: Counting objects: 55% (4468/8122) remote: Counting objects: 56% (4549/8122) remote: Counting objects: 57% (4630/8122) remote: Counting objects: 58% (4711/8122) remote: Counting objects: 59% (4792/8122) remote: Counting objects: 60% (4874/8122) remote: Counting objects: 61% (4955/8122) remote: Counting objects: 62% (5036/8122) remote: Counting objects: 63% (5117/8122) remote: Counting objects: 64% (5199/8122) remote: Counting objects: 65% (5280/8122) remote: Counting objects: 66% (5361/8122) remote: Counting objects: 67% (5442/8122) remote: Counting objects: 68% (5523/8122) remote: Counting objects: 69% (5605/8122) remote: Counting objects: 70% (5686/8122) remote: Counting objects: 71% (5767/8122) remote: Counting objects: 72% (5848/8122) remote: Counting objects: 73% (5930/8122) remote: Counting objects: 74% (6011/8122) remote: Counting objects: 75% (6092/8122) remote: Counting objects: 76% (6173/8122) remote: Counting objects: 77% (6254/8122) remote: Counting objects: 78% (6336/8122) remote: Counting objects: 79% (6417/8122) remote: Counting objects: 80% (6498/8122) remote: Counting objects: 81% (6579/8122) remote: Counting objects: 82% (6661/8122) remote: Counting objects: 83% (6742/8122) remote: Counting objects: 84% (6823/8122) remote: Counting objects: 85% (6904/8122) remote: Counting objects: 86% (6985/8122) remote: Counting objects: 87% (7067/8122) remote: Counting objects: 88% (7148/8122) remote: Counting objects: 89% (7229/8122) remote: Counting objects: 90% (7310/8122) remote: Counting objects: 91% (7392/8122) remote: Counting objects: 92% (7473/8122) remote: Counting objects: 93% (7554/8122) remote: Counting objects: 94% (7635/8122) remote: Counting objects: 95% (7716/8122) remote: Counting objects: 96% (7798/8122) remote: Counting objects: 97% (7879/8122) remote: Counting objects: 98% (7960/8122) remote: Counting objects: 99% (8041/8122) remote: Counting objects: 100% (8122/8122) remote: Counting objects: 100% (8122/8122), done. remote: Compressing objects: 0% (1/1633) remote: Compressing objects: 1% (17/1633) remote: Compressing objects: 2% (33/1633) remote: Compressing objects: 3% (49/1633) remote: Compressing objects: 4% (66/1633) remote: Compressing objects: 5% (82/1633) remote: Compressing objects: 6% (98/1633) remote: Compressing objects: 7% (115/1633) remote: Compressing objects: 8% (131/1633) remote: Compressing objects: 9% (147/1633) remote: Compressing objects: 10% (164/1633) remote: Compressing objects: 11% (180/1633) remote: Compressing objects: 11% (192/1633) remote: Compressing objects: 12% (196/1633) remote: Compressing objects: 13% (213/1633) remote: Compressing objects: 14% (229/1633) remote: Compressing objects: 15% (245/1633) remote: Compressing objects: 16% (262/1633) remote: Compressing objects: 17% (278/1633) remote: Compressing objects: 18% (294/1633) remote: Compressing objects: 19% (311/1633) remote: Compressing objects: 20% (327/1633) remote: Compressing objects: 21% (343/1633) remote: Compressing objects: 22% (360/1633) remote: Compressing objects: 23% (376/1633) remote: Compressing objects: 24% (392/1633) remote: Compressing objects: 25% (409/1633) remote: Compressing objects: 26% (425/1633) remote: Compressing objects: 27% (441/1633) remote: Compressing objects: 28% (458/1633) remote: Compressing objects: 29% (474/1633) remote: Compressing objects: 30% (490/1633) remote: Compressing objects: 31% (507/1633) remote: Compressing objects: 32% (523/1633) remote: Compressing objects: 33% (539/1633) remote: Compressing objects: 34% (556/1633) remote: Compressing objects: 35% (572/1633) remote: Compressing objects: 36% (588/1633) remote: Compressing objects: 37% (605/1633) remote: Compressing objects: 38% (621/1633) remote: Compressing objects: 39% (637/1633) remote: Compressing objects: 40% (654/1633) remote: Compressing objects: 41% (670/1633) remote: Compressing objects: 42% (686/1633) remote: Compressing objects: 43% (703/1633) remote: Compressing objects: 44% (719/1633) remote: Compressing objects: 45% (735/1633) remote: Compressing objects: 46% (752/1633) remote: Compressing objects: 47% (768/1633) remote: Compressing objects: 48% (784/1633) remote: Compressing objects: 49% (801/1633) remote: Compressing objects: 50% (817/1633) remote: Compressing objects: 51% (833/1633) remote: Compressing objects: 52% (850/1633) remote: Compressing objects: 53% (866/1633) remote: Compressing objects: 54% (882/1633) remote: Compressing objects: 55% (899/1633) remote: Compressing objects: 56% (915/1633) remote: Compressing objects: 57% (931/1633) remote: Compressing objects: 58% (948/1633) remote: Compressing objects: 59% (964/1633) remote: Compressing objects: 60% (980/1633) remote: Compressing objects: 61% (997/1633) remote: Compressing objects: 62% (1013/1633) remote: Compressing objects: 63% (1029/1633) remote: Compressing objects: 64% (1046/1633) remote: Compressing objects: 65% (1062/1633) remote: Compressing objects: 66% (1078/1633) remote: Compressing objects: 67% (1095/1633) remote: Compressing objects: 68% (1111/1633) remote: Compressing objects: 69% (1127/1633) remote: Compressing objects: 70% (1144/1633) remote: Compressing objects: 71% (1160/1633) remote: Compressing objects: 72% (1176/1633) remote: Compressing objects: 73% (1193/1633) remote: Compressing objects: 74% (1209/1633) remote: Compressing objects: 75% (1225/1633) remote: Compressing objects: 76% (1242/1633) remote: Compressing objects: 77% (1258/1633) remote: Compressing objects: 78% (1274/1633) remote: Compressing objects: 79% (1291/1633) remote: Compressing objects: 80% (1307/1633) remote: Compressing objects: 81% (1323/1633) remote: Compressing objects: 82% (1340/1633) remote: Compressing objects: 83% (1356/1633) remote: Compressing objects: 84% (1372/1633) remote: Compressing objects: 85% (1389/1633) remote: Compressing objects: 86% (1405/1633) remote: Compressing objects: 87% (1421/1633) remote: Compressing objects: 88% (1438/1633) remote: Compressing objects: 89% (1454/1633) remote: Compressing objects: 90% (1470/1633) remote: Compressing objects: 91% (1487/1633) remote: Compressing objects: 92% (1503/1633) remote: Compressing objects: 93% (1519/1633) remote: Compressing objects: 94% (1536/1633) remote: Compressing objects: 95% (1552/1633) remote: Compressing objects: 96% (1568/1633) remote: Compressing objects: 97% (1585/1633) remote: Compressing objects: 98% (1601/1633) remote: Compressing objects: 99% (1617/1633) remote: Compressing objects: 100% (1633/1633) remote: Compressing objects: 100% (1633/1633), done. Receiving objects: 0% (1/78670) Receiving objects: 1% (787/78670) Receiving objects: 2% (1574/78670) Receiving objects: 3% (2361/78670) Receiving objects: 4% (3147/78670) Receiving objects: 5% (3934/78670) Receiving objects: 6% (4721/78670) Receiving objects: 7% (5507/78670) Receiving objects: 8% (6294/78670) Receiving objects: 9% (7081/78670) Receiving objects: 10% (7867/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 11% (8654/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 12% (9441/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 13% (10228/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 14% (11014/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 15% (11801/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 16% (12588/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 17% (13374/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 18% (14161/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 19% (14948/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 20% (15734/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 21% (16521/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 22% (17308/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 23% (18095/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 24% (18881/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 25% (19668/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 26% (20455/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 27% (21241/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 28% (22028/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 29% (22815/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 30% (23601/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 31% (24388/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 32% (25175/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 33% (25962/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 34% (26748/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 35% (27535/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 36% (28322/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 37% (29108/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 38% (29895/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 39% (30682/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 40% (31468/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 41% (32255/78670), 13.43 MiB | 26.85 MiB/s Receiving objects: 41% (32625/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 42% (33042/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 43% (33829/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 44% (34615/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 45% (35402/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 46% (36189/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 47% (36975/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 48% (37762/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 49% (38549/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 50% (39335/78670), 30.06 MiB | 29.73 MiB/s Receiving objects: 51% (40122/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 52% (40909/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 53% (41696/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 54% (42482/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 55% (43269/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 56% (44056/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 57% (44842/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 58% (45629/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 59% (46416/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 60% (47202/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 61% (47989/78670), 46.30 MiB | 30.62 MiB/s Receiving objects: 61% (48746/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 62% (48776/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 63% (49563/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 64% (50349/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 65% (51136/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 66% (51923/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 67% (52709/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 68% (53496/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 69% (54283/78670), 63.02 MiB | 31.32 MiB/s Receiving objects: 70% (55069/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 71% (55856/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 72% (56643/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 73% (57430/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 74% (58216/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 75% (59003/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 76% (59790/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 77% (60576/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 78% (61363/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 79% (62150/78670), 79.45 MiB | 31.63 MiB/s Receiving objects: 79% (62740/78670), 96.30 MiB | 31.97 MiB/s Receiving objects: 80% (62936/78670), 96.30 MiB | 31.97 MiB/s Receiving objects: 81% (63723/78670), 96.30 MiB | 31.97 MiB/s Receiving objects: 82% (64510/78670), 96.30 MiB | 31.97 MiB/s Receiving objects: 83% (65297/78670), 96.30 MiB | 31.97 MiB/s Receiving objects: 84% (66083/78670), 96.30 MiB | 31.97 MiB/s Receiving objects: 85% (66870/78670), 96.30 MiB | 31.97 MiB/s Receiving objects: 86% (67657/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 87% (68443/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 88% (69230/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 89% (70017/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 90% (70803/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 91% (71590/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 92% (72377/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 93% (73164/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 94% (73950/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 95% (74737/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 96% (75524/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 97% (76310/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 98% (77097/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 99% (77884/78670), 112.59 MiB | 31.98 MiB/s remote: Total 78670 (delta 7042), reused 6510 (delta 6486), pack-reused 70548 (from 2) Receiving objects: 100% (78670/78670), 112.59 MiB | 31.98 MiB/s Receiving objects: 100% (78670/78670), 120.87 MiB | 32.10 MiB/s, done. Resolving deltas: 0% (0/53656) Resolving deltas: 1% (538/53656) Resolving deltas: 2% (1074/53656) Resolving deltas: 3% (1610/53656) Resolving deltas: 4% (2147/53656) Resolving deltas: 5% (2683/53656) Resolving deltas: 6% (3220/53656) Resolving deltas: 7% (3756/53656) Resolving deltas: 8% (4293/53656) Resolving deltas: 9% (4831/53656) Resolving deltas: 10% (5366/53656) Resolving deltas: 11% (5903/53656) Resolving deltas: 12% (6443/53656) Resolving deltas: 13% (6976/53656) Resolving deltas: 14% (7512/53656) Resolving deltas: 15% (8049/53656) Resolving deltas: 16% (8587/53656) Resolving deltas: 17% (9122/53656) Resolving deltas: 18% (9660/53656) Resolving deltas: 19% (10195/53656) Resolving deltas: 20% (10733/53656) Resolving deltas: 21% (11268/53656) Resolving deltas: 22% (11805/53656) Resolving deltas: 23% (12341/53656) Resolving deltas: 24% (12878/53656) Resolving deltas: 25% (13414/53656) Resolving deltas: 26% (13951/53656) Resolving deltas: 27% (14488/53656) Resolving deltas: 28% (15024/53656) Resolving deltas: 29% (15561/53656) Resolving deltas: 30% (16097/53656) Resolving deltas: 31% (16634/53656) Resolving deltas: 32% (17170/53656) Resolving deltas: 33% (17707/53656) Resolving deltas: 34% (18245/53656) Resolving deltas: 35% (18780/53656) Resolving deltas: 36% (19317/53656) Resolving deltas: 37% (19854/53656) Resolving deltas: 38% (20390/53656) Resolving deltas: 39% (20926/53656) Resolving deltas: 40% (21463/53656) Resolving deltas: 41% (21999/53656) Resolving deltas: 42% (22536/53656) Resolving deltas: 43% (23073/53656) Resolving deltas: 44% (23610/53656) Resolving deltas: 45% (24148/53656) Resolving deltas: 46% (24682/53656) Resolving deltas: 47% (25219/53656) Resolving deltas: 48% (25756/53656) Resolving deltas: 49% (26292/53656) Resolving deltas: 50% (26828/53656) Resolving deltas: 51% (27365/53656) Resolving deltas: 52% (27904/53656) Resolving deltas: 53% (28440/53656) Resolving deltas: 54% (28978/53656) Resolving deltas: 55% (29511/53656) Resolving deltas: 56% (30048/53656) Resolving deltas: 57% (30584/53656) Resolving deltas: 58% (31121/53656) Resolving deltas: 59% (31658/53656) Resolving deltas: 60% (32194/53656) Resolving deltas: 61% (32731/53656) Resolving deltas: 62% (33267/53656) Resolving deltas: 63% (33804/53656) Resolving deltas: 64% (34342/53656) Resolving deltas: 65% (34877/53656) Resolving deltas: 66% (35413/53656) Resolving deltas: 67% (35950/53656) Resolving deltas: 68% (36487/53656) Resolving deltas: 69% (37023/53656) Resolving deltas: 70% (37560/53656) Resolving deltas: 71% (38097/53656) Resolving deltas: 72% (38633/53656) Resolving deltas: 73% (39169/53656) Resolving deltas: 74% (39706/53656) Resolving deltas: 75% (40242/53656) Resolving deltas: 76% (40779/53656) Resolving deltas: 77% (41317/53656) Resolving deltas: 78% (41852/53656) Resolving deltas: 79% (42389/53656) Resolving deltas: 80% (42925/53656) Resolving deltas: 81% (43462/53656) Resolving deltas: 82% (43998/53656) Resolving deltas: 83% (44536/53656) Resolving deltas: 84% (45072/53656) Resolving deltas: 85% (45610/53656) Resolving deltas: 86% (46145/53656) Resolving deltas: 87% (46681/53656) Resolving deltas: 88% (47218/53656) Resolving deltas: 89% (47754/53656) Resolving deltas: 90% (48291/53656) Resolving deltas: 91% (48827/53656) Resolving deltas: 92% (49364/53656) Resolving deltas: 93% (49901/53656) Resolving deltas: 94% (50440/53656) Resolving deltas: 95% (50974/53656) Resolving deltas: 96% (51510/53656) Resolving deltas: 97% (52047/53656) Resolving deltas: 98% (52584/53656) Resolving deltas: 99% (53120/53656) Resolving deltas: 100% (53656/53656) Resolving deltas: 100% (53656/53656), done. Fetching commit 26b57b78674315af2eda53ec3b135ce4ffd16e95 for codex/raised_energy_cff_wip_optimized_phase_fix ... $ /nix/store/bcnisk3ydfgv26v2gw3zlky24g00yww2-git-2.54.0/bin/git fetch origin 26b57b78674315af2eda53ec3b135ce4ffd16e95 From https://github.com/alphal00p/gammaloop * branch 26b57b78674315af2eda53ec3b135ce4ffd16e95 -> FETCH_HEAD $ /nix/store/9ypz3flqsrl5xl495mm8h645gadjsxi1-coreutils-9.11/bin/timeout --kill-after=15s 7200s /nix/store/bcnisk3ydfgv26v2gw3zlky24g00yww2-git-2.54.0/bin/git -c advice.detachedHead=false checkout 26b57b78674315af2eda53ec3b135ce4ffd16e95 HEAD is now at 26b57b786 fix factorized tensor bookkeeping and numerator lookup $ /nix/store/9ypz3flqsrl5xl495mm8h645gadjsxi1-coreutils-9.11/bin/timeout --kill-after=15s 7200s /nix/store/23zk8sgzamrbmj1fday15szf7f2279s8-nix-2.34.7/bin/nix --extra-experimental-features nix-command --extra-experimental-features flakes --log-format internal-json run .#packages.x86_64-linux.nix-ci-check-gammaloop-nextest-integration --print-build-logs  Downloading cached gammaloop-nextest-binaries-integration-gammaloop-integration-tests from https://cache.nix-ci.com Downloaded cached gammaloop-nextest-binaries-integration-gammaloop-integration-tests (419.3 MiB) in 5.4s Progress: 0 of 1 built, 1 of 3 downloaded from cache Downloading cached gammaloop-nextest-binaries-integration from https://cache.nix-ci.com Downloaded cached gammaloop-nextest-binaries-integration (528 B) in 37ms Progress: 0 of 1 built, 2 of 3 downloaded from cache Downloading cached nix-ci-check-gammaloop-nextest-integration from https://cache.nix-ci.com Downloaded cached nix-ci-check-gammaloop-nextest-integration (1032 B) in 37ms Progress: 0 of 1 built, 3 of 3 downloaded from cache evaluating derivation 'g copying '/nix/store/7pdp evaluating derivation 'g     copying '/nix/store/7pdp evaluating derivation 'g copying '/nix/store/7pdp evaluating derivation 'g copying '/nix/store/7pdp evaluating derivation 'g copying '/nix/store/7pdp evaluating derivation 'g copying '/nix/store/7pdp evaluating derivation 'g querying gammaloop-nexte querying info about miss querying gammaloop-nexte [0.0 KiB DL] querying in [0/1 built, 0.0 KiB DL]  [1/0/1 built, 0.0 KiB DL gammaloop-nextest-integration>  Extracting 13 binaries, 1 build script output directory, and 3 linked paths to /build/nextest-archive-HbwJYg gammaloop-nextest-integration>  Extracted 30 files to /build/nextest-archive-HbwJYg in 2.01s gammaloop-nextest-integration> ------------ gammaloop-nextest-integration>  Nextest run ID 9e38626c-1dac-40b7-9cac-6b356f03655d with nextest profile: ci_gammaloop gammaloop-nextest-integration>  Starting 165 tests across 13 binaries (208 tests skipped, including 207 tests via profile.ci_gammaloop.default-filter) gammaloop-nextest-integration>  FAIL [ 2.477s] (155/165) gammaloop-integration-tests::uv sunrise_scalar_1_uv gammaloop-nextest-integration>   stdout --- gammaloop-nextest-integration>  gammaloop-nextest-integration>  running 1 test gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | case | check | graph | status | sigma | threshold | error | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | uv_profile | - | FAIL | - | - | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | m_uv | - | FAIL | - | <=2σ | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | rls | - | FAIL | - | <=2σ | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | mu_r | - | FAIL | - | relative delta >= 1000*accuracy | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | target | - | FAIL | - | 2sigma | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  test sunrise_scalar_1_uv ... FAILED gammaloop-nextest-integration>  gammaloop-nextest-integration>  failures: gammaloop-nextest-integration>  gammaloop-nextest-integration>  failures: gammaloop-nextest-integration>  sunrise_scalar_1_uv gammaloop-nextest-integration>  gammaloop-nextest-integration>  test result: FAILED. 0 passed; 1 failed; 0 ignored; 0 measured; 29 filtered out; finished in 2.47s gammaloop-nextest-integration>   gammaloop-nextest-integration>   stderr --- gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Running command run generate gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Starting command block generate gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Running command import model scalars-default.json gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @import::model INFO : Loading built-in JSON model scalars-default gammaloop-nextest-integration>  [2026-09-08 07:34:24.247] @gammalooprs::model INFO : The following 2 external parameters were forced to zero by the restriction card: gammaloop-nextest-integration>  width_scalar_1, width_scalar_2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.248] @gammaloop_api::se... INFO : Running command remove processes gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @gammaloop_api::se... INFO : Running command set global kv global.generation.uv.generate_integrated=true gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @gammaloop_api::se... INFO : Running command import graphs ./tests/resources/graphs/scalar_sunrise.dot -p sunrise_scalar_1 -i scalar_sunrise gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @commands::import INFO : Loading graphs from '/build/source/tests/resources/graphs/scalar_sunrise.dot' gammaloop-nextest-integration>  [2026-09-08 07:34:24.253] @gammaloop_api::se... INFO : Running command generate existing -p sunrise_scalar_1 -i scalar_sunrise gammaloop-nextest-integration>  [2026-09-08 07:34:24.256] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.260] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.261] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.262] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.267] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.268] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.273] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.274] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.275] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.278] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.279] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_3I)*Approx(subgraph(S_3I,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²+(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.281] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.284] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.284] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.284] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd004feb0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0039660, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00494a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0048d30, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0042820, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.286] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.286] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.286] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.290] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.290] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.290] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.290] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(2,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.344] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.344] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.345] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.345] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.345] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.348] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.348] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 3I gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.348] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3I") gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₁ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₁) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(1)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₁·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3I") gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.351] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.351] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.351] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₁ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₁) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(1)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₁·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.356] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.356] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.042629999999999994 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.356] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.356] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.362] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_44)*Approx(subgraph(S_44,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.363] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 322,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.367] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.367] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1156,expr: gammaloop-nextest-integration>  1/(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.368] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 4, byte size: 3848,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(t·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +1/(t²·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.368] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.373] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.374] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.379] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.380] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.385] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.386] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.387] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd005d1d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0064490, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00644b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd000c180, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003c500, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.392] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.393] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.398] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.403] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.405] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.406] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.407] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.409] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3033,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄)) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))²) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  +4·(-(q₀.q₄)-(q₁.q₄))² gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  )/denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  -1/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.409] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3033,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄)) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))²) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  +4·(-(q₀.q₄)-(q₁.q₄))² gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  )/denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  -1/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1510,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  ·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2)) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,2)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,2)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,2)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,2)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,2)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,2)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,2)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,2)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 5 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,3)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 5 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(0))-dot(p(4),k(1)))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(0))-dot(p(4),k(1)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,2)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,2)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(0))-dot(p(4),k(1)))²·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(0))-dot(p(4),k(1)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,2)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,2)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(1))-dot(p(4),k(2)))²·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(1))-dot(p(4),k(2)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,2)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,2)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 375,expr: gammaloop-nextest-integration>  8·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))·k(2,dot_dummy_ind(3))/(-4+2·ε) gammaloop-nextest-integration>  +4·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  +4·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(2,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 105,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 908,expr: gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 908,expr: gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 6, byte size: 969,expr: gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))²+1/1024·K[S_44⊛0]·p(4,dot_dummy_ind(3))²/𝜋⁴)/ε gammaloop-nextest-integration>  +1/2048·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/𝜋⁴ gammaloop-nextest-integration>  -1/256·(3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/12·𝜋²·K[S_44⊛0]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 752,expr: gammaloop-nextest-integration>  (-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 1168,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.583] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 17, byte size: 3797,expr: gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))²+1/1024·K[S_44⊛0]·p(4,dot_dummy_ind(3))²/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +1/2048·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/12·𝜋²·K[S_44⊛0]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.585] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 17, byte size: 4143,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.585] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 17, byte size: 4143,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.585] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 17, byte size: 4143,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.586] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 17, byte size: 4143,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.587] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.587] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 598 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1170 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1294 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1708 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1732 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1732,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.590] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9393 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.591] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.591] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9377 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.592] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 9377,expr: gammaloop-nextest-integration>  (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/512·(-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +1/1024·(-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1/512·((-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2))² gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.592] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.592] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.592] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 588 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1284 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.594] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1698 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.594] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1722 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.594] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1722,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.595] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9363 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.595] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.596] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9347 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.596] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 9347,expr: gammaloop-nextest-integration>  (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/512·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  ·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1/512·((q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2))² gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.597] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:24.597] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.598] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.598] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.059151 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.598] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 3094 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 3303 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.653] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_3s)*Approx(subgraph(S_3s,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.654] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.654] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.654] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²+(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.656] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.656] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.656] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.656] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0072800, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd000b070, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd009e090, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0051860, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0009ee0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.657] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.657] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.657] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.657] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]/(denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]/(denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(1,edge(0,1),q₁,mUV,1)·prop(2,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(1,edge(0,1),q₁,mUV,1)·prop(2,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.660] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.660] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.680] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 3s gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3s") gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(1,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(0)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₀·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3s") gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(1,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(0)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₀·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.039023999999999996 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.689] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_y)*Approx(subgraph(S_y,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²+(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.691] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.691] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.691] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.691] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.692] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.692] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.692] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd00077f0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd003c980, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003c9a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00291d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00408a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.692] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.693] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.693] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.693] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.693] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_y⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_y⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(2,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.720] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.720] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.720] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph y gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("y") gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> -Q3(0,x___)-Q3(2,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> -Q(0,x___)-Q(2,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₂ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₂) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(2)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₂·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("y") gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> -Q3(0,x___)-Q3(2,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> -Q(0,x___)-Q(2,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₂ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₂) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(2)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₂·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.726] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.726] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.038452 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.726] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.726] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.729] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_44)*Approx(subgraph(S_44,S_3I)*Approx(subgraph(S_3I,0))) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.729] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.729] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 675,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.730] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 752,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.730] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1187,expr: gammaloop-nextest-integration>  1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.730] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.731] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.731] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.732] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.732] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.733] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.734] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.734] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0072bd0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0072bf0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0012720, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd0039740, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0039760, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0039780, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0072c10, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0006050, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.734] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.735] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 659,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.735] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 728,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.735] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1291,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.736] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.736] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.737] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.737] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.738] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.738] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.739] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.739] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd003c010, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0038810, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00727e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd007c700, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0016910, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.741] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.742] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.743] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.745] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.746] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.747] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.748] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.748] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.749] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.749] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,1),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,1),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1424,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1470,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·topo(prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·topo(prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₁,mUV,1)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)·prop(2,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,1)·prop(2,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.755] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.755] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.755] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.755] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.757] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.757] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.757] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.757] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.851] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1743,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.851] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 602,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.851] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.851] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.852] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.856] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.857] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.858] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.858] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.861] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.861] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.862] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.060614 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.862] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.862] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.862] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph m gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("m") gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("m") gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.868] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.868] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0)] gammaloop-nextest-integration>  retained_region 3I gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.868] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:24.874] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.874] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.875] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.120606 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.875] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 5115 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 5324 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.890] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_44)*Approx(subgraph(S_44,S_3s)*Approx(subgraph(S_3s,0))) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.890] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.891] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 675,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.891] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 752,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.891] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1187,expr: gammaloop-nextest-integration>  1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.891] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.892] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.893] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.894] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.895] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.896] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.897] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.897] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0018d30, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd00107b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0076490, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd007fc90, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd007fcb0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd007fcd0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0018d50, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0007ce0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.897] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀)) gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.898] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 659,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.898] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 728,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.898] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1291,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.899] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.899] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.900] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.900] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.901] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.902] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.902] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.902] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd002d4c0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd00a04b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0009ee0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd000d990, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0007190, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.905] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.907] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.908] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.910] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.912] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.913] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.913] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.914] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.914] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,2)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.916] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1424,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.916] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1470,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·topo(prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·topo(prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(1,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(1,edge(0,0),q₀,mUV,1)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.916] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.916] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,1)·prop(2,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.920] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.920] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.920] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.921] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.922] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.922] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.922] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.922] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.019] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.019] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1743,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.019] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.019] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 602,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.020] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.021] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.022] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.023] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.023] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.025] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:25.025] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.025] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.042069 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:25.025] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph C gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("C") gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("C") gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))[0m gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(1)] gammaloop-nextest-integration>  retained_region 3s gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.033] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:25.033] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:25.033] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.033] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.076894 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:25.034] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 5115 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 5324 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.053] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_44)*Approx(subgraph(S_44,S_y)*Approx(subgraph(S_y,0))) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.054] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂)) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.054] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1009,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,q₂-q₄))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.055] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1052,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.056] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2817,expr: gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(t·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.057] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.058] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.059] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.060] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.061] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.063] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.064] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.064] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd001a680, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd004ef90, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0004580, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd0021b60, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd001ffc0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0044050, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0021fd0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003b610, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(2)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.065] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂)) gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.065] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 993,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,q₂-q₄))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.065] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1028,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.066] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2973,expr: gammaloop-nextest-integration>  2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /(t·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.067] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.067] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.069] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.070] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.071] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.072] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.073] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.074] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd007b830, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0008c70, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd002fee0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0009690, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0021fd0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(2)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.079] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.082] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.087] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.090] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.093] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.095] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.096] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.099] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5355,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))²) gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(q₄.q₄))/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.100] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5355,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))²) gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(q₄.q₄))/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.100] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3560,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1)·prop(3,edge(0,1),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1)·prop(3,edge(0,1),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,1),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,1),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,1),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  ·prop(3,edge(0,1),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3560,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1)·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1)·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  ·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.102] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3401,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.102] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3470,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·topo(prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·topo(prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 187,expr: gammaloop-nextest-integration>  4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 5 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,3)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 187,expr: gammaloop-nextest-integration>  4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1176,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1176,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 602,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,3)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 602,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 336,expr: gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 336,expr: gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0)) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.110] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.110] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.111] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(2))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.111] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(1)) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.111] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(1))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.112] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.112] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.112] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 147,expr: gammaloop-nextest-integration>  -4·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²·k(2,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 550,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 562,expr: gammaloop-nextest-integration>  4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.260] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 588,expr: gammaloop-nextest-integration>  (1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/ε gammaloop-nextest-integration>  -1/1536·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  -1/256·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.261] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1901,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(4))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.261] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 3477,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·p(4,dot_dummy_ind(4))² gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(5))² gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(6))² gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(7))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.261] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.261] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 710,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.262] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.262] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 27, byte size: 9910,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(4))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·p(4,dot_dummy_ind(4))² gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(5))² gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(6))² gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(7))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/ε gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/1536·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.267] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.268] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.269] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.271] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.273] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:25.273] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.273] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.04836 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:25.274] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.274] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.274] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 36 gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:25.274] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("36") gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 822 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 891 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 903 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 903,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋³·t³ gammaloop-nextest-integration>  ·(Eᵒˢ₂(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2665 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2649 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2649,expr: gammaloop-nextest-integration>  -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("36") gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 822 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 891 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 903 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.279] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 903,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋³·t³ gammaloop-nextest-integration>  ·(Eᵒˢ₂(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.279] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2665 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.279] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.279] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2649 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.280] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2649,expr: gammaloop-nextest-integration>  -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.280] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0)] gammaloop-nextest-integration>  retained_region y gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:25.280] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.280] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 555 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 669 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 681 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 681,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1840 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1824 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 1824,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 555 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 669 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 681 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 681,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1840 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1824 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.286] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 1824,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.286] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:25.286] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:25.287] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.287] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.155551 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:25.288] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 9664 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 9873 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.333] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:25.334] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:25.335] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:25.336] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.337] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:25.338] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.339] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.339] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²+(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.339] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.339] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.340] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.340] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.340] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.340] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.341] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.341] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.341] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd004e5a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0064ae0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd004cfa0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0010da0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd004fdc0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  [2026-09-08 07:34:25.341] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.342] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.342] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.342] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]/(denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]/(denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(1,edge(0,1),q₁,mUV,1)·prop(2,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(1,edge(0,1),q₁,mUV,1)·prop(2,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.345] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.345] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.367] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.367] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.367] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.368] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.368] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.368] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.368] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.369] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.369] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²+(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.369] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.369] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.371] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.371] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd002f390, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd003cf10, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd000d3b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd005c080, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003d150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  [2026-09-08 07:34:25.371] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.371] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.372] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.372] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.372] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.372] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(2,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.396] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.396] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.396] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.397] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.397] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.397] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²+(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.399] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.399] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.399] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.399] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.400] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.400] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.400] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd002bbe0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd002c0e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd002c100, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0030100, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd000c180, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  [2026-09-08 07:34:25.400] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.401] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.401] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.401] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_y⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_y⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(2,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.422] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.424] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 322,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.424] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.424] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1156,expr: gammaloop-nextest-integration>  1/(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.425] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 4, byte size: 3848,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(t·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +1/(t²·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.426] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.427] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.428] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.430] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.431] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.433] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.435] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.435] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd00243a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0028910, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0041970, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0010da0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd005c080, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  [2026-09-08 07:34:25.437] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.438] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.440] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.442] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.444] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.445] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.445] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.447] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3033,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄)) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))²) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  +4·(-(q₀.q₄)-(q₁.q₄))² gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  )/denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  -1/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3033,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄)) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))²) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  +4·(-(q₀.q₄)-(q₁.q₄))² gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  )/denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  -1/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1510,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  ·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2)) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 5 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,3)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(0))-dot(p(4),k(1)))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(0))-dot(p(4),k(1)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,2)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,2)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,2)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,2)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,2)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,2)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,2)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,2)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(0))-dot(p(4),k(1)))²·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(0))-dot(p(4),k(1)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,2)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,2)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(1))-dot(p(4),k(2)))²·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(1))-dot(p(4),k(2)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,2)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,2)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 375,expr: gammaloop-nextest-integration>  8·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))·k(2,dot_dummy_ind(3))/(-4+2·ε) gammaloop-nextest-integration>  +4·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  +4·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(2,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 105,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,2)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,2)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 752,expr: gammaloop-nextest-integration>  (-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 6, byte size: 969,expr: gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))²+1/1024·K[S_44⊛0]·p(4,dot_dummy_ind(3))²/𝜋⁴)/ε gammaloop-nextest-integration>  +1/2048·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/𝜋⁴ gammaloop-nextest-integration>  -1/256·(3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/12·𝜋²·K[S_44⊛0]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 1168,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 908,expr: gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 908,expr: gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.609] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 21, byte size: 3782,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))²+1/1024·K[S_44⊛0]·p(4,dot_dummy_ind(3))²/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +1/2048·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/12·𝜋²·K[S_44⊛0]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.611] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 21, byte size: 4128,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.611] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 21, byte size: 4128,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.612] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 21, byte size: 4128,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.612] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 21, byte size: 4128,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.615] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.616] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 675,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.616] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 752,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.617] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1187,expr: gammaloop-nextest-integration>  1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.617] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.618] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.619] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.620] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.621] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.622] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.623] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.623] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd001d3a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd00434a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0016240, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd000fad0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd00046c0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00046e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003b6d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0076f80, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.624] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀)) gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.625] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 659,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.625] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 728,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.626] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1291,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.626] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.627] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.628] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.628] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.629] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.630] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.630] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.630] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd00434c0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd003cc50, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0007fe0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00434e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd007c2b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.632] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.633] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.634] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.635] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.637] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.638] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.638] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.639] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.639] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,2)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.641] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1424,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.641] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1470,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·topo(prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·topo(prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(1,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(1,edge(0,0),q₀,mUV,1)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.641] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,1)·prop(2,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.645] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.645] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.646] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.646] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.646] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.646] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.647] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.647] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.647] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.647] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.741] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.741] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 602,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.741] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1743,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.741] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.742] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.744] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.745] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.745] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.746] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.749] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.750] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 675,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.750] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 752,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.750] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1187,expr: gammaloop-nextest-integration>  1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.750] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.751] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.751] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.752] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.752] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.753] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.754] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.754] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd000d830, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd002c660, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0041c30, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd001e170, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd001e190, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0021160, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00300e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0070030, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.755] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.755] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 659,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.755] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 728,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.755] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1291,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.756] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.756] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.757] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.757] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.758] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.758] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.759] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.759] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0008050, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd009d350, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0010d70, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0045b10, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0011ad0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.761] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.762] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.763] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.765] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.766] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.767] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.767] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.768] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.769] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.769] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.769] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,1),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,1),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1424,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1470,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·topo(prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·topo(prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₁,mUV,1)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,1)·prop(2,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)·prop(2,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.775] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.775] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.775] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.775] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.776] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.776] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.776] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.777] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.868] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.868] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 602,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.869] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1743,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.869] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.869] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.871] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.872] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.873] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.874] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.876] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂)) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.876] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1009,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,q₂-q₄))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.877] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1052,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.877] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2817,expr: gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(t·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.878] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.879] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.880] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.881] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.883] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.884] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.885] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.886] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0074430, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0006d60, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0077d20, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd00743f0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0074410, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0059370, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd004e500, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00405a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(2)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.886] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂)) gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.887] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 993,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,q₂-q₄))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.887] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1028,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.888] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2973,expr: gammaloop-nextest-integration>  2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /(t·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.888] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.889] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.890] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.892] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.893] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.894] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.896] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.896] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0020160, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd004fd80, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0077ce0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd005d250, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0064df0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(2)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.899] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.902] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.905] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.908] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  [2026-09-08 07:34:25.911] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  [2026-09-08 07:34:25.913] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  [2026-09-08 07:34:25.914] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.917] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5355,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))²) gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(q₄.q₄))/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5355,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))²) gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(q₄.q₄))/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.919] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3560,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1)·prop(3,edge(0,1),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1)·prop(3,edge(0,1),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,1),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,1),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,1),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  ·prop(3,edge(0,1),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3560,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1)·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1)·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  ·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3401,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.921] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3470,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·topo(prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·topo(prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.922] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.922] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.922] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.922] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1176,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1176,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 336,expr: gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 336,expr: gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 187,expr: gammaloop-nextest-integration>  4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 5 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,3)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 187,expr: gammaloop-nextest-integration>  4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 602,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,3)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 602,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0)) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(1)) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(2))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(1))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.953] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 550,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 147,expr: gammaloop-nextest-integration>  -4·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²·k(2,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 562,expr: gammaloop-nextest-integration>  4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:26.095] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:26.095] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1901,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(4))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:26.096] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 710,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:26.096] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 588,expr: gammaloop-nextest-integration>  (1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/ε gammaloop-nextest-integration>  -1/1536·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  -1/256·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:26.096] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:26.096] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 3477,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·p(4,dot_dummy_ind(4))² gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(5))² gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(6))² gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(7))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:26.097] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 27, byte size: 9910,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(4))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·p(4,dot_dummy_ind(4))² gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(5))² gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(6))² gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(7))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/ε gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/1536·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.102] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.104] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.104] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.105] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.108] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:26.109] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 3s gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.109] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3s") gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(1,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀) gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(0)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₀·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3s") gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(1,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀) gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(0)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₀·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.114] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.114] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.040085 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.114] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.114] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.117] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 3I gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.117] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3I") gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₁ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₁) gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(1)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₁·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3I") gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₁ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₁) gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(1)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₁·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.122] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.122] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.035145 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.122] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.122] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.125] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph y gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.125] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("y") gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> -Q3(0,x___)-Q3(2,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> -Q(0,x___)-Q(2,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₂ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₂) gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(2)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₂·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("y") gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> -Q3(0,x___)-Q3(2,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> -Q(0,x___)-Q(2,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₂ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₂) gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(2)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₂·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.039613999999999996 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 598 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1170 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1294 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1708 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1732 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1732,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  [2026-09-08 07:34:26.136] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9393 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.137] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.137] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9377 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.138] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 9377,expr: gammaloop-nextest-integration>  (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/512·(-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +1/1024·(-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1/512·((-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2))² gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 588 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1160 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1284 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1698 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1722 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.140] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1722,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  [2026-09-08 07:34:26.141] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9363 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.141] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.142] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9347 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.142] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 9347,expr: gammaloop-nextest-integration>  (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/512·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  ·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1/512·((q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2))² gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.143] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:26.143] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.143] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.144] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.051968 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.144] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 3076 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 3285 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.192] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.192] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.192] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.032451 gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.192] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph C gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("C") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("C") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(1)] gammaloop-nextest-integration>  retained_region 3s gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.200] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.07019199999999999 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.200] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 5115 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 5324 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.211] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.030267 gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph m gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("m") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("m") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0)] gammaloop-nextest-integration>  retained_region 3I gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.219] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:26.219] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.219] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.219] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.070022 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.220] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 5115 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 5324 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.231] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.231] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.231] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.030076000000000002 gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 36 gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("36") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 822 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 891 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 903 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 903,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋³·t³ gammaloop-nextest-integration>  ·(Eᵒˢ₂(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2665 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2649 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2649,expr: gammaloop-nextest-integration>  -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("36") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 822 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 891 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 903 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 903,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋³·t³ gammaloop-nextest-integration>  ·(Eᵒˢ₂(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2665 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2649 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2649,expr: gammaloop-nextest-integration>  -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0)] gammaloop-nextest-integration>  retained_region y gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 555 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 669 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 681 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 681,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1840 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1824 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 1824,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 555 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 669 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 681 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 681,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1840 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1824 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 1824,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.241] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.241] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.11605800000000001 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.241] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 9664 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 9873 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.466] @processes::amplitude ERROR : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  error while comparing UV orchestrator residue structure at cut 0 gammaloop-nextest-integration>  [2026-09-08 07:34:26.466] @processes::amplitude ERROR : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  error while comparing UV orchestrator residue structure at cut 0 gammaloop-nextest-integration>  The application panicked (crashed). gammaloop-nextest-integration>  Message: Integrated UV case failed: sunrise_scalar_1 gammaloop-nextest-integration>  Location: tests/tests/uv.rs:1151 gammaloop-nextest-integration>  gammaloop-nextest-integration>  ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ BACKTRACE ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ gammaloop-nextest-integration>  1: ::panic_report gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  2: ::into_panic_hook::{closure#0} gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  3: std[bcb96dfbba0ab899]::panicking::panic_with_hook gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  4: std[bcb96dfbba0ab899]::panicking::panic_handler::{closure#0} gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  5: std[bcb96dfbba0ab899]::sys::backtrace::__rust_end_short_backtrace:: gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  6: __rustc[6c289b9f9c454d21]::rust_begin_unwind gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  7: core[940e698046960fd5]::panicking::panic_fmt gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  8: uv[a2c3761b38b06fb9]::run_single_integrated_uv_case gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  9: >::call_once gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  10: test[75d6903177b1d7e9]::__rust_begin_short_backtrace::, fn() -> core[940e698046960fd5]::result::Result<(), alloc[2ea6bcb46fca0c42]::string::String>> gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  11: test[75d6903177b1d7e9]::run_test::{closure#0} gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  12: std[bcb96dfbba0ab899]::sys::backtrace::__rust_begin_short_backtrace:: gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  13: ::{closure#1} as core[940e698046960fd5]::ops::function::FnOnce<()>>::call_once::{shim:vtable#0} gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  14: ::new::thread_start gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  15: start_thread gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  16: __clone3 gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  gammaloop-nextest-integration>  Run with COLORBT_SHOW_HIDDEN=1 environment variable to disable frame filtering. gammaloop-nextest-integration>  Run with RUST_BACKTRACE=full to include source snippets. gammaloop-nextest-integration>  gammaloop-nextest-integration> ------------ gammaloop-nextest-integration>  Summary [ 189.452s] 165 tests run: 164 passed, 1 failed, 208 skipped gammaloop-nextest-integration>  FAIL [ 2.477s] (155/165) gammaloop-integration-tests::uv sunrise_scalar_1_uv gammaloop-nextest-integration>   stdout --- gammaloop-nextest-integration>  gammaloop-nextest-integration>  running 1 test gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | case | check | graph | status | sigma | threshold | error | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | uv_profile | - | FAIL | - | - | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | m_uv | - | FAIL | - | <=2σ | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | rls | - | FAIL | - | <=2σ | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | mu_r | - | FAIL | - | relative delta >= 1000*accuracy | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | target | - | FAIL | - | 2sigma | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  test sunrise_scalar_1_uv ... FAILED gammaloop-nextest-integration>  gammaloop-nextest-integration>  failures: gammaloop-nextest-integration>  gammaloop-nextest-integration>  failures: gammaloop-nextest-integration>  sunrise_scalar_1_uv gammaloop-nextest-integration>  gammaloop-nextest-integration>  test result: FAILED. 0 passed; 1 failed; 0 ignored; 0 measured; 29 filtered out; finished in 2.47s gammaloop-nextest-integration>   gammaloop-nextest-integration>   stderr --- gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Running command run generate gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Starting command block generate gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Running command import model scalars-default.json gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @import::model INFO : Loading built-in JSON model scalars-default gammaloop-nextest-integration>  [2026-09-08 07:34:24.247] @gammalooprs::model INFO : The following 2 external parameters were forced to zero by the restriction card: gammaloop-nextest-integration>  width_scalar_1, width_scalar_2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.248] @gammaloop_api::se... INFO : Running command remove processes gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @gammaloop_api::se... INFO : Running command set global kv global.generation.uv.generate_integrated=true gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @gammaloop_api::se... INFO : Running command import graphs ./tests/resources/graphs/scalar_sunrise.dot -p sunrise_scalar_1 -i scalar_sunrise gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @commands::import INFO : Loading graphs from '/build/source/tests/resources/graphs/scalar_sunrise.dot' gammaloop-nextest-integration>  [2026-09-08 07:34:24.253] @gammaloop_api::se... INFO : Running command generate existing -p sunrise_scalar_1 -i scalar_sunrise gammaloop-nextest-integration>  [2026-09-08 07:34:24.256] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.260] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.261] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.262] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.267] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.268] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.273] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.274] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.275] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.278] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.279] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_3I)*Approx(subgraph(S_3I,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²+(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.281] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.284] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.284] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.284] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.285] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd004feb0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0039660, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00494a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0048d30, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0042820, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.286] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.286] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.286] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.290] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.290] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.290] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.290] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(2,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.291] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.292] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.344] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.344] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.345] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.345] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.345] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.348] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.348] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 3I gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.348] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3I") gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.349] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₁ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₁) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(1)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₁·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.350] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3I") gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.351] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.351] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.351] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.354] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₁ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₁) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(1)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₁·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.355] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.356] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.356] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.042629999999999994 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.356] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.356] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.362] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_44)*Approx(subgraph(S_44,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.363] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 322,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.367] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.367] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1156,expr: gammaloop-nextest-integration>  1/(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.368] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 4, byte size: 3848,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(t·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +1/(t²·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.368] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.373] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.374] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.379] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.380] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.385] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.386] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.387] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd005d1d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0064490, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00644b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd000c180, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003c500, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.392] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.393] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.398] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.403] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.405] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.406] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd004f9d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.407] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.409] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3033,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄)) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))²) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  +4·(-(q₀.q₄)-(q₁.q₄))² gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  )/denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  -1/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.409] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3033,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄)) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))²) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  +4·(-(q₀.q₄)-(q₁.q₄))² gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  )/denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  -1/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.410] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1510,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  ·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2)) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,2)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,2)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.411] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,2)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,2)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,2)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,2)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,2)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,2)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.412] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 5 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,3)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 5 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(0))-dot(p(4),k(1)))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.413] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.414] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(0))-dot(p(4),k(1)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,2)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,2)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(0))-dot(p(4),k(1)))²·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(0))-dot(p(4),k(1)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.415] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,2)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,2)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(1))-dot(p(4),k(2)))²·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.426] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(1))-dot(p(4),k(2)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,2)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,2)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 375,expr: gammaloop-nextest-integration>  8·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))·k(2,dot_dummy_ind(3))/(-4+2·ε) gammaloop-nextest-integration>  +4·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  +4·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(2,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.462] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 105,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 908,expr: gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 908,expr: gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 6, byte size: 969,expr: gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))²+1/1024·K[S_44⊛0]·p(4,dot_dummy_ind(3))²/𝜋⁴)/ε gammaloop-nextest-integration>  +1/2048·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/𝜋⁴ gammaloop-nextest-integration>  -1/256·(3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/12·𝜋²·K[S_44⊛0]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 752,expr: gammaloop-nextest-integration>  (-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.582] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 1168,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.583] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 17, byte size: 3797,expr: gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))²+1/1024·K[S_44⊛0]·p(4,dot_dummy_ind(3))²/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +1/2048·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/12·𝜋²·K[S_44⊛0]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.585] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 17, byte size: 4143,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.585] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 17, byte size: 4143,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.585] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 17, byte size: 4143,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.586] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 17, byte size: 4143,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.587] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.587] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 598 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.588] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1170 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1294 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1708 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1732 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.589] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1732,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.590] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9393 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.591] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.591] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9377 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.592] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 9377,expr: gammaloop-nextest-integration>  (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/512·(-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +1/1024·(-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1/512·((-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2))² gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.592] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.592] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.592] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 588 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.593] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1284 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.594] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1698 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.594] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1722 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.594] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1722,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.595] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9363 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.595] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink[0m(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.596] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9347 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.596] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 9347,expr: gammaloop-nextest-integration>  (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/512·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  ·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1/512·((q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2))² gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.597] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:24.597] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.598] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.598] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.059151 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.598] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 3094 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 3303 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.653] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_3s)*Approx(subgraph(S_3s,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.654] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.654] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.654] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²+(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.655] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.656] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.656] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.656] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.656] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0072800, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd000b070, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd009e090, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0051860, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0009ee0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.657] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.657] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.657] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.657] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0039330, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]/(denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]/(denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.658] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(1,edge(0,1),q₁,mUV,1)·prop(2,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(1,edge(0,1),q₁,mUV,1)·prop(2,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.659] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.660] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.660] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.680] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 3s gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.681] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3s") gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(1,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.682] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(0)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₀·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.683] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3s") gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(1,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.684] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(0)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₀·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.685] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.039023999999999996 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.686] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.689] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_y)*Approx(subgraph(S_y,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²+(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.690] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.691] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.691] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.691] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.691] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.692] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.692] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.692] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd00077f0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd003c980, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003c9a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00291d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00408a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.692] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.693] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.693] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.693] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.693] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0013970, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_y⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_y⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(2,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.694] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.695] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.720] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.720] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.720] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph y gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("y") gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.721] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> -Q3(0,x___)-Q3(2,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> -Q(0,x___)-Q(2,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.722] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₂ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₂) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(2)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₂·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("y") gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.723] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> -Q3(0,x___)-Q3(2,x___)+Q3(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> -Q(0,x___)-Q(2,x___)+Q(3,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.724] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₂ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₂) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(2)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₂·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.725] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.726] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.726] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.038452 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.726] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.726] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.729] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_44)*Approx(subgraph(S_44,S_3I)*Approx(subgraph(S_3I,0))) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.729] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.729] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 675,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.730] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 752,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.730] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1187,expr: gammaloop-nextest-integration>  1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.730] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.731] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.731] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.732] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.732] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.733] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.734] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.734] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0072bd0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0072bf0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0012720, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd0039740, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0039760, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0039780, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0072c10, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0006050, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.734] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.735] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 659,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.735] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 728,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.735] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1291,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.736] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.736] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.737] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.737] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.738] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.738] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.739] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.739] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd003c010, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0038810, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00727e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd007c700, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0016910, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.741] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.742] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.743] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.745] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.746] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.747] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd00bc150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.748] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.748] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.749] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.749] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,1),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,1),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.750] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1424,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1470,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·topo(prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·topo(prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₁,mUV,1)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.751] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)·prop(2,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.752] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.753] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,1)·prop(2,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.754] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.755] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.755] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.755] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.755] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.757] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.757] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.757] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.757] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.851] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1743,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.851] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 602,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.851] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.851] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.852] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.856] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.857] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.858] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.858] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.861] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.861] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.862] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.060614 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.862] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.862] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.862] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph m gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("m") gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.863] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.864] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.865] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("m") gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.866] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.867] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.868] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.868] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0)] gammaloop-nextest-integration>  retained_region 3I gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:24.868] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.869] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.870] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:24.871] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.872] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.873] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:24.874] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:24.874] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:24.875] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.120606 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:24.875] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 5115 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=5, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 5324 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=5, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:24.890] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_44)*Approx(subgraph(S_44,S_3s)*Approx(subgraph(S_3s,0))) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.890] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.891] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 675,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.891] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 752,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.891] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1187,expr: gammaloop-nextest-integration>  1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.891] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.892] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.893] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.894] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.895] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.896] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.897] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.897] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0018d30, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd00107b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0076490, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd007fc90, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd007fcb0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd007fcd0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0018d50, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0007ce0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.897] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀)) gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.898] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 659,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.898] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 728,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.898] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1291,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.899] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.899] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.900] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.900] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.901] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.902] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.902] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.902] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd002d4c0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd00a04b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0009ee0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd000d990, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0007190, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.905] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.907] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.908] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.910] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.912] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.913] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0020060, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.913] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.914] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:24.914] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.915] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,2)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:24.916] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1424,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:24.916] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1470,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·topo(prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·topo(prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(1,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(1,edge(0,0),q₀,mUV,1)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:24.916] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.916] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.917] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,1)·prop(2,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.919] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:24.920] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.920] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.920] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.921] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:24.922] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:24.922] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.922] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.922] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.019] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.019] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1743,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.019] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.019] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 602,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.020] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.021] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.022] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.023] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.023] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.025] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:25.025] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.025] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.042069 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:25.025] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph C gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("C") gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.026] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.027] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("C") gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.028] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(1)] gammaloop-nextest-integration>  retained_region 3s gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:25.029] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.030] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.031] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=3, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.032] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2 given=subgraph=3s, topo_order=3, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.033] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:25.033] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:25.033] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.033] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.076894 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:25.034] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 5115 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=6, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 5324 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=6, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.053] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_44)*Approx(subgraph(S_44,S_y)*Approx(subgraph(S_y,0))) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.054] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂)) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.054] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1009,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,q₂-q₄))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.055] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1052,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.056] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2817,expr: gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(t·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.057] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.058] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.059] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.060] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.061] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.063] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.064] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.064] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd001a680, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd004ef90, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0004580, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd0021b60, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd001ffc0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0044050, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0021fd0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003b610, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(2)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.065] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂)) gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.065] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 993,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,q₂-q₄))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.065] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1028,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.066] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2973,expr: gammaloop-nextest-integration>  2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /(t·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.067] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.067] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.069] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.070] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.071] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.072] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.073] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.074] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd007b830, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0008c70, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd002fee0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0009690, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0021fd0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(2)] gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.079] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.082] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.087] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.090] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.093] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.095] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd000c870, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:25.096] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.099] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5355,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))²) gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(q₄.q₄))/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.100] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5355,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))²) gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(q₄.q₄))/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.100] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3560,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1)·prop(3,edge(0,1),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1)·prop(3,edge(0,1),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,1),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,1),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,1),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  ·prop(3,edge(0,1),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.101] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3560,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1)·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1)·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  ·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.102] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3401,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.102] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3470,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·topo(prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·topo(prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 187,expr: gammaloop-nextest-integration>  4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 5 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,3)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 187,expr: gammaloop-nextest-integration>  4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1176,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.104] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1176,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.105] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 602,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,3)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 602,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.106] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 336,expr: gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.107] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 336,expr: gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.108] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0)) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.109] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.110] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.110] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.111] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(2))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.111] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(1)) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.111] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(1))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.112] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.112] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.112] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 147,expr: gammaloop-nextest-integration>  -4·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²·k(2,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 550,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 562,expr: gammaloop-nextest-integration>  4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.134] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.260] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 588,expr: gammaloop-nextest-integration>  (1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/ε gammaloop-nextest-integration>  -1/1536·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  -1/256·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.261] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1901,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(4))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.261] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 3477,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·p(4,dot_dummy_ind(4))² gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(5))² gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(6))² gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(7))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.261] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.261] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 710,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.262] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.262] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 27, byte size: 9910,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(4))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·p(4,dot_dummy_ind(4))² gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(5))² gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(6))² gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(7))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/ε gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/1536·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.267] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.268] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.269] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.271] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.273] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:25.273] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.273] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.04836 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:25.274] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.274] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.274] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 36 gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:25.274] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("36") gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.275] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 822 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 891 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 903 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 903,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋³·t³ gammaloop-nextest-integration>  ·(Eᵒˢ₂(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2665 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.276] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2649 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2649,expr: gammaloop-nextest-integration>  -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("36") gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.277] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 822 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 891 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.278] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 903 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.279] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 903,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋³·t³ gammaloop-nextest-integration>  ·(Eᵒˢ₂(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.279] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2665 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.279] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.279] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2649 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.280] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2649,expr: gammaloop-nextest-integration>  -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.280] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0)] gammaloop-nextest-integration>  retained_region y gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:25.280] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.280] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.281] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 555 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 669 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 681 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 681,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1840 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.282] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1824 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 1824,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:25.283] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=4, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 555 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.284] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 669 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 681 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 681,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1840 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.285] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1824 gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:25.286] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 1824,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  span compute_3d{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2 given=subgraph=y, topo_order=4, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.286] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:25.286] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:25.287] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:25.287] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.155551 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:25.288] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 9664 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=7, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 9873 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=7, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:25.333] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:25.334] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:25.335] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:25.336] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.337] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:25.338] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.339] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.339] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²+(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.339] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.339] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.340] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.340] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.340] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.340] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.341] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.341] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.341] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd004e5a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0064ae0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd004cfa0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0010da0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd004fdc0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  [2026-09-08 07:34:25.341] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.342] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.342] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.342] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]/(denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]/(denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.343] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(1,edge(0,1),q₁,mUV,1)·prop(2,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(1,edge(0,1),q₁,mUV,1)·prop(2,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_3s⊛0]·topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.344] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.345] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.345] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.367] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.367] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.367] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.368] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.368] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.368] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3s⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3s⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3s⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3s⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3s, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3s"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.368] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.369] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.369] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²+(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.369] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.369] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.370] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.371] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.371] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd002f390, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd003cf10, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd000d3b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd005c080, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003d150, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  [2026-09-08 07:34:25.371] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.371] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.372] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.372] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.372] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.372] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·prop(2,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_3I⊛0]·topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.373] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.374] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.396] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.396] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.396] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.397] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.397] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.397] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_3I⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_3I⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_3I⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_3I⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=3I, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="3I"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 1 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1099,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²+(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim)))+(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.398] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.399] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.399] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.399] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.399] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.400] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.400] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 369,expr: gammaloop-nextest-integration>  1/(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.400] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd002bbe0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd002c0e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd002c100, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0030100, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd000c180, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  [2026-09-08 07:34:25.400] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.401] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.401] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.401] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 401,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_y⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 255,expr: gammaloop-nextest-integration>  -K[S_y⊛0]/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 135,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 82,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·prop(2,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.402] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 90,expr: gammaloop-nextest-integration>  -K[S_y⊛0]·topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.403] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.422] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.423] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 384,expr: gammaloop-nextest-integration>  ε·(-1𝑖/192·K[S_y⊛0]-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_y⊛0]) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_y⊛0] gammaloop-nextest-integration>  -1𝑖/16·K[S_y⊛0]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=y, topo_order=0, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced="y"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.424] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 322,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.424] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.424] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1156,expr: gammaloop-nextest-integration>  1/(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.425] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 4, byte size: 3848,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(t·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +1/(t²·denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.426] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.427] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.428] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.430] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.431] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.433] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.435] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 3832,expr: gammaloop-nextest-integration>  (-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.435] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd00243a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0028910, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0041970, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0010da0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd005c080, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  [2026-09-08 07:34:25.437] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.438] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.440] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3871,expr: gammaloop-nextest-integration>  -((-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +(-1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  -1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.442] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.444] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.445] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  [2026-09-08 07:34:25.445] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3835,expr: gammaloop-nextest-integration>  (-((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²) gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  -1/(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))) gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(2,1,-q₀-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.447] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3033,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄)) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))²) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  +4·(-(q₀.q₄)-(q₁.q₄))² gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  )/denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  -1/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 3033,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄)) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))²) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  +4·(-(q₀.q₄)-(q₁.q₄))² gammaloop-nextest-integration>  /denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  -((-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²) gammaloop-nextest-integration>  +(-mUVexp²+mass_scalar_1²)/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  )/denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁)) gammaloop-nextest-integration>  -1/(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(2,-q₀-q₁,mUVexp²,-mUV²+(q₀.q₀)+2·(q₀.q₁)+(q₁.q₁))) gammaloop-nextest-integration>  )·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.448] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1435,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  ·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integrand n-terms: 5, byte size: 1510,expr: gammaloop-nextest-integration>  -K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  +(2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  ·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2)) gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0]·topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.449] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 5 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,3)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₀.q₄)-(q₁.q₄))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.450] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 167,expr: gammaloop-nextest-integration>  -4·(-(q₄.k₀)-(q₄.k₁))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(0))-dot(p(4),k(1)))²·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₀.q₄)-(q₁.q₄))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 273,expr: gammaloop-nextest-integration>  (2·(-(q₄.k₀)-(q₄.k₁))-(-mUVexp²+mass_scalar_1²-(q₄.q₄)))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(0))-dot(p(4),k(1)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.451] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,2)·prop(2,edge(0,1),q₁,mUV²,1)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,2)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,2)·prop(2,edge(0,1),k₁,mUV²,1)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,2)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 178,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀-q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 1:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 3 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),q₀,mUV²,1)·prop(2,edge(0,1),q₁,mUV²,2)·prop(3,edge(0,1),-q₀-q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  uncontracted_propagator_count 3 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.452] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,2)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 190,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k₀,mUV²,1)·prop(2,edge(0,1),k₁,mUV²,2)·prop(3,edge(0,1),-k₀-k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 0 gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,2)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(0))-dot(p(4),k(1)))²·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(0))-dot(p(4),k(1)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,2)·prop(2,edge(0,1),k(1),mUV²,1)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 194,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,1),k(0),mUV²,1)·prop(2,edge(0,1),k(1),mUV²,2)·prop(3,edge(0,1),-k(0)-k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.453] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 129,expr: gammaloop-nextest-integration>  -4·(-dot(p(4),k(1))-dot(p(4),k(2)))²·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 216,expr: gammaloop-nextest-integration>  (2·(-dot(p(4),k(1))-dot(p(4),k(2)))-(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))))·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,2)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.464] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,2)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 39,expr: gammaloop-nextest-integration>  -K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 3, byte size: 375,expr: gammaloop-nextest-integration>  8·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))·k(2,dot_dummy_ind(3))/(-4+2·ε) gammaloop-nextest-integration>  +4·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  +4·K[S_44⊛0]·p(4,dot_dummy_ind(2))²·k(2,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 105,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,2)·prop(2,edge(1,2),k(2),mUV²,1)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.495] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 174,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,2),k(1),mUV²,1)·prop(2,edge(1,2),k(2),mUV²,2)·prop(3,edge(2,1),k(1)+k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 68,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 752,expr: gammaloop-nextest-integration>  (-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 6, byte size: 969,expr: gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))²+1/1024·K[S_44⊛0]·p(4,dot_dummy_ind(3))²/𝜋⁴)/ε gammaloop-nextest-integration>  +1/2048·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/𝜋⁴ gammaloop-nextest-integration>  -1/256·(3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/12·𝜋²·K[S_44⊛0]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 1168,expr: gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 908,expr: gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.608] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 908,expr: gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.609] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 21, byte size: 3782,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]·p(4,dot_dummy_ind(2))²+1/1024·K[S_44⊛0]·p(4,dot_dummy_ind(3))²/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  +1/2048·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/256·(3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·K[S_44⊛0]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -1/12·𝜋²·K[S_44⊛0]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/512·K[S_44⊛0]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.611] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 21, byte size: 4128,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.611] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 21, byte size: 4128,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.612] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 21, byte size: 4128,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.612] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 21, byte size: 4128,expr: gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -(-mUVexp²+mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/4·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/2·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +(-3/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+9/512·mUV²·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +2·(-1/2·(-mUVexp²+mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0]+1/512·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛0]+1/1024·(q₄.q₄)·K[S_44⊛0]/𝜋⁴)/ε gammaloop-nextest-integration>  +(-1/2·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  )/ε gammaloop-nextest-integration>  -9/2·mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -3/2·mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛0] gammaloop-nextest-integration>  -1/256·(-6.984139141965811664097656566691584396356895485546215609000549716649008569067718018582086931255055626·mUV²·K[S_44⊛0]-1/4·𝜋²·mUV²·K[S_44⊛0])/𝜋⁴ gammaloop-nextest-integration>  -1/128·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(-1/12·𝜋²·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  +3.90651206448243148433593714812046178182567168272642710111050031483443492325809109046434785416104930e-1·(q₄.q₄)·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  -1/256·(6.71953619344729445300781144436138534547701504817928130333150094450330476977427327139304356248314791e-1·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  -1/12·𝜋²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0] gammaloop-nextest-integration>  )/𝜋⁴ gammaloop-nextest-integration>  +1/256·(-mUVexp²+mass_scalar_1²)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +3/512·mUV²·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/512·(q₄.q₄)·K[S_44⊛0]/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/2048·(q₄.q₄)·K[S_44⊛0]/𝜋⁴ gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=0, dod=2 given=subgraph=0, topo_order=0, dod=0 reduced="44"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.615] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.616] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 675,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.616] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 752,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.617] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1187,expr: gammaloop-nextest-integration>  1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.617] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.618] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.619] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.620] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.621] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.622] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.623] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3s⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.623] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd001d3a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd00434a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0016240, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(0)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd000fad0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd00046c0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00046e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd003b6d0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0076f80, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.624] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀)) gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.625] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 659,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.625] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 728,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)+t²·mUVexp²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.626] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1291,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.626] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.627] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.628] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.628] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.629] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.630] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.630] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.630] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd00434c0, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd003cc50, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0007fe0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00434e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd007c2b0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.632] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.633] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.634] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.635] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.637] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.638] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.638] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.639] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.639] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))²·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₁,mUVexp²,-mUV²+(q₁.q₁))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,1),q₀,mUV,2)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2 -> 1:3 [id=0 dir=none color="gray"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.640] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,2)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₁,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.641] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1424,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.641] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1470,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]]·topo(prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]·topo(prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(1,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(1,edge(0,0),q₀,mUV,1)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.641] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,1)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,1)·prop(2,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.642] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.643] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3s gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.644] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.645] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.645] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.646] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.646] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.646] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.646] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.647] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.647] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.647] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.647] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.741] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.741] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 602,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.741] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1743,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.741] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.742] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.744] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.745] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.745] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.746] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]]-1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3s·K[S_3s⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3s·Tr(Σ(⟨K[S_3s⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3s·K[S_3s⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3s·K[S_3s⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3s·K[S_3s⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3s, topo_order=1, dod=0 reduced="C"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.749] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.750] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 675,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.750] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 752,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.750] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1187,expr: gammaloop-nextest-integration>  1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.750] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.751] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.751] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.752] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.752] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.753] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.754] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1179,expr: gammaloop-nextest-integration>  -K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_3I⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.754] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd000d830, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd002c660, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0041c30, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(1)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd001e170, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd001e190, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0021160, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00300e0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0070030, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.755] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,q₁,mass_scalar_1²,-mass_scalar_1²+(q₁.q₁)) gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.755] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 659,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.755] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 728,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²+t²·mass_scalar_1²,-mUV²+t²·(-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)+t²·mUVexp²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.755] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1291,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))) gammaloop-nextest-integration>  +1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.756] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.756] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.757] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.757] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.758] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.758] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.759] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1191,expr: gammaloop-nextest-integration>  1/2·uvIntegratedLoopScale⁴·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.759] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0008050, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd009d350, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0010d70, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0045b10, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0011ad0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(1)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.761] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.762] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.763] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 2621,expr: gammaloop-nextest-integration>  -(1/2·(2·mUVexp²-2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  +1/2·(2·mUVexp²-2·mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.765] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.766] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.767] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  [2026-09-08 07:34:25.767] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2554,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim))))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,Q(momentum_provenance(1,1,q₁)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.768] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.769] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 2010,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))²·denom(2,-q₀,mUVexp²,-mUV²+(q₀.q₀))) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁))² gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/denom(1,q₁,mUVexp²,-mUV²+(q₁.q₁)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.769] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.769] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,1)·prop(3,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),q₁,mUV,2)·prop(3,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,1),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,1),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4 -> 1:5 [id=1 dir=none color="gray"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1530,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1424,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₁,mUV,1) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.770] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integrand n-terms: 4, byte size: 1470,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]]·topo(prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]·topo(prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₁,mUV,1)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,1)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,1)·prop(2,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 101,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)·prop(3,edge(0,0),q₀,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.771] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)·prop(2,edge(0,0),q₀,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.772] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 51,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₁,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₁,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.773] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph 3I gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.774] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.775] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.775] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.775] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.775] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.776] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.776] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 98,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.776] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 513,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.777] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.868] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.868] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 602,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.869] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1743,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.869] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.869] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.871] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.872] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.873] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.874] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 18, byte size: 5589,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²)·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]]-1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛3I·K[S_3I⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²) gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV)²/𝜋²-1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(mUVexp²-mass_scalar_1²)·(1𝑖/8·log(mUV)/𝜋²-1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛3I·Tr(Σ(⟨K[S_3I⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛3I·K[S_3I⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛3I·K[S_3I⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²)·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛3I·K[S_3I⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=3I, topo_order=1, dod=0 reduced="m"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.876] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 506,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂)) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim))))) gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.876] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1009,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,q₂-q₄))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀))/t,mUVexp²,-mUV²/t²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.877] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1052,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,t²·(-mUV²/t²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t²))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.877] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2817,expr: gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(t·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(t²·denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.878] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.879] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.880] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.881] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.883] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.884] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.885] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2801,expr: gammaloop-nextest-integration>  -K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_y⊛0] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.886] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0074430, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0006d60, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 0, 0], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0077d20, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3), ExternalIndex(2): EdgeIndex(2)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Plus, ExternalIndex(2): Minus}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero, ExternalIndex(2): Zero}) }]) }), (SubSet { set: BitVec { addr: 0x7fffd00743f0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd0074410, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0059370, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd004e500, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd00405a0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(2)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.886] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 512,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂)) gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.887] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 993,expr: gammaloop-nextest-integration>  -t⁴·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,q₂-q₄))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.887] @approx::local_4d [{#uv, #integrated, #rescaled}] DEBUG : Rescaled expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  n_loops 2 gammaloop-nextest-integration>  res n-terms: 1, byte size: 1028,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(t² gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²+t²·mass_scalar_1², gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  +t² gammaloop-nextest-integration>  ·(-mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +t²·mUVexp² gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.888] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Series expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2973,expr: gammaloop-nextest-integration>  2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /(t·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/(t²·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  -(-1𝑖/8·log(μᵣ²)·log(mUV/t)/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²+1𝑖/8·log(mUV/t)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(1𝑖/16·log(μᵣ²)/𝜋²-1𝑖/8·log(mUV/t)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.888] @approx::local_4d [{#uv, #integrated, #series}] DEBUG : Evaluated at t = 1 gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.889] @approx::local_4d [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.890] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.892] @approx::local_4d [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.893] @approx::local_4d [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.894] @approx::local_4d [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.896] @approx::local_4d [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2819,expr: gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·uvIntegratedLoopScale⁴ gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  span t{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:25.896] @approx::local_4d [{#generation, #uv, #four_d, #local, #trace}] DEBUG : Framed local-4D Taylor sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_components [(SubSet { set: BitVec { addr: 0x7fffd0020160, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 1, 1], id: PhantomData }, SubSet { set: BitVec { addr: 0x7fffd004fd80, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 1, 1, 1, 1], id: PhantomData }, LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0077ce0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) })] gammaloop-nextest-integration>  component_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd005d250, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 0, 0, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  coordinate_lmb LoopMomentumBasis { tree: SubSet { set: BitVec { addr: 0x7fffd0064df0, head: 000000, bits: 8, capacity: 64 } [0, 0, 0, 0, 1, 1, 0, 0], id: PhantomData }, loop_edges: {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)}, ext_edges: {ExternalIndex(0): EdgeIndex(4), ExternalIndex(1): EdgeIndex(3)}, edge_signatures: EdgeVec([LoopExtSignature { internal: SignatureLike({LoopIndex(0): Plus, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Minus, LoopIndex(1): Minus}), external: SignatureLike({ExternalIndex(0): Plus, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Plus}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }, LoopExtSignature { internal: SignatureLike({LoopIndex(0): Zero, LoopIndex(1): Zero}), external: SignatureLike({ExternalIndex(0): Zero, ExternalIndex(1): Zero}) }]) } gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0), EdgeIndex(2)] gammaloop-nextest-integration>  [2026-09-08 07:34:25.899] @approx::integrated [{#uv, #collect, #integrated}] DEBUG : After gamma chain collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.902] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma schoonschip gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.905] @approx::integrated [{#profile, #uv, #collect, #integrated, #start, #trace}] DEBUG : After gamma collection gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 5984,expr: gammaloop-nextest-integration>  -(-K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  +2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1/2·(2·mUVexp²-2·mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +2·(ε gammaloop-nextest-integration>  ·(-1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  [2026-09-08 07:34:25.908] @approx::integrated [{#profile, #uv, #gamma, #integrated, #start, #trace, #vakint}] DEBUG : After gamma simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  [2026-09-08 07:34:25.911] @approx::integrated [{#profile, #uv, #integrated, #schoonschip, #start, #trace, #vakint}] DEBUG : After Schoonschip net gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  [2026-09-08 07:34:25.913] @approx::integrated [{#profile, #uv, #dots, #integrated, #trace, #vakint}] DEBUG : After dots gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  [2026-09-08 07:34:25.914] @approx::integrated [{#uv, #input, #integrated, #trace, #vakint}] DEBUG : Integrating and truncating gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5895,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  +4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim)))) gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))) gammaloop-nextest-integration>  -4·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))² gammaloop-nextest-integration>  /denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))) gammaloop-nextest-integration>  -2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,Q(momentum_provenance(0,1,q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,-q₀)),mUVexp²,-mUV²+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))) gammaloop-nextest-integration>  ·denom(2,Q(momentum_provenance(2,1,q₂-q₄)),mUVexp²,-mUV²+(Q(momentum_provenance(2,1,q₂-q₄),mink(dim)).Q(momentum_provenance(2,1,q₂-q₄),mink(dim))))²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.917] @approx::integrated [{#uv, #integrated, #substitute_masses_to_m_uv, #trace, #vakint}] DEBUG : Vakint trace after undo shorthands gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5355,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))²) gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(q₄.q₄))/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_undo_shorthands gammaloop-nextest-integration>  [2026-09-08 07:34:25.918] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after metric simplification gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 5355,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))²) gammaloop-nextest-integration>  -((mUVexp²-mass_scalar_1²+(q₄.q₄))/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  /(denom(0,q₀,mUVexp²,-mUV²+(q₀.q₀))·denom(1,-q₀,mUVexp²,-mUV²+(q₀.q₀)) gammaloop-nextest-integration>  ·denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  /denom(2,q₂-q₄,mUVexp²,-mUV²+(q₂.q₂)-2·(q₂.q₄)+(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_simplify_metrics gammaloop-nextest-integration>  [2026-09-08 07:34:25.919] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Den to prop for gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6:s -> 1:7:s [id=2 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.919] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after denominator-to-propagator conversion gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3560,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1)·prop(3,edge(0,1),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1)·prop(3,edge(0,1),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,1),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,1),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,1),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,1),q₀,mUV,1)·prop(2,edge(0,1),-q₀,mUV,1) gammaloop-nextest-integration>  ·prop(3,edge(0,1),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_den_to_prop gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Shrinking subgraph for vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  reduced digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:2:s -> 1:3:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:4:s -> 1:5:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:6 -> 1:7 [id=2 dir=none color="gray"]; gammaloop-nextest-integration>  ext3 [style=invis]; gammaloop-nextest-integration>  ext3 -> 0:1 [id=3 dir=none color="gray"]; gammaloop-nextest-integration>  ext4 [style=invis]; gammaloop-nextest-integration>  1:0 -> ext4 [id=4 dir=none color="gray"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 0 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #graph, #inspect, #integrated, #vakint}] DEBUG : Shrinking Node gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  id 1 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after shrinking subgraph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3560,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1)·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1)·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(1,edge(0,0),q₀,mUV,1)·prop(2,edge(0,0),-q₀,mUV,1) gammaloop-nextest-integration>  ·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_shrink_subgraph gammaloop-nextest-integration>  [2026-09-08 07:34:25.920] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after edge flip and fuse gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3401,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,2) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·prop(3,edge(0,0),q₂-q₄,mUV,1) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_after_flip_fuse gammaloop-nextest-integration>  [2026-09-08 07:34:25.921] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace before split terms gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integrand n-terms: 6, byte size: 3470,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]]·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  +(-2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  )·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  +(-(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  )·topo(prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·topo(prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))²·topo(prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  +4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]]·topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_before_split_terms gammaloop-nextest-integration>  [2026-09-08 07:34:25.922] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.922] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.922] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,1)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.922] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1176,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.923] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 2 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,2)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1176,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1112,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0)) gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 336,expr: gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.924] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 4 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,2)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 336,expr: gammaloop-nextest-integration>  -2·((q₂.q₄)-(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 272,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -2·(q₄.k₁)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 187,expr: gammaloop-nextest-integration>  4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 5 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,3)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 187,expr: gammaloop-nextest-integration>  4·((q₂.q₄)-(q₄.q₄))²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.925] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 123,expr: gammaloop-nextest-integration>  4·(q₄.k₁)²·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  topo(prop(2,edge(0,0),q₀,mUV,2)·prop(3,edge(0,0),q₂-q₄,mUV,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  0:2:s -> 0:3:s [id=1 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 2 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 133,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₀,mUV²,2)·prop(2,edge(0,0),q₂-q₄,mUV²,1)) gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  uncontracted_propagator_count 2 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 2 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 109,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,2)·prop(2,edge(0,0),k₁,mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #inspect, #integrated, #trace, #vakint}] DEBUG : Starting integral gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 75,expr: gammaloop-nextest-integration>  topo(prop(3,edge(0,0),q₂-q₄,mUV,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 602,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_initial gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #graph, #dump, #integrated, #vakint}] DEBUG : Graph gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  log.graph digraph { gammaloop-nextest-integration>  node [shape=circle,height=0.1,label=""]; gammaloop-nextest-integration>  overlap = "scale"; gammaloop-nextest-integration>  layout = "neato"; gammaloop-nextest-integration>  start=2; gammaloop-nextest-integration>  0:0:s -> 0:1:s [id=0 dir=none color="red:blue;0.5"]; gammaloop-nextest-integration>  } gammaloop-nextest-integration>  gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  [2026-09-08 07:34:25.926] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  contracted_propagator_count 1 gammaloop-nextest-integration>  contracted_propagator_power_sum 3 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 79,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),q₂-q₄,mUV²,3)) gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 602,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·((q₂.q₄)-(q₄.q₄))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_graph_rebuild gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  uncontracted_propagator_count 1 gammaloop-nextest-integration>  uncontracted_propagator_power_sum 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_momentum_solve gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace after loop normalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  additional_normalization n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  nloops 1 gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_loop_normalization gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 55,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k₀,mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 538,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(q₄.k₀)² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_metric_shorthand_to_dot gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #trace, #vakint}] DEBUG : Vakint trace gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  dependent_subgraph y gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0))² gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  span to_vakint_integrand{span_context=true} gammaloop-nextest-integration>  stage to_vakint_integrand_term_after_vakint_symbols gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0)) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(1))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,2)·prop(2,edge(0,0),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #to_vakint, #trace, #vakint}] DEBUG : Vakint term as input gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(0,0),k(0),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(0))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.927] @approx::integrated [{#uv, #integrated, #vakint}] DEBUG : Vakint args gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  settings VakintSettings { epsilon_symbol: "gammalooprs::ε", mu_r_sq_symbol: "gammalooprs::μᵣ²", form_exe_path: "form", python_exe_path: "python3", verify_numerator_identification: false, integral_normalization_factor: MSbar, run_time_decimal_precision: 100, allow_unknown_integrals: false, clean_tmp_dir: true, evaluation_order: EvaluationOrder([AlphaLoop(AlphaLoopOptions { susbstitute_masters: true }), MATAD(MATADOptions { expand_masters: true, susbstitute_masters: true, substitute_hpls: true, direct_numerical_substition: true }), FMFT(FMFTOptions { expand_masters: true, susbstitute_masters: true })]), number_of_terms_in_epsilon_expansion: 3, precision_for_input_float_rationalization: FullPrecision, use_dot_product_notation: false, temporary_directory: None } gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 1074,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-dot(p(4),p(4))) gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(-1𝑖/96·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)·log(μᵣ²)/𝜋²-1𝑖/4·log(mUV)²/𝜋²-1𝑖/16·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(1𝑖/4·log(mUV)/𝜋²-1𝑖/8·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(1)) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 2, byte size: 233,expr: gammaloop-nextest-integration>  -2·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(2)) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+dot(p(4),p(4)))·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 104,expr: gammaloop-nextest-integration>  4·K[S_44⊛y·K[S_y⊛0]]·dot(p(4),k(2))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.929] @approx::integrated [{#uv, #canonicalize, #integrated, #trace, #vakint}] DEBUG : Vakint term after canonicalization gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 519,expr: gammaloop-nextest-integration>  -4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·dot(p(4),k(1))² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:25.953] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 484,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 550,expr: gammaloop-nextest-integration>  -(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,2)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 125,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 147,expr: gammaloop-nextest-integration>  -4·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²·k(2,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 111,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,2)·prop(2,edge(1,1),k(2),mUV²,1)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 59,expr: gammaloop-nextest-integration>  K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:25.954] @approx::integrated [{#uv, #integrated, #tensor_reduce, #trace, #vakint}] DEBUG : Vakint term after tensor reduction gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 56,expr: gammaloop-nextest-integration>  topo(prop(1,edge(1,1),k(1),mUV²,3)) gammaloop-nextest-integration>  numerator n-terms: 1, byte size: 562,expr: gammaloop-nextest-integration>  4·(ε gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))²·k(1,dot_dummy_ind(3))²/(-4+2·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:26.095] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 2423,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 0 gammaloop-nextest-integration>  [2026-09-08 07:34:26.095] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 1901,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(4))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 1 gammaloop-nextest-integration>  [2026-09-08 07:34:26.096] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 710,expr: gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 2 gammaloop-nextest-integration>  [2026-09-08 07:34:26.096] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 4, byte size: 588,expr: gammaloop-nextest-integration>  (1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/ε gammaloop-nextest-integration>  -1/1536·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  -1/256·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 3 gammaloop-nextest-integration>  [2026-09-08 07:34:26.096] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 836,expr: gammaloop-nextest-integration>  (mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 4 gammaloop-nextest-integration>  [2026-09-08 07:34:26.096] @approx::integrated [{#uv, #evaluate, #integrated, #trace, #vakint}] DEBUG : Vakint term after evaluation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integral n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  numerator n-terms: 5, byte size: 3477,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·p(4,dot_dummy_ind(4))² gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(5))² gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(6))² gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(7))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/(𝜋²·ε) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  term_index 5 gammaloop-nextest-integration>  [2026-09-08 07:34:26.097] @approx::integrated [{#uv, #integrated, #raw, #trace, #vakint}] DEBUG : Raw post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 27, byte size: 9910,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(3))²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(4))²) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(3))² gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·p(4,dot_dummy_ind(4))² gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(5))² gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(6))² gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(7))² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/ε gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))² gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/1536·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]·p(4,dot_dummy_ind(2))²/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-p(4,dot_dummy_ind(2))²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  -1/256·K[S_44⊛y·K[S_y⊛0]]·p(4,dot_dummy_ind(2))²/(𝜋⁴·ε²) gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+p(4,dot_dummy_ind(2))²)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.102] @approx::integrated [{#uv, #inspect, #integrated, #replace, #trace, #vakint}] DEBUG : Replaced post vakint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.104] @approx::integrated [{#profile, #uv, #chainify, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after chainify gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.104] @approx::integrated [{#profile, #uv, #collect, #integrated, #trace, #vakint}] DEBUG : Integrated UV chain cleanup after collect_chains gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.105] @approx::integrated [{#profile, #uv, #integrated, #trace, #undo_single_length, #vakint}] DEBUG : Integrated UV chain cleanup after undo_single_length gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 27, byte size: 10462,expr: gammaloop-nextest-integration>  ε gammaloop-nextest-integration>  ·(-1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²) gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/16·(-mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1/12·𝜋²·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +ε gammaloop-nextest-integration>  ·(-(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  ·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -1𝑖/192·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  )·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄) gammaloop-nextest-integration>  +(1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +(-1𝑖/64·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/32·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  +1/2·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -(mUVexp²-mass_scalar_1²+(q₄.q₄))·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +(-1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  )·(q₄.q₄) gammaloop-nextest-integration>  -(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/ε gammaloop-nextest-integration>  +(mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]]-1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/𝜋⁴)/ε gammaloop-nextest-integration>  +mUV²·(1/64·log(mUV)/𝜋⁴-1/128·log(μᵣ²)/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  +mUV²·(1/32·log(mUV)·log(μᵣ²)/𝜋⁴-1/32·log(mUV)²/𝜋⁴-1/128·log(μᵣ²)²/𝜋⁴)·K[S_44⊛y·K[S_y⊛0]] gammaloop-nextest-integration>  -mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)²·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +1𝑖/32·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  +1/1536·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )·(-mUVexp²+mass_scalar_1²-(q₄.q₄))/𝜋² gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(-mUVexp²+mass_scalar_1²-(q₄.q₄))·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·(q₄.q₄)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/(𝜋²·ε) gammaloop-nextest-integration>  -1𝑖/16·mUV²·(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))]/𝜋² gammaloop-nextest-integration>  -1𝑖/16·mUV² gammaloop-nextest-integration>  ·(1𝑖/192·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  +(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·K[S_44⊛y·Tr(Σ(⟨K[S_y⊛0]⟩))] gammaloop-nextest-integration>  )/𝜋² gammaloop-nextest-integration>  -1/1536·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/𝜋² gammaloop-nextest-integration>  -1/256·(mUV²·K[S_44⊛y·K[S_y⊛0]]+1/6·𝜋²·mUV²·K[S_44⊛y·K[S_y⊛0]])/𝜋⁴ gammaloop-nextest-integration>  +1/256·(mUVexp²-mass_scalar_1²+(q₄.q₄))·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·mUV²·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  -1/256·(q₄.q₄)·K[S_44⊛y·K[S_y⊛0]]/(𝜋⁴·ε²) gammaloop-nextest-integration>  span integrate{span_context=true current=subgraph=44, topo_order=1, dod=2 given=subgraph=y, topo_order=1, dod=0 reduced="36"} gammaloop-nextest-integration>  [2026-09-08 07:34:26.108] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:26.109] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 3s gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.109] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3s") gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(1,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.110] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀) gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(0)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₀·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.111] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3s") gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 3s gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(1,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3s, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.112] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₁(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₁.q⃗₃)/t+(q⃗₁.q⃗₁)/t²+(q⃗₀.q⃗₀)-2·(q⃗₀.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀) gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(0)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₀·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:26.113] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.114] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.114] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.040085 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.114] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.114] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3s, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.117] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 3I gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.117] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3I") gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.118] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₁ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₁) gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(1)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₁·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.119] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("3I") gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=3I, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.120] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₁)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₁.q⃗₁)-2·(q⃗₁.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₁ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₁) gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(1)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₁·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:26.121] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.122] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.122] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.035145 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.122] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.122] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.125] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph y gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.125] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("y") gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 445 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> -Q3(0,x___)-Q3(2,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> -Q(0,x___)-Q(2,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 445 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1018 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1080 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1356 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.126] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1380 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1380,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₂ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₂) gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(2)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₂·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.127] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("y") gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced y gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=y, topo_order=0, dod=0 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 435 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> -Q3(0,x___)-Q3(2,x___)+Q3(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> -Q(0,x___)-Q(2,x___)+Q(3,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1008 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1070 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1346 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.128] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1370 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1370,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·(q⃗₀.q⃗₂)/t-2·(q⃗₀.q⃗₃)/t+(q⃗₀.q⃗₀)/t²+(q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₃)+(q⃗₃.q⃗₃)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₂ gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₂) gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/1024*tree_denoms(1)/(𝜋^6*OSE(2)*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 131,expr: gammaloop-nextest-integration>  1/1024·tree_denoms(1)/(𝜋⁶·Eᵒˢ₂·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.129] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.039613999999999996 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.130] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=y, topo_order=1, dod=0} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 141 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 141 gammaloop-nextest-integration>  output_byte_size 598 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.134] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 598 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1170 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1294 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1708 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1732 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.135] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1732,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(-q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  [2026-09-08 07:34:26.136] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9393 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.137] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((-Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.137] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9377 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.138] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 9377,expr: gammaloop-nextest-integration>  (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/512·(-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +1/1024·(-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1/512·((-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2))² gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced 44 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 131 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=0, dod=2 gammaloop-nextest-integration>  given subgraph=0, topo_order=0, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 131 gammaloop-nextest-integration>  output_byte_size 588 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 588 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1160 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1284 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1698 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1722 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.140] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 1722,expr: gammaloop-nextest-integration>  1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) gammaloop-nextest-integration>  +(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² gammaloop-nextest-integration>  +(q⃗₄.q⃗₄) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2) gammaloop-nextest-integration>  )) gammaloop-nextest-integration>  [2026-09-08 07:34:26.141] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9363 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.141] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.142] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 9347 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.142] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 9347,expr: gammaloop-nextest-integration>  (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/512·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  +1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) gammaloop-nextest-integration>  ·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1/512·((q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2))² gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  )² gammaloop-nextest-integration>  -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  +1/512·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋⁶ gammaloop-nextest-integration>  ·(Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2) gammaloop-nextest-integration>  ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.143] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:26.143] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.143] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.144] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.051968 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.144] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 3076 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 3285 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.192] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.192] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.192] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.032451 gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.192] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3s gammaloop-nextest-integration>  integrated_node subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced F gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph C gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("C") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("C") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(1)] gammaloop-nextest-integration>  retained_region 3s gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced C gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3s, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(0,x___) -> Q3(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(0,x___) -> Q(0,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.199] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.200] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.07019199999999999 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.200] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 5115 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 5324 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.211] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.030267 gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted 3I gammaloop-nextest-integration>  integrated_node subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced p gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph m gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("m") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("m") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 517 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 586 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 594 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 594,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1068 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1060 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 1060,expr: gammaloop-nextest-integration>  -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0)] gammaloop-nextest-integration>  retained_region 3I gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  reduced m gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=3I, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(1,x___) -> Q3(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(1,x___) -> Q(1,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 250 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 364 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 372 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 372,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 518 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 510 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 2, byte size: 510,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(1/2)) gammaloop-nextest-integration>  +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₁.q⃗₁))^(3/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.219] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:26.219] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.219] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.219] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.070022 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.220] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 5115 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 5324 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.231] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 1 gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.231] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.231] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.030076000000000002 gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 435 gammaloop-nextest-integration>  contracted y gammaloop-nextest-integration>  integrated_node subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  localized_cff_byte_size 46 gammaloop-nextest-integration>  localized_ct_byte_size 550 gammaloop-nextest-integration>  reduced 39 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 36 gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 1 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  retained_loop_edges [] gammaloop-nextest-integration>  retained_region 0 gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("36") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.232] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 822 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 891 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 903 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 903,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋³·t³ gammaloop-nextest-integration>  ·(Eᵒˢ₂(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2665 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2649 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2649,expr: gammaloop-nextest-integration>  -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("36") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 435 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 435 gammaloop-nextest-integration>  output_byte_size 509 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 509 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 822 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 891 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 903 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 903,expr: gammaloop-nextest-integration>  1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1) gammaloop-nextest-integration>  /(𝜋³·t³ gammaloop-nextest-integration>  ·(Eᵒˢ₂(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2665 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 2649 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 2649,expr: gammaloop-nextest-integration>  -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) gammaloop-nextest-integration>  -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) gammaloop-nextest-integration>  )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph 44 gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  expected_active_rank 2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} gammaloop-nextest-integration>  retained_loop_edges [EdgeIndex(0)] gammaloop-nextest-integration>  retained_region y gammaloop-nextest-integration>  stage direct_3d_coordinate_lmb gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 555 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 669 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 681 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 681,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1840 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1824 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 1824,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_subgraph Some("44") gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  reduced 36 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  source_edge_energy_map None gammaloop-nextest-integration>  stage direct_3d_taylor_branch gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_mapped_numerator gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 160 gammaloop-nextest-integration>  stage local_3d_start_initial gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_after_ose_full gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) gammaloop-nextest-integration>  stage local_3d_start_split_mom_pattern gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_start_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  current subgraph=44, topo_order=1, dod=2 gammaloop-nextest-integration>  given subgraph=y, topo_order=1, dod=0 gammaloop-nextest-integration>  residue_map_key 1 gammaloop-nextest-integration>  stage direct_3d_taylor_started gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  input_byte_size 160 gammaloop-nextest-integration>  output_byte_size 234 gammaloop-nextest-integration>  stage direct_3d_kernel_after_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q3(2,x___) -> Q3(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  mom_rep Q(2,x___) -> Q(2,x___) gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_input gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 234 gammaloop-nextest-integration>  stage local_3d_t_after_momentum_replacements gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 555 gammaloop-nextest-integration>  stage local_3d_t_after_loop_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 669 gammaloop-nextest-integration>  stage local_3d_t_after_ose_rescale gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 681 gammaloop-nextest-integration>  loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} gammaloop-nextest-integration>  stage local_3d_t_before_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 1, byte size: 681,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) gammaloop-nextest-integration>  ·(Eᵒˢ₀(t² gammaloop-nextest-integration>  ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  -mUVexp²+mass_scalar_1²+mUVexp²/t² gammaloop-nextest-integration>  ))/t²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1840 gammaloop-nextest-integration>  stage local_3d_t_after_series gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  byte_size 1824 gammaloop-nextest-integration>  stage local_3d_t_output gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  expr n-terms: 3, byte size: 1824,expr: gammaloop-nextest-integration>  -1/1024·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(3/2)) gammaloop-nextest-integration>  -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²) gammaloop-nextest-integration>  +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)² gammaloop-nextest-integration>  )·tree_denoms(1)·K[S_y⊛0] gammaloop-nextest-integration>  /(𝜋⁶·Eᵒˢ₀(mUVexp² gammaloop-nextest-integration>  -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) gammaloop-nextest-integration>  +mUVexp²)^(1/2)) gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  [2026-09-08 07:34:26.240] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrated_loop_count 2 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_forest_overlap gammaloop-nextest-integration>  [2026-09-08 07:34:26.241] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_start gammaloop-nextest-integration>  [2026-09-08 07:34:26.241] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  bounds Some([]) gammaloop-nextest-integration>  elapsed_ms 0.11605800000000001 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage outer_cff_capacity_done gammaloop-nextest-integration>  [2026-09-08 07:34:26.241] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  active_ct_byte_size 9664 gammaloop-nextest-integration>  contracted 44 gammaloop-nextest-integration>  integrated_node subgraph=44, topo_order=2, dod=2 gammaloop-nextest-integration>  localized_cff_byte_size 10 gammaloop-nextest-integration>  localized_ct_byte_size 9873 gammaloop-nextest-integration>  reduced 3 gammaloop-nextest-integration>  residue_map_key 0 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} gammaloop-nextest-integration>  stage localize_integrated_ct_term gammaloop-nextest-integration>  [2026-09-08 07:34:26.466] @processes::amplitude ERROR : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  error while comparing UV orchestrator residue structure at cut 0 gammaloop-nextest-integration>  [2026-09-08 07:34:26.466] @processes::amplitude ERROR : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  error while comparing UV orchestrator residue structure at cut 0 gammaloop-nextest-integration>  The application panicked (crashed). gammaloop-nextest-integration>  Message: Integrated UV case failed: sunrise_scalar_1 gammaloop-nextest-integration>  Location: tests/tests/uv.rs:1151 gammaloop-nextest-integration>  gammaloop-nextest-integration>  ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ BACKTRACE ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ gammaloop-nextest-integration>  1: ::panic_report gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  2: ::into_panic_hook::{closure#0} gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  3: std[bcb96dfbba0ab899]::panicking::panic_with_hook gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  4: std[bcb96dfbba0ab899]::panicking::panic_handler::{closure#0} gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  5: std[bcb96dfbba0ab899]::sys::backtrace::__rust_end_short_backtrace:: gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  6: __rustc[6c289b9f9c454d21]::rust_begin_unwind gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  7: core[940e698046960fd5]::panicking::panic_fmt gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  8: uv[a2c3761b38b06fb9]::run_single_integrated_uv_case gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  9: >::call_once gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  10: test[75d6903177b1d7e9]::__rust_begin_short_backtrace::, fn() -> core[940e698046960fd5]::result::Result<(), alloc[2ea6bcb46fca0c42]::string::String>> gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  11: test[75d6903177b1d7e9]::run_test::{closure#0} gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  12: std[bcb96dfbba0ab899]::sys::backtrace::__rust_begin_short_backtrace:: gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  13: ::{closure#1} as core[940e698046960fd5]::ops::function::FnOnce<()>>::call_once::{shim:vtable#0} gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  14: ::new::thread_start gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  15: start_thread gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  16: __clone3 gammaloop-nextest-integration>  at : gammaloop-nextest-integration>  gammaloop-nextest-integration>  Run with COLORBT_SHOW_HIDDEN=1 environment variable to disable frame filtering. gammaloop-nextest-integration>  Run with RUST_BACKTRACE=full to include source snippets. gammaloop-nextest-integration>  gammaloop-nextest-integration> error: test run failed gammaloop-nextest-integration>  gammaloop-nextest-integration> ========== nextest test summary ========== gammaloop-nextest-integration> report: target/nextest/ci_gammaloop/junit.xml gammaloop-nextest-integration> tests: 165, failures: 1, errors: 0 gammaloop-nextest-integration>  gammaloop-nextest-integration> 1. gammaloop-integration-tests::uv::sunrise_scalar_1_uv gammaloop-nextest-integration>  failure: test failure with exit code 101 gammaloop-nextest-integration>  system-out gammaloop-nextest-integration>  running 1 test gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | case | check | graph | status | sigma | threshold | error | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | uv_profile | - | FAIL | - | - | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | m_uv | - | FAIL | - | <=2σ | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | rls | - | FAIL | - | <=2σ | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | mu_r | - | FAIL | - | relative delta >= 1000*accuracy | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  | sunrise_scalar_1 | target | - | FAIL | - | 2sigma | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | gammaloop-nextest-integration>  +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ gammaloop-nextest-integration>  test sunrise_scalar_1_uv ... FAILED gammaloop-nextest-integration>  gammaloop-nextest-integration>  failures: gammaloop-nextest-integration>  gammaloop-nextest-integration>  failures: gammaloop-nextest-integration>  sunrise_scalar_1_uv gammaloop-nextest-integration>  gammaloop-nextest-integration>  test result: FAILED. 0 passed; 1 failed; 0 ignored; 0 measured; 29 filtered out; finished in 2.47s gammaloop-nextest-integration>  system-err gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Running command run generate gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Starting command block generate gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Running command import model scalars-default.json gammaloop-nextest-integration>  [2026-09-08 07:34:24.243] @import::model INFO : Loading built-in JSON model scalars-default gammaloop-nextest-integration>  [2026-09-08 07:34:24.247] @gammalooprs::model INFO : The following 2 external parameters were forced to zero by the restriction card: gammaloop-nextest-integration>  width_scalar_1, width_scalar_2 gammaloop-nextest-integration>  [2026-09-08 07:34:24.248] @gammaloop_api::se... INFO : Running command remove processes gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @gammaloop_api::se... INFO : Running command set global kv global.generation.uv.generate_integrated=true gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @gammaloop_api::se... INFO : Running command import graphs ./tests/resources/graphs/scalar_sunrise.dot -p sunrise_scalar_1 -i scalar_sunrise gammaloop-nextest-integration>  [2026-09-08 07:34:24.251] @commands::import INFO : Loading graphs from '/build/source/tests/resources/graphs/scalar_sunrise.dot' gammaloop-nextest-integration>  [2026-09-08 07:34:24.253] @gammaloop_api::se... INFO : Running command generate existing -p sunrise_scalar_1 -i scalar_sunrise gammaloop-nextest-integration>  [2026-09-08 07:34:24.256] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.260] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.261] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.262] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.267] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.268] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 975,expr: gammaloop-nextest-integration>  1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t gammaloop-nextest-integration>  +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.273] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.274] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  [2026-09-08 07:34:24.275] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  [2026-09-08 07:34:24.278] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  global_num n-terms: 1, byte size: 3,expr: gammaloop-nextest-integration>  1 gammaloop-nextest-integration>  span build_direct{span_context=true graph=sunrise current=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.279] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  simple subgraph(S_47,S_3I)*Approx(subgraph(S_3I,0)) of sunrise gammaloop-nextest-integration>  span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} gammaloop-nextest-integration>  [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  integrand n-terms: 1, byte size: 217,expr: gammaloop-nextest-integration>  1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) gammaloop-nextest-integration>  reduced 3I gammaloop-nextest-integration>  span grow{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded gammaloop-nextest-integration>  field value gammaloop-nextest-integration>  res n-terms: 1, byte size: 1036,expr: gammaloop-nextest-integration>  1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², gammaloop-nextest-integration>  -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t gammaloop-nextest-integration>  +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² gammaloop-nextest-integration>  +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) gammaloop-nextest-integration>  ) gammaloop-nextest-integration>  ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) gammaloop-nextest-integration>  span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} gammaloop-nextest-integration>  ... omitted 22053 more lines; see full nextest output above gammaloop-nextest-integration> ========================================= error: Cannot build '/nix/store/fizn6qicg6a5czw6yvksdlknp2an03lr-gammaloop-nextest-integration.drv'. Reason: builder failed with exit code 100. Output paths: /nix/store/vk04rghj65h436r6m3s9dln41p2zx1c6-gammaloop-nextest-integration Last 2048 log lines: > +mUVexp²)^(3/2)) > +1/512·((-q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2))² > /(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > )² > -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²) > -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)² > )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > /(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > ) > /(𝜋⁶ > ·(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > ·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2)) > )·tree_denoms(1) > +1/512·tree_denoms(1) > /(𝜋⁶ > ·(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > ·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2)) > [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("44") > current subgraph=44, topo_order=0, dod=2 > given subgraph=0, topo_order=0, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > reduced 44 > residue_map_key 1 > source_edge_energy_map None > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=0, dod=2 > given subgraph=0, topo_order=0, dod=0 > residue_map_key 1 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.138] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 131 > stage local_3d_start_initial > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 588 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 588 > stage local_3d_start_output > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=0, dod=2 > given subgraph=0, topo_order=0, dod=0 > residue_map_key 1 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 131 > output_byte_size 588 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(0,x___) -> Q3(0,x___) > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(1,x___) -> Q3(1,x___) > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(2,x___) -> -Q3(0,x___)-Q3(1,x___)+Q3(4,x___) > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(0,x___) -> Q(0,x___) > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(1,x___) -> Q(1,x___) > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(2,x___) -> -Q(0,x___)-Q(1,x___)+Q(4,x___) > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 588 > stage local_3d_t_input > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1160 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1284 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1698 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.139] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1722 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.140] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 1722,expr: > 1/512·tree_denoms(1) > /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) > ·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) > ·(Eᵒˢ₀(t² > ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² > +(q⃗₄.q⃗₄) > ) > -mUVexp²+mass_scalar_1²+mUVexp²/t² > ))/t²)^(1/2) > ·(q₄([0])+(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2) > +(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2) > +(Eᵒˢ₀(t² > ·(-(-2·(q⃗₀.q⃗₄)/t-2·(q⃗₁.q⃗₄)/t+(q⃗₀.q⃗₀)/t²+2·(q⃗₀.q⃗₁)/t²+(q⃗₁.q⃗₁)/t² > +(q⃗₄.q⃗₄) > ) > -mUVexp²+mass_scalar_1²+mUVexp²/t² > ))/t²)^(1/2) > )) > [2026-09-08 07:34:26.141] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 9363 > stage local_3d_t_after_series > [2026-09-08 07:34:26.141] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr 1/512*tree_denoms(1)/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*t^-2+(-1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))-1/512*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)*t^-1+(((-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))-1/2048*(-2*mUVexp^2+2*mass_scalar_1^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)+1/512*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)+3/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))+1/1024*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))*(Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(3/2))+1/512*((Q(4,cind(0))+1/2*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))^2-(1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+1/4*(-2*mUVexp^2+2*mass_scalar_1^2)/OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+(1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)-1/8*(2*dot(Q3(0,mink(4)),Q3(4,mink(4)))+2*dot(Q3(1,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))/(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))/(𝜋^6*(OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)+OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)+OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2))*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2)*OSE(0,-(dot(Q3(0,mink(4)),Q3(0,mink(4)))+2*dot(Q3(0,mink(4)),Q3(1,mink(4)))+dot(Q3(1,mink(4)),Q3(1,mink(4))))+mUVexp^2)^(1/2)))*tree_denoms(1)+𝒪(t^1) > [2026-09-08 07:34:26.142] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 9347 > stage local_3d_t_output > [2026-09-08 07:34:26.142] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 3, byte size: 9347,expr: > (-1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) > /(𝜋⁶ > ·(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > ·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(3/2)) > -1/512·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2)) > /(𝜋⁶ > ·(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > )² > ·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2)) > )·tree_denoms(1) > +(((-1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > -1/2048·(-2·mUVexp²+2·mass_scalar_1²)/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2)) > )/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > +1/512·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²) > +3/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)² > ) > /(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2)) > ) > /(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > +1/1024·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄)) > ·(q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2)) > /(𝜋⁶ > ·(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > )² > ·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(3/2)) > +1/512·((q₄([0])+1/2·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2))² > /(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > )² > -(1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+1/4·(-2·mUVexp²+2·mass_scalar_1²)/Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +(1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²) > -1/8·(2·(q⃗₀.q⃗₄)+2·(q⃗₁.q⃗₄))²/Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)² > )·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > /(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > ) > /(𝜋⁶ > ·(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > ·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2)) > )·tree_denoms(1) > +1/512·tree_denoms(1) > /(𝜋⁶ > ·(Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)+Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > +Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2) > ) > ·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2) > ·Eᵒˢ₀(-((q⃗₀.q⃗₀)+2·(q⃗₀.q⃗₁)+(q⃗₁.q⃗₁)) > +mUVexp²)^(1/2)) > [2026-09-08 07:34:26.143] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator > field value > global_num n-terms: 1, byte size: 3,expr: > 1 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} > [2026-09-08 07:34:26.143] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule > field value > integrated_loop_count 2 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} > stage localize_integrated_ct_forest_overlap > [2026-09-08 07:34:26.143] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks > field value > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} > stage outer_cff_capacity_start > [2026-09-08 07:34:26.144] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks > field value > bounds Some([]) > elapsed_ms 0.051968 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} > stage outer_cff_capacity_done > [2026-09-08 07:34:26.144] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 3076 > contracted 44 > integrated_node subgraph=44, topo_order=1, dod=2 > localized_cff_byte_size 10 > localized_ct_byte_size 3285 > reduced 3 > residue_map_key 0 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=1, dod=2} > stage localize_integrated_ct_term > [2026-09-08 07:34:26.192] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule > field value > integrated_loop_count 1 > stage localize_integrated_ct_forest_overlap > [2026-09-08 07:34:26.192] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks > field value > stage outer_cff_capacity_start > [2026-09-08 07:34:26.192] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks > field value > bounds Some([]) > elapsed_ms 0.032451 > stage outer_cff_capacity_done > [2026-09-08 07:34:26.192] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 435 > contracted 3s > integrated_node subgraph=3s, topo_order=1, dod=0 > localized_cff_byte_size 46 > localized_ct_byte_size 550 > reduced F > residue_map_key 0 > stage localize_integrated_ct_term > [2026-09-08 07:34:26.193] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 435 > contracted 3s > integrated_node subgraph=3s, topo_order=1, dod=0 > localized_cff_byte_size 46 > localized_ct_byte_size 550 > reduced F > residue_map_key 1 > stage localize_integrated_ct_term > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector > field value > active_subgraph C > current subgraph=44, topo_order=1, dod=2 > expected_active_rank 1 > given subgraph=3s, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0)} > quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} > retained_loop_edges [] > retained_region 0 > stage direct_3d_coordinate_lmb > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("C") > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0)} > reduced C > residue_map_key 0 > source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 435 > stage local_3d_start_initial > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_output > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 435 > output_byte_size 509 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(0,x___) -> Q3(0,x___) > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(0,x___) -> Q(0,x___) > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_input > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 517 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.193] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 586 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 594 > loop_edges {LoopIndex(0): EdgeIndex(0)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 594,expr: > 1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) > [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1068 > stage local_3d_t_after_series > [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) > [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1060 > stage local_3d_t_output > [2026-09-08 07:34:26.194] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 2, byte size: 1060,expr: > -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) > ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)) > +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)) > [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("C") > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0)} > reduced C > residue_map_key 1 > source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [(EdgeIndex(0), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.194] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 435 > stage local_3d_start_initial > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_output > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 435 > output_byte_size 509 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(0,x___) -> Q3(0,x___) > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(0,x___) -> Q(0,x___) > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_input > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 517 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 586 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 594 > loop_edges {LoopIndex(0): EdgeIndex(0)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 594,expr: > 1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1068 > stage local_3d_t_after_series > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3s,0)))))))*tree_denoms(1)/(𝜋^3*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2))+𝒪(t^1) > [2026-09-08 07:34:26.195] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1060 > stage local_3d_t_output > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 2, byte size: 1060,expr: > -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) > ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)) > +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3s⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3s⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)) > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector > field value > active_subgraph 44 > current subgraph=44, topo_order=1, dod=2 > expected_active_rank 2 > given subgraph=3s, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > quotient_loop_edges {LoopIndex(0): EdgeIndex(0)} > retained_loop_edges [EdgeIndex(1)] > retained_region 3s > stage direct_3d_coordinate_lmb > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("44") > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > reduced C > residue_map_key 0 > source_edge_energy_map None > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 160 > stage local_3d_start_initial > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_output > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.196] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 160 > output_byte_size 234 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(0,x___) -> Q3(0,x___) > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(0,x___) -> Q(0,x___) > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_input > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 250 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 364 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 372 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 372,expr: > -1/1024·tree_denoms(1)·K[S_3s⊛0] > /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 518 > stage local_3d_t_after_series > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 510 > stage local_3d_t_output > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 2, byte size: 510,expr: > -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > [2026-09-08 07:34:26.197] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("44") > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > reduced C > residue_map_key 1 > source_edge_energy_map None > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 160 > stage local_3d_start_initial > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_output > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3s, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 160 > output_byte_size 234 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(0,x___) -> Q3(0,x___) > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(0,x___) -> Q(0,x___) > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_input > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 250 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 364 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 372 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.198] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 372,expr: > -1/1024·tree_denoms(1)·K[S_3s⊛0] > /(𝜋⁶·t⁶·(Eᵒˢ₁(t²·(mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(1/2)) > [2026-09-08 07:34:26.199] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 518 > stage local_3d_t_after_series > [2026-09-08 07:34:26.199] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3s,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) > [2026-09-08 07:34:26.199] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 510 > stage local_3d_t_output > [2026-09-08 07:34:26.199] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 2, byte size: 510,expr: > -1/1024·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(1/2)·Eᵒˢ₁(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3s⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₁(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > [2026-09-08 07:34:26.199] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator > field value > global_num n-terms: 1, byte size: 3,expr: > 1 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > [2026-09-08 07:34:26.199] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule > field value > integrated_loop_count 2 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage localize_integrated_ct_forest_overlap > [2026-09-08 07:34:26.199] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks > field value > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage outer_cff_capacity_start > [2026-09-08 07:34:26.200] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks > field value > bounds Some([]) > elapsed_ms 0.07019199999999999 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage outer_cff_capacity_done > [2026-09-08 07:34:26.200] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 5115 > contracted 44 > integrated_node subgraph=44, topo_order=2, dod=2 > localized_cff_byte_size 10 > localized_ct_byte_size 5324 > reduced 3 > residue_map_key 0 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage localize_integrated_ct_term > [2026-09-08 07:34:26.211] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule > field value > integrated_loop_count 1 > stage localize_integrated_ct_forest_overlap > [2026-09-08 07:34:26.212] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks > field value > stage outer_cff_capacity_start > [2026-09-08 07:34:26.212] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks > field value > bounds Some([]) > elapsed_ms 0.030267 > stage outer_cff_capacity_done > [2026-09-08 07:34:26.212] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 435 > contracted 3I > integrated_node subgraph=3I, topo_order=1, dod=0 > localized_cff_byte_size 46 > localized_ct_byte_size 550 > reduced p > residue_map_key 0 > stage localize_integrated_ct_term > [2026-09-08 07:34:26.212] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 435 > contracted 3I > integrated_node subgraph=3I, topo_order=1, dod=0 > localized_cff_byte_size 46 > localized_ct_byte_size 550 > reduced p > residue_map_key 1 > stage localize_integrated_ct_term > [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector > field value > active_subgraph m > current subgraph=44, topo_order=1, dod=2 > expected_active_rank 1 > given subgraph=3I, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(1)} > quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} > retained_loop_edges [] > retained_region 0 > stage direct_3d_coordinate_lmb > [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("m") > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(1)} > reduced m > residue_map_key 0 > source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.212] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 435 > stage local_3d_start_initial > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_output > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 435 > output_byte_size 509 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(1,x___) -> Q3(1,x___) > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(1,x___) -> Q(1,x___) > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_input > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 517 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 586 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 594 > loop_edges {LoopIndex(0): EdgeIndex(1)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 594,expr: > 1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1068 > stage local_3d_t_after_series > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) > [2026-09-08 07:34:26.213] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1060 > stage local_3d_t_output > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 2, byte size: 1060,expr: > -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) > ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² > -(q⃗₁.q⃗₁))^(1/2)) > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("m") > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(1)} > reduced m > residue_map_key 1 > source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(1), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 435 > stage local_3d_start_initial > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(1,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_output > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 435 > output_byte_size 509 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(1,x___) -> Q3(1,x___) > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(1,x___) -> Q(1,x___) > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_input > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 517 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 586 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.214] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 594 > loop_edges {LoopIndex(0): EdgeIndex(1)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 594,expr: > 1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·t³·(Eᵒˢ₁(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) > [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1068 > stage local_3d_t_after_series > [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2-1𝑖/128*(-2*mUVexp^2+2*mass_scalar_1^2)*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_3I,0)))))))*tree_denoms(1)/(𝜋^3*OSE(1,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) > [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1060 > stage local_3d_t_output > [2026-09-08 07:34:26.215] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 2, byte size: 1060,expr: > -1𝑖/128·(-2·mUVexp²+2·mass_scalar_1²) > ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_3I⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_3I⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₁(mUVexp² > -(q⃗₁.q⃗₁))^(1/2)) > [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector > field value > active_subgraph 44 > current subgraph=44, topo_order=1, dod=2 > expected_active_rank 2 > given subgraph=3I, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > quotient_loop_edges {LoopIndex(0): EdgeIndex(1)} > retained_loop_edges [EdgeIndex(0)] > retained_region 3I > stage direct_3d_coordinate_lmb > [2026-09-08 07:34:26.215] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("44") > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > reduced m > residue_map_key 0 > source_edge_energy_map None > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 160 > stage local_3d_start_initial > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_output > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 160 > output_byte_size 234 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(1,x___) -> Q3(1,x___) > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(1,x___) -> Q(1,x___) > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_input > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 250 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 364 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 372 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.216] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 372,expr: > -1/1024·tree_denoms(1)·K[S_3I⊛0] > /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 518 > stage local_3d_t_after_series > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 510 > stage local_3d_t_output > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 2, byte size: 510,expr: > -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2)) > +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("44") > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > reduced m > residue_map_key 1 > source_edge_energy_map None > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 160 > stage local_3d_start_initial > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.217] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_output > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=3I, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 160 > output_byte_size 234 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(1,x___) -> Q3(1,x___) > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(1,x___) -> Q(1,x___) > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_input > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 250 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 364 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 372 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(1)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 372,expr: > -1/1024·tree_denoms(1)·K[S_3I⊛0] > /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2)·(Eᵒˢ₀(t²·(-mUVexp²+mass_scalar_1²+mUVexp²/t²-(q⃗₁.q⃗₁)/t²))/t²)^(1/2)) > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 518 > stage local_3d_t_after_series > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2))*t^-2+1/4096*(-2*mUVexp^2+2*mass_scalar_1^2)*tree_denoms(1)*CT(Approx(subgraph(S_3I,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,mUVexp^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(3/2))+𝒪(t^1) > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 510 > stage local_3d_t_output > [2026-09-08 07:34:26.218] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 2, byte size: 510,expr: > -1/1024·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(1/2)) > +1/4096·(-2·mUVexp²+2·mass_scalar_1²)·tree_denoms(1)·K[S_3I⊛0]/(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(mUVexp² > -(q⃗₁.q⃗₁))^(3/2)) > [2026-09-08 07:34:26.219] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator > field value > global_num n-terms: 1, byte size: 3,expr: > 1 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > [2026-09-08 07:34:26.219] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule > field value > integrated_loop_count 2 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage localize_integrated_ct_forest_overlap > [2026-09-08 07:34:26.219] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks > field value > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage outer_cff_capacity_start > [2026-09-08 07:34:26.219] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks > field value > bounds Some([]) > elapsed_ms 0.070022 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage outer_cff_capacity_done > [2026-09-08 07:34:26.220] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 5115 > contracted 44 > integrated_node subgraph=44, topo_order=2, dod=2 > localized_cff_byte_size 10 > localized_ct_byte_size 5324 > reduced 3 > residue_map_key 0 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage localize_integrated_ct_term > [2026-09-08 07:34:26.231] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule > field value > integrated_loop_count 1 > stage localize_integrated_ct_forest_overlap > [2026-09-08 07:34:26.231] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks > field value > stage outer_cff_capacity_start > [2026-09-08 07:34:26.231] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks > field value > bounds Some([]) > elapsed_ms 0.030076000000000002 > stage outer_cff_capacity_done > [2026-09-08 07:34:26.232] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 435 > contracted y > integrated_node subgraph=y, topo_order=1, dod=0 > localized_cff_byte_size 46 > localized_ct_byte_size 550 > reduced 39 > residue_map_key 0 > stage localize_integrated_ct_term > [2026-09-08 07:34:26.232] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 435 > contracted y > integrated_node subgraph=y, topo_order=1, dod=0 > localized_cff_byte_size 46 > localized_ct_byte_size 550 > reduced 39 > residue_map_key 1 > stage localize_integrated_ct_term > [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector > field value > active_subgraph 36 > current subgraph=44, topo_order=1, dod=2 > expected_active_rank 1 > given subgraph=y, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(2)} > quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} > retained_loop_edges [] > retained_region 0 > stage direct_3d_coordinate_lmb > [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("36") > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(2)} > reduced 36 > residue_map_key 0 > source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), 1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 435 > stage local_3d_start_initial > [2026-09-08 07:34:26.232] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.232] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_output > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 435 > output_byte_size 509 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(2,x___) -> Q3(2,x___) > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(2,x___) -> Q(2,x___) > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_input > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 822 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 891 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 903 > loop_edges {LoopIndex(0): EdgeIndex(2)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 903,expr: > 1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) > )·tree_denoms(1) > /(𝜋³·t³ > ·(Eᵒˢ₂(t² > ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) > -mUVexp²+mass_scalar_1²+mUVexp²/t² > ))/t²)^(1/2)) > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 2665 > stage local_3d_t_after_series > [2026-09-08 07:34:26.233] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 2649 > stage local_3d_t_output > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 3, byte size: 2649,expr: > -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) > ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(3/2)) > +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(1/2)) > +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) > )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²) > +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)² > )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(1/2)) > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("36") > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(2)} > reduced 36 > residue_map_key 1 > source_edge_energy_map Some([LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [(EdgeIndex(2), -1)], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }, LinearEnergyExpr { internal_terms: [], external_terms: [], uniform_scale_coeff: 0, constant: 0 }]) > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 435 > stage local_3d_start_initial > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(2,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 509 > stage local_3d_start_output > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.234] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 435 > output_byte_size 509 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(2,x___) -> Q3(2,x___) > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(2,x___) -> Q(2,x___) > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_input > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 509 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 822 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 891 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 903 > loop_edges {LoopIndex(0): EdgeIndex(2)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 903,expr: > 1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) > )·tree_denoms(1) > /(𝜋³·t³ > ·(Eᵒˢ₂(t² > ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) > -mUVexp²+mass_scalar_1²+mUVexp²/t² > ))/t²)^(1/2)) > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 2665 > stage local_3d_t_after_series > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr 1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2-1𝑖/64*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1+1𝑖/32*(ε*(-1𝑖/192*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0))))))-(-1𝑖/8*log(mUV)*log(μᵣ²)/𝜋^2+1𝑖/8*log(mUV)^2/𝜋^2+1𝑖/32*log(μᵣ²)^2/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))-(-1𝑖/8*log(mUV)/𝜋^2+1𝑖/16*log(μᵣ²)/𝜋^2)*CT(Truncate(Series(Integrate(Approx(subgraph(S_y,0)))))))*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)/(𝜋^3*OSE(2,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) > [2026-09-08 07:34:26.235] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 2649 > stage local_3d_t_output > [2026-09-08 07:34:26.236] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 3, byte size: 2649,expr: > -1𝑖/64·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄)) > ·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(3/2)) > +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) > )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(1/2)) > +1𝑖/32·(ε·(-1𝑖/192·Tr(Σ(⟨K[S_y⊛0]⟩))-(-1𝑖/8·log(mUV)·log(μᵣ²)/𝜋²+1𝑖/8·log(mUV)²/𝜋²+1𝑖/32·log(μᵣ²)²/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩))) > -(-1𝑖/8·log(mUV)/𝜋²+1𝑖/16·log(μᵣ²)/𝜋²)·Tr(Σ(⟨K[S_y⊛0]⟩)) > )·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²) > +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)² > )·tree_denoms(1)/(𝜋³·Eᵒˢ₂(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(1/2)) > [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #uv, #direct, #local, #trace}] DEBUG : Selected one coordinate frame for a direct local-3D sector > field value > active_subgraph 44 > current subgraph=44, topo_order=1, dod=2 > expected_active_rank 2 > given subgraph=y, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} > quotient_loop_edges {LoopIndex(0): EdgeIndex(2)} > retained_loop_edges [EdgeIndex(0)] > retained_region y > stage direct_3d_coordinate_lmb > [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("44") > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} > reduced 36 > residue_map_key 0 > source_edge_energy_map None > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 160 > stage local_3d_start_initial > [2026-09-08 07:34:26.236] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_output > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > residue_map_key 0 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 160 > output_byte_size 234 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(2,x___) -> Q3(2,x___) > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(2,x___) -> Q(2,x___) > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_input > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 555 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 669 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 681 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.237] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 681,expr: > -1/1024·tree_denoms(1)·K[S_y⊛0] > /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) > ·(Eᵒˢ₀(t² > ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) > -mUVexp²+mass_scalar_1²+mUVexp²/t² > ))/t²)^(1/2)) > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1840 > stage local_3d_t_after_series > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1824 > stage local_3d_t_output > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 3, byte size: 1824,expr: > -1/1024·tree_denoms(1)·K[S_y⊛0] > /(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(1/2)) > +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] > /(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(3/2)) > -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²) > +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)² > )·tree_denoms(1)·K[S_y⊛0] > /(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(1/2)) > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct local-3D branch entering one Taylor kernel > field value > active_subgraph Some("44") > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} > reduced 36 > residue_map_key 1 > source_edge_energy_map None > stage direct_3d_taylor_branch > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Mapped the direct branch-owned numerator before its Taylor kernel > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_mapped_numerator > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 160 > stage local_3d_start_initial > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_after_ose_full > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(0,mink(a__)) -> Q3(0,mink(a__))+δ(cind(0),mink(a__))*σ(0)*OSE(0,mass_scalar_1^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.238] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(1,mink(a__)) -> Q3(1,mink(a__))+δ(cind(0),mink(a__))*σ(1)*OSE(0,mass_scalar_1^2-dot(Q3(1,mink(4)),Q3(1,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #local, #momentum, #trace}] DEBUG : Local 3D start momentum split > field value > split_rep Q(2,mink(a__)) -> Q3(2,mink(a__))+δ(cind(0),mink(a__))*σ(2)*OSE(0,mass_scalar_1^2-dot(Q3(2,mink(4)),Q3(2,mink(4))))^(1/2) > stage local_3d_start_split_mom_pattern > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #local, #trace}] DEBUG : Local 3D start expression checkpoint > field value > byte_size 234 > stage local_3d_start_output > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #direct, #local, #trace}] DEBUG : Direct branch after numerator attachment and before rescaling > field value > current subgraph=44, topo_order=1, dod=2 > given subgraph=y, topo_order=1, dod=0 > residue_map_key 1 > stage direct_3d_taylor_started > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #direct, #local}] DEBUG : Direct local-3D kernel size checkpoint > field value > input_byte_size 160 > output_byte_size 234 > stage direct_3d_kernel_after_start > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q3(2,x___) -> Q3(2,x___) > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #momentum, #trace}] DEBUG : Mom rep > field value > mom_rep Q(2,x___) -> Q(2,x___) > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_input > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 234 > stage local_3d_t_after_momentum_replacements > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 555 > stage local_3d_t_after_loop_rescale > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 669 > stage local_3d_t_after_ose_rescale > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 681 > loop_edges {LoopIndex(0): EdgeIndex(0), LoopIndex(1): EdgeIndex(2)} > stage local_3d_t_before_series > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#uv, #before_series, #local}] DEBUG : Before series in t > field value > expr n-terms: 1, byte size: 681,expr: > -1/1024·tree_denoms(1)·K[S_y⊛0] > /(𝜋⁶·t⁶·(Eᵒˢ₀(t²·(mUVexp²/t²-(q⃗₀.q⃗₀)/t²))/t²)^(3/2) > ·(Eᵒˢ₀(t² > ·(-(2·((q⃗₂.q⃗₄)-(q⃗₄.q⃗₄))/t+((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄))/t²+(q⃗₄.q⃗₄)) > -mUVexp²+mass_scalar_1²+mUVexp²/t² > ))/t²)^(1/2)) > [2026-09-08 07:34:26.239] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1840 > stage local_3d_t_after_series > [2026-09-08 07:34:26.240] @direct_3d::kernel [{#uv, #local}] DEBUG : After series in t > field value > expr -1/1024*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))*t^-2+1/2048*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(3/2))*t^-1-1/1024*(-1/4*(-2*mUVexp^2+2*mass_scalar_1^2-2*dot(Q3(4,mink(4)),Q3(4,mink(4))))/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)+3/8*(-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+2*dot(Q3(4,mink(4)),Q3(4,mink(4))))^2/OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^2)*tree_denoms(1)*CT(Approx(subgraph(S_y,0)))/(𝜋^6*OSE(0,mUVexp^2-dot(Q3(0,mink(4)),Q3(0,mink(4))))^(3/2)*OSE(0,-(dot(Q3(2,mink(4)),Q3(2,mink(4)))-2*dot(Q3(2,mink(4)),Q3(4,mink(4)))+dot(Q3(4,mink(4)),Q3(4,mink(4))))+mUVexp^2)^(1/2))+𝒪(t^1) > [2026-09-08 07:34:26.240] @direct_3d::kernel [{#generation, #profile, #uv, #summary, #local}] DEBUG : Local 3D T size checkpoint > field value > byte_size 1824 > stage local_3d_t_output > [2026-09-08 07:34:26.240] @direct_3d::kernel [{#uv, #local}] DEBUG : Local 3D approximation > field value > expr n-terms: 3, byte size: 1824,expr: > -1/1024·tree_denoms(1)·K[S_y⊛0] > /(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(1/2)) > +1/2048·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))·tree_denoms(1)·K[S_y⊛0] > /(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(3/2)) > -1/1024·(-1/4·(-2·mUVexp²+2·mass_scalar_1²-2·(q⃗₄.q⃗₄))/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²) > +3/8·(-2·(q⃗₂.q⃗₄)+2·(q⃗₄.q⃗₄))²/Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)² > )·tree_denoms(1)·K[S_y⊛0] > /(𝜋⁶·Eᵒˢ₀(mUVexp² > -(q⃗₀.q⃗₀))^(3/2)·Eᵒˢ₀(-((q⃗₂.q⃗₂)-2·(q⃗₂.q⃗₄)+(q⃗₄.q⃗₄)) > +mUVexp²)^(1/2)) > [2026-09-08 07:34:26.240] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator > field value > global_num n-terms: 1, byte size: 3,expr: > 1 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > [2026-09-08 07:34:26.240] @local_3d::integrated_localizer[{#generation, #profile, #uv, #summary, #integrated, #local}] DEBUG : Applied integrated UV forest-overlap addback rule > field value > integrated_loop_count 2 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage localize_integrated_ct_forest_overlap > [2026-09-08 07:34:26.241] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzing independent factorized numerator ranks > field value > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage outer_cff_capacity_start > [2026-09-08 07:34:26.241] @local_3d::residue_localizer[{#generation, #profile, #uv, #summary}] DEBUG : Analyzed independent factorized numerator ranks > field value > bounds Some([]) > elapsed_ms 0.11605800000000001 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage outer_cff_capacity_done > [2026-09-08 07:34:26.241] @local_3d::integrated_localizer[{#generation, #profile, #uv, #term, #summary, #integrated, #local}] DEBUG : Integrated UV CT localization size checkpoint > field value > active_ct_byte_size 9664 > contracted 44 > integrated_node subgraph=44, topo_order=2, dod=2 > localized_cff_byte_size 10 > localized_ct_byte_size 9873 > reduced 3 > residue_map_key 0 > span build_direct{span_context=true graph=sunrise current=subgraph=44, topo_order=2, dod=2} > stage localize_integrated_ct_term > [2026-09-08 07:34:26.466] @processes::amplitude ERROR : > field value > error while comparing UV orchestrator residue structure at cut 0 > [2026-09-08 07:34:26.466] @processes::amplitude ERROR : > field value > error while comparing UV orchestrator residue structure at cut 0 > The application panicked (crashed). > Message: Integrated UV case failed: sunrise_scalar_1 > Location: tests/tests/uv.rs:1151 > > ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ BACKTRACE ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ > 1: ::panic_report > at : > 2: ::into_panic_hook::{closure#0} > at : > 3: std[bcb96dfbba0ab899]::panicking::panic_with_hook > at : > 4: std[bcb96dfbba0ab899]::panicking::panic_handler::{closure#0} > at : > 5: std[bcb96dfbba0ab899]::sys::backtrace::__rust_end_short_backtrace:: > at : > 6: __rustc[6c289b9f9c454d21]::rust_begin_unwind > at : > 7: core[940e698046960fd5]::panicking::panic_fmt > at : > 8: uv[a2c3761b38b06fb9]::run_single_integrated_uv_case > at : > 9: >::call_once > at : > 10: test[75d6903177b1d7e9]::__rust_begin_short_backtrace::, fn() -> core[940e698046960fd5]::result::Result<(), alloc[2ea6bcb46fca0c42]::string::String>> > at : > 11: test[75d6903177b1d7e9]::run_test::{closure#0} > at : > 12: std[bcb96dfbba0ab899]::sys::backtrace::__rust_begin_short_backtrace:: > at : > 13: ::{closure#1} as core[940e698046960fd5]::ops::function::FnOnce<()>>::call_once::{shim:vtable#0} > at : > 14: ::new::thread_start > at : > 15: start_thread > at : > 16: __clone3 > at : > > Run with COLORBT_SHOW_HIDDEN=1 environment variable to disable frame filtering. > Run with RUST_BACKTRACE=full to include source snippets. > > error: test run failed > > ========== nextest test summary ========== > report: target/nextest/ci_gammaloop/junit.xml > tests: 165, failures: 1, errors: 0 > > 1. gammaloop-integration-tests::uv::sunrise_scalar_1_uv > failure: test failure with exit code 101 > system-out > running 1 test > +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ > | case | check | graph | status | sigma | threshold | error | > +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ > | sunrise_scalar_1 | uv_profile | - | FAIL | - | - | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | > +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ > | sunrise_scalar_1 | m_uv | - | FAIL | - | <=2σ | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | > +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ > | sunrise_scalar_1 | rls | - | FAIL | - | <=2σ | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | > +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ > | sunrise_scalar_1 | mu_r | - | FAIL | - | relative delta >= 1000*accuracy | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | > +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ > | sunrise_scalar_1 | target | - | FAIL | - | 2sigma | while comparing UV orchestrator residue structure at cut 0: UV orchestrator compare mismatch at cut 0 residue CutCFFIndex { left_threshold_order: None, right_threshold_order: None, lu_cut_order: None } | > +------------------+------------+-------+--------+-------+---------------------------------+-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ > test sunrise_scalar_1_uv ... FAILED > > failures: > > failures: > sunrise_scalar_1_uv > > test result: FAILED. 0 passed; 1 failed; 0 ignored; 0 measured; 29 filtered out; finished in 2.47s > system-err > [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Running command run generate > [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Starting command block generate > [2026-09-08 07:34:24.243] @gammaloop_api::se... INFO : Running command import model scalars-default.json > [2026-09-08 07:34:24.243] @import::model INFO : Loading built-in JSON model scalars-default > [2026-09-08 07:34:24.247] @gammalooprs::model INFO : The following 2 external parameters were forced to zero by the restriction card: > width_scalar_1, width_scalar_2 > [2026-09-08 07:34:24.248] @gammaloop_api::se... INFO : Running command remove processes > [2026-09-08 07:34:24.251] @gammaloop_api::se... INFO : Running command set global kv global.generation.uv.generate_integrated=true > [2026-09-08 07:34:24.251] @gammaloop_api::se... INFO : Running command import graphs ./tests/resources/graphs/scalar_sunrise.dot -p sunrise_scalar_1 -i scalar_sunrise > [2026-09-08 07:34:24.251] @commands::import INFO : Loading graphs from '/build/source/tests/resources/graphs/scalar_sunrise.dot' > [2026-09-08 07:34:24.253] @gammaloop_api::se... INFO : Running command generate existing -p sunrise_scalar_1 -i scalar_sunrise > [2026-09-08 07:34:24.256] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 1036,expr: > 1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², > -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t > +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² > +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > ) > ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) > [2026-09-08 07:34:24.260] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 1036,expr: > 1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², > -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t > +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² > +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > ) > ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) > [2026-09-08 07:34:24.261] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 975,expr: > 1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², > -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t > +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) > ) > ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) > ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) > [2026-09-08 07:34:24.262] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 1036,expr: > 1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², > -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t > +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² > +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > ) > ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) > [2026-09-08 07:34:24.267] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 1036,expr: > 1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², > -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t > +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² > +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > ) > ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) > [2026-09-08 07:34:24.268] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 975,expr: > 1/(denom(2,Q(momentum_provenance(4,4,q₄))+Q(momentum_provenance(2,1,-q₀-q₁))/t,mass_scalar_1², > -mass_scalar_1²+2·(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t > +(Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀-q₁),mink(dim)))/t²+(Q(momentum_provenance(4,4,q₄),mink(dim)).Q(momentum_provenance(4,4,q₄),mink(dim))) > ) > ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²) > ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) > [2026-09-08 07:34:24.273] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 1036,expr: > 1/(denom(2,-Q(momentum_provenance(0,4,q₀))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₁))/t,mass_scalar_1², > -mass_scalar_1²-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t > +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₁),mink(dim)).Q(momentum_provenance(2,1,-q₁),mink(dim)))/t² > +(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(0,4,q₀),mink(dim)))-2·(Q(momentum_provenance(0,4,q₀),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > ) > ·denom(1,Q(momentum_provenance(1,1,q₁))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(1,1,q₁),mink(dim)).Q(momentum_provenance(1,1,q₁),mink(dim)))/t²)) > [2026-09-08 07:34:24.274] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 3,expr: > 1 > [2026-09-08 07:34:24.275] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 1036,expr: > 1/(denom(1,-Q(momentum_provenance(2,4,q₂))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(1,1,-q₀))/t,mass_scalar_1², > -mass_scalar_1²-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t > +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(1,1,-q₀),mink(dim)).Q(momentum_provenance(1,1,-q₀),mink(dim)))/t² > +(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(2,4,q₂),mink(dim)))-2·(Q(momentum_provenance(2,4,q₂),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > ) > ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) > [2026-09-08 07:34:24.278] @approx::final_integrand[{#generation, #profile, #uv, #graph, #summary}] DEBUG : Computed global numerator > field value > global_num n-terms: 1, byte size: 3,expr: > 1 > span build_direct{span_context=true graph=sunrise current=subgraph=0, topo_order=0, dod=0} > [2026-09-08 07:34:24.279] @uv::approx [{#generation, #uv, #fourd}] DEBUG : Computing 4D > field value > simple subgraph(S_47,S_3I)*Approx(subgraph(S_3I,0)) of sunrise > span compute_4d{span_context=true graph=sunrise current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0 reduced=SubSet { set: BitVec { addr: 0x7fffd0028310, head: 000000, bits: 8, capacity: 64 } [0, 0, 1, 1, 0, 0, 1, 1], id: PhantomData }} > [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #algebra, #integrated, #start}] DEBUG : > field value > integrand n-terms: 1, byte size: 217,expr: > 1/(denom(0,q₀,mass_scalar_1²,-mass_scalar_1²+(q₀.q₀))·denom(2,q₂,mass_scalar_1²,-mass_scalar_1²+(q₂.q₂))) > reduced 3I > span grow{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} > [2026-09-08 07:34:24.280] @approx::local_4d [{#uv, #inspect, #integrated}] DEBUG : Rescaled momenta expanded > field value > res n-terms: 1, byte size: 1036,expr: > 1/(denom(2,-Q(momentum_provenance(1,4,q₁))+Q(momentum_provenance(3,4,q₃))+Q(momentum_provenance(2,1,-q₀))/t,mass_scalar_1², > -mass_scalar_1²-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t > +2·(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t+(Q(momentum_provenance(2,1,-q₀),mink(dim)).Q(momentum_provenance(2,1,-q₀),mink(dim)))/t² > +(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(1,4,q₁),mink(dim)))-2·(Q(momentum_provenance(1,4,q₁),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > +(Q(momentum_provenance(3,4,q₃),mink(dim)).Q(momentum_provenance(3,4,q₃),mink(dim))) > ) > ·denom(0,Q(momentum_provenance(0,1,q₀))/t,mass_scalar_1²,-mass_scalar_1²+(Q(momentum_provenance(0,1,q₀),mink(dim)).Q(momentum_provenance(0,1,q₀),mink(dim)))/t²)) > span t{span_context=true current=subgraph=3I, topo_order=1, dod=0 given=subgraph=0, topo_order=0, dod=0} > ... omitted 22053 more lines; see full nextest output above > ========================================= For full logs, run: nix log /nix/store/fizn6qicg6a5czw6yvksdlknp2an03lr-gammaloop-nextest-integration.drv [0 built (1 failed), 0.0 Run failed.