SEAL single-duty model handoff (2026-08-27)
Private research handoff bundle for
jslee1025/seal-single-duty
at source revision e9e2d665faed16dc548bdfa52e59508b36b1e36b.
The bundle preserves selected, loadable PyTorch checkpoints rather than every epoch snapshot:
- historical paper-scale EnergyGTN and TaskGTN seed-0 baselines;
- paper-aligned R50 EfficiencyGTN and GammaGTN;
- early-fusion TaskGTN controls (
lambda=0and selectedlambda=0.01); - first-local, extension, and closure physical refresh checkpoints;
- matched Static and Dynamic TaskGTN checkpoints;
- bounded MSE and pairwise ranking-refresh checkpoints.
The proposed Loss-net is the composition of the separate EfficiencyGTN and
GammaGTN with the analytic Utility function in the source repository. Utility
is high-is-good. The selected TaskGTN is
EarlyFusionMatchedSupportTaskGTN with output support [0.1, 0.9].
All checkpoints are Python/PyTorch pickle payloads with a model state dict.
Load them only in a trusted environment and instantiate the matching class from
src/seal_single_duty/models/gtn.py before load_state_dict.
SHA256SUMS covers every uploaded release file. SOURCE_FILES.txt records the
original repository-relative paths. Raw simulations, W&B caches, and unselected
epoch snapshots are deliberately excluded.
This bundle does not establish hidden-test, multi-seed, topology-ranking, or
MCTS claims. See docs/EXPERIMENT_HANDOFF_2026-08-27.md in the source revision
for the exact evidence boundary and continuation protocol.
Keep this repository private until the redistribution terms of all upstream LaMAGIC-derived assets have been checked.