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SCOPE-NO research artifact for runtime adequacy testing of a reusable two-response learned spectral-operator library

Research artifact for the manuscript Runtime Adequacy Testing for a Reusable Two-Response Learned Spectral-Operator Library: A Prospective Synthetic Validity Map. The deposit contains hash-verified code, frozen configurations, synthetic blinded scores and labels, unlocked analysis rows, calibration states, model checkpoints, metrics, audits, and CUDA runtime measurements for the completed primary prospective confirmation study and a separately frozen prospective follow-up evaluation. The follow-up was designed after the primary study closed and frozen before its own scoring; it is binding only within its second-stage protocol. The archive preserves failed and withdrawn gates. The primary-study evidence supports exact score-row-to-result reproduction but not complete simulation-to-score regeneration for every arm because historical raw calibration retention is incomplete. Original SCOPE-NO code is MIT licensed. Synthetic data, labels, metrics, documentation, and research reports are CC BY 4.0 licensed. Bundled third-party material retains its upstream terms.

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Research artifact for the manuscript Runtime Adequacy Testing for a Reusable Two-Response Learned Spectral-Operator Library: A Prospective Synthetic Validity Map. The deposit contains hash-verified code, frozen configurations, synthetic blinded scores and labels, unlocked analysis rows, calibration states, model checkpoints, metrics, audits, and CUDA runtime measurements for the completed primary prospective confirmation study and a separately frozen prospective follow-up evaluation. The follow-up was designed after the primary study closed and frozen before its own scoring; it is binding only within its second-stage protocol. The archive preserves failed and withdrawn gates. The primary-study evidence supports exact score-row-to-result reproduction but not complete simulation-to-score regeneration for every arm because historical raw calibration retention is incomplete. Original SCOPE-NO code is MIT licensed. Synthetic data, labels, metrics, documentation, and research reports are CC BY 4.0 licensed. Bundled third-party material retains its upstream terms.

聚变仿真科学计算软件生态scientific software testingneural operatorsruntime adequacy testingmetamorphic testingsynthetic PDE
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