Beyond Global Fidelity Labels: Task-Specific Fidelity Authorization for Many-Query Simulation

Correction notice (25 September 2026). A post-release audit found that several quantities in version v0.1-r5 were interpreted beyond what the saved histories support. The OpenRadioss T01 /TH/RWALL record contains rigid-wall impulse, not instantaneous force; the monitored DX is a terminal-node global displacement and is not a validated crush or intrusion measure; and the last saved internal-energy sample does not establish irreversible crash-energy absorption. Plastic work was zero in all 243 audited CSV files. The prior package therefore does not support its crashworthiness, peak-force, intrusion, or physical-feasibility conclusions. Original numerical files are retained unchanged for provenance. This version adds a detailed correction notice in 00_metadata/CORRECTION.md; it does not contain replacement simulations or experimentally validated results. Supporting artifacts for the manuscript “Beyond Global Fidelity Labels: Task-Specific Fidelity Authorization for Many-Query Simulation.” This record contains the supporting evidence package for the reported finite-pool study. It includes frozen experiment manifests, parameter and QoI ledgers, termination and cost summaries, provenance hashes, figure and table source data, the claim/evidence registry, and a read-only Python-standard-library layer that verifies the package and reconstructs the reported audit summaries. The package is the solver-free entry point for reproducing the derived analyses. It does not redistribute OpenRadioss, its tools or binaries, workstation-specific WSL/HPC runners, generated solver decks, or raw engine logs. Re-running a solver case therefore requires an independently obtained compatible OpenRadioss installation and local execution setup. The numerical results are finite-pool observations. In this study, LF and HF denote two numerical-resolution levels, and HF is an accepted finer numerical reference rather than experimental truth or a formal physical-validation reference.