EFT P1: Full-Fit Reproducibility Runpack for Joint RC+GGL Fits

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Authors: Guanglin Tu
Cited by: 0

Abstract

This record provides the EFT P1/P1A full-fit reproducibility runpack (full_fit_runpack, Software; CC BY 4.0). It is intended to reproduce the key numbers and tables/figures in Record A (the Zenodo-archived bilingual release report) from scratch: download public data, preprocess, run RC-only inference, perform the RC→GGL closure test, run joint RC+GGL inference, and regenerate the auditable tables/figures. The canonical runpack file in this record is P1A_RC_GGL_full_fit_runpack_v1.0.zip. The runpack is intentionally “clean” (no precomputed results/logs), and generates all outputs locally when executed. Key features: Publication-identical defaults for P1A: workspaces = EFT_BIN + DM(7+1) + DM_STD; mode = full; fixed tags and seeds matching the archived publication run. Standardized DM-baseline stress tests (P1A): legacy upgrades (SCAT/AC/FB) plus hierarchical c–M scatter with a mass–concentration prior, a 1-parameter core feedback proxy, a representative lensing-systematics nuisance (shear calibration m), and a combined DM_STD model. Integrity & traceability: integrity hashes (verify_checksums.ps1), audit scripts, and an automated comparison of regenerated publication tables against included reference tables (run automatically in full mode). One-command end-to-end entry point: RUN_FULL.ps1 (recommended). Optional smoke test: RUN_FULL.ps1 -Mode quick. Entry scripts: verify_checksums.ps1: integrity checks (checksums/manifest alignment). RUN_FULL.ps1: full reproduction (from scratch), regenerating tables/figures and running the reference-table comparison (Mode=full). Concept DOI (stable entry for this runpack record): https://doi.org/10.5281/zenodo.18526286 Associated release report (Record A, Concept DOI): https://doi.org/10.5281/zenodo.18526334

Fields of Study & Subjects

Cosmology and Gravitation Theories Galaxies: Formation Evolution Phenomena Dark Matter and Cosmic Phenomena

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
8 February 2026
Language
EN