Data, code and supplemental material for Storage memory and geometric information in breach-flood peak bounds

Abstract

Data, computational programs and supplemental material accompanying "Storage memory and geometric information in breach-flood peak bounds" by Shuchang Zhang and Shaoqi Kong (College of Mining Engineering, Taiyuan University of Technology). Version 2.0.0 extends the immutable baseline release with a dimensionless depletion benchmark, 3,535 constructed parameter cases, 120 independent ODE comparisons, 108 control-optimization runs, and updated figures. It retains calculations for five CanBreach parameter histories and an audit of 143 laser-reconstructed geometry records. These are model-based numerical results and public-data reanalyses; the source discharge/storage discrepancy remains unresolved and independent physical predictive validation is not claimed. Supplement.pdf contains Sections S1–S8, Figures S1–S4 and Tables S1–S3, with derivations, source-data checks, numerical comparisons and the registered-snapshot extension. Data and code.zip contains the source observations, processing and routing programs, numerical results, generated tables, figures, licenses and provenance records. Extract it and run python src/reproduce.py as described in README.md. Checksums are recorded in technical/file_manifest.json. The article and submission correspondence are separate. Licenses: the authors’ derived data, figures, documentation and supplemental material use CC BY 4.0; their programs use MIT. Third-party originals retain their terms: Walsh et al., Borealis version 1.0, https://doi.org/10.5683/SP2/HLJQVB (CC0 1.0); Rifai et al., Zenodo version V2.4, https://doi.org/10.5281/zenodo.1494800 (CC BY 3.0). Funding: Shanxi Province Higher Education Science and Technology Innovation Program (2022L055); Shanxi Province Key Research and Development Program, Key Technologies Research and Demonstration for Carbon Peak and Carbon Neutrality (202402080301013 and 202402080301016); Open Fund of the National Key Laboratory for Coal and Coalbed Methane Co-production (2024KF24). The funding organizations provided financial support only.