Reproducibility package for “Tensorial real-space IFC-kernel operators for anisotropic acoustic curvature in mmm and 4/mmm crystals”

This record contains the complete reproducibility package (version 1.6) for the study “Tensorial real-space IFC-kernel operators for anisotropic acoustic curvature in mmm and 4/mmm crystals.” The archive includes 49 canonical executable Python sources, 49 frozen analysis-output or auxiliary-data archives, figure-generation sources, final figures in PDF and PNG formats, software-environment and dependency documentation, provenance tables, an integrity report, and a SHA-256 manifest. The scientific scope concerns the complete symmetry-covariant degree-4 short-range q^4 coefficient operator in the tested centrosymmetric mmm and 4/mmm crystal cohorts. The leading dipole–dipole non-analytic response is retained as a separate channel. The assembled total channel should not be interpreted as either a complete multipolar model or a single-Hamiltonian calculation. Large public raw input corpora are not redistributed. The archive instead provides source identifiers, retrieval and extraction programs, derived tables, and detailed execution instructions. The reproduction order and authoritative source–output correspondences are documented in README.md and provenance/analysis_dependency_table.csv. The manuscript and Supplementary Information are distributed through the journal submission and publication record rather than duplicated in this archive.本数据集包含研究“针对mmm和4/mmm晶体各向异性声学曲率的张量实空间IFC核算子”的完整可复现性包（版本1.6）。 该归档文件包含49个标准可执行Python源代码、49个固化分析输出或辅助数据归档、绘图源代码、PDF与PNG格式的最终插图、软件环境与依赖项文档、溯源表、完整性报告以及SHA-256校验清单。 本研究的科学范畴涵盖测试所用的中心对称mmm与4/mmm晶体组中，完整的对称协变4阶短程q^4系数算子。其中主导的偶极-偶极非解析响应作为独立通道保留。所整合的总通道不应被视作完整的多极模型或单一哈密顿量计算。 本归档未重新分发大型公开原始输入语料库，而是提供了源标识符、检索与提取程序、衍生数据表以及详细的执行说明。复现流程与权威源-输出对应关系已在README.md和provenance/analysis_dependency_table.csv中记录。手稿与补充材料通过期刊投稿与出版记录分发，未在本归档中重复存储。