Code and result files for "Gaussian-curvature correction to the effective eigenstrain of laminated minimal-surface shell lattices"

Research data of the article "Gaussian-curvature correction to the effective eigenstrain of laminated minimal-surface shell lattices", submitted to the International Journal of Engineering Science. The deposit holds the finite-element code, the closed-form (L2F) code, the fitted minimal-surface data, the figure-drawing code and the result files behind every table and figure of the article and of its Supplementary Material. Every table has a result file. code/make_figures_BaiB_R1.py redraws the ten figures of the revised article from results/, and code/make_figures_BaiB_v7.py redraws those of the submitted version. Everything is Python 3 with NumPy, SciPy and Matplotlib. scikit-image and SymPy are needed only for the two scripts that regenerate Tables S-3 and S-4. The layer-conforming P2 tetrahedral solver for the periodic cell problem is self-contained and uses no commercial software. All code lives flat in code/, so every import resolves inside the deposit. Two plain-text logs, logs/out_02_configs.txt and logs/out_05_breaks.txt, are the only artefacts behind Table S-3, Table S-4 and the relative spread 7.748e-10 of Section S5.1; they are not duplicated in any JSON file. Version 1.2.0 adds the scripts and result files of the computations made for the first revision of the article (files r1_*), the figure script of the revised article, and corrects the statement of version 1.1.0 that two tables had no result file. README_dataset.md maps each file to the table, figure or number it supports, and gives the order in which the scripts reproduce a value.