Dataset for Quasi-Static Pore-Network Modeling for Evaporation-Driven Salt Transport and Precipitation in Porous Media

Regenerate one figure, for example Figure 7: docker create --name wrr-figures-run wrr-figures plot 7 docker start -a wrr-figures-run docker cp wrr-figures-run:/outputs ./outputs docker rm wrr-figures-run Regenerate the fast CSV-only figures: docker create --name wrr-figures-run wrr-figures plot fast docker start -a wrr-figures-run docker cp wrr-figures-run:/outputs ./outputs docker rm wrr-figures-run Regenerate all scriptable data-backed figures: docker create --name wrr-figures-run wrr-figures plot all docker start -a wrr-figures-run docker cp wrr-figures-run:/outputs ./outputs docker rm wrr-figures-run The regenerated PNG and PDF files are written to outputs/.

The Docker image uses preview rendering settings by default. For high-resolution manuscript-style rendering, override WRR_DPI, WRR_TILE_PX, and WRR_SHOT_SCALE. 2. Reproducing figures without Docker Users who prefer a local Python environment can install the required packages and call the same plotting entry point: python3 -m pip install -r docker/requirements.txt python3 scripts/plot.py 7 --output-dir outputs python3 scripts/plot.py all --output-dir outputs 3.

Notes

Conceptual manuscript Figures 1-4 are schematic drawings and are not regenerated from this dataset. See README.md and metadata/files.md for the full file inventory, data dictionary, and detailed reproduction instructions.