UPXO: UKAEA Poly-XTAL Operations
An open-source Python package for generation, analysis, assessment, visualisation, meshing, and export of representative polycrystalline grain structures.
User Guide
- Introduction
- Getting Started
- Key Concepts
- Workflows
- Workflow 1 — MCGS2D: Simulate, Detect Grains, Characterise
- Workflow 2 — Visualise the Labelled Grain Image
- Workflow 3 — Grain Size Distribution
- Workflow 4 — Grain Neighbourhood
- Workflow 5 — Finding Small Grains and Boundary Grains
- Workflow 6 — Resampling and Rescaling the Grid
- Workflow 7 — Merging Small Grains
- Workflow 8 — Comparing Grain Size Across Time Slices
- Next Steps
API Reference
- upxo package
- Module contents
- Subpackages
- upxo.algorithms package
- upxo.analysis package
- upxo.charops package
- upxo.connops package
- upxo.dclasses package
- upxo.external package
- upxo.flags_and_controls package
- upxo.gbops package
- upxo.geoEntities package
- upxo.ggrowth package
- upxo.grids package
- upxo.gsContainters package
- upxo.gsdataops package
- upxo.heirGs package
- upxo.imageOps package
- upxo.interfaces package
- upxo.jpops package
- upxo.material package
- upxo.mechanics package
- upxo.meshing package
- upxo.misc package
- upxo.netops package
- upxo.parswep package
- upxo.propOps package
- upxo.pxtal package
- upxo.pxtalops package
- upxo.repgen package
- upxo.repqual package
- upxo.statops package
- upxo.surrModelOps package
- upxo.tempops package
- upxo.topOps package
- upxo.uiOps package
- upxo.viz package
- upxo.xtal package
- upxo.xtalops package
- upxo.xtalphy package
- Submodules