Polymesher

Latest version: v1.1

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1.1

- [Fixed bug in `dLineExact` function](https://github.com/Sad-Abd/pyPolyMesher/commit/e110d86a96c0a39afbcd1ca0a2c3224e782a83dd)
- [Added progress bar for mesh generation process](https://github.com/Sad-Abd/pyPolyMesher/commit/b3c1f17eb99c5c855cc5c74bbc78e6687f4de898)
- [Added area calculation method for `Domain`](https://github.com/Sad-Abd/pyPolyMesher/commit/01d1e6b19f9047da8d253ba3b216bab571cdf34f)
- [Added total area error in `mesh_assessment`](https://github.com/Sad-Abd/pyPolyMesher/commit/8b6e4749261897cbaee1f3974093f6d8859cf543)



**Full Changelog**: https://github.com/Sad-Abd/pyPolyMesher/compare/v1.0.3...v1.1

1.0.3

- Published to Zenodo.

1.0.1

Initial Release of `pyPolyMesher`

`pyPolyMesher` is a python package for generating unstructured polygonal meshes in arbitrarily defined 2D domains. It allows users to mathematically specify domains using signed distance functions (SDFs) and generates high-quality meshes adapted to the geometry and features of the domain.

**Key capabilities:**

- Define 2D domains mathematically using signed distance functions
- Built-in library of SDF primitives (circles, rectangles etc.) and operations to construct complex domains
- Ability to define custom SDFs for new domain geometries
- Generate unstructured triangular/polygonal meshes adapted to domains
- Apply boundary conditions and mark fixed points
- Assess mesh quality metrics like element aspect ratio
- Animate mesh generation process
- Import and mesh polygons from DXF files

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