A rapid prototyping platform for 3D geometry processing, providing a rich set of functionalities for working with polygonal meshes by interfacing with various geometry engines.
PyMesh
- Python
- 3D Graphics, Computer Vision, Mathematics, Mechanical Engineering, Simulation
- 3D, Additive Manufacturing, Computer Aided Design (CAD), Computer Aided Manufacturing (CAM), Design for Additive Manufacturing (DfAM), Geometry, Prototyping, Rapid Prototyping, Simulation
Features:
- Mesh I/O (OBJ,STL,PLY,OFF,etc.),mesh analysis (convexity,self-intersection,genus,Hausdorff distance),mesh repair (hole filling,fixing degeneracies,duplicate vertex removal),Boolean operations,decimation,subdivision,smoothing,tetrahedralization,voxelization,wire inflation,integration with CGAL,Triangle,TetGen,Qhull
Pricing:
- Free
- Comprehensive set of mesh processing tools, supports various mesh formats, good for research and prototyping in geometry processing, interfaces with powerful backend geometry engines, Pythonic API.
- Installation can be complex due to dependencies on external C++ geometry libraries (CGAL,etc.), documentation for some advanced features or engine-specific behaviors might be sparse, performance can vary depending on the selected backend engine.
Best for:
- Researchers and developers working on 3D geometry processing tasks, mesh analysis, repair, and manipulation for applications in computer graphics, numerical simulation, and digital fabrication.