A Python module for scientific analysis and visualization of 3D objects, point clouds, and volumetric data, based on VTK, designed for ease of use.
vedo
- Python
- 3D-Grafiken, Biotechnik, Materialien, Maschinenbau, Simulation
- 3D, Additive Fertigung, Computerunterstützter Entwurf (CAD), Computergestützte Fertigung (CAM), Design für additive Fertigung (DfAM), Digitaler Zwilling, Interaktives Design
Merkmale:
- 3D mesh visualization and manipulation (STL, OBJ, VTK, etc.), point cloud processing, volumetric data rendering (isosurfaces, volume rendering), actor-based scene graph, interactive plotting, mesh analysis (smoothing, cutting, boolean operations), integration with NumPy and other scientific libraries, FEniCS/Dolfin visualization, animation creation, Qt5 integration
Preisgestaltung:
- Kostenlos
- User-friendly, high-level API for complex 3D visualization (simpler than raw VTK), produces publication-quality graphics, extensive set of examples, actively developed, good for scientific and biomedical data.
- Requires VTK as a backend (can be a large dependency), performance for extremely large datasets might still depend on VTK's capabilities and careful coding, some very advanced VTK features might not be directly exposed.
Am besten geeignet für:
- Scientists, engineers, and researchers needing to create high-quality, interactive 3D visualizations and perform analysis of 3D scientific data, especially meshes, point clouds, and volumes.