Learn about four popular algorithms for mesh simplification: QEM, PM, VC, and SSTP. Compare their pros and cons and find the best one for your project.

Learn about three methods to evaluate a mesh generated by an algorithm: quality metrics, visual inspection, and functional tests. Compare their pros and cons and find the best one for your purpose.

3D mesh segmentation has been widely used in fields such as computer vision. Existing algorithms have the problems of over- and under-merging when performing 3D mesh segmentation. In this paper, we ...

The skinning algorithm needs the initial mesh, rest skeleton pose, new skeleton pose and vertex weight/weights to produce the deformed mesh: Initial mesh: Mesh without any deformation. Rest skeleton ...

Add a description, image, and links to the mesh-fill-algorithm topic page so that developers can more easily learn about it. Curate this topic Add this topic to your repo To associate your repository ...

Mesh generation is a pivotal component in computer aided design, serving as the foundation for numerical simulations and finite element analyses in diverse engineering and scientific domains.

An algorithm for two-dimensional mesh generation based on the pinwheel tiling. SIAM J. Scientific Computing, 28, 1533-1562. An algorithm for two-dimensional mesh generation based on the pinwheel ...

Parallel Delaunay algorithms employ simultaneous computations to efficiently partition space into simplices, ensuring that no point lies within the circumcircle ... Adaptive Mesh Refinement: ...

Discover the optimal Delaunay triangulation (ODT) concept and error-based quality metric. Explore a mesh smoothing algorithm for tetrahedral mesh based on ODT. Improve mesh quality with a modified ...