Mesh Generation
Showing 22 of 22 projects
A C++ library providing efficient and reliable algorithms for computational geometry problems.
An open-source, portable system for processing and editing unstructured 3D triangular meshes from 3D scanning.
A comprehensive C++ library for geometry processing, offering robust algorithms for surface reconstruction, remeshing, and exact computations.
A Python library for generating 3D meshes from signed distance functions (SDFs) with a simple API.
A Unity library providing implementations of computational geometry algorithms for intersection detection, triangulation, mesh generation, and more.
A collection of single-file C libraries for graphics programming and utility tasks.
A collection of single-file C libraries for graphics programming, mesh generation, and utility tasks.
2D/3D geometry toolkit for Clojure/Clojurescript
A Python interface to Gmsh for creating complex geometries and generating meshes with useful abstractions.
A Python interface to CGAL's 2D and 3D mesh generation tools for creating high-quality meshes from geometric domains.
A pure Python library for finite element assembly, transforming bilinear forms into sparse matrices and linear forms into vectors.
A Python library for triangular mesh smoothing and optimization with multiple algorithms and a simple interface.
A Godot plugin for creating, editing, and importing voxel content with in-engine editors and optimized meshing.
A comparison of four algorithms for generating sphere meshes, analyzing trade-offs between accuracy, triangle uniformity, and implementation complexity.
A C++ library for exact 2D Delaunay triangulation, Voronoi diagrams, and constrained triangulations with super-stable numerical predicates.
A C++11 library for generating procedural geometry primitives like spheres, boxes, and cones for use in graphics applications.
A pure Python mesh generator for 2D geometries, inspired by distmesh, with a user-friendly interface and high-quality output.
ROS package that converts 2D occupancy grid maps into 3D Gazebo simulation environments with obstacle meshes.
A Python package for generating high-quality 2D/3D triangular meshes for finite element simulations, with parallel support and seismology applications.
A Lua module for Delaunay triangulation of convex polygons.
A modern C++ library providing 2D/3D geometry primitives, mesh generation, and ray intersection for applications like editors and ray tracing.
Extrudes a 32-bit color image into a 3D mesh using C++11 with no external dependencies.
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