An easy-to-use Python library for processing and manipulating 3D point clouds and meshes.

Simple two-dimensional Voronoi diagrams

MyGAL is a computational geometry algorithms library

Voronoi tessellation from Divide and conquer Delaunay triangulation and Lloyds smoothing

a web app demo of procedural generation of (fictional) political maps (of countries, regions, ...)

The aim of this Python project is to generate a semi-random map representing a complex, realistic environment seen from above in 2D.

Computational analysis on geometry-driven hyperuniformity

High-performance weighted Voronoi stippling implementation. Exports PNG and TSP files. Visualizes TSP tours as continuous line drawings.

MATLAB tool for generating meshes from DXF files in 2D. Supports Delaunay triangulation and optimized polygonal meshes D-Polylla with Lloyd relaxation for VEM