3D object reconstruction library. Librería para la reconstrucción de formasen 3D.

A set of algorithms developed for the Computational Geometry course at PUC. Includes triangulation, convex hull and point location. Refactoring may be necessary.

A Clojure library/program for reconstructing surfaces from unorganized collections of point samples, such as those produced by laser range-scanners.

Optimization Course Project

Interactive notes for Computational Geometry: Algorithms and Applications

3D zero-gravity pool using Java3D.

An algorithm for splitting line segments at their intersections.

Geometry Generation and Testing Framework

Projects for the Computational Geometry and Machine Learning course developed in Python

Voronoi Diagrams and Delaunay Triangulations implemented in python

Aesthetic Engine 2

A simple computational geometry C++ base class library with GLUT wrappers.

Ocaml implementation of some randomized computational geometry algorithms

Uniform Poisson Disk Sampling (in Haxe)

convert text to polygonal data using the outline of a specified font

1-D total variation filter: O(N) time algorithm and analysis

A 2D k-dimensional tree implementation with Java

webGl + Shader Tests