Geometric Algorithms implemented for Java Processing v3

Implementations of the GJK and EPA algorithm for performing proximity queries on pair of convex shapes

Robust implementation of the Expanding Polytope Algorithm (EPA)

C# implementation of GJK and EPA algorithms for 3D collision detection, intersection point and output vector calculation. Fast and stable, with minimal external references.

Fast and robust GJK algorithm for real-time collision detection

Deterministic collision system written in C#

Asteroid game minimal working physics using GJK Algorithm on Java Processing v3.5

Very simple and small Rockfall 3D engine based on OpenTK library to demonstrate how GJKEPA library works. Written in pure C#, with minimum external references.

A C# implementation of the GJK algorithm for 3D collision detection. Available on NuGet.

3D physic engine in Go

No description provided.

A basic implementation of the GJK algorithm using Raylib rendering

This project aims at creating a realtime physics engine to be used in games

Go module closest provides you calculating the closest points of two convex hulls.

Jkc

Solutions for tasks given by the Novomatic company

Implementation of GJK (3D) algorithm in Unity (C#)

SGJK is a C++11 library for collision detection using the Gilbert-Johnson-Kirti (GJK) algorithm. This library allows you to detect collisions between convex shapes in both 2D and 3D spaces.

Моя реализация алгоритма Гилберта — Джонсона — Кирти на Javascript.

Игровой движок

A simple rigid body engine written in OpenGL