BVH-based-Collision-Detection-Scheme

Collision detection framework

A framework for efficiently detecting collisions between objects in 3D space using a binary space partitioning tree-based approach.

General broad-phase collision detection framework using BVH and BVTT front tracking.

GitHub

75 stars
5 watching
17 forks
Language: Cuda
last commit: about 3 years ago
Linked from 1 awesome list


Backlinks from these awesome lists:

Related projects:

RepositoryDescriptionStars
dimforge/parryA 2D and 3D collision detection library for game development in Rust.601
aweptimum/strikeAn open-source 2D collision detection library using the Separating-Axis Theorem for Lua28
dimforge/ncollideA 2D and 3D collision detection library for Rust.928
tommyettinger/jbumpA lightweight Java library for fast and accurate 2D collision detection and response31
oniietzschan/bump-3dpdA Lua library for fast and simple axis-aligned 3D collision detection77
jaredmpayne/spritekitcollisionsplaygroundA playground demonstrating physics collision detection using Swift and Sprite Kit.32
lojemiru/loj-hadron-colliderA custom collision detection system designed to improve the efficiency and precision of GameMaker Studio 2.3's built-in collision handling38
danfis/libccdLibrary for collision detection between two convex shapes508
bharatsingh430/py-r-fcn-multigpuA software framework for training object detection models on multiple GPUs using the Caffe deep learning framework193
jeffthompson/collisiondetectionAn online book and examples on collision detection algorithms for games and interactive applications420
snowkit/differA collision detection library using the Separating Axis Theorem for 2D shapes.166
charlesq34/frustum-pointnetsA deep learning framework for 3D object detection from RGB-D data1,598
flexible-collision-library/fclA C++ library for detecting and computing various types of proximity between geometric models composed of triangles.1,448
nvlabs/bongard-hoiA benchmarking tool and software framework for evaluating few-shot visual reasoning capabilities in computer vision models.64