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a-trace-map-comparison-algorithm-for-the-discrete-fracture-network-models-of-rock-masses

A trace map comparison algorithm for the discrete fracture network models of rock masses

bcd

cfdems

Packed Bed Generator

chrono

C++ library for multi-physics simulation

collision_detection_matlab

This is a very fast implementation of collision detection among axis aligned cuboids. Mainly used for robotic simulation, and can detect each collision in about constant time, even with multiple objects. It has an option of pre-hashing of the arena set or to dynamically check for collisions. Uses a modified version of GJK Algorithm.

comflusom

Simulation kit for Complex Fluid Solid Soil Mechanics

ecos

A lightweight conic solver for second-order cone programming.

fd2dc

fv2d

A 2D Finite-Volume CFD Code in Matlab and C++

gmtsar

GMTSAR

grainlearning

granulargym

High performance simulation for robotic tasks with granular materials

lbdemcoupling-public

Coupling between the Lattice-Boltzmann code Palabos and the DEM code LIGGGHTS

lbm-d3q19

A simple, three-dimensional lattice-Boltzmann code written in C

limit-analysis-with-node-based-element-and-mosek

linkcollisionmodel

Model of foot collision during landing

mask_rcnn

Mask R-CNN for object detection and instance segmentation on Keras and TensorFlow

matlab-gjk-collision-detection

Implementation of the GJK collision detection algorithm in MATLAB.

mbullet

A basic wrapper for using Bullet Physics Engine in Matlab. Uses Java port of Bullet.

mintpy

Miami InSAR time-series software in Python

modernfield-particles

particles colliding in space for modern field theory course

opengjk

Fast and reliable implementation of the Gilbert-Johnson-Keerthi (GJK) algorithm for C, C# and Matlab

opensees

A fork of OpenSees

parsim

Particle-based Simulation

particles_collision_simulation

particles_collision_simulation

pe

This research project focuses on the development of the pe physics engine. pe is an advanced C++ framework for the simulation of rigid, completely undeformable bodies with arbitrary shape. pe offers both collision solvers for physically accurate simulations as well as fast solvers suitable for computer games. The major focus of pe are large-scale and massively parallel rigid body simulations with up to several billion interacting rigid bodies. The currently largest simulation with 28 billion non-spherical bodies was performed on the SuperMUC Petascale System at the Leibniz Supercomputing Center on 262144 processor cores.

pointnet2

PointNet++: Deep Hierarchical Feature Learning on Point Sets in a Metric Space

pymc3

Probabilistic Programming in Python: Bayesian Modeling and Probabilistic Machine Learning with Theano

pysph

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