Particle accelleration with OpenGL 4.3, using the compute shader to calculate particle movement on graphics hardware.

An OpenGL GPU accelerated particle system using Compute shaders and Indirect rendering.

A flowfield visualization with particle simulation

Implementation of curl noise for particles simulated on GPU with OpenGL

A post-processing engine for particle simulations

Autopas is a node-level auto-tuned particle simulation library developed in the context of the TaLPas project.

Open source implemention of Moving Particle Semi-implcit (MPS) method

Particle Attraction Simulation

Discrete Element Method Laboratory

A bond-based peridynamics code written in pure Python

spatialstats is collection of statistical tools and utility routines used to analyze the multi-scale structure of 2D and 3D spatial fields and particle distributions.

🦐🐟🦈 A framework for simulating millions of interacting Lagrangian particles (or microbes!) in a turbulent ocean.

The open framework for on-the-fly off-lattice kinetic Monte Carlo simulations.

Variable unified particle simulation framework using OpenGL Compute Shader

10 000 000 particles simulation made in C++ with OpenGL

Java port of Brainxyz's Artificial Life, a simple program to simulate primitive Artificial Life using simple rules of attraction or repulsion among atom-like particles, producing complex self-organzing life-like patterns.

Simulation

1 000 000 particles at 60fps made in C++ using OpenGL build for WebAssembly WebGL2

A small python project showing the evolution of a system of gas particles as they cool to temperatures near 0 Kelvin.

An algorithm is presented for the rapid evaluation of the potential and force fields in systems involving large numbers of particles whose interactions are Coulombic or gravitational in nature.