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

Implementation of curl noise for particles simulated on GPU with OpenGL

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

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

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

Variable unified particle simulation framework using OpenGL Compute Shader

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

Simulation

Simulating argon atoms following the ideal gas law

Particle Simulator

A particle simulating template

An extensible modern C++ library for particle-based simulations

A physics collision simulation featuring particles interacting in a two-dimensional box. Project aims to utilize graphical components, mathematical logic, and object oriented programing to produce an effective model with elastic collisions.

High-performance n-body solver achieving 128× speedup via checkerboard domain decomposition, toroidal neighbor communication, and sweep-and-prune for scalable uniform/gaussian workloads.

Particles simulation in c++

Particle simulation implemented using a compute shader

Creating a simple particle explosion using C++ SDL API

This is a very basic particle simulator made using SDL2 and OpenGL.