A Processing/Java library for high performance GPU-Computing (GLSL). Fluid Simulation + SoftBody Dynamics + Optical Flow + Rendering + Image Processing + Particle Systems + Physics +...

Particle-in-cell code for plasma physics simulations

162 MCP tools for AI-powered Godot 4 development. Scene, animation, 3D, physics, particles, audio, shader, input simulation, runtime analysis, navigation, testing & more. $5 one-time.

CPU and GPU implementations of a particle-based physics simulation based on Macklin et. al's "Unified Particle Physics for Real-Time Application".

C++ simulation, reconstruction and analysis framework for particle physics experiments

C# implementation of a real-time Smoothed Particle Hydrodynamics (SPH) physics fluid simulation engine.

Interactive, particle-based physics, chemistry and biology modeling and simulation environment

UE4 plugin using verlet particle system for physics simulation.

The project is an accurate 3D Physics Simulation of Nuclear Fission and Nuclear Fusion. The simulation will show the atomic level of interaction of the particles during Nuclear Fission and Nuclear Fusion. For the simulation on Nuclear Fission, the first fission of the atom to the last formation of the neutrons from the last Nuclear Fission will be displayed. While for Nuclear Fusion, the first fusion of the two particles to the last atom formed will be simulated. The project will be an interactive user-friendly 2D Simulation wherein users will be able to control the number of atoms and the speed of the particles interacting within the simulation. The simulation will be able to be used by students when studying Nuclear Reactions and by teachers when illustrating and simulating Nuclear Reactions.

2D + 3D Particle Physics Simulation for Dart

Cl-voxelize is a library to convert polygon models into voxel models for particle-based physics simulation.

Python simulations of analytical physics models, combining rigorous mathematical derivations with real-time 3D visualizations of classical and modern systems like particle dynamics, and collisions.

An interactive web application that demonstrates real-time hand tracking with fluid physics simulation. Wave your hands to interact with dynamic liquid particles in your browser!

Physics-based digital twin workflow for vial simulation, rendering, and particle trajectory visualization.

Particle physics simulation framework for simulating atmospheric neutron interaction on power electronic devices

Demos of Cheetah being used for various applications presented in "Cheetah: Bridging the Gap Between Machine Learning and Particle Accelerator Physics with High-Speed, Differentiable Simulations"

Build a Falling Sand Simulation with Python and Pygame, featuring realistic particle physics and interactive tools. Perfect for learning Python in a fun, visual way!

A particle physics simulation utilizing the Barnes-Hut method (quadtree). A leapfrog integrator is used, and gravity smoothing is employed.

nteractive 3D web game built with Three.js featuring physics simulation, particle effects, and responsive controls. Optimized for both desktop and mobile browsers.

A responsive, physics-inspired portfolio web app built with Next.js and TypeScript, featuring an interactive Schrödinger’s cat mini-game and dynamic particle simulation backgrounds.

Welcome to the Particle Simulator project! This simulator is designed to create and visualize complex particle systems governed by real physics. It supports various states of matter including powder, liquid, solid, and gas, and allows for the simulation of phenomena such as explosions, nuclear reactions, fusion, fission, and particle collisions.

This project provides a comprehensive, multi-physics simulation platform for solid-state lithium batteries. The platform is capable of simulating the time-dependent evolution of various internal state variables within a single active material particle under electrochemical cycling.

Cloth simulation using particle physics

Real-time GPU particle physics simulation with a PDG-accurate catalog of 40 particles. Collisions, decays, and annihilations with relativistic kinematics.

🌌 An interactive 3D particle galaxy with real-time physics simulation, mouse controls, and stunning visual effects. Explore a universe of particles with gravity, orbital mechanics, and collision detection. Built with Three.js WebGL for maximum performance.

An interactive quantum particle physics simulation application developed with Flutter, demonstrating particle collisions, trajectory tracking and 3D rendering effects.

The code for particle "Multi-objective optimizations of solid oxide co-electrolysis with intermittent renewable power supply via multi-physics simulation and deep learning strategy "

A fun 3D simulation game of the SpaceX Starship where you can customize your own rockets and fly them in real IFTs. Built with no pre-existing physics engine nor game engine (only ThreeJS renderer through Threlte and Three Nebula particle system).

🌌 An interactive quantum particle simulation creating mesmerizing visual effects with HTML5 Canvas. Features real-time physics, quantum-inspired behaviors, and stunning visual effects including vortexes, black holes, and time dilation. Built with vanilla JavaScript for maximum performance and compatibility. Perfect for creative coding enthusiasts

Setup instructions for simulation and analysis of proton-proton collisions