A flowfield visualization with particle simulation

A post-processing engine for particle simulations

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.

Gnerates nodes and volumes from gmsh grid for nodal or particle simulations

This repository contains a simulation of boids, demonstrating flocking behavior. The simulation models the collective movement of agents (boids) to mimic the natural behavior of birds flocking, fish schooling, or herding animals. This project showcases principles of swarm intelligence and artificial life.

This repository contains a simple particle physics simulation that demonstrates the behavior of particles with gravitational effects. The simulation is implemented using Pygame for visualization and PyOpenGL for rendering.

A simple passion project based on particle physics.

This project is an interactive falling sand simulation built using Pygame, where you can create and observe the behavior of different particles such as sand, water, and "Magic Dust." The simulation allows you to control gravity, wind, and grid size dynamically.

Simple (and not terribly performant) slime mold simulation written in Python that runs on the GPU using Numba

This is a simple 2D simulation where you can spawn particles of both positive and negative energies and they'll interact with each other due to their gravitational forces.