Project inspired by Saje Jenson's article on the topic, based on the paper by Jeff Jones. Simulation of a Physarum network

Physarum simulation and visualisation

Audio reactive slime mold simulation in JS and WebGL

OpenGL GPU-accelerated particle system simulation

Physarum polycephalum simulation. Delphi XE8, firemonkey

Simulator for slime mould, developed using C# and leveraging .compute shaders for graphical computations

The Physarum optimization algorithm (POA) is a nature-inspired optimization algorithm based on the behavior of the slime mold Physarum polycephalum.

A memoir to my love, wait, hope, despair, anger and apathy, with ❤️ for love

Physarum polycephalum growth simulator on polyhedron surfaces written in CUDA C++

Simulation of the Physarum Polycephalum Organism

Physarum demo for Waveshare 240 x 240 LCD with Joypad + Buttons on Raspberry Pico

A WebGL implementation of the physarum transport simulation

tool set to analyse growth in slime molds

slime mold simulator

DIE — is an Artificial Life project aimed at reproducing emergence of distributed intelligence under environmental pressures using learning cellular automata models.

Physarum simulation using WebGL2. Handles 1m+ particles. No dependencies.

Official mirror of Blender + custom "Physarum Editor".

A simple Compute Shader for Physarum Slime Mould.

A basic implementation of the Physarum Polycephalum (AKA Slime Mold) code in Unity.

Physarum polycephalum slime mould computing simulation, implemented on a custom VueJS + Unity3D stack