A Simple Galaxy Simulation Developed Using MATLAB

A C++ implementation of the spatial hash grid optimization. Demonstrated by a basic collision simulation

A complex evolution and natural-selection simulator where organisms grow, survive, reproduce, and die, becoming fit to their environment

A C++ implementation of the Voronoi noise algorithm. Generates grayscale procedural textures using randomised seed points and Euclidean distance. Built with CMake and SFML.

C++ and SFML implementation of the Hopfield Network — a recurrent neural network that stores binary patterns via Hebbian learning and recalls them from noisy inputs through energy minimisation.

Real-time galaxy particle simulation in C++ and SFML. Stars are attracted to black holes via Newtonian gravity; black holes attract each other. Stars rendered as a density heatmap for performance.

1 Million Particle System - A Highly Optimized C++ Implementation of the Primordial Particle System by Artificial Life Lab Graz

Using Python and the NEAT genetic algorithm to grow neural cellular automata patterns

Ridged body simulator using python & pygame

Using a convolutional neural network to figure out what number has been drawn on screen

A simple gravity simulation between a few hundred thousand stars & 3 black holes

A hider and a seeker AI learn to play Tag using a Genetic Algorithm (currently broken)

Simple Evolution Simulator demonstrating natural selection