A flocking simulation using a quadtree to contain the particles, reducing the number of items checked per frame.

A genetic neural network which plays a simple game.

A visualization of the collatz conjecture, which recursively applies rules to a number until reaching 1.

View the Lorenz and Julian attractors and adjust the values to make your own visualizations.

Cohesion: Attempt to go toward the center of mass. Alignment: Try to face the same direction as nearby boids. Separation: Avoid other boids if too near.

These are not good ants! Lousy. They don't work together at all. Very selfish. But also pretty. Darn you, devilish beauty.

A fractal generated by continuously squaring a number to see if it eventually approaches infinity or zero. If it approaches infinity, it will be lighter. Black pixels are zero.

An example of a basic genetic algorithm having a goal of matching a certain word or phrase.

A demo of using a quadtree to contain drawn points on the screen.

A website and community to connect developers looking to volunteer time with clients who need small project help.

Use this site to build a basic character. The two options are Druid and Warlock, but really they are mostly generic. The website will help calculate your basic stats, once you put them in.

Roll the quantum dice.