HOME | DD

Description
A fun series of experiments with frateroshi 's algorithmic Cellular Automata generator -->www.deviantart.com/art/Cellula…

There are a surprisingly diverse amount of unique patterns that can be formed... Great resource for creating trippy, glitchy effects. Now for the sciencey bit;

Each cellular automaton pixel (image) is either black or white and corresponds to zero or one (1) in binary mathematics used by digital computers. Applying simple rules can lead to complex patterns. Cellular automaton can demonstrate algorithmic power to mimic, copy, physics, and evolution of life.

Description
A fun series of experiments with frateroshi 's algorithmic Cellular Automata generator -->www.deviantart.com/art/Cellula…

There are a surprisingly diverse amount of unique patterns that can be formed... Great resource for creating trippy, glitchy effects. Now for the sciencey bit;

Each cellular automaton pixel (image) is either black or white and corresponds to zero or one (1) in binary mathematics used by digital computers. Applying simple rules can lead to complex patterns. Cellular automaton can demonstrate algorithmic power to mimic, copy, physics, and evolution of life.