It supports arbitrary large configurations of cells, limited only by available memory.
- Introduction to reversible cellular automata and simulator.
- Single Rotation rule: remarkably simple and rich rule.
- Alternating rules and knightships
Single Rotation is a simple reversible cellular automaton, that operates on a field with Margolus neighborhood. Random initial conditions in this rule produce lots of different spaceships, some of them are in this catalog. See blog post for details.
A simulator of the Single Rotation cellular automaton, that tracks positions of the cells and uses Lancsoz interpolation to add an intermediate frames. Its primary purpose is a nice visual effect, for experimenting with reversible cellular automata see online simulator.
A tool to automatically catalogize collisions of simple patterns in reversible cellular automata.
3-dimensonal version of the above application, using Web GL for visualization. It displays world lines of the moving cells, as a 3-dimensional curves.
What if block reversible cellular automaton rule is applied to a raster image? The effect might be curious. This simulator lets you to watch the evolution of the image under reversible rule. The rule is:
- If a 2x2 block of pixeld contains 1 pixel of highly different color, then this block is rotated CV.
Simulate elementary cellular automata with 1 spatial and 2 temporal dimensions. Simulation result is displayed as static 3d object, visualized with Tree.js. See also blog post about it.