jimmyff/cellular_automata

Cellular Automata library/playground implemented in Dart

Cellular Automata

A cellular automata library / playground written in Dart. Happily accepting pull requests! ^_^

• Web demos: https://jimmyff.github.io/cellular_automata_web/
• Author: Jimmy Forrester-Fellowes (jimmyff)
• Github: https://github.com/jimmyff/cellular_automata
• Main dart package: https://pub.dartlang.org/packages/cellular_automata
• Web renderers package: https://pub.dartlang.org/packages/cellular_automata_web
• Travis CI: https://travis-ci.org/jimmyff/cellular_automata/

Features

• Simple system for writing optimised rules
• MCell rules compatible, current systems supported:
  • MCell Generations
• Generators to seed the simulation
• Map states to colours/characters for rendering
• Controls: pause, resume, stepBack, stepForward
• Stale simulation detection (repeating generations or patterns in activity)
• Utilises the package:logging for debug & info (view on pub)
• Decoupled renderers:
  • Canvas: (Web), fullscreen support
  • StageXL: (Web), WebGL, fullscreen support, (performance issues with big scenes)

Implemented rules/simulations

• Conway's Game of Life (source)
• Conway's Game of Life Simple (binary states) (source)
• Brian's Brain (source)
• Majority Vote (source)
• MCell Generations rule parser. See the demos including:
  • Star Wars
  • Rake
  • Star Wars
  • Sedi Mental
  • Frozen Sprials

Examples

See the examples/ folder for some simple code examples.

Web demos

See the demos/ folder for demos. You can try the hosted demos here.

Roadmap

• En route: Multiple simulations/rule-sets running in a single scene
• En route: Flutter renderer
• Add more MCell rule parsers
• Add MCell rule database
• Add multiple states to 'Majority Vote'
• Add visual feedback to show processing of simulations - useful whilst building and debugging
• Support for entities to exist which would allow for simulations such as Langton's Ant
• Add a multiple states generator
• Add more tests
• Transitions for switching between two simulations
• Generated color palettes
• Interactive mode (edit mode)
• Analysis tools (histograms for state counts)
• Add an LED Matrix renderer for raspberry pi using GPIO pins
• Hexagonal grids
• Infinite world size support

Credits

Please see the credits file for a list of the authors that discovered the rules that have been implemented in this project.

Licence

Please see the cellular_automata license.