/r/cellular_automata
This is a subreddit about cellular automata (singular: cellular automaton). For example, Rule 110, Conway's Game of Life, and the Biham-Middleton-Levine traffic model.
A subreddit about cellular automata (singular: cellular automaton). For example, Rule 110, Conway's Game of Life, and the Biham-Middleton-Levine traffic model.
This is an inclusive place welcoming any level of involvement with CA or CA-Like algorithms.
Discussions must be conducted with respect for one another, and criticisms must be constructive.
We encourage original content contributions, and strongly suggest providing specific algorithmic details or code with any showcased content. Our community loves to share, experiment and iterate!
Cellular automata can produce mesmerizing and exciting patterns, some of which can be seen in the natural world.
As fascinating as they can be, Extraordinary claims require extraordinary evidence.
Resources:
ConwayLife Forum - A large and active CA community
ConwayLife Lounge Discord:
Other subreddits you may find interesting:
/r/cellular_automata
This experimental project explores the concept of collective artificial intelligence. The current implementation is a cellular automata in a 2d grid where each cell acts a LLM agent responding based on its neighborhood. For more information see the Github repository:
https://github.com/pinsky-three/llmca
Why is this topic so niche/poorly documented? Can somebody link a resource to explain how it works? I want to program this but i cant actually find the ruleset anywhere. Thanks
This is an animation of the simulated annealing solver finding a suitable rule for my 3D subdividing cellular automata such that it produces a single contiguous region of connected cells with particular values for desired surface area and volume. 😁