In-browser falling-sand simulation game with over 500 elements and thousands of reactions.
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Updated
May 26, 2024 - JavaScript
In-browser falling-sand simulation game with over 500 elements and thousands of reactions.
Code and supplements to the manuscript "Interpreting T-cell search 'strategies' in the light of evolution under constraints"
conway's game of life
A 2D In-place Cellular Automata Simulation
This is a simulator for 2D cellular automata within the Isotropic Non-Totalistic Generations ruleset.
Fun and interactive interpretation of the Game of Life project written in p5.js. Is controllable via the arrow keys and you can change the colors of the cells by pressing C. Have fun!
3D Cellular Automata in Browser
Cool visualizations made with JavaScript Canvas API
CPM implementation in pure JavaScript
game of life in wasm/rust
A Cyclic Cellular Automaton
A p5.js implementation of one dimensional cellular automata. Inspired by Wolfram MathWorld.
Simple algorithms generating aesthetically pleasing stuff.
cellular automata implementation on hexagonal grid for me to learn js
Explore the fascinating world of cellular automata with this Conway's Game of Life simulation!
Using your GitHub Contribution Graph as a four-color Game of Life.
Make SVG images of Elementary Cellular Automata with Marching Squares, using JavaScript (p5.js).
A javascript/html/css implementation of Conway's Game of Life
🧬 GPU-accelerated, fully parameterized neural cellular automata implemented on pure JavaScript using GPU.js
[Entry for the McGill Physics Hackathon 2022] 🥈2nd place Overall Winner 🥇1st place Biophysics Winner | Simulating the spread of slime mold using cellular automata.
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