Conway's Game of Life shows cells evolving under a set of rules. Particle Lenia takes this to a new level! Use the icons while the simulation is running to - - show/hide mathematical parameters - randomise parameters - reset particles to random positions Density slider: How spread out the particles are Particles slider: Number of particles Lenia is a Cellular Automata that has been derived from the Game of Life. Unlike the Game of Life, it is a continuous Cellular Automata, which means that the states of cells, as well as time and space, are continuous. Particle Lenia is a multi-particle model that rewrites this continuous cellular automaton model, resulting in diverse patterns.
Interesting save codes (TurboWarp only) - AXBZkru0i (Bullseye) - MgljMnTA6 (Creeping groups) - Cap5MM_AU (Surprised blob fish) - Uh6cCMcgV (Crazy and unstable) - HDk0CwcgQ (Solid circle) - OKVsVn0AJ (Decopus) - M1hhLj9Au (Cellular life) - km6b1K2AU (Morpher) - ivczLq2AL (The unpredictable) - P8iTUIyAO (Butterfly) - D_xnOz9AX (Persian rug) - ljyfnT9Uk (Beautifully mobile) by @ellie-the-cat If you find an interesting pattern, please copy/paste the save code into the comments! Here's my implementation of Conway's Game of Life - https://scratch.mit.edu/projects/129251567/ Music: The Harvest (Purple Planet Music) #watchable #animations #techdemo #art (Conway's Game of Life shows cells evolving under a set of rules. Particle Lenia takes this to a new level!)
