Lenia - Mathematical Life Forms
-
Updated
Jul 19, 2024 - Python
Lenia - Mathematical Life Forms
Repository for "Toward Artificial Open-Ended Evolution within Lenia using Quality-Diversity" (ALIFE 2024).
Convolutional Turing Machine: studying Meta-Learning Emergence from Cellular Automata
Researching Open-Endedness in Artificial Life with Foundation Models
A little simulation of particle lenia using typescript and webgpu
Exploration of Lenia, a generalization of Conway's Game Of Life with continuous states, space and time.
A beautiful implementation of Lenia, a continuous cellular automaton system, built with Godot 4.
A cellular automaton made in Godot 3.5's shaders.
A high-performance, real-time implementation of Lenia - a fascinating continuous cellular automaton that creates complex, lifelike patterns. Built with Blazor WebAssembly and MudBlazor for a modern, interactive web experience.
This system implements a novel image compression technique using Lenia Cellular Automata for predictive coding. Unlike traditional compression methods that rely on frequency transforms (like JPEG's DCT), this approach uses the pattern-prediction capabilities of Lenia to create efficient image representations.
A Lenia based project with an ammonia environment!
An interactive, WebGL-powered 3D cellular‑automata playground built with React and TensorFlow.js.
Python script to simulate Lenia, a continuous version of the game of life (French)
Open-ended Lenia research repository
Repository for "Toward Artificial Open-Ended Evolution within Lenia using Quality-Diversity" (ALIFE 2024) webpage.
Implementation of the Lenia cellular automata on fragment shader
High-performance GPU-accelerated Lenia continuous cellular automaton simulator built with C++20 and OpenGL compute shaders
Optimisation de Lenia par détection de structures récurrentes
Add a description, image, and links to the lenia topic page so that developers can more easily learn about it.
To associate your repository with the lenia topic, visit your repo's landing page and select "manage topics."