Wfc GitHub Repositories

Bitmap & tilemap generation from a single example with the help of ideas from quantum mechanics

DeBroglie is a C# library implementing the Wave Function Collapse algorithm with support for additional non-local constraints, and other useful features.

WFC (Wave Function Collapse) and generic constraint satisfaction problem solver implementation for Godot 4

An implementation of Wave Function Collapse with a focus on performance.

Wave Function Collapse library in C, plus a command-line tool

WFC (Wave Function Collapse) with Unity

🌊💥 N-dimensional Wave Function Collapse with infinite canvas

Because Nintendo can't do SSL properly

Typescript version of MarkovJunior, runs on the web with a fancy renderer

2D & 3D procedural generation with WFC/Model synthesis in Rust

Free procedural level generator for unity

An implementation of mxgmn/WaveFunctionCollapse in Python

Go port of the Wave Function Collapse algorithm

WaveFunctionCollapse on graphs

Wave function collapse python implementation

A Unity project utilizing the wave-function-collapse algorithm to procedurally generate level.

openCL-accelerated python implementation of the Wave Function Collapse procgen algorithm

Single-header C library for the Wave Function Collapse algorithm plus a CLI and a GUI

🧱🌍 wave form collapse demo with react three fiber and web assembly

2D Wave Function Collapse as Blender Plugin

Implementation of wfc https://github.com/mxgmn/WaveFunctionCollapse in Houdini (2D & 3D) Simple Tiled Model

HexCastle

C implementation of Maxim Gumin's wave function algorithm done as a part of our C project at Imperial

Wave Function Collapse x Stable Diffusion, tile map generation with diffusion algorithm

Experiments with wave function collapse.

procedurally generated roguelike game written with rust and amethyst

Punch Out Model Synthesis - a program for constraint based tiling generation

Modified version of the WFC algorithm that generates cyclic paths around obstacles

Wave Function Collapse but LÖVE

Project realised in the IAS (Artificial Intelligence) module at ENIB. The aim of this project is to explore the procedural generation of content, by procedurally generating levels of video games inspired by the Pokémon universe.