Procedural Generation of Rocks in WebGL
JavaScript
105
5
Other
This project demonstrates a procedural technique for generating realistic 3D rocks in WebGL by starting with a sphere mesh and randomly scraping/flattening parts of it to create natural-looking shapes. It includes two interactive demos: a rock editor for customizing parameters and a performance-intensive viewer showing 1000 rocks, aimed at developers and graphics enthusiasts interested in procedural content generation and WebGL rendering.
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Support the dependencies of erkaman/gl-rock
a browserify server for rapid prototyping
Transform geometry positions with a 4x4 transformation matrix.
A helper module that allows you to recover the camera position from a view matrix.
A flexible wrapper for gl-vao and gl-buffer that you can use to set up renderable WebGL geometries from a variety of different formats.
gl-matrix's mat4, split into smaller pieces
A camera that can be easily be moved and turned.
Create a WebGL context now!
WebGL shader wrapper
gl-matrix's vec3, split into smaller pieces
webgl-noise shaders ported to work with glslify
A node.js-style module system for GLSL!
Estimates normals for meshes
Orbiting 3D camera for WebGL
A Immediate Mode WebGL GUI that aims to be easy to use and intergrate into any project.
Plane geometry including UVs and normals
Create array with random numbers
Generate random numbers with a seed, useful for reproducible tests
Collection of noise functions written in JavaScript
launch a web worker that can require() in the browser with browserify
Support the repos that depend on this repository
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