Shadertoy Shader Development

About

Provides comprehensive guidance for authoring WebGL fragment shaders, specializing in real-time procedural graphics and generative art. It offers deep expertise in GLSL ES syntax, ray marching algorithms, signed distance fields (SDFs), and mathematical patterns like complex number plots and procedural color palettes. Whether debugging performance bottlenecks, implementing multi-pass rendering buffers, or creating organic visual effects with fractional Brownian motion, this skill ensures robust, cross-platform shader code that adheres to industry-standard creative coding practices.

Key Features

• Comprehensive GLSL ES syntax reference and Shadertoy-specific input variable mapping.
• Advanced mathematical visualization support for complex numbers and fractal structures.
• Procedural generation techniques including noise functions, hash functions, and domain warping.
• Implementation patterns for 3D ray marching, signed distance fields, and domain folding.
• Best practices for shader optimization, multi-pass rendering, and post-processing effects.
• 19 GitHub stars

Use Cases

• Writing or debugging .glsl files for Shadertoy projects and WebGL applications.
• Creating complex procedural textures, animations, or generative art.
• Optimizing shader performance and resolving common GLSL compilation errors.