What is the Three.js Shaders skill?

It is a specialized capability for Claude that provides optimized patterns and boilerplate for writing GLSL shaders and implementing them within Three.js web projects.

Can this skill help with RawShaderMaterial?

Yes, it includes specific documentation and code examples for both ShaderMaterial (which provides built-in attributes) and RawShaderMaterial (which gives you full control).

Does it support extending standard Three.js materials?

Yes, it includes instructions for using the onBeforeCompile method to inject custom GLSL code into built-in materials like MeshStandardMaterial or MeshPhysicalMaterial.

How do I update uniforms using this skill?

The skill provides clear patterns for defining and updating various uniform types, including floats, vectors, colors, and textures, ensuring smooth integration with the Three.js animation loop.

Three.js Shader Development

Name: Three.js Shader Development
Author: GGPrompts

byGGPrompts

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Game Development

Provides expert guidance and implementation patterns for creating custom GLSL shaders and visual effects within Three.js.

The Three.js Shaders skill equips Claude with the technical knowledge to build sophisticated 3D visual effects using GLSL and the Three.js material system. It covers everything from basic ShaderMaterial setup and uniform management to advanced techniques like vertex displacement, noise-based procedural effects, and extending built-in materials via the onBeforeCompile hook. This skill is ideal for developers looking to create high-performance, unique visual styles and complex GPU-accelerated animations that go beyond standard material limitations.

Key Features

01Pre-built patterns for Fresnel, Rim lighting, and Dissolve effects

02Methods for extending built-in Three.js materials using onBeforeCompile

031 GitHub stars

04Implementation of ShaderMaterial and RawShaderMaterial with managed uniforms

05Vertex displacement techniques for wave and terrain simulations

06Procedural generation using Value Noise and gradient functions

Use Cases

01Extending standard materials with custom logic without rebuilding from scratch

02Developing custom 3D visual effects and interactive post-processing shaders

03Creating procedural textures and animated materials for web-based games

Key Features

01Pre-built patterns for Fresnel, Rim lighting, and Dissolve effects

02Methods for extending built-in Three.js materials using onBeforeCompile

031 GitHub stars

04Implementation of ShaderMaterial and RawShaderMaterial with managed uniforms

05Vertex displacement techniques for wave and terrain simulations

06Procedural generation using Value Noise and gradient functions

Use Cases

01Extending standard materials with custom logic without rebuilding from scratch

02Developing custom 3D visual effects and interactive post-processing shaders

03Creating procedural textures and animated materials for web-based games