A Claude skill designed for developing WebGPU-enabled Three.js applications, this project equips AI agents with comprehensive knowledge of Three.js Shading Language (TSL) for advanced graphics development. It targets developers seeking to leverage GPU acceleration for complex rendering, shader programming, and compute tasks, enabling faster iteration and exploration of cutting-edge graphical features within a familiar Three.js context.

How It Works

This skill integrates Three.js's WebGPU renderer with its powerful node-based material system and the Three.js Shading Language (TSL). TSL allows developers to define shaders, materials, and compute operations using a JavaScript-like syntax, which is then compiled to WGSL for efficient execution on the GPU. This approach abstracts away much of the low-level WGSL complexity, while still providing access to advanced features like custom compute shaders and intricate material properties, simplifying GPU programming.

Quick Start & Requirements

• Primary install / run command: Install via Claude Code: /skill install webgpu-threejs-tsl@ /webgpu-claude-skill. Manual installation involves copying the skills/webgpu-threejs-tsl folder to ~/.claude/skills/ or <project>/.claude/skills/.
• Non-default prerequisites and dependencies: Requires a Three.js environment with WebGPU support enabled in the browser and Claude's agent skill system.
• Resources: Documentation and examples are structured within the skill's directories, covering core concepts, materials, compute shaders, post-processing, and WGSL integration.

Highlighted Details

• Supports advanced Three.js node materials, including physical material features like clearcoat, transmission, and iridescence.
• Enables GPU compute shaders for tasks such as particle systems and parallel physics simulation.
• Facilitates post-processing effects, including built-in options (bloom, blur, FXAA) and custom effect chaining.
• Allows integration of custom WGSL functions for fine-grained control and performance optimization.

Maintenance & Community

Information regarding specific contributors, sponsorships, partnerships, or community channels (like Discord/Slack) is not detailed in the provided README.

Licensing & Compatibility

• License type: MIT License. Code examples are derived from Three.js, which also uses the MIT License.
• Compatibility notes: The MIT license generally permits commercial use and integration into closed-source projects without significant restrictions.

Limitations & Caveats

The skill's functionality is dependent on the Claude agent environment and the underlying browser/system support for WebGPU. Specific performance benchmarks or detailed comparisons to traditional WebGL approaches are not presented. The README does not detail potential limitations in TSL's expressiveness compared to raw WGSL for highly specialized GPU tasks.