Log in

AI for Three.js

Claude Skills for Three.js and WebGPU

Claude Skills are packaged instructions (a folder of markdown guidance and reference material) that Claude loads into a conversation when a task matches, so it follows a specific, curated workflow instead of relying only on its general training. The Three.js/WebGPU skill on this site teaches Claude the current TSL node-material API and WebGPURenderer setup, so generated shader and material code follows the actual modern workflow rather than outdated GLSL-only patterns.

Last updated . Verified against three.js r181.

Read the FAQJump to code
Isometric diagram of AI skills, tools and workflows feeding a Three.js scene

[01]

What Claude Skills actually are

A Claude Skill is a small package, typically a SKILL.md file plus supporting reference material, that describes a specific task or domain in detail: what to do, what conventions to follow, what pitfalls to avoid. When a user's request matches a skill's description, Claude loads that skill's instructions into the conversation and follows them for that task, on top of its general capabilities.

The practical effect: instead of relying purely on training data (which can be outdated for fast-moving libraries, or too generic for a codebase's specific conventions), Claude gets curated, current, task-specific guidance exactly when it's relevant, closer to handing a specialist a reference sheet before they start than expecting them to remember everything from general knowledge alone.

[02]

Why this matters specifically for Three.js and WebGPU

Three.js's WebGPU renderer and TSL (Three.js Shading Language) are relatively recent additions, and the API has continued to evolve. Training data cutoffs mean an AI model's default knowledge can lag behind current TSL syntax, node material patterns, and WebGPURenderer setup, leading to generated code that looks plausible but uses outdated or incorrect APIs.

A dedicated Three.js/WebGPU skill closes that gap by giving Claude current, accurate reference material for the TSL node system, compute shaders, and WebGPURenderer configuration. See the WebGPU vs WebGL and Three.js WebGPU guides for the underlying concepts the skill encodes.

[03]

The WebGPU/TSL skill on this site

This site publishes and maintains a WebGPU/TSL skill for Claude; see the full AI skills catalog for it and other Three.js-related skills. Installing it means prompts like "write a TSL shader that does X" or "set up WebGPURenderer with a fallback" produce code that matches the current, correct API rather than an outdated or invented one.

Tools and libraries

WebGPU & TSL Course (Three.js Journey)

WebGPU & TSL Course (Three.js Journey)

Bruno Simon's course on WebGPU and TSL: write Three.js shaders in JavaScript, no GLSL or WGSL needed. 21 lessons, 23+ hours of video.

New
TSL
TSLShaders
Frame Studio

Frame Studio

Turn a screenshot into a cinematic motion video in your browser camera moves, HDR lighting, and 4K export via WebGPU. No install, no keyframes.

featured
Rendering
RenderingShaders
Three Start

Three Start

The missing foundation for Three.js app - bootstrap / lifecycle / a unified component model - thin layer, not a replacement for Three.js

Tools & Extensions
Three.js ExtensionGame Development
Three.js Collection

Three.js Collection

A curated library of customizable three.js components. 100% free to use, with new components added regularly and you can add your own too.

Website
Next.jsWebGL

Code

What a skill changes: without it
1// A prompt like "write a pulsing color shader" without current TSL context
2// can produce outdated GLSL-string ShaderMaterial code, or invented TSL
3// function names that don't exist in the current API: plausible-looking,
4// but wrong or stale.
With the WebGPU/TSL skill loaded (r181)
1import { color, timerLocal, sin } from 'three/tsl'
2
3// Correct current TSL syntax, generated with the skill's reference material
4// as context rather than training-data guesswork about an evolving API.
5const material = new THREE.MeshStandardNodeMaterial()
6const pulse = sin(timerLocal().mul(2)).mul(0.5).add(0.5)
7material.emissiveNode = color(0x6366f1).mul(pulse)

Learn this properly

Learn Practical TSL

Your First Node Material

Learn the same TSL fundamentals the skill teaches Claude, hands-on.

Start the lesson (6 minutes) →

F.A.Q

Frequently asked questions

The questions that come up most often on this topic.

What are Claude Skills?

Packaged, task-specific instructions and reference material that Claude loads into a conversation when a request matches, giving it current, curated guidance for a specific domain rather than relying only on general training knowledge.

Why would I need a Three.js-specific Claude Skill?

Three.js's WebGPU renderer and TSL shading language have evolved significantly, and an AI model's general training can lag behind current syntax. A dedicated skill gives Claude accurate, current reference material for TSL and WebGPURenderer, reducing outdated or invented API usage in generated code.

How do I install the Three.js WebGPU Claude skill?

See the skill's own page for install instructions and what it changes. It's published in this site's AI skills catalog alongside other Three.js-related skills.

Building this for a client?

I take this kind of work as a white-label subcontractor for agencies: scoped in writing, delivered under your brand, documented for your team.

For agencies →

Keep reading

Three.js WebGPU

Three.js supports WebGPU through WebGPURenderer and TSL (Three.js Shading Language): swap WebGLRenderer for WebGPURender…

AI Game Generators

AI game makers and generators are tools that use AI to scaffold or generate parts of a game: level layouts, sprites, sim…

AI 3D Model Generators

AI 3D model generators turn a text prompt or a reference image into a usable 3D mesh. Tools like Meshy, Tripo and Rodin …

All AI for Three.js

Back to the ai hub.