Can Claude help with 3D performance optimization?

Absolutely. The skill provides patterns for instancing, batching, frustum culling, and Level of Detail (LOD) to ensure your 3D scenes run smoothly on all devices.

How do I load 3D models using this skill?

The skill includes comprehensive documentation for various loaders, specifically GLTF, FBX, and OBJ, helping you import models, textures, and animations correctly.

What can I build with the Three.js Claude Code skill?

You can build a wide range of 3D web applications, including interactive games, VR/XR experiences, product viewers, and complex data visualizations directly in the browser.

Does this skill support advanced graphics features?

Yes, it includes specialized guidance for custom GLSL shaders, node materials, post-processing passes, and Physical Based Rendering (PBR).

Three.js 3D Development

Name: Three.js 3D Development
Author: mrgoonie

bymrgoonie

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1,440

Game Development

Develops immersive 3D web applications, animations, and interactive graphics using the Three.js WebGL/WebGPU library.

About

The Three.js skill empowers Claude to architect and implement high-performance 3D web experiences using modern rendering backends. It provides a comprehensive framework for scene construction, asset loading for formats like GLTF and FBX, sophisticated lighting, PBR materials, and custom GLSL shaders. Whether you are building 3D product configurators, complex data visualizations, or browser-based games, this skill offers optimized implementation patterns for performance, including instancing, Level of Detail (LOD), and post-processing effects to ensure responsive and visually stunning spatial environments.

Key Features

Advanced lighting, PBR materials, and custom GLSL shader support
1,440 GitHub stars
Post-processing effects including bloom, SSAO, and depth of field
Seamless 3D asset loading for GLTF, FBX, and OBJ formats
High-performance WebGL and WebGPU rendering management
Interactive raycasting, camera controls, and physics integration

Use Cases

Visualizing complex datasets in immersive 3D environments
Developing browser-based games with physics and spatial audio
Creating interactive 3D product configurators for e-commerce platforms

About

Key Features

Advanced lighting, PBR materials, and custom GLSL shader support
1,440 GitHub stars
Post-processing effects including bloom, SSAO, and depth of field
Seamless 3D asset loading for GLTF, FBX, and OBJ formats
High-performance WebGL and WebGPU rendering management
Interactive raycasting, camera controls, and physics integration

Use Cases

Visualizing complex datasets in immersive 3D environments
Developing browser-based games with physics and spatial audio
Creating interactive 3D product configurators for e-commerce platforms