What does the Three.js skill help Claude do?

It enables Claude to assist with scene setup, asset loading, animation loops, and complex shader programming within 3D web projects.

How does it handle performance optimization?

It offers best practices for instancing, Level of Detail (LOD), frustum culling, and efficient asset management to ensure smooth frame rates.

Does it support external 3D model formats?

Yes, it includes specialized support for loading and optimizing GLTF, FBX, and OBJ assets.

Does it support the latest WebGPU features?

Yes, the skill includes guidance for modern WebGPU backends, compute shaders, and the Node Material system (TSL).

Can I use this for VR and XR development?

Absolutely, it provides patterns for WebXR implementation, spatial audio, and VR-ready interaction systems.

Three.js 3D Development

Name: Three.js 3D Development
Author: CongDon1207

byCongDon1207

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Desarrollo de Videojuegos

Builds immersive 3D web experiences using WebGL and WebGPU for interactive visualizations, games, and architectural walkthroughs.

Acerca de

This skill empowers Claude to architect and implement complex 3D scenes using Three.js, covering everything from basic scene setup and asset loading to advanced features like custom shaders, post-processing effects, and WebXR. It provides a structured framework for managing textures, camera controls, lighting systems, and physics integrations, making it ideal for developers creating product configurators, data visualizations, or browser-based games with optimized performance across both WebGL and modern WebGPU backends.

Características Principales

Interactive features including raycasting, physics simulations, and animation mixers
Comprehensive 3D scene management including cameras, lights, and materials
Advanced asset loading and optimization for GLTF, FBX, and OBJ formats
Modern WebGPU support and WebXR integration for spatial computing
1 GitHub stars
High-performance rendering with custom shaders and post-processing effects

Casos de Uso

Developing interactive 3D product configurators and digital twins
Building browser-based games with complex physics and animations
Creating immersive data visualizations and architectural walkthroughs

Acerca de

Características Principales

Interactive features including raycasting, physics simulations, and animation mixers
Comprehensive 3D scene management including cameras, lights, and materials
Advanced asset loading and optimization for GLTF, FBX, and OBJ formats
Modern WebGPU support and WebXR integration for spatial computing
1 GitHub stars
High-performance rendering with custom shaders and post-processing effects

Casos de Uso

Developing interactive 3D product configurators and digital twins
Building browser-based games with complex physics and animations
Creating immersive data visualizations and architectural walkthroughs