Can it help optimize performance for mobile devices?

Absolutely. It includes high-priority categories for mobile optimization, including pixel ratio management and asset compression techniques.

How does it help with memory leaks in 3D applications?

The skill provides specific, actionable rules for the manual disposal of geometries, materials, textures, and render targets, which is critical for long-running 3D apps.

Does it provide code examples for setup?

Yes, the skill includes patterns for modern Import Maps, proper animation loops, and basic scene templates to ensure a clean project foundation.

Does this skill support the new Three.js Shading Language (TSL)?

Yes, it includes a comprehensive reference for TSL, including material slots, node materials, compute shaders, and GLSL-to-TSL translation.

What version of Three.js does this skill support?

This skill is specifically designed for modern Three.js versions (0.182.0+) and emphasizes current standards like TSL and WebGPURenderer.

Three.js Best Practices

Name: Three.js Best Practices
Author: deadronos

bydeadronos

ゲーム開発

Optimizes Three.js applications through 100+ performance rules and modern implementation patterns covering WebGL, WebGPU, and memory management.

概要

This skill empowers Claude to act as a senior graphics engineer by providing comprehensive guidance for building high-performance 3D web applications. It covers everything from fundamental modern setup using Import Maps to advanced topics like TSL (Three.js Shading Language) and WebGPU integration. By applying over 100 prioritized rules across 17 categories—including critical memory management, render loop efficiency, and mobile optimization—it ensures your 3D scenes are efficient, leak-free, and follow the latest industry standards maintained by the Three.js core team.

主な機能

High-impact render loop and geometry optimization strategies
Comprehensive memory management and recursive disposal patterns
Mobile-specific performance tuning and device detection logic
0 GitHub stars
Advanced Three.js Shading Language (TSL) and WebGPU implementation guidance
Modern project setup using Import Maps and ESM standards

ユースケース

Auditing existing Three.js projects for memory leaks and performance bottlenecks
Optimizing complex 3D scenes for mobile devices and VR/AR WebXR experiences
Transitioning legacy Three.js code to modern WebGPU and TSL-based architectures

概要

主な機能

High-impact render loop and geometry optimization strategies
Comprehensive memory management and recursive disposal patterns
Mobile-specific performance tuning and device detection logic
0 GitHub stars
Advanced Three.js Shading Language (TSL) and WebGPU implementation guidance
Modern project setup using Import Maps and ESM standards

ユースケース

Auditing existing Three.js projects for memory leaks and performance bottlenecks
Optimizing complex 3D scenes for mobile devices and VR/AR WebXR experiences
Transitioning legacy Three.js code to modern WebGPU and TSL-based architectures