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three-best-practices Three.js performance optimization and best practices guidelines. Use when writing, reviewing, or optimizing Three.js code. Triggers on tasks involving 3D scenes, WebGL/WebGPU rendering, geometries, materials, textures, lighting, shaders, or TSL.
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29 arquivos name three-best-practices description Three.js performance optimization and best practices guidelines. Use when writing, reviewing, or optimizing Three.js code. Triggers on tasks involving 3D scenes, WebGL/WebGPU rendering, geometries, materials, textures, lighting, shaders, or TSL. license MIT metadata {"author":"three-agent-skills","version":"2.1.0","three-version":"0.182.0+"}
Three.js Best Practices
Comprehensive performance optimization guide for Three.js applications. Contains 120+ rules across 18 categories, prioritized by impact.
Sources & Credits
This skill compiles best practices from multiple authoritative sources:
Official guidelines from Three.js llms branch maintained by mrdoob
100 Three.js Tips by Utsubo - Excellent comprehensive guide covering WebGPU, asset optimization, and performance tips
When to Apply
Reference these guidelines when:
Setting up a new Three.js project
Writing or reviewing Three.js code
Optimizing performance or fixing memory leaks
Working with custom shaders (GLSL or TSL)
Implementing WebGPU features
Building VR/AR experiences with WebXR
Integrating physics engines
Optimizing for mobile devices
Rule Categories by Priority Priority Category Impact Prefix 0 Modern Setup & Imports FUNDAMENTAL setup-1 Memory Management & Dispose CRITICAL memory-2 Render Loop Optimization CRITICAL render-3 Draw Call Optimization CRITICAL drawcall-4 Geometry & Buffer Management HIGH geometry-5 Material & Texture Optimization HIGH material-6 Asset Compression HIGH asset-7 Lighting & Shadows MEDIUM-HIGH lighting-8 Scene Graph Organization MEDIUM scene-9 Shader Best Practices (GLSL) MEDIUM shader-10 TSL (Three.js Shading Language) MEDIUM tsl-11 WebGPU Renderer MEDIUM webgpu-12 Loading & Assets MEDIUM loading-13 Core Web Vitals MEDIUM-HIGH vitals-14 Camera & Controls LOW-MEDIUM camera-15 Animation System MEDIUM animation-16 Physics Integration MEDIUM physics-17 WebXR / VR / AR MEDIUM webxr-18 Audio LOW-MEDIUM audio-19 Post-Processing MEDIUM postpro-20 Mobile Optimization HIGH mobile-21 Production HIGH error-, migration-22 Debug & DevTools LOW debug-
Quick Reference
0. Modern Setup (FUNDAMENTAL)
setup-use-import-maps - Use Import Maps, not old CDN scriptssetup-choose-renderer - WebGLRenderer (default) vs WebGPURenderer (TSL/compute)setup-animation-loop - Use renderer.setAnimationLoop() not manual RAFsetup-basic-scene-template - Complete modern scene template
1. Memory Management (CRITICAL)
memory-dispose-geometry - Always dispose geometriesmemory-dispose-material - Always dispose materials and texturesmemory-dispose-textures - Dispose dynamically created texturesmemory-dispose-render-targets - Always dispose WebGLRenderTargetmemory-dispose-recursive - Use recursive disposal for hierarchiesmemory-dispose-on-unmount - Dispose in React cleanup/unmountmemory-renderer-dispose - Dispose renderer when destroying viewmemory-reuse-objects - Reuse geometries and materials
2. Render Loop (CRITICAL)
render-single-raf - Single requestAnimationFrame looprender-conditional - Render on demand for static scenesrender-delta-time - Use delta time for animationsrender-avoid-allocations - Never allocate in render looprender-cache-computations - Cache expensive computationsrender-frustum-culling - Enable frustum cullingrender-update-matrix-manual - Disable auto matrix updates for static objectsrender-pixel-ratio - Limit pixel ratio to 2render-antialias-wisely - Use antialiasing judiciously
3. Draw Call Optimization (CRITICAL)
draw-call-optimization - Target under 100 draw calls per framegeometry-instanced-mesh - Use InstancedMesh for identical objectsgeometry-batched-mesh - Use BatchedMesh for varied geometries (same material)geometry-merge-static - Merge static geometries with BufferGeometryUtils
4. Geometry (HIGH)
geometry-buffer-geometry - Always use BufferGeometrygeometry-merge-static - Merge static geometriesgeometry-instanced-mesh - Use InstancedMesh for identical objectsgeometry-lod - Use Level of Detail for complex modelsgeometry-index-buffer - Use indexed geometrygeometry-vertex-count - Minimize vertex countgeometry-attributes-typed - Use appropriate typed arraysgeometry-interleaved - Consider interleaved buffers
5. Materials & Textures (HIGH)
material-reuse - Reuse materials across meshesmaterial-simplest-sufficient - Use simplest material that worksmaterial-texture-size-power-of-two - Power-of-two texture dimensionsmaterial-texture-compression - Use compressed textures (KTX2/Basis)material-texture-mipmaps - Enable mipmaps appropriatelymaterial-texture-anisotropy - Use anisotropic filtering for floorsmaterial-texture-atlas - Use texture atlasesmaterial-avoid-transparency - Minimize transparent materialsmaterial-onbeforecompile - Use onBeforeCompile for shader mods (or TSL)
6. Asset Compression (HIGH)
asset-compression - Draco, Meshopt, KTX2 compression guideasset-draco - 90-95% geometry size reductionasset-ktx2 - GPU-compressed textures (UASTC vs ETC1S)asset-meshopt - Alternative to Draco with faster decompressionasset-lod - Level of Detail for 30-40% frame rate improvement
7. Lighting & Shadows (MEDIUM-HIGH)
lighting-limit-lights - Limit to 3 or fewer active lightslighting-shadows-advanced - PointLight cost, CSM, fake shadowslighting-bake-static - Bake lighting for static sceneslighting-shadow-camera-tight - Fit shadow camera tightlylighting-shadow-map-size - Choose appropriate shadow resolution (512-4096)lighting-shadow-selective - Enable shadows selectivelylighting-shadow-cascade - Use CSM for large sceneslighting-shadow-auto-update - Disable autoUpdate for static sceneslighting-probe - Use Light Probeslighting-environment - Environment maps for ambient lightlighting-fake-shadows - Gradient planes for budget contact shadows
8. Scene Graph (MEDIUM)
scene-group-objects - Use Groups for organizationscene-layers - Use Layers for selective renderingscene-visible-toggle - Use visible flag, not add/removescene-flatten-static - Flatten static hierarchiesscene-name-objects - Name objects for debuggingobject-pooling - Reuse objects instead of create/destroy
9. Shaders GLSL (MEDIUM)
shader-precision - Use mediump for mobile (~2x faster)shader-mobile - Mobile-specific optimizations (varyings, branching)shader-avoid-branching - Replace conditionals with mix/stepshader-precompute-cpu - Precompute on CPUshader-avoid-discard - Avoid discard, use alphaTestshader-texture-lod - Use textureLod for known mip levelsshader-uniform-arrays - Prefer uniform arraysshader-varying-interpolation - Limit varyings to 3 for mobileshader-pack-data - Pack data into RGBA channelsshader-chunk-injection - Use Three.js shader chunks
10. TSL - Three.js Shading Language (MEDIUM)
tsl-why-use - Use TSL instead of onBeforeCompiletsl-setup-webgpu - WebGPU setup for TSLtsl-complete-reference - Full TSL type system and functionstsl-material-slots - Material node properties referencetsl-node-materials - Use NodeMaterial classestsl-basic-operations - Types, operations, swizzlingtsl-functions - Creating TSL functions with Fn()tsl-conditionals - If, select, loops in TSLtsl-textures - Textures and triplanar mappingtsl-noise - Built-in noise functions (mx_noise_float, mx_fractal_noise)tsl-post-processing - bloom, blur, dof, aotsl-compute-shaders - GPGPU and compute operationstsl-glsl-to-tsl - GLSL to TSL translation
11. WebGPU Renderer (MEDIUM)
webgpu-renderer - Setup, browser support, migration guidewebgpu-render-async - Use renderAsync for compute-heavy sceneswebgpu-feature-detection - Check adapter featureswebgpu-instanced-array - GPU-persistent bufferswebgpu-storage-textures - Read-write compute textureswebgpu-workgroup-memory - Shared memory (10-100x faster)webgpu-indirect-draws - GPU-driven rendering
12. Loading & Assets (MEDIUM)
loading-draco-compression - Use Draco for large meshesloading-gltf-preferred - Use glTF formatgltf-loading-optimization - Full loader setup with DRACO/Meshopt/KTX2loading-progress-feedback - Show loading progressloading-async-await - Use async/await for loadingloading-lazy - Lazy load non-critical assetsloading-cache-assets - Enable cachingloading-dispose-unused - Unload unused assets
13. Core Web Vitals (MEDIUM-HIGH)
core-web-vitals - LCP, FID, CLS optimization for 3Dvitals-lazy-load - Lazy load 3D below the fold with IntersectionObservervitals-code-split - Dynamic import Three.js modulesvitals-preload - Preload critical assets with link tagsvitals-progressive-loading - Low-res to high-res progressive loadvitals-placeholders - Show placeholder geometry during loadvitals-web-workers - Offload heavy work to workersvitals-streaming - Stream large scenes by chunks
14. Camera & Controls (LOW-MEDIUM)
camera-near-far - Set tight near/far planescamera-fov - Choose appropriate FOVcamera-controls-damping - Use damping for smooth controlscamera-resize-handler - Handle resize properlycamera-orbit-limits - Set orbit control limits
15. Animation (MEDIUM)
animation-system - AnimationMixer, blending, morph targets, skeletal
16. Physics (MEDIUM)
physics-integration - Rapier, Cannon-es integration patternsphysics-compute-shaders - GPU physics with compute shaders
17. WebXR (MEDIUM)
webxr-setup - VR/AR buttons, controllers, hit testing
18. Audio (LOW-MEDIUM)
audio-spatial - PositionalAudio, HRTF, spatial sound
19. Post-Processing (MEDIUM)
postprocessing-optimization - pmndrs/postprocessing guidepostpro-renderer-config - Disable AA, stencil, depth for postpostpro-merge-effects - Combine effects in single passpostpro-selective-bloom - Selective bloom for performancepostpro-resolution-scaling - Half resolution for 2x FPSpostpro-webgpu-native - TSL-based post for WebGPU
20. Optimization (HIGH)
mobile-optimization - Mobile-specific optimizations and checklistraycasting-optimization - BVH, layers, GPU picking
21. Production (HIGH)
error-handling-recovery - WebGL context loss and recoverymigration-checklist - Breaking changes by version
22. Debug & DevTools (LOW)
debug-devtools - Complete debugging toolkitdebug-stats-gl - stats-gl for WebGL/WebGPU monitoringdebug-lil-gui - lil-gui for live parameter tweakingdebug-spector - Spector.js for WebGL frame capturedebug-renderer-info - Monitor draw calls and memorydebug-three-mesh-bvh - Fast raycasting with BVHdebug-context-lost - Handle WebGL context lossdebug-animation-loop-profiling - Profile render loop sectionsdebug-conditional - Remove debug code in production
How to Use Read individual rule files for detailed explanations and code examples:
rules/setup-use-import-maps.md
rules/memory-dispose-geometry.md
rules/tsl-complete-reference.md
rules/mobile-optimization.md
Brief explanation of why it matters
BAD code example with explanation
GOOD code example with explanation
Additional context and references
Key Patterns
Modern Import Maps <script type ="importmap" >
{
"imports" : {
"three" : "https://cdn.jsdelivr.net/npm/three@0.182.0/build/three.module.js" ,
"three/addons/" : "https://cdn.jsdelivr.net/npm/three@0.182.0/examples/jsm/" ,
"three/tsl" : "https://cdn.jsdelivr.net/npm/three@0.182.0/build/three.tsl.js"
}
}
</script >
Proper Disposal function disposeObject (obj ) {
if (obj.geometry ) obj.geometry .dispose ();
if (obj.material ) {
if (Array .isArray (obj.material )) {
obj.material .forEach (m =>dispose ());
} else {
obj.material .dispose ();
}
}
}
TSL Basic Usage import { texture, uv, color, time, sin } from 'three/tsl' ;
const material = new THREE .MeshStandardNodeMaterial ();
material.colorNode = texture (map).mul (color (0xff0000 ));
material.colorNode = color (0x00ff00 ).mul (sin (time).mul (0.5 ).add (0.5 ));
Mobile Detection const isMobile = /Android|iPhone|iPad|iPod/i .test (navigator.userAgent );
renderer.setPixelRatio (Math .min (window .devicePixelRatio , isMobile ? 1.5 : 2 ));
