Does it include physics and post-processing?

Yes, it contains specialized guidelines for implementing Rapier physics and the @react-three/postprocessing pipeline efficiently.

How does this skill improve R3F performance?

It provides specific rules for isolating state and using refs inside the frame loop to prevent costly React re-renders during high-frequency animations.

What libraries does this skill cover?

It covers the entire Poimandres ecosystem, including @react-three/fiber, @react-three/drei, Zustand, @react-three/rapier, and Leva.

Can it help with 3D asset loading?

Yes, it includes best practices for useGLTF, preloading assets, and managing complex loading states with React Suspense and Error Boundaries.

React Three Fiber Best Practices

Name: React Three Fiber Best Practices
Author: deadronos

bydeadronos

Game Development

Optimizes React Three Fiber applications with high-performance patterns and Poimandres ecosystem best practices.

About

This skill provides comprehensive architectural guidance and implementation patterns for building 3D web applications using React Three Fiber (R3F). It focuses heavily on performance optimization—specifically regarding re-render management and the useFrame loop—while providing best practices for state management with Zustand, physics integration with Rapier, and asset loading with Drei. It is an essential tool for developers aiming to build smooth, production-grade 3D experiences without the common pitfalls of React-based WebGL development.

Key Features

Performance-first guidance to eliminate unnecessary React re-renders in 3D scenes
Transient state management patterns for high-frequency updates using Zustand
Standardized patterns for useFrame, delta-time animations, and frame-loop priority
0 GitHub stars
Optimized asset loading strategies using Drei helpers and React Suspense
Implementation guides for physics, post-processing effects, and debug GUIs

Use Cases

Integrating global state with 3D objects using performant Zustand selectors and transient subscriptions
Implementing efficient asset preloading and progress tracking for GLTF models
Optimizing frame rates in complex 3D scenes by migrating state from React to refs

About

Key Features

Performance-first guidance to eliminate unnecessary React re-renders in 3D scenes
Transient state management patterns for high-frequency updates using Zustand
Standardized patterns for useFrame, delta-time animations, and frame-loop priority
0 GitHub stars
Optimized asset loading strategies using Drei helpers and React Suspense
Implementation guides for physics, post-processing effects, and debug GUIs

Use Cases

Integrating global state with 3D objects using performant Zustand selectors and transient subscriptions
Implementing efficient asset preloading and progress tracking for GLTF models
Optimizing frame rates in complex 3D scenes by migrating state from React to refs