Skill UI

A comprehensive guide to implementing custom visual effects in Three.js using shaders. Learn how to work with GLSL, utilize ShaderMaterial, manage uniforms (scalars, vectors, matrices, textures), and manipulate vertex and fragment data. Covers advanced patterns like texture sampling, vertex displacement, and custom lighting effects.

A comprehensive guide covering texture management in Three.js. Learn how to load various texture types (regular, data, video, KTX2), configure critical properties like UV mapping, color space, wrapping modes, filtering, and mipmapping. Includes advanced workflows for generating and utilizing cubemaps and HDR environment maps.

A comprehensive guide covering best practices for creating videos using Remotion and React. Learn how to incorporate advanced features such as 3D rendering (Three.js), complex animations, audio synchronization, data charting, subtitles, and sophisticated scene transitions. This skill covers 29 domain-specific rules for professional video pipelines.

A comprehensive guide covering best practices for creating videos using Remotion and React. Learn how to incorporate advanced features such as 3D rendering (Three.js), complex animations, audio synchronization, data charting, subtitles, and sophisticated scene transitions. This skill covers 29 domain-specific rules for professional video pipelines.

Load and animate 3D models in Three.js using GLTFLoader. Supports skinned animations, compressed meshes (DRACO), and KTX2 textures. Use this when importing .gltf or .glb files into a web scene. Includes setting up AnimationMixer for playback and handling compressed asset decoders.

Configure Three.js scenes with PBR materials like MeshStandardMaterial, add various light types, enable shadows, and use environment maps for realistic reflections. Essential for fixing black or flat models and achieving physically based rendering.

This skill covers setting up a foundational Three.js scene. It includes configuring import maps, initializing the Scene, PerspectiveCamera, and WebGLRenderer trio, establishing a responsive render loop, and adding OrbitControls. Use this when bootstrapping a new Three.js application or debugging rendering issues like blank canvases. It excludes model loading and material lighting setup.

Expert in creating immersive 3D experiences for web platforms using technologies like Three.js, React Three Fiber, and WebGL. Specializes in building interactive scenes, product configurators, and optimizing performance for diverse devices. Ideal for enhancing digital portfolios and modernizing websites with depth and visual impact while maintaining accessibility.

Selects game engines and frameworks by platform, genre, and architecture (full canvas shell vs hybrid DOM shell + guest viewport). Covers Phaser, PixiJS, Kaplay, Canvas/WebGL, Three.js, Babylon.js, Godot, Unity, Ink, Twine. Use when choosing a stack or comparing runtimes before implementation.

Orchestrates game development projects by routing to specialized sub-skills based on platform, dimension, and engine fit. Covers core principles like game loop, pattern selection, input abstraction, performance budgets, AI, and collision strategies. Use when starting or structuring a game project, choosing frameworks, or picking among Phaser, PixiJS, Kaplay, Three.js, Godot, Unity, and more.

This guide provides comprehensive best practices for creating high-quality videos using Remotion within a React environment. It covers advanced techniques for dynamic content generation, including integrating 3D models (Three.js), managing diverse assets like audio, video, and fonts, implementing complex animations, data visualization, and generating precise captions. Use this skill when developing professional, robust video generation workflows in React.

Covers Three.js animation techniques including keyframe, skeletal, morph targets, and animation mixing. Use for animating objects, playing GLTF clips, procedural motion, and blending animations in 3D scenes.