Skill UI

A comprehensive guide covering core principles for building high-performance 3D game systems. Topics include the rendering pipeline, shader types, physics collision detection, camera control, and advanced optimization techniques like Frustum Culling and LOD. Ideal for developers needing to build visually rich and technically robust 3D environments.

Guides implementation of Unity/Unreal game systems, from ECS architecture and physics to shaders and multiplayer optimizations, with checkpoints for profiling, object pooling, and stable 60+ FPS delivery.

This skill provides comprehensive guidance and patterns for developing user interfaces using Makepad within Rust applications. It covers setup procedures, design patterns, implementing shaders, packaging the final product, and troubleshooting common issues, ensuring robust and efficient GUI development.

A comprehensive guide for writing efficient GLSL shaders (Vertex/Fragment) used in WebGL and game engines. Learn fundamental concepts like shader structure, uniforms, varying variables, and advanced techniques such as raymarching and post-processing effects, optimizing graphics rendering performance on the GPU.

This assistant specializes in the Makepad shader system. It helps users write, debug, and understand complex shader code using SDF2d and GLSL principles. Use it when developing custom widget backgrounds, advanced graphics, gradients, or visual effects that require low-level GPU rendering control within the Makepad framework.

Guides the setup of a Three.js scene, covering cameras, renderers, object hierarchies, transforms, and resize handling so you can build and animate foundational 3D environments before diving into shaders or advanced effects.

Reference for Three.js materials covering MeshBasic, Lambert, Phong, Standard, Physical, Toon, and shader materials, showing key properties, textures, and usage scenarios for mesh styling, realistic PBR, and performance tuning.

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.