Shadertoy

shader-sdf enables you to construct procedural geometry using signed distance functions directly in GLSL shaders. This approach lets you define complex 2D and 3D shapes through mathematical functions rather than traditional mesh data, making it ideal for real-time graphics, raymarching, and generative visual effects.

shader-dev equips AI coding agents with production-grade instruction for GLSL shader development. Access curated patterns and best practices to build real-time visual effects efficiently. Integrate this skill into your AI coding workflow to accelerate shader implementation.

shader-effects provides ready-to-use shader implementations for common visual effects in graphics programming. Access code snippets for glow, bloom, chromatic aberration, and other post-processing techniques to enhance your rendering pipeline. Perfect for developers building interactive graphics or game engines.

shader-noise provides GLSL implementations for procedural noise generation, enabling realistic texture synthesis and visual effects in shader pipelines. Use Perlin, Simplex, or fractal noise algorithms to add organic variation and detail to your rendering workflows. Ideal for game development, creative coding, and graphics applications requiring dynamic, noise-driven visual content.

Glsl empowers developers to craft and validate shader code for graphics applications. Whether you're building visual effects, game engines, or interactive renderings, this skill streamlines the shader development workflow with hands-on testing capabilities. Ideal for graphics programmers seeking a focused environment to experiment with GLSL syntax and rendering logic.

This skill teaches you how to craft and deploy custom GLSL shaders within the Three.js graphics library. You'll explore shader fundamentals, material integration, and practical techniques for building sophisticated visual effects that run efficiently in the browser.