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Found 6 Skills
Signed Distance Functions (SDFs) in GLSL—2D/3D shape primitives, boolean operations (union, intersection, subtraction), smooth blending, repetition, and raymarching fundamentals. Use when creating procedural shapes, text effects, smooth morphing, or raymarched 3D scenes.
Build volumetric clouds in Three.js WebGPU/TSL. Use for weather-shaped density, bounded cloud raymarching, cloud optical-depth shadows, cloud-specific temporal reconstruction, or causal cloud precipitation emission.
Model game shapes, volumes, influence, procedural objects, and effects with signed distance functions, implicit functions, scalar fields, vector fields, and deformation fields. Use when building SDF primitives, field composition, raymarching inputs, organic procedural shapes, offsets, Booleans, deformation, or field-driven gameplay.
Writes, debugs, and art-directs procedural GLSL fragment shaders (Shadertoy mainImage, WebGL2 / GLSL ES 3.00): SDF raymarching, procedural buildings/cities, 2D distance-field graphics, noise / fBm / domain warping, terrain, ocean/coastal water optics, clouds and other volumes, PBR lighting, color and tonemapping. Ships a verified GLSL building-block library with a bundler and checker. Use when the user asks for a shader, Shadertoy, GLSL/.frag/.glsl code, a raymarcher, an SDF scene, a procedural texture or generative visual, or wants a shader fixed, optimized, ported or explained. Not for HLSL/Unity ShaderLab or non-graphics GPU compute.
Expert knowledge for GPU shader development across GLSL, HLSL, ShaderLab, and compute shadersUse when "write shader, shader code, GLSL, HLSL, ShaderLab, vertex shader, fragment shader, pixel shader, compute shader, post-processing, visual effects, screen effect, bloom effect, outline shader, toon shader, water shader, dissolve effect, custom material, render texture, GPU compute, raymarching, SDF, signed distance field, shader, glsl, hlsl, shaderlab, gpu, graphics, rendering, visual-effects, post-processing, compute, webgl, vulkan, directx, metal, opengl" mentioned.
Build raymarched space phenomena in Three.js. Use for black-hole lensing, accretion disks, wormholes, curved-ray integration, procedural star fields, relativistic-looking distortion, bounded volumetric structures, and GPU effects that need controlled numerical integration.