Add a white, twinkling dotted trail that follows the mouse behind website content. The skill guides WebGPU rendering, which uses the graphics processor, with static backgrounds for unsupported devices and accessibility preferences.
Add the Shaders WebGPU mouse effect used for the Tidal Commons hero: a white twinkling halftone cursor trail driven by ChromaFlow, masked through a DotGrid, finished with chromatic ripples and film grain, and protected by static, touch, accessibility, SSR, and performance fallbacks. Use when a user asks for this shader mouse effect, a halftone cursor trail, an interactive WebGPU hero/contact background, or a reusable cursor-following shader layer in React, Next.js, Vue, Svelte, Solid, or plain web projects.
Review the instructions the agent will receive before you install.
Implement the exact trail as progressive enhancement. Preserve the host section's semantic content, imagery, controls, and static first frame.
shaders with the existing package manager. Import from the matching framework subpath: shaders/react, shaders/vue, shaders/svelte, or shaders/solid.assets/react/. Keep the lightweight capability gate separate from the heavy shader module so ineligible visitors do not request the shader bundle.aria-hidden="true" shader layer behind the section content. Keep links and controls above it. Do not set pointer-events: none on the canvas unless cursor tracking is verified to use global events.Run the project's lint, typecheck/tests, and production build. For React implementations, also run:
node /path/to/add-shader-cursor-trail/scripts/verify-cursor-trail.mjs \
path/to/CursorTrailShader.tsx \
path/to/CursorTrailGate.tsx \
path/to/cursor-trail.css
Verify the static section with JavaScript unavailable, keyboard access to content above the layer, touch behavior, reduced motion, unsupported WebGPU, focus/visibility cleanup, and absence of runtime requests to previews.shaders.com or data.shaders.com.
Report the chosen blend mode, fallback, capability gates, production-build result, and any browser limitation. Do not claim WebGPU visual verification unless it was actually performed in a compatible browser.
No reviews yet. Tell others what you thought.
No login needed. Share how it worked for you, ask a question, or note where it did not run.
No comments yet. Be the first to write one.
Build woven fabric in Three.js with visible threads, realistic sheen, seams, and thick hems. The skill covers folds that preserve texture proportions, light passing through thin cloth, and variations in dye and wear.
Build falling leaves in Three.js and similar 3D scenes, with visible front, edge, and back views as they tumble and drift. Coordinate wind, scene depth, camera-aware recycling, and performance checks for a convincing autumn effect.
Add coordinated seasonal transitions to an existing 3D scene. Blend foliage, lighting, sky, ground, snow, and particles from one shared state while preserving camera controls and interactions, so the same place remains recognizable throughout spring, summer, fall, and winter.
Create or integrate detailed 3D models with smooth outlines and believable edges for close-up views. Prepare lower-detail versions for distant viewing, prioritize loading, and measure rendering costs in the actual scene.
Prepare detailed 3D materials that remain clear in close-up views. The skill guides texture resolution, physically based material maps, surface mapping, filtering, and progressive loading while checking download size and GPU memory use.
Create realistic metal surfaces in Three.js by combining structured reflections, studio lighting, scratches, fingerprints, and beveled edges. Includes polished, brushed, and aged finishes for objects such as tools, rings, and metal product parts.