GLSL shader systems

When to activate

Use on tasks involving uniforms, color space, derivatives, precision. For unrelated backend tasks do not load this skill.

Implementation sequence

1. Choose perspective or orthographic camera, scene graph, model coordinate scale and render target.
2. Allocate geometry and materials outside render loop; use indexed/instanced buffers when repeated objects.
3. Constrain frame rendering to actual need, remove handlers and dispose GPU resources.
4. Integrate screen-space text as DOM accessible overlay and provide WebGL failure fallback.
5. Verify 320/375/768/1440, low end DPR=1 and interaction at 30/60FPS.

Task-specific requirements

• Scope: uniforms, color space, derivatives, precision. Design the full execution path, not a screenshot placeholder.
• Identify dependency version and actual supported API signature; avoid inventing APIs.
• Use original code, or install licensed upstream through its maintained tool if the user wants upstream code.
• Choose measurable states, error handling, accessibility and performance budgets.

Implementation starter

Implementation notes: Model uniforms, color space, derivatives, precision as explicit states, define input/output props and independent cleanup. Read master reference(s) below before writing code.

Evidence / acceptance

• Renderer disposes; fallback provides content; no runaway GPU usage; no clipped subject at narrow widths.
• Test common, edge, interrupted, accessibility and responsive states; provide concrete artifacts/evidence.

Deep references

• ../perfect-ai-master/references/02-threejs-3d.md
• ../perfect-ai-master/references/13-threejs-animation-atlas.md
• ../perfect-ai-master/references/17-threejs-production-guide.md