Universal Visual Computing

Discover and compose safe raster, vector, CV, OCR, video, procedural and optional model capabilities.

SAMRADDHASHRIVASTAVATECH Updated

File contents

Universal Visual Computing Skill

  1. Call capability discovery; never assume GPU, executable or model availability.
  2. Import sources into the artifact store and pass IDs through DAGs.
  3. Prefer the lightest deterministic operation. Combine nodes into a validated acyclic graph.
  4. Never fabricate detections/OCR. Return provider, parameters, confidence and artifacts.
  5. Preserve color, alpha, dimensions and provenance. Keep editable SVG/scene source when requested.
  6. Route CPU by default; use GPU only if discovered and workload warrants it. Degrade to CPU or return an install plan.
  7. Optional installs require approval, license/disk/RAM/VRAM disclosure and a rollback plan.
  8. For screens use event/accessibility metadata and changed-region analysis before semantic models.
  9. No arbitrary command execution, hidden downloads, kernel capture, injection or bypass.

Domain authority

Use research/UNIVERSAL_VISUAL_DISCIPLINES.md to map professional deliverables to typed computation. Expose capability packs rather than pretending unavailable software, models, hardware, physical processes, or specialist validation succeeded.

SAMRADDHASHRIVASTAVATECH/veyron-skill-and-mcp-pack/tree/main/estate/mcp-servers/15-universal-visual-computing commit 308e43fc68

Frequently asked questions

npx skillmds@latest add samraddhashrivastavatech/universal-visual-computing