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OpticalModeler

k-telux

OpticalModeler is an Agent Skill that converts 2D photonics schematics into physically auditable, Blender-based 3D optical tables with hard acceptance gates for topology, apertures, CAD, fasteners, load paths, and fiber routing.

Stars

190

7-day growth

No data

Forks

2

Open issues

0

License

MIT

Last updated

2026-07-26

AI repository intelligence
FR-AI / ANALYSIS

Why it is worth attention

It treats optical reconstruction as an evidence-first process, enforcing explicit PASS/BLOCKED/UNVERIFIED states through automated ray, mesh, and BVH checks, making it a unique tool for reproducible, auditable lab documentation.

Who it is for

  • Optical engineers and lab researchers needing verified 3D reconstructions from 2D schematics
  • Blender users working on photonics or laboratory visualization
  • AI agent developers building skills for automated scientific modeling

Use cases

  • Reconstructing laboratory optical paths from published 2D schematics into fully annotated 3D Blender scenes
  • Auditing an existing optical table for correct post placement, centered apertures, beam clearance, and fiber bend radius
  • Generating publication-quality rendered images with machine-readable acceptance records (hashes, manifests, rule compliance)

Strengths

  • Evidence-first methodology with explicit audit states (PASS/BLOCKED/UNVERIFIED) and automated validation checks
  • Treats manufacturer CAD as assets, not proofs, and enforces hardware-first assembly from verified table holes
  • Open source (MIT license) and integrates with the Agent Skills ecosystem for extensible use

Considerations

  • Requires a compatible Agent Skills installer (e.g., npx skills) and Blender 4.x; not a standalone application
  • Excludes third-party CAD, oversized Blend files, and does not provide mechanical, spectral, or safety certifications
  • Whole-project success requires an active rule-compliance matrix; scoped evidence remains PARTIAL/SCOPED

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Description

Evidence-gated Agent Skill for reconstructing 2D photonics schematics as physically auditable Blender optical tables with CAD, beam-path, mechanics, and render proof.

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