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optics-align

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Mis à jour25 juin 2026 à 19:07

Align an optical bench in the Blender Optics Simulator — steer the beam onto its target, recover a dark port, or null an interferometric tilt using the influence-matrix solvers. Use when asked to "align the bench", "get the beam on the detector", "walk the beam", "null the tilt / fringes", "maximize coupling", or "/optics-align".

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emircbngl

emircbngl/blender-optics-simulator

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SKILL.md

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name	optics-align
description	Align an optical bench in the Blender Optics Simulator — steer the beam onto its target, recover a dark port, or null an interferometric tilt using the influence-matrix solvers. Use when asked to "align the bench", "get the beam on the detector", "walk the beam", "null the tilt / fringes", "maximize coupling", or "/optics-align".

optics-align: close the loop onto the target

Alignment solvers MUTATE the trace (the bench moves) — unlike inspect/build's read-only steps. That is expected; always report what moved and by how much.

Workflow

See the miss first — inspect_beam(target) (is there power on target? where is it landing?) and diagnose() (beam_clipped / dark_detector / mount_limit). Quantify the error before solving.
Pick the solver:
- Gross steering onto a target — auto_align(...) (the generic influence-matrix aligner: it calibrates a Jacobian over the available knobs and drives the beam onto the target element) or align_element(name, target) for a single steering mirror.
- Interferometric tilt / fringe null — tilt_null(...) (drives the inter-arm tilt to zero so the fringes go null/flat).
- Mode-matching into a cavity/fiber — mode_match (q-solver) + check coupling_efficiency.
Re-verify — re-trace and confirm with inspect_beam(target) (power recovered, beam centred) and diagnose() (the gate that fired is now clear). For a coupling task, read coupling_efficiency.
Report — what moved (element, DOF, amount), the before/after metric (power, tilt, η), and any mount_limit you hit (a DOF ran out of travel → coarse-reposition first, then re-solve).

Disciplines

A solver makes the trace no longer byte-identical — that's the point of aligning; say so.
If diagnose() shows mount_limit, the DOF is range-exhausted: coarse-reposition the mount (place_relative) to recentre its travel, THEN re-run the fine solver.
A "dark" port may be a healthy destructive-interference null, not a miss — check inspect_beam (per-arm power high, they cancel by phase) before "fixing" it. When in doubt, /optics-correct.

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Read and render what an optical sensor actually measures in the Blender Optics Simulator — a finite sensor's aperture capture, the modal wavefront (Zernike RMS, incl. the beam's own curvature defocus), and the dense zonal surface-figure map. Use when asked "what does the sensor / WFS see", "render the wavefront", "sensor render", "show the surface figure", "measure the aberration", or "/optics-sensor-render".

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name	optics-align
description	Align an optical bench in the Blender Optics Simulator — steer the beam onto its target, recover a dark port, or null an interferometric tilt using the influence-matrix solvers. Use when asked to "align the bench", "get the beam on the detector", "walk the beam", "null the tilt / fringes", "maximize coupling", or "/optics-align".

optics-align: close the loop onto the target

Alignment solvers MUTATE the trace (the bench moves) — unlike inspect/build's read-only steps. That is expected; always report what moved and by how much.

Workflow

See the miss first — inspect_beam(target) (is there power on target? where is it landing?) and diagnose() (beam_clipped / dark_detector / mount_limit). Quantify the error before solving.
Pick the solver:
- Gross steering onto a target — auto_align(...) (the generic influence-matrix aligner: it calibrates a Jacobian over the available knobs and drives the beam onto the target element) or align_element(name, target) for a single steering mirror.
- Interferometric tilt / fringe null — tilt_null(...) (drives the inter-arm tilt to zero so the fringes go null/flat).
- Mode-matching into a cavity/fiber — mode_match (q-solver) + check coupling_efficiency.
Re-verify — re-trace and confirm with inspect_beam(target) (power recovered, beam centred) and diagnose() (the gate that fired is now clear). For a coupling task, read coupling_efficiency.
Report — what moved (element, DOF, amount), the before/after metric (power, tilt, η), and any mount_limit you hit (a DOF ran out of travel → coarse-reposition first, then re-solve).

Disciplines

A solver makes the trace no longer byte-identical — that's the point of aligning; say so.
If diagnose() shows mount_limit, the DOF is range-exhausted: coarse-reposition the mount (place_relative) to recentre its travel, THEN re-run the fine solver.
A "dark" port may be a healthy destructive-interference null, not a miss — check inspect_beam (per-arm power high, they cancel by phase) before "fixing" it. When in doubt, /optics-correct.