app

adom-chiplinter — 3D chip ↔ KiCad footprint linter

Public Unreviewed

by Kyle Bergstedt

Detect every chip's electrical-contact features (legs / pins / pads / balls / tabs) automatically from a 3D model, validate against the KiCad footprint, and bake an annotated GLB so downstream tools c

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chiplinterchip lintervalidate chip footprintchip pad detectionpin-1 detectionpin-1 visionpin-1 validationfootprint vs 3d modelbbox-fit chipchip rotational symmetryambiguous chip orientationchip-pads alignmentbake annotated glbchiplinter inspectchiplinter sweepchiplinter runchip orientation tie-breakqfn pin-1qfp pin-1bga pin-1soic pin-1
discovery_pitch

Lint a 3D chip GLB against its KiCad footprint with a self-validating bbox-fit detector. Detects pin-1, flags rotationally-symmetric pad layouts (QFN/QFP/BGA/SOIC) where pad-fit alone can't disambiguate, and ships pin-1 vision validation that reads the manufacturer indicator off the chip body. Bakes an annotated GLB with chip-pads, FP-pads, and pin-1 marker named in the scene graph for downstream Adom tools.

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