RC0402FR-075K1L - Yageo

@@ -0,0 +1,1049 @@+ISO-10303-21;+HEADER;+/* R_0402_1005Metric.step 3D STEP model for use in ECAD systems+ * Copyright (C) 2018, kicad StepUp+ * + * This work is licensed under the [Creative Commons CC-BY-SA 4.0 License](https://creativecommons.org/licenses/by-sa/4.0/legalcode), + * with the following exception:+ * To the extent that the creation of electronic designs that use 'Licensed Material' can be considered to be 'Adapted Material', + * then the copyright holder waives article 3 of the license with respect to these designs and any generated files which use data provided + * as part of the 'Licensed Material'.+ * You are free to use the library data in your own projects without the obligation to share your project files under this or any other license agreement.+ * However, if you wish to redistribute these libraries, or parts thereof (including in modified form) as a collection then the exception above does not apply. + * Please refer to https://github.com/KiCad/kicad-packages3D/blob/master/LICENSE.md for further clarification of the exception.+ * Disclaimer of Warranties and Limitation of Liability.+ * These libraries are provided in the hope that they will be useful, but are provided without warranty of any kind, express or implied.+ * *USE 3D CAD DATA AT YOUR OWN RISK*+ * *DO NOT RELY UPON ANY INFORMATION FOUND HERE WITHOUT INDEPENDENT VERIFICATION.*+ * + */++FILE_DESCRIPTION(+/* description */ ('model of R_0402_1005Metric'),+/* implementation_level */ '2;1');++FILE_NAME(+/* name */ 'R_0402_1005Metric.step',+/* time_stamp */ '2018-01-04T00:45:35',+/* author */ ('kicad StepUp','ksu'),+/* organization */ ('FreeCAD'),+/* preprocessor_version */ 'OCC',+/* originating_system */ 'kicad StepUp',+/* authorisation */ '');++FILE_SCHEMA(('AUTOMOTIVE_DESIGN { 1 0 10303 214 1 1 1 1 }'));+ENDSEC;++DATA;+#1 = APPLICATION_PROTOCOL_DEFINITION('international standard',+'automotive_design',2000,#2);+#2 = APPLICATION_CONTEXT(+'core 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@@ -0,0 +1,112 @@+(footprint "R_0402_1005Metric_RC0402FR-075K1L"+	(version 20260206)+	(generator "kicad-footprint-generator")+	(layer "F.Cu")+	(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal, (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf)")+	(tags "resistor")+	(property "Reference" "REF**"+		(at 0 -1.17 0)+		(layer "F.SilkS")+		(effects+			(font+				(size 1 1)+				(thickness 0.15)+			)+		)+	)+	(property "Value" "R_0402_1005Metric"+		(at 0 1.17 0)+		(layer "F.Fab")+		(effects+			(font+				(size 1 1)+				(thickness 0.15)+			)+		)+	)+	(property "KiLib_Generator" "SMD_2terminal_chip_molded"+		(at 0 0 0)+		(layer "F.SilkS")+		(hide yes)+		(effects+			(font+				(size 1 1)+				(thickness 0.15)+			)+		)+	)+	(attr smd)+	(duplicate_pad_numbers_are_jumpers no)+	(fp_line+		(start -0.153641 -0.38)+		(end 0.153641 -0.38)+		(stroke+			(width 0.12)+			(type solid)+		)+		(layer "F.SilkS")+	)+	(fp_line+		(start -0.153641 0.38)+		(end 0.153641 0.38)+		(stroke+			(width 0.12)+			(type solid)+		)+		(layer "F.SilkS")+	)+	(fp_rect+		(start -0.93 -0.47)+		(end 0.93 0.47)+		(stroke+			(width 0.05)+			(type solid)+		)+		(fill no)+		(layer "F.CrtYd")+	)+	(fp_rect+		(start -0.525 -0.27)+		(end 0.525 0.27)+		(stroke+			(width 0.1)+			(type solid)+		)+		(fill no)+		(layer "F.Fab")+	)+	(fp_text user "${REFERENCE}"+		(at 0 0 0)+		(layer "F.Fab")+		(effects+			(font+				(size 0.26 0.26)+				(thickness 0.04)+			)+		)+	)+	(pad "1" smd roundrect+		(at -0.51 0)+		(size 0.54 0.64)+		(layers "F.Cu" "F.Mask" "F.Paste")+		(roundrect_rratio 0.25)+	)+	(pad "2" smd roundrect+		(at 0.51 0)+		(size 0.54 0.64)+		(layers "F.Cu" "F.Mask" "F.Paste")+		(roundrect_rratio 0.25)+	)+	(embedded_fonts no)+	(model "${KIPRJMOD}/RC0402FR-075K1L.step"+		(offset+			(xyz 0 0 0)+		)+		(scale+			(xyz 1 1 1)+		)+		(rotate+			(xyz 0 0 0)+		)+	)+)

@@ -0,0 +1,178 @@+{+ "schema": "adom/component-lod@1",+ "mpn": "RC0402FR-075K1L",+ "upAxis": "Z",+ "units": "metres",+ "status": "candidate (AI-checked, not human-reviewed)",+ "purpose": "clean board-use component models: no footprint pads, outlines, labels or silkscreen; no marking (none per datasheet)",+ "source": {+  "path": "RC0402FR-075K1L.step",+  "sha256": "91507e5af4251cb4ef38e04889c9b98da29904432bd83786bba13ae9b605eacb"+ },+ "sourceToDisplay": "uniform scale 0.001 (mm to m); no rotation, no translation; origin = footprint origin, seat z = 0",+ "generator": "lod.py (capencoder passives, OCCT via cadquery-ocp)",+ "removedHelpers": [],+ "levels": [+  {+   "level": "high",+   "path": "lod/high.glb",+   "sha256": "378cb8b4bc78cb2a91222849b61c9574bed726a613da74c1c18afc003b2c8f17",+   "sizeBytes": 48096,+   "decodedBufferBytes": 45432,+   "triangles": 1076,+   "primitives": 3,+   "bounds": {+    "min": [+     -0.0005,+     -0.00025,+     -0.0+    ],+    "max": [+     0.0005,+     0.00025,+     0.00035+    ]+   },+   "approximation": {+    "method": "OCCT BRepMesh_IncrementalMesh",+    "linearDeflectionMm": 0.0005,+    "angularDeflectionRad": 0.1+   },+   "detailVisibility": {+    "virtualMpn": false,+    "note": "no marking: the datasheet specifies none"+   },+   "review": "Candidate: rendered preview checked by AI (silhouette, terminals, seat z=0); not human-reviewed",+   "preview": {+    "path": "lod/high.png",+    "sha256": "03b4d4b37c9842733e90fac901934d4b9c2c1ef678dbd506e4422c9da5d96286",+    "sizeBytes": 10208,+    "width": 400,+    "height": 300,+    "view": "iso",+    "sourceLevelSha256": "378cb8b4bc78cb2a91222849b61c9574bed726a613da74c1c18afc003b2c8f17"+   }+  },+  {+   "level": "medium",+   "path": "lod/medium.glb",+   "sha256": "3e80f58d8fb019e06727393fd0fe8fcec5d8557b778cbb6d973ac619093e0764",+   "sizeBytes": 17180,+   "decodedBufferBytes": 14520,+   "triangles": 340,+   "primitives": 3,+   "bounds": {+    "min": [+     -0.0005,+     -0.00025,+     -0.0+    ],+    "max": [+     0.0005,+     0.00025,+     0.00035+    ]+   },+   "approximation": {+    "method": "OCCT BRepMesh_IncrementalMesh",+    "linearDeflectionMm": 0.004,+    "angularDeflectionRad": 0.35+   },+   "detailVisibility": {+    "virtualMpn": false,+    "note": "no marking: the datasheet specifies none"+   },+   "review": "Candidate: rendered preview checked by AI (silhouette, terminals, seat z=0); not human-reviewed",+   "preview": {+    "path": "lod/medium.png",+    "sha256": "f049fe2b97734d7ddb334b93900a5cf5b84e2f1dc1da7315a2efeff7f236f473",+    "sizeBytes": 9977,+    "width": 400,+    "height": 300,+    "view": "iso",+    "sourceLevelSha256": "3e80f58d8fb019e06727393fd0fe8fcec5d8557b778cbb6d973ac619093e0764"+   }+  },+  {+   "level": "low",+   "path": "lod/low.glb",+   "sha256": "254ee645af639ec36ee0992e15cc06ade3a0be575ea8505f5ea2f8d27000c9bf",+   "sizeBytes": 10448,+   "decodedBufferBytes": 7800,+   "triangles": 180,+   "primitives": 3,+   "bounds": {+    "min": [+     -0.0005,+     -0.00025,+     -0.0+    ],+    "max": [+     0.0005,+     0.00025,+     0.00035+    ]+   },+   "approximation": {+    "method": "OCCT BRepMesh_IncrementalMesh",+    "linearDeflectionMm": 0.02,+    "angularDeflectionRad": 0.9+   },+   "detailVisibility": {+    "virtualMpn": false,+    "note": "no marking: the datasheet specifies none"+   },+   "review": "Candidate: rendered preview checked by AI (silhouette, terminals, seat z=0); not human-reviewed",+   "preview": {+    "path": "lod/low.png",+    "sha256": "1a9830a03f3abc552005ad1a382b5bc63826b11f9b2360e029249d577030a502",+    "sizeBytes": 10083,+    "width": 400,+    "height": 300,+    "view": "iso",+    "sourceLevelSha256": "254ee645af639ec36ee0992e15cc06ade3a0be575ea8505f5ea2f8d27000c9bf"+   }+  },+  {+   "level": "super-low",+   "path": "lod/super-low.glb",+   "sha256": "03b75ebf90c22ceb66cb690ae3ba47a6522435830753e98511ed0c426301154d",+   "sizeBytes": 5232,+   "decodedBufferBytes": 2592,+   "triangles": 48,+   "primitives": 3,+   "bounds": {+    "min": [+     -0.0005,+     -0.00025,+     -0.0+    ],+    "max": [+     0.0005,+     0.00025,+     0.00035+    ]+   },+   "approximation": {+    "method": "per-material bounding boxes split at the part centre (terminals, body, overcoat)"+   },+   "detailVisibility": {+    "virtualMpn": false,+    "note": "no marking: the datasheet specifies none"+   },+   "review": "Candidate: rendered preview checked by AI (silhouette, terminals, seat z=0); not human-reviewed",+   "preview": {+    "path": "lod/super-low.png",+    "sha256": "2b5e64c2a87d0a650c6de41268667d5885ead95db8842584d8eef99773745415",+    "sizeBytes": 7430,+    "width": 400,+    "height": 300,+    "view": "iso",+    "sourceLevelSha256": "03b75ebf90c22ceb66cb690ae3ba47a6522435830753e98511ed0c426301154d"+   }+  }+ ],+ "hints": [+  "All four levels share pose and units; super-low is boxes per material group, chosen for board overviews."+ ]+}\ No newline at end of file

@@ -0,0 +1,125 @@+{+ "schema": "adom/models@1",+ "part": "RC0402FR-075K1L",+ "models": [+  {+   "path": "RC0402FR-075K1L.step",+   "format": "step",+   "title": "Package model (STEP)",+   "status": "current",+   "slot": "step",+   "variant": "plain",+   "role": "derived",+   "use": [+    "board-cad"+   ],+   "marking": null,+   "unique": "The board CAD model: KiCad library package geometry, checked against the datasheet table, no marking (the part has none)",+   "source": "KiCad packages3D Resistor_SMD.3dshapes/R_0402_1005Metric.step (CC-BY-SA 4.0 with exception)",+   "sha256": "91507e5af4251cb4ef38e04889c9b98da29904432bd83786bba13ae9b605eacb",+   "git_blob": "7f0c353f8ebaa364e1f12149ab1768d9da85f02a",+   "bytes": 40756,+   "thumb": "docs/models/package-reference-step.png"+  },+  {+   "path": "package-reference.glb",+   "format": "glb",+   "title": "Package model (GLB)",+   "status": "current",+   "slot": "model_3d",+   "variant": "plain",+   "role": "derived",+   "use": [+    "render"+   ],+   "marking": null,+   "derived_from": "RC0402FR-075K1L.step",+   "unique": "The same model for the page viewer (step2glb)",+   "source": "KiCad packages3D Resistor_SMD.3dshapes/R_0402_1005Metric.step (CC-BY-SA 4.0 with exception)",+   "sha256": "e0f0a1b3f86b307421456f2e9945d22b4d3e222a7ec62e602fc97c5e6a7f34c3",+   "git_blob": "da98434ac21cc7113fb563af37be5c23aebe32d0",+   "bytes": 15808+  },+  {+   "path": "lod/high.glb",+   "format": "glb",+   "title": "Board LOD, high",+   "status": "current",+   "variant": "lod",+   "role": "derived",+   "use": [+    "board-insertion",+    "render"+   ],+   "marking": null,+   "derived_from": "RC0402FR-075K1L.step",+   "unique": "high detail for board and scaffold viewers: 1076 triangles, 3 primitives",+   "thumb": "lod/high.png",+   "source": "KiCad packages3D Resistor_SMD.3dshapes/R_0402_1005Metric.step (CC-BY-SA 4.0 with exception)",+   "sha256": "378cb8b4bc78cb2a91222849b61c9574bed726a613da74c1c18afc003b2c8f17",+   "git_blob": "bcdd6629378ca946b286b7918c999bbeecfac4c4",+   "bytes": 48096+  },+  {+   "path": "lod/medium.glb",+   "format": "glb",+   "title": "Board LOD, medium",+   "status": "current",+   "variant": "lod",+   "role": "derived",+   "use": [+    "board-insertion",+    "render"+   ],+   "marking": null,+   "derived_from": "RC0402FR-075K1L.step",+   "unique": "medium detail for board and scaffold viewers: 340 triangles, 3 primitives",+   "thumb": "lod/medium.png",+   "source": "KiCad packages3D Resistor_SMD.3dshapes/R_0402_1005Metric.step (CC-BY-SA 4.0 with exception)",+   "sha256": "3e80f58d8fb019e06727393fd0fe8fcec5d8557b778cbb6d973ac619093e0764",+   "git_blob": "f3958a2bf3e9b7abc876bf9da126c2184e0069cf",+   "bytes": 17180+  },+  {+   "path": "lod/low.glb",+   "format": "glb",+   "title": "Board LOD, low",+   "status": "current",+   "variant": "lod",+   "role": "derived",+   "use": [+    "board-insertion",+    "render"+   ],+   "marking": null,+   "derived_from": "RC0402FR-075K1L.step",+   "unique": "low detail for board and scaffold viewers: 180 triangles, 3 primitives",+   "thumb": "lod/low.png",+   "source": "KiCad packages3D Resistor_SMD.3dshapes/R_0402_1005Metric.step (CC-BY-SA 4.0 with exception)",+   "sha256": "254ee645af639ec36ee0992e15cc06ade3a0be575ea8505f5ea2f8d27000c9bf",+   "git_blob": "055a816fb27ea527ab06b810e99bf204cb7ce14f",+   "bytes": 10448+  },+  {+   "path": "lod/super-low.glb",+   "format": "glb",+   "title": "Board LOD, super-low",+   "status": "current",+   "variant": "lod",+   "role": "derived",+   "use": [+    "board-insertion",+    "render"+   ],+   "marking": null,+   "derived_from": "RC0402FR-075K1L.step",+   "unique": "super-low detail for board and scaffold viewers: 48 triangles, 3 primitives",+   "thumb": "lod/super-low.png",+   "source": "KiCad packages3D Resistor_SMD.3dshapes/R_0402_1005Metric.step (CC-BY-SA 4.0 with exception)",+   "sha256": "03b75ebf90c22ceb66cb690ae3ba47a6522435830753e98511ed0c426301154d",+   "git_blob": "d97757462a92187f2c6e3c7b99d54a6fc318a0f8",+   "bytes": 5232+  }+ ],+ "updated": "2026-10-19"+}\ No newline at end of file

@@ -0,0 +1,114 @@+{+ "manufacturer_reference": "https://www.yageogroup.com/content/datasheet/asset/file/PYU-RC_GROUP_51_ROHS_L",+ "datasheet_link_check": "Yageo RC_L datasheet PDF, HTTP 200, application/pdf (2026-10-18)",+ "symbol_source": "Original, hand-written from the pin list (resistor). MIT.",+ "footprint_source": "KiCad standard library Resistor_SMD:R_0402_1005Metric (CC-BY-SA 4.0 with the KiCad library exception)",+ "package_source": "KiCad packages3D Resistor_SMD.3dshapes/R_0402_1005Metric.step (CC-BY-SA 4.0 with exception)",+ "geometry_status": "Generic KiCad package geometry; not manufacturer-issued exact-ordering-code CAD. Verify against the manufacturer land pattern before use.",+ "glb": {+  "tool": "step2glb convert",+  "exit": 0,+  "stderr_tail": "Large file queued for async conversion (job e12a00a08402a36a). Polling...\nJob e12a00a08402a36a complete (0s). Downloading GLB...\n"+ },+ "files": {+  "RC0402FR-075K1L.step": "91507e5af4251cb4ef38e04889c9b98da29904432bd83786bba13ae9b605eacb",+  "README.md": "df7c9faca0ae20182eea5563cfea5e641dbdc439aecf170da742c59faa1ee83f",+  "R_0402_1005Metric_RC0402FR-075K1L.kicad_mod": "23cf5b6c838dc176ce3ff041b1330716cc0cb846d3922a05660c6bc5b98390d4",+  "component.kicad_sym": "02ad8bb9dd5499cbe9c93c168dbb89884227964003f988740dd9a96e150dbbd2",+  "docs/HERO.md": "9da0a654e00e60b02b70d7b7b8c213d69125ac3ed3d380bbb0e7038dc3f52273",+  "docs/hero.png": "abf9a824e98a7370433a39bfb576d288c0e370ca2b3f9b0564dc5730e0139472",+  "docs/models/package-reference-step.png": "b35ce5c346994af44caac940433d15498be886cac3c60520722b20aaa7ddfae8",+  "docs/rc0402fr-075k1l-datasheet.pdf": "7b6f0ae72708ca4b38126f84b5407a3e970a94cb60bc1a0afdaeb25a23d839bb",+  "docs/verify/rc0402fr-075k1l-check.json": "38762b73dffb69ea17987737382186312c6d88e2135603a0cd4bd625fd7fe589",+  "docs/verify/rc0402fr-075k1l-overlay.png": "a234e5d3d97b9d24987f45c448ce633e67cd19b7122fe0cdc4f5c73684b31ddb",+  "lod/high.glb": "378cb8b4bc78cb2a91222849b61c9574bed726a613da74c1c18afc003b2c8f17",+  "lod/high.png": "03b4d4b37c9842733e90fac901934d4b9c2c1ef678dbd506e4422c9da5d96286",+  "lod/low.glb": "254ee645af639ec36ee0992e15cc06ade3a0be575ea8505f5ea2f8d27000c9bf",+  "lod/low.png": "1a9830a03f3abc552005ad1a382b5bc63826b11f9b2360e029249d577030a502",+  "lod/manifest.json": "08c4155afe22b7a657c032fa30b5340e6921225bf2392c96d93eb3610685eb07",+  "lod/medium.glb": "3e80f58d8fb019e06727393fd0fe8fcec5d8557b778cbb6d973ac619093e0764",+  "lod/medium.png": "f049fe2b97734d7ddb334b93900a5cf5b84e2f1dc1da7315a2efeff7f236f473",+  "lod/super-low.glb": "03b75ebf90c22ceb66cb690ae3ba47a6522435830753e98511ed0c426301154d",+  "lod/super-low.png": "2b5e64c2a87d0a650c6de41268667d5885ead95db8842584d8eef99773745415",+  "models.json": "920dd3dfde4b43cd05cb1cbf33dde01f71481a02baaf5268c725597ebb5d3f3d",+  "package-reference.glb": "e0f0a1b3f86b307421456f2e9945d22b4d3e222a7ec62e602fc97c5e6a7f34c3",+  "package.json": "60bf37ca2f71a583b249ad44fab1eb879d5b9f9eaf4c2c7104e6f096e3de37aa",+  "page.json": "f2febc3f3f16c4ff857bf3f4dbcb7643330ac47d3693ac3ff3950f97e215083d",+  "provenance/tools/lod.py": "fc3eb9db56947d002d1dda328a6ee53032eae39f700521d00d18477f9915135c",+  "provenance/tools/ortho.py": "c5a44e74fa447e1ece13190840c90d453cbb004f6c4608efb6e8cdb1ba2cbb6d",+  "provenance/tools/overlay_chip.py": "ed6a4e871ff09d8c41550b3cd9fc853be174f9212ced43c0206835bdc847a222",+  "provenance/tools/rc0402fr-075k1l-overlay-spec.json": "0f0b82c67deb7f22af6e8195a74c57f310ed2e2d3a85dc915af1c962c499c252",+  "verification.json": "af84d40976e82cf7e3593a2613a3df12253aeea5223b8ca8f706c5a5ae40ed4c"+ },+ "marking": {+  "real_marking": null,+  "statement": "Yageo states 'No Marking' for RC0402 (the top is the plain black overcoat)",+  "source": "Yageo RC_L product specification V.14 p.3, MARKING, Fig. 1"+ },+ "mpn_marked_model_removed": {+  "date": "2026-10-19",+  "files": [+   {+    "path": "rc0402fr-075k1l-mpn.step",+    "sha256": "0ef6ac56caad662b755ddb58f62dbc9a44c89312de72f1350c7262270085fdc4"+   },+   {+    "path": "rc0402fr-075k1l-mpn.glb",+    "sha256": "0dead36515ca4072f804a596b3fd9bf7f236875120ea37017a3b8182e7d2bef4"+   },+   {+    "path": "docs/rc0402fr-075k1l-mpn.check.png",+    "sha256": "07b8c36d646dec1a27f846e912e3aefe55e76895630e478c17431f5e94accf99"+   }+  ],+  "reason": "John's rule: every chip shows only its real laser marking from the manufacturer's datasheet. Yageo states 'No Marking' for RC0402 (the top is the plain black overcoat) (Yageo RC_L product specification V.14 p.3, MARKING, Fig. 1), so the AI-added MPN etch misrepresented the part and was deleted.",+  "removed_by": "Claude (AI agent) for John Lauer"+ },+ "datasheet": {+  "file": "docs/rc0402fr-075k1l-datasheet.pdf",+  "sha256": "7b6f0ae72708ca4b38126f84b5407a3e970a94cb60bc1a0afdaeb25a23d839bb",+  "url": "https://yageogroup.com/content/datasheet/asset/file/PYU-RC_GROUP_51_ROHS_L",+  "title": "Yageo RC_L series product specification V.14 (Nov. 14, 2025)",+  "retrieved": "2026-10-19"+ },+ "datasheet_check": {+  "overlay": "docs/verify/rc0402fr-075k1l-overlay.png",+  "numbers": "docs/verify/rc0402fr-075k1l-check.json",+  "tools": "provenance/tools/ (ortho.py, overlay_chip.py, spec json)",+  "result": "PASS"+ },+ "lod": {+  "manifest": "lod/manifest.json",+  "generator": "provenance/tools/lod.py",+  "source_sha256": "91507e5af4251cb4ef38e04889c9b98da29904432bd83786bba13ae9b605eacb"+ },+ "files_note": "page.json, package.json and README.md hashes are as written before this provenance file; provenance.json itself is not listed.",+ "renamed_for_library_export": {+  "date": "2026-10-20",+  "files": {+   "package-reference.step": "RC0402FR-075K1L.step",+   "component.kicad_mod": "R_0402_1005Metric_RC0402FR-075K1L.kicad_mod"+  },+  "footprint_name": {+   "R_0402_1005Metric": "R_0402_1005Metric_RC0402FR-075K1L"+  },+  "reason": "Cloud Library exports merge every board part into one folder; the generic package-reference.step and footprint name collided with other parts. The STEP is byte-identical (same sha256); the footprint geometry is unchanged, only its name and (model) path changed.",+  "by": "Claude (AI agent) for John Lauer"+ },+ "derived_from": {+  "page": "john/rc0402fr-0710kl",+  "date": "2026-10-24",+  "by": "Claude (Encoder forum boards thread) for John Lauer",+  "what": "same RC_L series and 0402 package: footprint, STEP, GLBs, LODs and the datasheet dimension check reused; value, MPN and distributor numbers changed",+  "stock_checked_2026-10-24": {+   "mouser": {+    "pn": "603-RC0402FR-075K1L",+    "stock": 1898556+   },+   "digikey": {+    "pn": "311-5.10KLRTR-ND",+    "stock": 653539+   }+  }+ }+}\ No newline at end of file

@@ -0,0 +1,170 @@+"""Board-use LOD GLBs (high, medium, low, super-low) for a small two-terminal chip.++Input: the page's board-use STEP (Z-up, mm, seated on z=0, centred).+Output (in <outdir>/lod/): high.glb medium.glb low.glb super-low.glb, a 400x300+PNG preview of each rendered from that GLB's own triangles, manifest.json+(schema adom/component-lod@1).++Every level: Z-up, metres, the same origin and pose as the STEP (no recentring,+no rotation), primitives batched by material (one per material), the STEP's own+colours.  No footprint, pad outline, label or silkscreen helpers exist in the+source, so nothing is removed.  high/medium/low are OCCT tessellations of the+exact B-rep at decreasing deflection; super-low replaces each material group by+its bounding box per side of the part (terminals, body, overcoat), which keeps+the silhouette, the terminal bands and the seating plane.++usage: lod.py part.step MPN outdir [source_label]+"""+import sys, os, json, struct, hashlib+import numpy as np+from PIL import Image, ImageDraw+sys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))+import ortho+from OCP.BRepMesh import BRepMesh_IncrementalMesh+from OCP.BRepTools import BRepTools++step, mpn, outdir = sys.argv[1], sys.argv[2], sys.argv[3]+src_label = sys.argv[4] if len(sys.argv) > 4 else os.path.basename(step)+lod_dir = os.path.join(outdir, "lod"); os.makedirs(lod_dir, exist_ok=True)++LEVELS = [("high", 0.0005, 0.1), ("medium", 0.004, 0.35), ("low", 0.02, 0.9)]++def tris_at(lin, ang):+    # ortho.load_tris meshes with fixed params; clean and remesh by patching BRepMesh call+    orig = ortho.BRepMesh_IncrementalMesh+    def mesh(shp, _l, rel, _a, par):+        BRepTools.Clean_s(shp)+        return orig(shp, lin, False, ang, True)+    ortho.BRepMesh_IncrementalMesh = mesh+    try:+        return ortho.load_tris(step)+    finally:+        ortho.BRepMesh_IncrementalMesh = orig++def boxes_from(tris):+    groups = {}+    for p, c in tris:+        groups.setdefault(c, []).append(p)+    allp = np.concatenate([p for p, _ in tris]); xmax = allp[:, 0].max()+    endc = {}+    for p, c in tris:+        if np.allclose(p[:, 0], xmax, atol=1e-4): endc[c] = endc.get(c, 0) + 1+    tcol = max(endc, key=endc.get)+    boxes = []+    for c, ps in groups.items():+        T = np.stack(ps)+        crosses = ((T[:, :, 0].min(1) < -1e-6) & (T[:, :, 0].max(1) > 1e-6)).any()+        P = T.reshape(-1, 3)+        parts = [P] if crosses else [P[P[:, 0] < 0], P[P[:, 0] > 0]]+        for Q in parts:+            if len(Q):+                boxes.append([Q.min(0), Q.max(0), c])+    tin = min(min(abs(lo[0]), abs(hi[0])) for lo, hi, c in boxes if c == tcol)+    out = []+    for lo, hi, c in boxes:+        if c != tcol:+            lo = lo.copy(); hi = hi.copy(); lo[0] = max(lo[0], -tin); hi[0] = min(hi[0], tin)+        v = np.array([[x, y, z] for x in (lo[0], hi[0]) for y in (lo[1], hi[1]) for z in (lo[2], hi[2])])+        for a_, b_, cc, d in [(0, 1, 3, 2), (4, 6, 7, 5), (0, 4, 5, 1), (2, 3, 7, 6), (0, 2, 6, 4), (1, 5, 7, 3)]:+            out.append((v[[a_, b_, cc]], c)); out.append((v[[a_, cc, d]], c))+    return out++def write_glb(tris, path, name):+    mats = []; groups = {}+    for p, c in tris:+        if c not in groups:+            groups[c] = []; mats.append(c)+        groups[c].append(p)+    bin_ = b""; views = []; accs = []; prims = []+    def add_view(data, target):+        nonlocal bin_+        off = len(bin_); bin_ += data+        while len(bin_) % 4: bin_ += b"\0"+        views.append({"buffer": 0, "byteOffset": off, "byteLength": len(data), "target": target})+        return len(views) - 1+    decoded = 0; ntri = 0+    for mi, c in enumerate(mats):+        P = np.concatenate(groups[c]).reshape(-1, 3, 3)+        n = np.cross(P[:, 1] - P[:, 0], P[:, 2] - P[:, 0]); n /= np.linalg.norm(n, axis=1, keepdims=True) + 1e-30+        pos = (P.reshape(-1, 3) / 1000.0).astype(np.float32)          # mm -> metres+        nor = np.repeat(n, 3, axis=0).astype(np.float32)+        # weld identical (position, normal) vertices+        key = np.concatenate([np.round(pos, 9), np.round(nor, 5)], 1)+        uniq, inv = np.unique(key, axis=0, return_inverse=True)+        upos = uniq[:, :3].astype(np.float32); unor = uniq[:, 3:].astype(np.float32)+        idx = inv.astype(np.uint16 if len(uniq) < 65535 else np.uint32).ravel()+        vp = add_view(upos.tobytes(), 34962); vn = add_view(unor.tobytes(), 34962); vi = add_view(idx.tobytes(), 34963)+        accs.append({"bufferView": vp, "componentType": 5126, "count": len(upos), "type": "VEC3",+                     "min": upos.min(0).tolist(), "max": upos.max(0).tolist()})+        accs.append({"bufferView": vn, "componentType": 5126, "count": len(unor), "type": "VEC3"})+        accs.append({"bufferView": vi, "componentType": 5123 if idx.dtype == np.uint16 else 5125, "count": len(idx), "type": "SCALAR"})+        prims.append({"attributes": {"POSITION": len(accs) - 3, "NORMAL": len(accs) - 2}, "indices": len(accs) - 1, "material": mi})+        decoded += upos.nbytes + unor.nbytes + idx.nbytes; ntri += len(idx) // 3+    gl = {"asset": {"version": "2.0", "generator": "capencoder passives lod.py (OCCT tessellation)"},+          "scene": 0, "scenes": [{"nodes": [0]}],+          "nodes": [{"name": name, "mesh": 0, "extras": {"adomUpAxis": "Z", "units": "metres"}}],+          "meshes": [{"name": name, "primitives": prims}],+          "materials": [{"name": f"mat_{i}", "pbrMetallicRoughness": {"baseColorFactor": [*c, 1.0], "metallicFactor": 0.0, "roughnessFactor": 0.6}} for i, c in enumerate(mats)],+          "accessors": accs, "bufferViews": views, "buffers": [{"byteLength": len(bin_)}]}+    js = json.dumps(gl, separators=(",", ":")).encode()+    while len(js) % 4: js += b" "+    glb = struct.pack("<III", 0x46546C67, 2, 12 + 8 + len(js) + 8 + len(bin_)) + struct.pack("<II", len(js), 0x4E4F534A) + js + struct.pack("<II", len(bin_), 0x004E4942) + bin_+    open(path, "wb").write(glb)+    return {"decodedBufferBytes": decoded, "triangles": ntri, "primitives": len(prims)}++def read_glb_tris(path):+    b = open(path, "rb").read(); n = struct.unpack("<I", b[12:16])[0]+    j = json.loads(b[20:20 + n]); binc = b[20 + n + 8:]+    def acc(i, dt, w):+        a = j["accessors"][i]; v = j["bufferViews"][a["bufferView"]]+        return np.frombuffer(binc, dt, a["count"] * w, v["byteOffset"]).reshape(-1, w) if w > 1 else np.frombuffer(binc, dt, a["count"], v["byteOffset"])+    out = []+    for p in j["meshes"][0]["primitives"]:+        pos = acc(p["attributes"]["POSITION"], np.float32, 3) * 1000.0+        ia = j["accessors"][p["indices"]]+        idx = acc(p["indices"], np.uint16 if ia["componentType"] == 5123 else np.uint32, 1)+        col = tuple(j["materials"][p["material"]]["pbrMetallicRoughness"]["baseColorFactor"][:3])+        for t in idx.reshape(-1, 3):+            out.append((pos[t].astype(float), col))+    return out++ortho.VIEWS["iso"] = (tuple(np.array([0.7071, -0.7071, 0])), tuple(np.array([-0.4082, -0.4082, 0.8165])), tuple(np.array([0.5774, 0.5774, 0.5774])))+def preview(path, png):+    tris = read_glb_tris(path)+    allp = np.concatenate([t[0] for t in tris]); ext = np.abs(allp).max()+    img = ortho.render(tris, "iso", 300 / (3.3 * ext), size=(400, 300))+    bg = Image.new("RGBA", img.size, (48, 57, 68, 255)); bg.alpha_composite(img); bg.convert("RGB").save(png)++sha = lambda f: hashlib.sha256(open(f, "rb").read()).hexdigest()+levels = []+src_tris = None+for name, lin, ang in LEVELS + [("super-low", None, None)]:+    if name == "super-low":+        tris = boxes_from(src_tris)+    else:+        tris = tris_at(lin, ang)+        if name == "high":+            src_tris = tris+    path = os.path.join(lod_dir, f"{name}.glb")+    st = write_glb(tris, path, mpn)+    back = read_glb_tris(path); P = np.concatenate([t[0] for t in back])+    png = os.path.join(lod_dir, f"{name}.png"); preview(path, png)+    rec = {"level": name, "path": f"lod/{name}.glb", "sha256": sha(path), "sizeBytes": os.path.getsize(path), **st,+           "bounds": {"min": (P.min(0) / 1000).round(7).tolist(), "max": (P.max(0) / 1000).round(7).tolist()},+           "approximation": ({"method": "OCCT BRepMesh_IncrementalMesh", "linearDeflectionMm": lin, "angularDeflectionRad": ang}+                             if lin else {"method": "per-material bounding boxes split at the part centre (terminals, body, overcoat)"}),+           "detailVisibility": {"virtualMpn": False, "note": "no marking: the datasheet specifies none"},+           "review": "Candidate: rendered preview checked by AI (silhouette, terminals, seat z=0); not human-reviewed",+           "preview": {"path": f"lod/{name}.png", "sha256": sha(png), "sizeBytes": os.path.getsize(png), "width": 400, "height": 300,+                       "view": "iso", "sourceLevelSha256": sha(path)}}+    levels.append(rec)+    print(name, st, rec["bounds"])+manifest = {"schema": "adom/component-lod@1", "mpn": mpn, "upAxis": "Z", "units": "metres",+            "status": "candidate (AI-checked, not human-reviewed)",+            "purpose": "clean board-use component models: no footprint pads, outlines, labels or silkscreen; no marking (none per datasheet)",+            "source": {"path": src_label, "sha256": sha(step)},+            "sourceToDisplay": "uniform scale 0.001 (mm to m); no rotation, no translation; origin = footprint origin, seat z = 0",+            "generator": "lod.py (capencoder passives, OCCT via cadquery-ocp)",+            "removedHelpers": [], "levels": levels,+            "hints": ["All four levels share pose and units; super-low is boxes per material group, chosen for board overviews."]}+json.dump(manifest, open(os.path.join(lod_dir, "manifest.json"), "w"), indent=1)

@@ -0,0 +1,123 @@+"""Orthographic renderer for small component STEPs (face colours kept).++render(step, view, ppmm) -> PIL RGBA image, model origin at the image centre.+views: top (look down -Z, +X right, +Y up), bottom (look up +Z, +X right, +Y down,+i.e. the part flipped about X), front (look +Y, +X right, +Z up),+end (look -X, +Y right... from +X end: -Y right, +Z up).+"""+import sys+import numpy as np+from PIL import Image, ImageDraw+from OCP.STEPCAFControl import STEPCAFControl_Reader+from OCP.TDocStd import TDocStd_Document+from OCP.TCollection import TCollection_ExtendedString+from OCP.XCAFDoc import XCAFDoc_DocumentTool, XCAFDoc_ColorType+from OCP.TDF import TDF_LabelSequence+from OCP.TopExp import TopExp_Explorer+from OCP.TopAbs import TopAbs_FACE, TopAbs_REVERSED+from OCP.TopoDS import TopoDS+from OCP.Quantity import Quantity_Color+from OCP.BRepMesh import BRepMesh_IncrementalMesh+from OCP.BRep import BRep_Tool+from OCP.TopLoc import TopLoc_Location+++def load_tris(path):+    doc = TDocStd_Document(TCollection_ExtendedString("x"))+    r = STEPCAFControl_Reader(); r.SetColorMode(True); r.SetNameMode(True)+    r.ReadFile(path); r.Transfer(doc)+    st = XCAFDoc_DocumentTool.ShapeTool_s(doc.Main())+    ct = XCAFDoc_DocumentTool.ColorTool_s(doc.Main())+    labs = TDF_LabelSequence(); st.GetFreeShapes(labs)+    out = []+    leaves = []+    def walk(lab, loc, pcol):+        c = Quantity_Color(); col = pcol+        for t in (XCAFDoc_ColorType.XCAFDoc_ColorSurf, XCAFDoc_ColorType.XCAFDoc_ColorGen):+            if ct.GetColor_s(lab, t, c):+                col = (c.Red(), c.Green(), c.Blue()); break+        if st.IsReference_s(lab):+            ref = type(lab)(); st.GetReferredShape_s(lab, ref)+            walk(ref, loc.Multiplied(st.GetLocation_s(lab)), col); return+        kids = TDF_LabelSequence(); st.GetComponents_s(lab, kids)+        if kids.Length() > 0:+            for i in range(1, kids.Length() + 1): walk(kids.Value(i), loc, col)+            return+        leaves.append((st.GetShape_s(lab).Moved(loc), col))+    for li in range(1, labs.Length() + 1):+        walk(labs.Value(li), TopLoc_Location(), None)+    for shp, pcol in leaves:+        BRepMesh_IncrementalMesh(shp, 0.002, False, 0.2, True)+        e = TopExp_Explorer(shp, TopAbs_FACE)+        while e.More():+            f = TopoDS.Face_s(e.Current())+            c = Quantity_Color(); col = None+            for t in (XCAFDoc_ColorType.XCAFDoc_ColorSurf, XCAFDoc_ColorType.XCAFDoc_ColorGen):+                if ct.GetColor(f, t, c):+                    col = (c.Red(), c.Green(), c.Blue()); break+            if col is None:+                col = pcol or (0.6, 0.6, 0.6)+            loc = TopLoc_Location()+            tri = BRep_Tool.Triangulation_s(f, loc)+            if tri is not None:+                trsf = loc.Transformation()+                pts = np.array([(lambda p: (p.X(), p.Y(), p.Z()))(tri.Node(i).Transformed(trsf)) for i in range(1, tri.NbNodes() + 1)])+                rev = f.Orientation() == TopAbs_REVERSED+                for i in range(1, tri.NbTriangles() + 1):+                    a, b, cc = tri.Triangle(i).Get()+                    if rev:+                        b, cc = cc, b+                    out.append((pts[[a - 1, b - 1, cc - 1]], col))+            e.Next()+    return out+++VIEWS = {+    # (right axis vector, up axis vector, toward-viewer vector)+    "top": ((1, 0, 0), (0, 1, 0), (0, 0, 1)),+    "bottom": ((1, 0, 0), (0, -1, 0), (0, 0, -1)),+    "front": ((1, 0, 0), (0, 0, 1), (0, -1, 0)),+    "end": ((0, -1, 0), (0, 0, 1), (1, 0, 0)),+}+++def render(tris, view, ppmm, size=None, shade=True, ss=3):+    R, U, V = [np.array(v, float) for v in VIEWS[view]]+    allp = np.concatenate([t[0] for t in tris])+    ext = max(np.abs(allp @ R).max(), np.abs(allp @ U).max())+    if size is None:+        size = (int(2 * ext * ppmm + 40), int(2 * ext * ppmm + 40))+    W, H = size[0] * ss, size[1] * ss+    img = Image.new("RGBA", (W, H), (0, 0, 0, 0))+    d = ImageDraw.Draw(img)+    items = []+    light = np.array([0.3, 0.4, 0.85]); light /= np.linalg.norm(light)+    for p, col in tris:+        n = np.cross(p[1] - p[0], p[2] - p[0])+        nn = np.linalg.norm(n)+        if nn == 0:+            continue+        n /= nn+        if n @ V <= 1e-6:+            continue  # back face+        depth = (p @ V).mean()+        lv = 0.55 + 0.45 * abs(n @ (R * light[0] + U * light[1] + V * light[2])) if shade else 1.0+        rgb = tuple(int(255 * min(1, c * lv)) for c in col)+        xy = [(W / 2 + (q @ R) * ppmm * ss, H / 2 - (q @ U) * ppmm * ss) for q in p]+        items.append((depth, xy, rgb))+    items.sort(key=lambda x: x[0])+    for _, xy, rgb in items:+        d.polygon(xy, fill=rgb + (255,), outline=rgb + (255,))+    return img.resize(size, Image.LANCZOS)+++if __name__ == "__main__":+    tris = load_tris(sys.argv[1])+    out = sys.argv[2]+    ppmm = float(sys.argv[3]) if len(sys.argv) > 3 else 300+    imgs = [render(tris, v, ppmm) for v in ("top", "bottom", "front", "end")]+    w = sum(i.width for i in imgs); h = max(i.height for i in imgs)+    sheet = Image.new("RGBA", (w, h), (255, 255, 255, 255)); x = 0+    for i in imgs:+        sheet.alpha_composite(i, (x, 0)); x += i.width+    sheet.save(out)

@@ -0,0 +1,146 @@+"""Prove a two-terminal chip model (MLCC / chip resistor) against its datasheet table.++The maker prints a dimension table with an unscaled sketch, so the overlay is made+against a true-scale drawing generated from the printed table (300 px/mm):+nominal outline solid black, tolerance limits dashed blue, the allowed range of+the terminal inner edge shaded amber.  The model is rendered at the same scale+(50 % fill, red outline) on top.  The numeric check measures the STEP itself.++usage: overlay_chip.py spec.json model.step out.png+spec: {"label","mpn","source","L":[nom,tol],"W":[nom,tol],"T":[nom,tol],+       "band_top":[min,max],"band_bot":[min,max],"crops":[[png,[x0,y0,x1,y1]],...],+       "marking": "..."}+"""+import sys, json+import numpy as np+from PIL import Image, ImageDraw, ImageFont, ImageFilter+sys.path.insert(0, __file__.rsplit("/", 1)[0])+from ortho import load_tris, render+from OCP.STEPControl import STEPControl_Reader+from OCP.TopExp import TopExp_Explorer+from OCP.TopAbs import TopAbs_FACE+from OCP.TopoDS import TopoDS+from OCP.Bnd import Bnd_Box+from OCP.BRepBndLib import BRepBndLib+from OCP.BRepAdaptor import BRepAdaptor_Surface+from OCP.GeomAbs import GeomAbs_Plane++PP = 300.0+spec = json.load(open(sys.argv[1])); step = sys.argv[2]; out = sys.argv[3]+F = "/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf"+font = ImageFont.truetype(F, 22); fsm = ImageFont.truetype(F, 18); fbig = ImageFont.truetype(F, 26)++# ---------- numeric measurement of the STEP ----------+tris = load_tris(step)+allp = np.concatenate([t[0] for t in tris])+x0, y0, z0 = allp.min(0); x1, y1, z1 = allp.max(0)+Lm, Wm, Tm = x1 - x0, y1 - y0, z1 - z0+# terminal colour = colour of triangles lying on the +X end face+endcols = {}+for p, c in tris:+    if np.allclose(p[:, 0], x1, atol=1e-4):+        endcols[c] = endcols.get(c, 0) + 1+tcol = max(endcols, key=endcols.get)+def band(zlev):+    xs = [p[:, 0] for p, c in tris if c == tcol and np.allclose(p[:, 2], zlev, atol=1e-4)]+    if not xs:+        return None+    xs = np.concatenate(xs)+    pos = xs[xs > 0]; neg = xs[xs < 0]+    return round(min(x1 - pos.min(), -x0 + neg.max() if len(neg) else 9), 3)+bt, bb = band(z1), band(z0)++def rng(v):+    return (v[0] - v[1], v[0] + v[1]) if len(v) == 2 and v[1] < v[0] else tuple(v)+checks = []+def chk(name, val, lo, hi):+    ok = val is not None and lo - 1e-6 <= val <= hi + 1e-6+    checks.append((name, val, lo, hi, ok))+chk("L", round(Lm, 3), *rng(spec["L"]))+chk("W", round(Wm, 3), *rng(spec["W"]))+chk("T/H", round(Tm, 3), *rng(spec["T"]))+chk(spec.get("band_top_name", "terminal band, top"), bt, *spec["band_top"])+chk(spec.get("band_bot_name", "terminal band, bottom"), bb, *spec["band_bot"])+centred = bool(abs(x0 + x1) < 1e-3 and abs(y0 + y1) < 1e-3 and abs(z0) < 1e-3)+longx = bool(Lm > Wm)++# ---------- true-scale drawing + model per view ----------+def view_panel(view, a_len, a_tol, b_len, b_tol, bands, title):+    im = render(tris, view, PP, size=(560, 420))+    W_, H_ = im.size; cx = W_ / 2+    panel = Image.new("RGBA", (W_, H_), (255, 255, 255, 255))+    d = ImageDraw.Draw(panel)+    seat = view in ("front", "end")+    def rect(a, b, **kw):+        # a along horizontal, b along vertical; for side views the box sits on the seat line+        if seat:+            return [cx - a * PP / 2, H_ / 2 - b * PP, cx + a * PP / 2, H_ / 2]+        return [cx - a * PP / 2, H_ / 2 - b * PP / 2, cx + a * PP / 2, H_ / 2 + b * PP / 2]+    # allowed inner-edge range for the terminals (relative to nominal length)+    for (lo, hi, where) in bands:+        for s in (-1, 1):+            xa = cx + s * (a_len / 2 - hi) * PP; xb = cx + s * (a_len / 2 - lo) * PP+            if where == "full":+                ya, yb = rect(a_len, b_len)[1], rect(a_len, b_len)[3]+            elif where == "top":+                r_ = rect(a_len, b_len); ya, yb = r_[1] - 12, r_[1] + 12+            else:+                r_ = rect(a_len, b_len); ya, yb = r_[3] - 12, r_[3] + 12+            d.rectangle([min(xa, xb), ya, max(xa, xb), yb], fill=(255, 196, 80, 255))+    def dashed(box, col):+        xa, ya, xb, yb = box+        for (p, q) in (((xa, ya), (xb, ya)), ((xb, ya), (xb, yb)), ((xb, yb), (xa, yb)), ((xa, yb), (xa, ya))):+            n = int(max(abs(q[0] - p[0]), abs(q[1] - p[1])) / 8) or 1+            for i in range(0, n, 2):+                t0, t1 = i / n, min(1, (i + 1) / n)+                d.line([(p[0] + (q[0] - p[0]) * t0, p[1] + (q[1] - p[1]) * t0),+                        (p[0] + (q[0] - p[0]) * t1, p[1] + (q[1] - p[1]) * t1)], fill=col, width=2)+    dashed(rect(a_len - a_tol, b_len - b_tol), (30, 90, 220))+    dashed(rect(a_len + a_tol, b_len + b_tol), (30, 90, 220))+    d.rectangle(rect(a_len, b_len), outline=(0, 0, 0), width=2)+    arr = np.asarray(im).copy(); alpha = arr[:, :, 3].copy(); arr[:, :, 3] = (alpha * 0.5).astype(np.uint8)+    panel.alpha_composite(Image.fromarray(arr))+    m = Image.fromarray(((alpha > 128) * 255).astype(np.uint8))+    edge = (np.asarray(m, int) - np.asarray(m.filter(ImageFilter.MinFilter(3)), int)) > 0+    red = np.zeros((H_, W_, 4), np.uint8); red[edge] = (220, 30, 30, 255)+    panel.alpha_composite(Image.fromarray(red))+    d = ImageDraw.Draw(panel); d.text((10, 8), title, fill=(0, 0, 0), font=fsm)+    return panel++L, W, T = spec["L"], spec["W"], spec["T"]+bt_r, bb_r = spec["band_top"], spec["band_bot"]+panels = [+    view_panel("top", L[0], L[1], W[0], W[1], [(bt_r[0], bt_r[1], "full")], "TOP (looking down, X right)"),+    view_panel("bottom", L[0], L[1], W[0], W[1], [(bb_r[0], bb_r[1], "full")], "BOTTOM (flipped about X)"),+    view_panel("front", L[0], L[1], T[0], T[1], [(bt_r[0], bt_r[1], "top"), (bb_r[0], bb_r[1], "bot")], "SIDE (looking +Y)"),+    view_panel("end", W[0], W[1], T[0], T[1], [], "END (looking -X)"),+]+pw, ph = panels[0].size+sheet_w = pw * 4 + 50+crops = [Image.open(p).convert("RGB").crop(tuple(b)) for p, b in spec["crops"]]+crop_h = 0; scaled = []+for c in crops:+    s = min(1.0, (sheet_w - 40) / c.width, 420 / c.height)+    c2 = c.resize((int(c.width * s), int(c.height * s)), Image.LANCZOS); scaled.append(c2); crop_h += c2.height + 20+text_h = 120 + 30 * len(checks) + 90+sheet = Image.new("RGB", (sheet_w, 80 + ph + text_h + crop_h), (255, 255, 255))+d = ImageDraw.Draw(sheet)+d.text((20, 15), f"{spec['label']}: model vs datasheet table, true scale {int(PP)} px/mm", fill=(0, 0, 0), font=fbig)+d.text((20, 50), f"Model: {step.rsplit('/', 1)[-1]}   Datasheet: {spec['source']}", fill=(70, 70, 70), font=fsm)+for i, p in enumerate(panels):+    sheet.paste(p.convert("RGB"), (10 + i * (pw + 10), 80))+y = 90 + ph+d.text((20, y), "Legend: black = printed nominal, blue dashed = printed tolerance limits, amber = allowed position of the terminal inner edge, red outline + 50% fill = the 3D model.", fill=(0, 0, 0), font=fsm); y += 34+d.text((20, y), "Measured on the STEP              value     datasheet range     result", fill=(0, 0, 0), font=font); y += 32+for name, val, lo, hi, ok in checks:+    d.text((20, y), f"{name:<34}{'-' if val is None else f'{val:.3f}':>8}     {lo:.2f} to {hi:.2f}       {'PASS' if ok else 'FAIL'}",+           fill=(0, 120, 40) if ok else (200, 0, 0), font=font); y += 30+d.text((20, y + 4), f"Frame: Z-up, seated z=0, centred: {'yes' if centred else 'NO'}; long axis on X: {'yes' if longx else 'NO'}.   Marking: {spec['marking']}", fill=(0, 0, 0), font=fsm)+y += 50+for c in scaled:+    sheet.paste(c, (20, y)); d.rectangle([20, y, 20 + c.width, y + c.height], outline=(150, 150, 150)); y += c.height + 20+sheet.save(out)+res = {"step": step, "bbox_mm": [round(float(v), 4) for v in (x0, x1, y0, y1, z0, z1)],+       "checks": [{"dim": n, "model_mm": v, "datasheet_min": lo, "datasheet_max": hi, "pass": bool(ok)} for n, v, lo, hi, ok in checks],+       "z_up_seated_centred": bool(centred), "long_axis_x": bool(longx), "all_pass": bool(all(c[4] for c in checks) and centred and longx)}+print(json.dumps(res))

@@ -0,0 +1,125 @@+{+  "spec": "adom-hero 1.4",+  "mpn": "RC0402FR-075K1L",+  "kind": "component + footprint reference art",+  "board_use": false,+  "plane_z_mm": -0.02,+  "units": "metre",+  "upAxis": "Z",+  "layers": {+    "pad_outlines": {+      "material": "Footprint pads - teal dashed outlines - 50 percent opacity",+      "rgba": [+        0.0,+        0.902,+        0.863,+        0.5+      ],+      "pads": 2,+      "span_mm": 1.56,+      "dash_mm": 0.12,+      "gap_mm": 0.072,+      "pad_stroke_mm": 0.03+    },+    "silkscreen": {+      "material": "Silkscreen reference lines - 30 percent opacity",+      "rgba": [+        0.92,+        0.96,+        1.0,+        0.3+      ],+      "footprint_items": 2,+      "pin1": null+    },+    "signal_names": {+      "material": "Signal names - 50 percent opacity",+      "rgba": [+        0.92,+        0.96,+        1.0,+        0.5+      ],+      "font": "DejaVu Sans Mono",+      "labels": 2,+      "sides": "top + mirrored underside (single-sided)",+      "fallback_to_pad_number": 2+    }+  },+  "align": {+    "ok": true,+    "centre_offset_mm": 0.0,+    "tolerance_mm": 0.25,+    "orientation_flipped": false,+    "contacts_bbox_mm": [+      -0.5,+      0.5,+      -0.25,+      0.25+    ],+    "pads_bbox_mm": [+      -0.78,+      0.78,+      -0.32,+      0.32+    ],+    "seating_z_mm": -0.0+  },+  "sources": {+    "glb": "package-reference.glb",+    "glb_sha256": "e0f0a1b3f86b307421456f2e9945d22b4d3e222a7ec62e602fc97c5e6a7f34c3",+    "footprint": "R_0402_1005Metric_RC0402FR-075K1L.kicad_mod",+    "footprint_sha256": "23cf5b6c838dc176ce3ff041b1330716cc0cb846d3922a05660c6bc5b98390d4",+    "pins": "page.json component.pins",+    "pins_sha256": "30da8c176bce6fc4080c622c80e9a214aeb2ac4afd9447b1817db8f9099455e9"+  },+  "generator": "adom-wiki 1.8.0 (component_hero)",+  "labels": [+    {+      "pad": "1",+      "text": "1",+      "x": -0.88,+      "y": 0.0,+      "align": "right",+      "vertical": false,+      "h": 0.378+    },+    {+      "pad": "2",+      "text": "2",+      "x": 0.88,+      "y": 0.0,+      "align": "left",+      "vertical": false,+      "h": 0.378+    }+  ],+  "pads": [+    {+      "number": "1",+      "shape": "roundrect",+      "center_mm": [+        -0.51,+        0.0+      ],+      "size_mm": [+        0.54,+        0.64+      ],+      "rot": 0.0+    },+    {+      "number": "2",+      "shape": "roundrect",+      "center_mm": [+        0.51,+        0.0+      ],+      "size_mm": [+        0.54,+        0.64+      ],+      "rot": 0.0+    }+  ]+}

@@ -0,0 +1,147 @@+{+ "schema": "adom/verification@1",+ "part": "RC0402FR-075K1L",+ "variants": [],+ "entries": [+  {+   "date": "2026-10-19",+   "by": {+    "name": "Claude (AI agent) for John Lauer",+    "handle": "john"+   },+   "status": "verified",+   "title": "3D model matches the datasheet package dimensions",+   "scope": [+    "3d-model"+   ],+   "variants": [+    "*"+   ],+   "checks": [+    {+     "text": "L: model 1.000 mm, datasheet 0.95 to 1.05 mm",+     "result": "pass"+    },+    {+     "text": "W: model 0.500 mm, datasheet 0.45 to 0.55 mm",+     "result": "pass"+    },+    {+     "text": "T/H: model 0.350 mm, datasheet 0.30 to 0.40 mm",+     "result": "pass"+    },+    {+     "text": "I1 (top terminal): model 0.165 mm, datasheet 0.10 to 0.30 mm",+     "result": "pass"+    },+    {+     "text": "I2 (bottom terminal): model 0.165 mm, datasheet 0.15 to 0.35 mm",+     "result": "pass"+    },+    {+     "text": "Z-up, seated on z = 0, centred on the footprint origin, long axis on X",+     "result": "pass"+    },+    {+     "text": "the maker's sketch is not to scale; the overlay is against a true-scale drawing of the printed table",+     "result": "note"+    }+   ],+   "evidence": [+    {+     "label": "overlay (top, bottom, side, end at 300 px/mm)",+     "href": "docs/verify/rc0402fr-075k1l-overlay.png"+    },+    {+     "label": "numbers",+     "href": "docs/verify/rc0402fr-075k1l-check.json"+    },+    {+     "label": "datasheet (Yageo RC_L series product specification V.14 (Nov. 14, 2025))",+     "href": "docs/rc0402fr-075k1l-datasheet.pdf"+    }+   ],+   "files": {+    "RC0402FR-075K1L.step": "91507e5af4251cb4ef38e04889c9b98da29904432bd83786bba13ae9b605eacb",+    "package-reference.glb": "e0f0a1b3f86b307421456f2e9945d22b4d3e222a7ec62e602fc97c5e6a7f34c3",+    "docs/rc0402fr-075k1l-datasheet.pdf": "7b6f0ae72708ca4b38126f84b5407a3e970a94cb60bc1a0afdaeb25a23d839bb"+   }+  },+  {+   "date": "2026-10-19",+   "by": {+    "name": "Claude (AI agent) for John Lauer",+    "handle": "john"+   },+   "status": "verified",+   "title": "Marking: the model shows the real part, which is unmarked",+   "scope": [+    "3d-model",+    "marking"+   ],+   "variants": [+    "*"+   ],+   "checks": [+    {+     "text": "Yageo states 'No Marking' for RC0402 (the top is the plain black overcoat) (Yageo RC_L product specification V.14 p.3, MARKING, Fig. 1)",+     "result": "pass"+    },+    {+     "text": "AI-added MPN etch removed (rc0402fr-075k1l-mpn.step, rc0402fr-075k1l-mpn.glb, docs/rc0402fr-075k1l-mpn.check.png)",+     "result": "pass"+    }+   ],+   "evidence": [+    {+     "label": "datasheet",+     "href": "docs/rc0402fr-075k1l-datasheet.pdf"+    }+   ],+   "files": {+    "RC0402FR-075K1L.step": "91507e5af4251cb4ef38e04889c9b98da29904432bd83786bba13ae9b605eacb"+   }+  },+  {+   "date": "2026-10-19",+   "by": {+    "name": "Claude (AI agent) for John Lauer",+    "handle": "john"+   },+   "status": "verified",+   "title": "Board-use LOD GLBs are clean and share the STEP pose",+   "scope": [+    "lod"+   ],+   "variants": [+    "*"+   ],+   "checks": [+    {+     "text": "four levels written, read back, bounds equal the STEP (Z-up, metres, seat z = 0)",+     "result": "pass"+    },+    {+     "text": "no footprint, pad outline, label or silkscreen helpers; terminals present at every level",+     "result": "pass"+    },+    {+     "text": "previews looked at by the AI agent, not yet by a person",+     "result": "note"+    }+   ],+   "evidence": [+    {+     "label": "manifest",+     "href": "lod/manifest.json"+    }+   ],+   "files": {+    "lod/high.glb": "378cb8b4bc78cb2a91222849b61c9574bed726a613da74c1c18afc003b2c8f17",+    "lod/medium.glb": "3e80f58d8fb019e06727393fd0fe8fcec5d8557b778cbb6d973ac619093e0764",+    "lod/low.glb": "254ee645af639ec36ee0992e15cc06ade3a0be575ea8505f5ea2f8d27000c9bf",+    "lod/super-low.glb": "03b75ebf90c22ceb66cb690ae3ba47a6522435830753e98511ed0c426301154d"+   }+  }+ ]+}