Red SMD LED 0402 - Inolux IN-S42ATR - Commit

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LED colour pass: coloured STEP is the default (lens colour from the datasheet dominant wavelength, softened), plain STEP kept as -uncoloured.step; hero GLB with footprint, silkscreen and pad labels; hero card in the component layout; footprint viewer wording

John Lauer ·026b99917e ·20d ago ·parent a326af2

26 files changed +6413−67

CHANGES.mdadded+61

@@ -0,0 +1,61 @@+# IN-S42ATR: coloured-lens pass (2026-09-30)++Prepared locally for review. Nothing here has been pushed or published.++## Files++Changed:++- `IN-S42ATR.glb`+- `IN-S42ATR.insertion.glb`+- `IN-S42ATR.step`+- `README.md`+- `page.json`+- `screenshots/hero.png`++Added:++- `IN-S42ATR-uncoloured.step`+- `in-s42atr-hero.glb`+- `provenance/` (provenance JSON, colour report, hero pin map, the scripts used)++`IN-S42ATR-uncoloured.step` is the STEP the page shipped before this pass, byte for byte (renamed only). `IN-S42ATR.step` is now the coloured model, so anything that fetches the page STEP by its usual name gets colour by default.++## Colour++- Datasheet: IN-S42AT series V1.1 p.3, lambda_D typ: dominant wavelength (typical) 631 nm.+- Lens colour: sRGB #C34235 (0.7657, 0.2589, 0.2074), OKLCh L 0.56 C 0.1674 h 29.2 deg.+- Why: red: lambda_d 631 nm is beyond the sRGB red primary; hue = red primary 29.2 deg (lambda_d-exact edge colour would be 19.4 deg, rose).+- Method (all LEDs): hue from the datasheet dominant wavelength, chroma 65 % of the most saturated sRGB colour at that hue, lightness chosen so the lens reads as tinted epoxy rather than paint (John, 2026-09-30: less saturated, match the nm). Details in `provenance/tools/led_colour.py`.++## What was coloured++STEP family `template`, 50 faces: lens 5, substrate 7, terminal 34, cathode_mark 4; 50 faces recoloured (XCAF ColorSurf and ColorGen).+This page's STEP is the KiCad 0402 LED model scaled to 0.45 mm in Z and re-exported without any colours. Face classes were copied from the KiCad 0402 model by face index (every face's X/Y extent checked), so the lens gets the LED colour and the substrate, terminals and cathode mark get the KiCad library colours they were missing.+Geometry, face count, volume, centroid and the product name are unchanged (checked with `verify_geom.py`); the KiCad licence comment block is carried into the new file header.++## GLBs++| File | Triangles before | after | Bytes before | after |+|---|---|---|---|---|+| `IN-S42ATR.glb` | 3010 | 1018 | 263160 | 81960 |+| `IN-S42ATR.insertion.glb` | 3034 | 1042 | 264668 | 81828 |+| `in-s42atr-hero.glb` (new) | | 200 | | 40124 |++The composites are the page's own LED scenes (board, pads, silk, solder fillets, LED, glow skin, FOV cone, point light); `.insertion.glb` is the one the README viewer loads and animates as the pick-and-place insertion. Only the LED mesh and its four materials were replaced, with geometry from `step2glb convert` of the coloured STEP (same frame and units: metres, Z-up, seated on z = 0) and the node's existing Z scale kept so the rendered height stays at the datasheet package height. The triangle drop is the LED alone: the old LED mesh was a finer tessellation of the same KiCad solid; step2glb tessellates the planar faces with fewer triangles. The lens material is now roughness 0.35 with a clear coat.++## Hero++- `in-s42atr-hero.glb`: built like john/eee-fk1v470p's hero: the coloured LED (Z scale 1.0) plus nonphysical footprint reference art from the page's current `IN-S42ATR.kicad_mod` (Colby's cathode bracket): teal dashed pad outlines 50 %, silkscreen 30 %, K / A pad labels 50 %, each a declared viewer layer. No laser etch. `page.json` `component.parts.model_3d` now points at it (the composite `IN-S42ATR.glb` stays as `model_3d_plain`).+- `screenshots/hero.png`: Ray layout from the shared basic-part hero template (COMPONENT kicker, page title, MPN, brief, manufacturer and package, ADOM BASIC PART pill), the coloured LED rendered iso on the right, no footprint art. Old hero kept at `../before/in-s42atr/before-hero.png`.++## page.json and README++- `page.json` `component.parts`: `step` / `model_3d_step` = `IN-S42ATR.step` (coloured, default), `model_3d_step_plain` = `IN-S42ATR-uncoloured.step` (optional), `model_3d` = `in-s42atr-hero.glb`, `model_3d_plain` = `IN-S42ATR.glb`, plus `viewer_3d.tooltips: authored`.+- `README.md` Downloads table: the STEP row now says coloured/default, plus a row for the optional uncoloured STEP and one for the hero GLB.+- Not changed: `README.html` (generated; it has no STEP link, and its inline viewer loads `IN-S42ATR.insertion.glb`, which was rebuilt under the same name), `IN-S42ATR.html` (its "3D Model (.step)" button points at a legacy static host by the unchanged file name), `.kicad_mod`, `.kicad_sym`, `.lbr`, `.adom-lbr.json`, the fpview/symview HTML (none of them reference a 3D model).++## Open issues seen (not fixed here, other owners)++- The KiCad chip-LED STEP height differs from the datasheet: matches (0.45 mm). The page GLBs and the hero scale it in Z (as the composites already did); the STEP itself is left unchanged.+- `IN-S42ATR.adom-lbr.json` footprint pads (0.6 x 0.5 mm) and silk do not match the current `IN-S42ATR.kicad_mod` (0.4 x 0.6 mm pads, Colby's bracket); the hero uses the `.kicad_mod`.

IN-S42ATR-fpview.html+1−1

@@ -323,7 +323,7 @@   <button onclick="zoomFit()">Fit</button>   <button onclick="zoomReset()">1:1</button>   <button onclick="toggleGrid()" id="grid-btn" class="active">Grid</button>-  <button onclick="toggleSolder()" id="solder-btn" class="active" title="250µm solder jet blobs for Adom InstaPCB paste jetting. Adom uses this placement data for its jetting sequence. Blob count, position, and size (250–600µm) are adjustable. Placement accuracy: ±50µm.">Solder</button>+  <button onclick="toggleSolder()" id="solder-btn" class="active" title="250µm solder jet blobs for paste jetting at the 3rd party fab, which uses this placement data for its jetting sequence. Blob count, position, and size (250–600µm) are adjustable. Placement accuracy: ±50µm.">Solder</button>   <button onclick="toggleLabels()" id="labels-btn">Labels</button>   <div class="sep"></div>   <button onclick="showRegenPrompt()" id="regen-btn" title="Show regeneration prompt to paste into Claude Code">Regen</button>

IN-S42ATR-uncoloured.stepadded+4522

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SI_UNIT(.MILLI.,.METRE.) );+#3200 = ( NAMED_UNIT(*) PLANE_ANGLE_UNIT() SI_UNIT($,.RADIAN.) );+#3201 = ( NAMED_UNIT(*) SI_UNIT($,.STERADIAN.) SOLID_ANGLE_UNIT() );+#3202 = UNCERTAINTY_MEASURE_WITH_UNIT(LENGTH_MEASURE(1.E-07),#3199,+  'distance_accuracy_value','confusion accuracy');+#3203 = PRODUCT_RELATED_PRODUCT_CATEGORY('part',$,(#7));+ENDSEC;+END-ISO-10303-21;

IN-S42ATR.glb

⋯ 1 unchanged line ⋯

IN-S42ATR.insertion.glb

⋯ 1 unchanged line ⋯

IN-S42ATR.step+523−63

@@ -1,8 +1,8 @@ ISO-10303-21; HEADER; FILE_DESCRIPTION(('Open CASCADE Model'),'2;1');-FILE_NAME('Open CASCADE Shape Model','2026-07-20T23:06:05',('Author'),(-    'Open CASCADE'),'Open CASCADE STEP processor 7.9','Open CASCADE 7.9'+FILE_NAME('Open CASCADE Shape Model','2026-09-30T08:16:51',('Author'),(+    'Open CASCADE'),'Open CASCADE STEP processor 8.0','Open CASCADE 8.0'   ,'Unknown'); FILE_SCHEMA(('AUTOMOTIVE_DESIGN { 1 0 10303 214 1 1 1 1 }')); ENDSEC;@@ -905,8 +905,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #634 = B_SPLINE_SURFACE_WITH_KNOTS('',1,1,(     (#635,#636)     ,(#637,#638-  )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(6.25E-02,0.125),(-0.115,-    -1.E-01),.PIECEWISE_BEZIER_KNOTS.);+  )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(6.25E-02,0.125),(-0.115,-0.1+    ),.PIECEWISE_BEZIER_KNOTS.); #635 = CARTESIAN_POINT('',(-0.4625,0.25,0.1665)); #636 = CARTESIAN_POINT('',(-0.4625,0.25,0.18)); #637 = CARTESIAN_POINT('',(-0.4625,0.1875,0.1665));@@ -939,8 +939,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #657 = B_SPLINE_SURFACE_WITH_KNOTS('',1,1,(     (#658,#659)     ,(#660,#661-    )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.,0.1125),(-0.115,-1.E-01-    ),.PIECEWISE_BEZIER_KNOTS.);+    )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.,0.1125),(-0.115,-0.1),+  .PIECEWISE_BEZIER_KNOTS.); #658 = CARTESIAN_POINT('',(-0.4625,0.1875,0.1665)); #659 = CARTESIAN_POINT('',(-0.4625,0.1875,0.18)); #660 = CARTESIAN_POINT('',(-0.35,0.1875,0.1665));@@ -1018,8 +1018,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' 6.28318530718),.PIECEWISE_BEZIER_KNOTS.) CURVE()  GEOMETRIC_REPRESENTATION_ITEM() RATIONAL_B_SPLINE_CURVE((1., 0.707106781187,1.)) REPRESENTATION_ITEM('') );-#714 = CARTESIAN_POINT('',(9.75E-02,-1.E-01));-#715 = CARTESIAN_POINT('',(0.1125,-1.E-01));+#714 = CARTESIAN_POINT('',(9.75E-02,-0.1));+#715 = CARTESIAN_POINT('',(0.1125,-0.1)); #716 = CARTESIAN_POINT('',(0.1125,-0.115)); #717 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -1086,8 +1086,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #759 = B_SPLINE_SURFACE_WITH_KNOTS('',1,1,(     (#760,#761)     ,(#762,#763-    )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.8125,0.925),(-0.115,-    -1.E-01),.PIECEWISE_BEZIER_KNOTS.);+    )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.8125,0.925),(-0.115,-0.1+    ),.PIECEWISE_BEZIER_KNOTS.); #760 = CARTESIAN_POINT('',(-0.35,-0.1875,0.1665)); #761 = CARTESIAN_POINT('',(-0.35,-0.1875,0.18)); #762 = CARTESIAN_POINT('',(-0.4625,-0.1875,0.1665));@@ -1098,8 +1098,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' 6.28318530718),.PIECEWISE_BEZIER_KNOTS.) CURVE()  GEOMETRIC_REPRESENTATION_ITEM() RATIONAL_B_SPLINE_CURVE((1., 0.707106781187,1.)) REPRESENTATION_ITEM('') );-#766 = CARTESIAN_POINT('',(0.8275,-1.E-01));-#767 = CARTESIAN_POINT('',(0.8125,-1.E-01));+#766 = CARTESIAN_POINT('',(0.8275,-0.1));+#767 = CARTESIAN_POINT('',(0.8125,-0.1)); #768 = CARTESIAN_POINT('',(0.8125,-0.115)); #769 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -1130,8 +1130,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #789 = B_SPLINE_SURFACE_WITH_KNOTS('',1,1,(     (#790,#791)     ,(#792,#793-    )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.,6.25E-02),(-0.115,-    -1.E-01),.PIECEWISE_BEZIER_KNOTS.);+    )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.,6.25E-02),(-0.115,-0.1)+  ,.PIECEWISE_BEZIER_KNOTS.); #790 = CARTESIAN_POINT('',(-0.4625,-0.1875,0.1665)); #791 = CARTESIAN_POINT('',(-0.4625,-0.1875,0.18)); #792 = CARTESIAN_POINT('',(-0.4625,-0.25,0.1665));@@ -1401,7 +1401,7 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #968 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#969,#970),.UNSPECIFIED.,.F.,.F.,   (2,2),(3.5E-02,5.E-02),.PIECEWISE_BEZIER_KNOTS.); #969 = CARTESIAN_POINT('',(6.25E-02,-0.115));-#970 = CARTESIAN_POINT('',(6.25E-02,-1.E-01));+#970 = CARTESIAN_POINT('',(6.25E-02,-0.1)); #971 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -2048,7 +2048,7 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''     (#1415,#1416)     ,(#1417,#1418     )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(6.25E-02,0.125),(-0.115,-    -1.E-01),.PIECEWISE_BEZIER_KNOTS.);+    -0.1),.PIECEWISE_BEZIER_KNOTS.); #1415 = CARTESIAN_POINT('',(0.4625,-0.25,0.1665)); #1416 = CARTESIAN_POINT('',(0.4625,-0.25,0.18)); #1417 = CARTESIAN_POINT('',(0.4625,-0.1875,0.1665));@@ -2056,7 +2056,7 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1419 = DEFINITIONAL_REPRESENTATION('',(#1420),#1423); #1420 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1421,#1422),.UNSPECIFIED.,.F.,   .F.,(2,2),(-5.E-02,-3.5E-02),.PIECEWISE_BEZIER_KNOTS.);-#1421 = CARTESIAN_POINT('',(6.25E-02,-1.E-01));+#1421 = CARTESIAN_POINT('',(6.25E-02,-0.1)); #1422 = CARTESIAN_POINT('',(6.25E-02,-0.115)); #1423 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -2262,8 +2262,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1550 = B_SPLINE_SURFACE_WITH_KNOTS('',1,1,(     (#1551,#1552)     ,(#1553,#1554-    )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.,0.1125),(-0.115,-1.E-01-    ),.PIECEWISE_BEZIER_KNOTS.);+    )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.,0.1125),(-0.115,-0.1),+  .PIECEWISE_BEZIER_KNOTS.); #1551 = CARTESIAN_POINT('',(0.4625,-0.1875,0.1665)); #1552 = CARTESIAN_POINT('',(0.4625,-0.1875,0.18)); #1553 = CARTESIAN_POINT('',(0.35,-0.1875,0.1665));@@ -2356,8 +2356,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1619 = B_SPLINE_SURFACE_WITH_KNOTS('',1,1,(     (#1620,#1621)     ,(#1622,#1623-  )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.8125,0.925),(-0.115,-    -1.E-01),.PIECEWISE_BEZIER_KNOTS.);+  )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.8125,0.925),(-0.115,-0.1),+  .PIECEWISE_BEZIER_KNOTS.); #1620 = CARTESIAN_POINT('',(0.35,0.1875,0.1665)); #1621 = CARTESIAN_POINT('',(0.35,0.1875,0.18)); #1622 = CARTESIAN_POINT('',(0.4625,0.1875,0.1665));@@ -2390,8 +2390,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1642 = B_SPLINE_SURFACE_WITH_KNOTS('',1,1,(     (#1643,#1644)     ,(#1645,#1646-  )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.,6.25E-02),(-0.115,-1.E-01-    ),.PIECEWISE_BEZIER_KNOTS.);+  )),.UNSPECIFIED.,.F.,.F.,.F.,(2,2),(2,2),(0.,6.25E-02),(-0.115,-0.1),+  .PIECEWISE_BEZIER_KNOTS.); #1643 = CARTESIAN_POINT('',(0.4625,0.1875,0.1665)); #1644 = CARTESIAN_POINT('',(0.4625,0.1875,0.18)); #1645 = CARTESIAN_POINT('',(0.4625,0.25,0.1665));@@ -2441,7 +2441,7 @@ GEOMETRIC_REPRESENTATION_ITEM() RATIONAL_B_SPLINE_CURVE((1., 0.707106781187,1.)) REPRESENTATION_ITEM('') ); #1675 = CARTESIAN_POINT('',(0.1125,-0.115)); #1676 = CARTESIAN_POINT('',(0.1125,-0.1));-#1677 = CARTESIAN_POINT('',(9.75E-02,-1.E-01));+#1677 = CARTESIAN_POINT('',(9.75E-02,-0.1)); #1678 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -2505,7 +2505,7 @@ GEOMETRIC_REPRESENTATION_ITEM() RATIONAL_B_SPLINE_CURVE((1., 0.707106781187,1.)) REPRESENTATION_ITEM('') ); #1717 = CARTESIAN_POINT('',(0.8125,-0.115)); #1718 = CARTESIAN_POINT('',(0.8125,-0.1));-#1719 = CARTESIAN_POINT('',(0.8275,-1.E-01));+#1719 = CARTESIAN_POINT('',(0.8275,-0.1)); #1720 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -2709,8 +2709,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1866 = DEFINITIONAL_REPRESENTATION('',(#1867),#1870); #1867 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1868,#1869),.UNSPECIFIED.,.F.,   .F.,(2,2),(1.875E-02,0.11625),.PIECEWISE_BEZIER_KNOTS.);-#1868 = CARTESIAN_POINT('',(0.,-1.E-01));-#1869 = CARTESIAN_POINT('',(9.75E-02,-1.E-01));+#1868 = CARTESIAN_POINT('',(0.,-0.1));+#1869 = CARTESIAN_POINT('',(9.75E-02,-0.1)); #1870 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -2727,14 +2727,14 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1878 = EDGE_CURVE('',#1859,#621,#1879,.T.); #1879 = SURFACE_CURVE('',#1880,(#1883,#1889),.PCURVE_S1.); #1880 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1881,#1882),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.); #1881 = CARTESIAN_POINT('',(-0.4625,0.1875,0.18)); #1882 = CARTESIAN_POINT('',(-0.4625,0.1875,0.1665)); #1883 = PCURVE('',#657,#1884); #1884 = DEFINITIONAL_REPRESENTATION('',(#1885),#1888); #1885 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1886,#1887),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);-#1886 = CARTESIAN_POINT('',(0.,-1.E-01));+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.);+#1886 = CARTESIAN_POINT('',(0.,-0.1)); #1887 = CARTESIAN_POINT('',(0.,-0.115)); #1888 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -2742,8 +2742,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1889 = PCURVE('',#634,#1890); #1890 = DEFINITIONAL_REPRESENTATION('',(#1891),#1894); #1891 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1892,#1893),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);-#1892 = CARTESIAN_POINT('',(0.125,-1.E-01));+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.);+#1892 = CARTESIAN_POINT('',(0.125,-0.1)); #1893 = CARTESIAN_POINT('',(0.125,-0.115)); #1894 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -2767,8 +2767,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1910 = DEFINITIONAL_REPRESENTATION('',(#1911),#1914); #1911 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1912,#1913),.UNSPECIFIED.,.F.,   .F.,(2,2),(-0.21875,-0.15625),.PIECEWISE_BEZIER_KNOTS.);-#1912 = CARTESIAN_POINT('',(6.25E-02,-1.E-01));-#1913 = CARTESIAN_POINT('',(0.125,-1.E-01));+#1912 = CARTESIAN_POINT('',(6.25E-02,-0.1));+#1913 = CARTESIAN_POINT('',(0.125,-0.1)); #1914 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -2793,7 +2793,7 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1929 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1930,#1931),.UNSPECIFIED.,.F.,   .F.,(2,2),(3.5E-02,5.E-02),.PIECEWISE_BEZIER_KNOTS.); #1930 = CARTESIAN_POINT('',(6.25E-02,-0.115));-#1931 = CARTESIAN_POINT('',(6.25E-02,-1.E-01));+#1931 = CARTESIAN_POINT('',(6.25E-02,-0.1)); #1932 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -2816,14 +2816,14 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1946 = CARTESIAN_POINT('',(-0.4625,-0.1875,0.18)); #1947 = SURFACE_CURVE('',#1948,(#1951,#1957),.PCURVE_S1.); #1948 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1949,#1950),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.); #1949 = CARTESIAN_POINT('',(-0.4625,-0.1875,0.18)); #1950 = CARTESIAN_POINT('',(-0.4625,-0.1875,0.1665)); #1951 = PCURVE('',#759,#1952); #1952 = DEFINITIONAL_REPRESENTATION('',(#1953),#1956); #1953 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1954,#1955),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);-#1954 = CARTESIAN_POINT('',(0.925,-1.E-01));+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.);+#1954 = CARTESIAN_POINT('',(0.925,-0.1)); #1955 = CARTESIAN_POINT('',(0.925,-0.115)); #1956 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -2831,8 +2831,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1957 = PCURVE('',#789,#1958); #1958 = DEFINITIONAL_REPRESENTATION('',(#1959),#1962); #1959 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1960,#1961),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);-#1960 = CARTESIAN_POINT('',(0.,-1.E-01));+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.);+#1960 = CARTESIAN_POINT('',(0.,-0.1)); #1961 = CARTESIAN_POINT('',(0.,-0.115)); #1962 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -2848,8 +2848,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #1970 = DEFINITIONAL_REPRESENTATION('',(#1971),#1974); #1971 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#1972,#1973),.UNSPECIFIED.,.F.,   .F.,(2,2),(0.34625,0.44375),.PIECEWISE_BEZIER_KNOTS.);-#1972 = CARTESIAN_POINT('',(0.8275,-1.E-01));-#1973 = CARTESIAN_POINT('',(0.925,-1.E-01));+#1972 = CARTESIAN_POINT('',(0.8275,-0.1));+#1973 = CARTESIAN_POINT('',(0.925,-0.1)); #1974 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -2941,8 +2941,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #2039 = DEFINITIONAL_REPRESENTATION('',(#2040),#2043); #2040 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#2041,#2042),.UNSPECIFIED.,.F.,   .F.,(2,2),(-3.125E-02,3.125E-02),.PIECEWISE_BEZIER_KNOTS.);-#2041 = CARTESIAN_POINT('',(0.,-1.E-01));-#2042 = CARTESIAN_POINT('',(6.25E-02,-1.E-01));+#2041 = CARTESIAN_POINT('',(0.,-0.1));+#2042 = CARTESIAN_POINT('',(6.25E-02,-0.1)); #2043 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -4289,8 +4289,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #3023 = DEFINITIONAL_REPRESENTATION('',(#3024),#3027); #3024 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3025,#3026),.UNSPECIFIED.,.F.,   .F.,(2,2),(0.21875,0.28125),.PIECEWISE_BEZIER_KNOTS.);-#3025 = CARTESIAN_POINT('',(0.,-1.E-01));-#3026 = CARTESIAN_POINT('',(6.25E-02,-1.E-01));+#3025 = CARTESIAN_POINT('',(0.,-0.1));+#3026 = CARTESIAN_POINT('',(6.25E-02,-0.1)); #3027 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -4314,8 +4314,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #3041 = DEFINITIONAL_REPRESENTATION('',(#3042),#3045); #3042 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3043,#3044),.UNSPECIFIED.,.F.,   .F.,(2,2),(0.42125,0.51875),.PIECEWISE_BEZIER_KNOTS.);-#3043 = CARTESIAN_POINT('',(0.8275,-1.E-01));-#3044 = CARTESIAN_POINT('',(0.925,-1.E-01));+#3043 = CARTESIAN_POINT('',(0.8275,-0.1));+#3044 = CARTESIAN_POINT('',(0.925,-0.1)); #3045 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -4342,8 +4342,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #3062 = DEFINITIONAL_REPRESENTATION('',(#3063),#3066); #3063 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3064,#3065),.UNSPECIFIED.,.F.,   .F.,(2,2),(-5.625E-02,4.125E-02),.PIECEWISE_BEZIER_KNOTS.);-#3064 = CARTESIAN_POINT('',(0.,-1.E-01));-#3065 = CARTESIAN_POINT('',(9.75E-02,-1.E-01));+#3064 = CARTESIAN_POINT('',(0.,-0.1));+#3065 = CARTESIAN_POINT('',(9.75E-02,-0.1)); #3066 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -4367,8 +4367,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #3080 = DEFINITIONAL_REPRESENTATION('',(#3081),#3084); #3081 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3082,#3083),.UNSPECIFIED.,.F.,   .F.,(2,2),(3.125E-02,9.375E-02),.PIECEWISE_BEZIER_KNOTS.);-#3082 = CARTESIAN_POINT('',(6.25E-02,-1.E-01));-#3083 = CARTESIAN_POINT('',(0.125,-1.E-01));+#3082 = CARTESIAN_POINT('',(6.25E-02,-0.1));+#3083 = CARTESIAN_POINT('',(0.125,-0.1)); #3084 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''   ) );@@ -4381,14 +4381,14 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #3091 = EDGE_CURVE('',#3049,#1537,#3092,.T.); #3092 = SURFACE_CURVE('',#3093,(#3096,#3102),.PCURVE_S1.); #3093 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3094,#3095),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.); #3094 = CARTESIAN_POINT('',(0.4625,-0.1875,0.18)); #3095 = CARTESIAN_POINT('',(0.4625,-0.1875,0.1665)); #3096 = PCURVE('',#1414,#3097); #3097 = DEFINITIONAL_REPRESENTATION('',(#3098),#3101); #3098 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3099,#3100),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);-#3099 = CARTESIAN_POINT('',(0.125,-1.E-01));+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.);+#3099 = CARTESIAN_POINT('',(0.125,-0.1)); #3100 = CARTESIAN_POINT('',(0.125,-0.115)); #3101 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -4396,8 +4396,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #3102 = PCURVE('',#1550,#3103); #3103 = DEFINITIONAL_REPRESENTATION('',(#3104),#3107); #3104 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3105,#3106),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);-#3105 = CARTESIAN_POINT('',(0.,-1.E-01));+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.);+#3105 = CARTESIAN_POINT('',(0.,-0.1)); #3106 = CARTESIAN_POINT('',(0.,-0.115)); #3107 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -4420,14 +4420,14 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #3123 = EDGE_CURVE('',#3010,#1606,#3124,.T.); #3124 = SURFACE_CURVE('',#3125,(#3128,#3134),.PCURVE_S1.); #3125 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3126,#3127),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.); #3126 = CARTESIAN_POINT('',(0.4625,0.1875,0.18)); #3127 = CARTESIAN_POINT('',(0.4625,0.1875,0.1665)); #3128 = PCURVE('',#1642,#3129); #3129 = DEFINITIONAL_REPRESENTATION('',(#3130),#3133); #3130 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3131,#3132),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);-#3131 = CARTESIAN_POINT('',(0.,-1.E-01));+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.);+#3131 = CARTESIAN_POINT('',(0.,-0.1)); #3132 = CARTESIAN_POINT('',(0.,-0.115)); #3133 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE',''@@ -4435,8 +4435,8 @@ PARAMETRIC_REPRESENTATION_CONTEXT() REPRESENTATION_CONTEXT('2D SPACE','' #3134 = PCURVE('',#1619,#3135); #3135 = DEFINITIONAL_REPRESENTATION('',(#3136),#3139); #3136 = B_SPLINE_CURVE_WITH_KNOTS('',1,(#3137,#3138),.UNSPECIFIED.,.F.,-  .F.,(2,2),(1.E-01,0.115),.PIECEWISE_BEZIER_KNOTS.);-#3137 = CARTESIAN_POINT('',(0.925,-1.E-01));+  .F.,(2,2),(0.1,0.115),.PIECEWISE_BEZIER_KNOTS.);+#3137 = CARTESIAN_POINT('',(0.925,-0.1)); #3138 = CARTESIAN_POINT('',(0.925,-0.115)); #3139 = ( GEOMETRIC_REPRESENTATION_CONTEXT(2)  PARAMETRIC_REPRESENTATION_CONTEXT() 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README.md+3−1

@@ -106,6 +106,8 @@ python3 gen/render_datasheet_pages.py IN-S42ATR-datasheet.pdf ds | [IN-S42ATR-datasheet.pdf](https://wiki.adom.inc/download/aravk/in-s42atr/1.0.0/IN-S42ATR-datasheet.pdf) | Datasheet (V1.1) — release asset | | [IN-S42ATR.kicad_sym](/blob/component/in-s42atr/IN-S42ATR.kicad_sym) | KiCad Symbol | | [IN-S42ATR.kicad_mod](/blob/component/in-s42atr/IN-S42ATR.kicad_mod) | KiCad Footprint |-| [IN-S42ATR.step](/blob/component/in-s42atr/IN-S42ATR.step) | 3D STEP Model |+| [IN-S42ATR.step](/blob/component/in-s42atr/IN-S42ATR.step) | 3D STEP model with the lens in the LED colour (#C34235, dominant wavelength 631 nm) — default |+| [IN-S42ATR-uncoloured.step](/blob/component/in-s42atr/IN-S42ATR-uncoloured.step) | Optional: the same STEP as originally shipped, library colours only (uncoloured lens) |+| [in-s42atr-hero.glb](/blob/component/in-s42atr/in-s42atr-hero.glb) | Wiki hero 3D: the coloured LED plus footprint reference art (pad outlines, silkscreen, K/A labels). Page viewer only, not for boards | | [IN-S42ATR.glb](/blob/component/in-s42atr/IN-S42ATR.glb) | 3D model (wiki viewer) | | [IN-S42ATR.lbr](/blob/component/in-s42atr/IN-S42ATR.lbr) | Fusion 360 / EAGLE library |

in-s42atr-hero.glbadded

⋯ 1 unchanged line ⋯

page.json+14−2

@@ -13,9 +13,21 @@     "category": "LED",     "subcategory": "",     "body_size": null,-    "parts": {},+    "parts": {+      "symbol": "IN-S42ATR.kicad_sym",+      "footprint": "IN-S42ATR.kicad_mod",+      "lbr": "IN-S42ATR.lbr",+      "step": "IN-S42ATR.step",+      "model_3d_step": "IN-S42ATR.step",+      "model_3d_step_plain": "IN-S42ATR-uncoloured.step",+      "model_3d": "in-s42atr-hero.glb",+      "model_3d_plain": "IN-S42ATR.glb"+    },     "distributor_links": {},-    "value": "Red"+    "value": "Red",+    "viewer_3d": {+      "tooltips": "authored"+    }   },   "author": {     "name": "AravK",

provenance/IN-S42ATR-colour.report.jsonadded+42

@@ -0,0 +1,42 @@+{+ "src": "IN-S42ATR-uncoloured.step",+ "out": "IN-S42ATR.step",+ "family": "template",+ "faces": 50,+ "faces_by_class": {+  "lens": 5,+  "substrate": 7,+  "terminal": 34,+  "cathode_mark": 4+ },+ "faces_recoloured": 50,+ "colours_srgb": {+  "lens": [+   0.7657,+   0.2589,+   0.2074+  ],+  "substrate": [+   0.895,+   0.891,+   0.813+  ],+  "terminal": [+   0.859,+   0.738,+   0.496+  ],+  "cathode_mark": [+   0.34,+   0.68,+   0.445+  ]+ },+ "classification": {+  "z_top_mm": 0.5,+  "z_substrate_top_mm": 0.185,+  "template": "IN-S42ATA-uncoloured.step",+  "z_scale_vs_template": 0.9+ },+ "kept_comment_block": false+}\ No newline at end of file

provenance/in-s42atr-hero.pinmap.jsonadded+41

@@ -0,0 +1,41 @@+{+ "schema": "adom/hero-pinmap@1",+ "mpn": "IN-S42ATR",+ "derived_from": {+  "file": "IN-S42ATR.adom-lbr.json",+  "sha256": "40cd38852d9e4d7bc1a5a1d1d506f641d098083cdbb5478a9616ec269d41882a"+ },+ "note": "Pin names and pin-to-pad connects copied from the adom-lbr part; electrical_type added (passive) for the hero only so the overlay labels pads by signal name. The library files are unchanged.",+ "symbol": {+  "pins": [+   {+    "number": "1",+    "name": "K",+    "x": -150,+    "y": 0,+    "length": 100,+    "rotation": 0,+    "electrical_type": "passive"+   },+   {+    "number": "2",+    "name": "A",+    "x": 150,+    "y": 0,+    "length": 100,+    "rotation": 180,+    "electrical_type": "passive"+   }+  ]+ },+ "connect": [+  {+   "pin": "1",+   "pad": "1"+  },+  {+   "pin": "2",+   "pad": "2"+  }+ ]+}\ No newline at end of file

provenance/in-s42atr-led-pass.provenance.jsonadded+307

@@ -0,0 +1,307 @@+{+ "schema": "adom/led-colour-pass@1",+ "mpn": "IN-S42ATR",+ "date": "2026-09-30",+ "purpose": "Coloured-lens STEP as the default model the AI retrieves; the originally shipped STEP kept as the optional -uncoloured file; page GLBs and hero rebuilt from the coloured STEP.",+ "colour": {+  "slug": "in-s42atr",+  "mpn": "IN-S42ATR",+  "family": "template",+  "dominant_wavelength_nm": 631,+  "cie_xy": null,+  "datasheet": "IN-S42AT series V1.1 p.3, lambda_D typ",+  "spectral_oklab_hue_deg": 19.4,+  "oklch": [+   0.56,+   0.1674,+   29.2+  ],+  "srgb": [+   0.7657,+   0.2589,+   0.2074+  ],+  "hex": "#C34235",+  "note": "red: lambda_d 631 nm is beyond the sRGB red primary; hue = red primary 29.2 deg (lambda_d-exact edge colour would be 19.4 deg, rose)"+ },+ "colour_method_doc": "tools/led_colour.py docstring (OKLCh, 65 % of gamut-cusp chroma, datasheet typical lambda_d)",+ "step": {+  "coloured": {+   "file": "IN-S42ATR.step",+   "sha256": "d6e246035e8c83cb99869e648f4babaa7a2ad93aa1fb9fe0e255f6aa19242f4c",+   "bytes": 236064+  },+  "uncoloured": {+   "file": "IN-S42ATR-uncoloured.step",+   "sha256": "034bb8b142b1989f5719c1d39dde9b14c36187f6e4b76fdd7f1a8318acb4e257",+   "bytes": 214421,+   "note": "byte-identical to the STEP the page shipped before this pass (renamed only)",+   "matches_published_original": true+  },+  "colouring": {+   "src": "IN-S42ATR-uncoloured.step",+   "out": "IN-S42ATR.step",+   "family": "template",+   "faces": 50,+   "faces_by_class": {+    "lens": 5,+    "substrate": 7,+    "terminal": 34,+    "cathode_mark": 4+   },+   "faces_recoloured": 50,+   "colours_srgb": {+    "lens": [+     0.7657,+     0.2589,+     0.2074+    ],+    "substrate": [+     0.895,+     0.891,+     0.813+    ],+    "terminal": [+     0.859,+     0.738,+     0.496+    ],+    "cathode_mark": [+     0.34,+     0.68,+     0.445+    ]+   },+   "classification": {+    "z_top_mm": 0.5,+    "z_substrate_top_mm": 0.185,+    "template": "IN-S42ATA-uncoloured.step",+    "z_scale_vs_template": 0.9+   },+   "kept_comment_block": false+  },+  "geometry_check": "verify_geom.py: same product name, face count, volume and centroid in both files; only XCAF face colours differ (ColorSurf + ColorGen set on every recoloured face)"+ },+ "page_glbs": {+  "meaning": "<MPN>.glb and <MPN>.insertion.glb are the page's composite LED scenes (FR4 board, pads, silk, solder fillets, the LED, an emissive LED_lit skin, FOV cone and a point light). The README's inline viewer (Colby's viewer + Static / Pick&Place additions) loads <MPN>.insertion.glb and animates the LED being inserted (placed) into its footprint; <MPN>.glb is the older static composite with the earlier silkscreen. Only the LED geometry/colours were replaced; every other node is copied unchanged.",+  "files": {+   "IN-S42ATR.glb": {+    "sha256": "a25ac4525e799ce01efe076daa3e6fdcac6fe113a91362daa95c9b1cd3e74c9f",+    "bytes": 81960,+    "bytes_before": 263160,+    "tris_before": 3010,+    "tris_after": 1018,+    "build": {+     "out": "IN-S42ATR.glb",+     "bytes": 81960,+     "sha256": "a25ac4525e799ce01efe076daa3e6fdcac6fe113a91362daa95c9b1cd3e74c9f",+     "led_node": "IN-S42ATR",+     "old_led_tris": 2192,+     "new_led_tris": 200,+     "old_mesh_top_m": 0.0005000000237487257,+     "new_mesh_top_m": 0.0004499977179336184,+     "old_node_scale_z": 0.9,+     "new_node_scale_z": 1.0000051187820358,+     "rendered_height_mm": 0.45,+     "lens_material": {+      "name": "lens_red",+      "baseColor_linear": [+       0.5473,+       0.0545,+       0.0355,+       1+      ],+      "replaced": "lens_red",+      "old_baseColor": [+       0.4,+       0.02,+       0.02,+       1+      ]+     }+    }+   },+   "IN-S42ATR.insertion.glb": {+    "sha256": "1e114cf09a1296f737365cb72444fe99a93004441d18aeb0542b53f3b716493e",+    "bytes": 81828,+    "bytes_before": 264668,+    "tris_before": 3034,+    "tris_after": 1042,+    "build": {+     "out": "IN-S42ATR.insertion.glb",+     "bytes": 81828,+     "sha256": "1e114cf09a1296f737365cb72444fe99a93004441d18aeb0542b53f3b716493e",+     "led_node": "IN-S42ATR",+     "old_led_tris": 2192,+     "new_led_tris": 200,+     "old_mesh_top_m": 0.0005000000237487257,+     "new_mesh_top_m": 0.0004499977179336184,+     "old_node_scale_z": 0.9,+     "new_node_scale_z": 1.0000051187820358,+     "rendered_height_mm": 0.45,+     "lens_material": {+      "name": "lens_red",+      "baseColor_linear": [+       0.5473,+       0.0545,+       0.0355,+       1+      ],+      "replaced": "lens_red",+      "old_baseColor": [+       0.4,+       0.02,+       0.02,+       1+      ]+     }+    }+   }+  }+ },+ "hero_glb": {+  "file": "in-s42atr-hero.glb",+  "sha256": "c5ffb6f01e2976925de3bef84b0b5008746711c7d13d18ca3cb85ccccf8019d4",+  "bytes": 40124,+  "built_like": "john/eee-fk1v470p hero (component-reference-overlay.py + finalize.py), no laser etch (real parts are unmarked and too small)",+  "base": "step2glb convert of IN-S42ATR.step, wrapped in one root node IN-S42ATR with Z scale 1.0 (package height 0.45 mm, the same factor the page composites apply to this KiCad model); materials given a PBR finish (lens roughness 0.35 + clear coat)",+  "footprint": {+   "file": "IN-S42ATR.kicad_mod",+   "sha256": "51a0d8cfca22087f827757f4413e5de9f103d7ff15bc0eb9d11e39f7b006e4a4",+   "note": "the page's current footprint, with the cathode silkscreen bracket on pad 1 (K)"+  },+  "overlay_report": {+   "font_file": "JetBrainsMono-Regular.ttf",+   "font_sha256": "c1bfaf2ccf7c56dc25af0cc595c4c6a064a8ebf88930d4543805a9d90692e581",+   "generator_sha256": "aad792e4550350dc175c098711cc77e6574a2b1191191bcf57865fa882580e18",+   "source_glb_sha256": "c0443a97206bea7fc044b3e0399e8db132e421014f6f970208d100fecb59ebd1",+   "footprint_sha256": "51a0d8cfca22087f827757f4413e5de9f103d7ff15bc0eb9d11e39f7b006e4a4",+   "derivative_sha256": "3709640b7bcf862c224239e9b708fab2d1ccbe5d6d8e58a56243e727300418b1",+   "manufacturer_geometry_buffer_prefix_unchanged": true,+   "units": "metre",+   "upAxis": "Z",+   "plane_z_mm": -0.02,+   "pad_outline": "copper perimeter, not solder mask or paste",+   "dash_mm": 0.07,+   "gap_mm": 0.045,+   "silkscreen_path_count": 3,+   "silkscreen_opacity": 0.3,+   "pad_outline_opacity": 0.5,+   "pad_outline_color": "teal #00E6DC",+   "uninstantiated_reference_placeholder": "omitted from component display",+   "pad_name_opacity": 0.5,+   "pad_label_height_mm": 0.2,+   "pad_names": "signal names resolved through canonical pin-to-pad mapping; active-low overbars preserved",+   "library_sha256": "ef4ed1f5124dff0c21bb8d7928b183ed73dcfd94637cfe8443fb8fe91bb6e1a9",+   "pads": [+    {+     "number": "1",+     "drill_boundary_drawn": false,+     "signal_name": "K",+     "display_name": "K",+     "pad_number_fallback": false,+     "active_low_overbar": false,+     "center_mm": [+      -0.5,+      -0.0+     ],+     "copper_size_mm": [+      0.4,+      0.6+     ],+     "copper_outline_bounds_mm": [+      [+       -0.7,+       -0.3+      ],+      [+       -0.3,+       0.3+      ]+     ],+     "label_position_mm": [+      -1.0893333333333333,+      -0.0+     ]+    },+    {+     "number": "2",+     "drill_boundary_drawn": false,+     "signal_name": "A",+     "display_name": "A",+     "pad_number_fallback": false,+     "active_low_overbar": false,+     "center_mm": [+      0.5,+      -0.0+     ],+     "copper_size_mm": [+      0.4,+      0.6+     ],+     "copper_outline_bounds_mm": [+      [+       0.3,+       -0.3+      ],+      [+       0.7,+       0.3+      ]+     ],+     "label_position_mm": [+      1.0866666666666667,+      -0.0+     ]+    }+   ],+   "overlay_nodes": 3,+   "limitations": [+    "Nonphysical reference lines, not a manufacturing layer or manufacturer STEP geometry.",+    "Silkscreen text follows source text/placement but uses the supplied display font.",+    "Physical body can occlude artwork on the seating plane; inspect underside or hide the body."+   ]+  },+  "finalize_spec": {+   "component_label": "IN-S42ATR (coloured model)",+   "component_tooltip": "IN-S42ATR\nRed lens colour (dominant wavelength 631 nm); the real lens is clear",+   "label_tooltip": "Pad labels (signal names)\nreference art, not part of the component",+   "tooltips": {+    "IN-S42ATR (STEP body)": "IN-S42ATR\nRed lens colour (dominant wavelength 631 nm); the real lens is clear"+   },+   "asset_extras": {+    "adomHero": {+     "mpn": "IN-S42ATR",+     "kind": "component + footprint reference art",+     "board_use": false+    }+   }+  }+ },+ "hero_png": {+  "file": "screenshots/hero.png",+  "sha256": "d5736d4b4ebd5c50da01557e1923a3f439cb9b72d710c2d99eff498f41469931",+  "template": "hero-proposals/_tools/hero_template.html (Ray layout, shared with the other basic-part heroes), LED copy tools/hero_template_led.html (optional lens-reflection control only)",+  "render": {+   "glb": "/work/IN-S42ATR.hero-base.glb",+   "dir": [+    -0.9,+    -1.3,+    1.1+   ],+   "dist": 7.6,+   "title": "Red SMD LED 0402",+   "mpn": "IN-S42ATR",+   "cat": "0402 SMD Red LED · 2.1 V drop · 25 mA max",+   "mfr": "Inolux Corporation  •  0402",+   "pill": "ADOM BASIC PART",+   "foot": "Manufacturer datasheet   ·   KiCad library CAD, coloured lens   ·   Adom Wiki",+   "lens": "#C34235",+   "emis": 0.0,+   "lensEnv": 0.25,+   "noToneMap": false,+   "exposure": 0.62+  },+  "before": "../before/in-s42atr/before-hero.png (outside the page copy)"+ }+}\ No newline at end of file

provenance/tools/build_hero.pyadded+68

@@ -0,0 +1,68 @@+#!/usr/bin/env python3+"""Build <slug>-hero.glb for an LED page, the same way john/eee-fk1v470p's hero was built:+  1. base = `step2glb convert` of the coloured <MPN>.step (Z-up, metres), wrapped (JSON chunk only, the+     binary buffer untouched) in one root node named <MPN> whose Z scale gives the datasheet package height+     (the same factor the page's own composite GLBs already apply to this KiCad model);+  2. component-reference-overlay.py: teal dashed copper-pad outlines 50 %, the page's CURRENT F.SilkS+     (Colby's cathode bracket) 30 %, pad labels 50 %, from <MPN>.kicad_mod + a hero pin map;+  3. finalize.py: extras.adomLayer on component + the three reference layers, authored tooltips.+No laser etch (real parts are unmarked and far too small).+Usage: build_hero.py SLUG MPN S2G.glb --zscale Z --height-mm H --label-height MM --colour-note TEXT"""+import sys, os, json, struct, hashlib, subprocess, argparse+T = os.path.dirname(os.path.abspath(__file__))+ap = argparse.ArgumentParser(); ap.add_argument('slug'); ap.add_argument('mpn'); ap.add_argument('s2g')+ap.add_argument('--zscale', type=float, required=True); ap.add_argument('--height-mm', type=float, required=True)+ap.add_argument('--label-height', type=float, required=True); ap.add_argument('--colour-note', required=True)+ap.add_argument('--outdir'); ap.add_argument('--lens', required=True, help='lens sRGB r,g,b as in the STEP'); a = ap.parse_args()+page = os.path.join(os.path.dirname(T), a.slug); out_dir = a.outdir or page; prov = os.path.join(out_dir, 'provenance'); os.makedirs(prov, exist_ok=True)+work = os.path.join(os.path.dirname(T), 'work'); sha = lambda p: hashlib.sha256(open(p, 'rb').read()).hexdigest()++# 1. wrap+b = open(a.s2g, 'rb').read(); jn = struct.unpack_from('<I', b, 12)[0]; d = json.loads(b[20:20 + jn]); rest = b[20 + jn:]+sc = d['scenes'][d.get('scene', 0)]; kids = sc['nodes']+d['nodes'][kids[0]]['name'] = a.mpn + ' (STEP body)'+d['nodes'].append({'name': a.mpn, 'children': kids, 'scale': [1, 1, a.zscale]}); sc['nodes'] = [len(d['nodes']) - 1]+# PBR finish (step2glb materials carry only a base colour, so glTF defaults them to metallic 1 / roughness 1):+# lens = tinted epoxy (roughness 0.35 + clear coat), substrate matte, terminals gold-plated, cathode mark matte.+def lin(c): return c / 12.92 if c <= 0.04045 else ((c + 0.055) / 1.055) ** 2.4+LENS = [lin(float(v)) for v in a.lens.split(',')]+ROLES = {'lens': LENS, 'substrate': [0.7776, 0.7697, 0.6261], 'terminal': [0.7087, 0.5040, 0.2104], 'cathode_mark': [0.0946, 0.4200, 0.1666]}+FINISH = {'lens': (0, 0.35), 'substrate': (0, 0.6), 'terminal': (0.7, 0.35), 'cathode_mark': (0, 0.6)}+for m in d['materials']:+    bc = m['pbrMetallicRoughness']['baseColorFactor'][:3]+    role = next((r for r, k in ROLES.items() if max(abs(x - y) for x, y in zip(bc, k)) < 3e-3), None)+    assert role, bc+    m['name'] = role if role != 'lens' else 'lens'; mt, rg = FINISH[role]+    m['pbrMetallicRoughness'].update(metallicFactor=mt, roughnessFactor=rg)+    if role == 'lens':+        m.setdefault('extensions', {})['KHR_materials_clearcoat'] = {'clearcoatFactor': 1.0, 'clearcoatRoughnessFactor': 0.08}+        d.setdefault('extensionsUsed', []).append('KHR_materials_clearcoat')+j = json.dumps(d, separators=(',', ':')).encode(); j += b' ' * ((-len(j)) % 4)+base = os.path.join(work, f'{a.mpn}.hero-base.glb')+open(base, 'wb').write(struct.pack('<III', 0x46546C67, 2, 20 + len(j) + len(rest)) + struct.pack('<II', len(j), 0x4E4F534A) + j + rest)++# 2. pin map + overlay+lbr = json.load(open(os.path.join(page, f'{a.mpn}.adom-lbr.json')))+pins = [dict(p, electrical_type='passive') for p in lbr['symbol']['pins']]+pinmap = {'schema': 'adom/hero-pinmap@1', 'mpn': a.mpn, 'derived_from': {'file': f'{a.mpn}.adom-lbr.json', 'sha256': sha(os.path.join(page, f'{a.mpn}.adom-lbr.json'))},+          'note': 'Pin names and pin-to-pad connects copied from the adom-lbr part; electrical_type added (passive) for the hero only so the overlay labels pads by signal name. The library files are unchanged.',+          'symbol': {'pins': pins}, 'connect': lbr['connect']}+pm = os.path.join(prov, f'{a.slug}-hero.pinmap.json'); json.dump(pinmap, open(pm, 'w'), indent=1)+ov = os.path.join(work, f'{a.slug}-hero.overlay.glb')+r = subprocess.run([sys.executable, os.path.join(T, 'component-reference-overlay.py'), '--glb', base, '--footprint', os.path.join(page, f'{a.mpn}.kicad_mod'),+                    '--library', pm, '--font', os.path.join(T, 'JetBrainsMono-Regular.ttf'), '--out', ov, '--label-height', str(a.label_height)], capture_output=True, text=True)+assert r.returncode == 0, r.stderr+overlay_report = json.loads(open(ov[:-4] + '.overlay.json').read())++# 3. finalize+names = {p['number']: p['name'] for p in lbr['symbol']['pins']}+spec = {'component_label': f'{a.mpn} (coloured model)', 'component_tooltip': f'{a.mpn}\n{a.colour_note}',+        'label_tooltip': 'Pad labels (signal names)\nreference art, not part of the component',+        'tooltips': {a.mpn + ' (STEP body)': f'{a.mpn}\n{a.colour_note}'},+        'asset_extras': {'adomHero': {'mpn': a.mpn, 'kind': 'component + footprint reference art', 'board_use': False}}}+sp = os.path.join(work, f'{a.slug}-hero.finalize.json'); json.dump(spec, open(sp, 'w'))+hero = os.path.join(out_dir, f'{a.slug}-hero.glb')+r = subprocess.run([sys.executable, os.path.join(T, 'finalize.py'), ov, hero, sp], capture_output=True, text=True); assert r.returncode == 0, r.stderr+print(r.stdout.strip())+json.dump({'overlay_report': overlay_report, 'base_glb_sha256': sha(base), 'finalize_spec': spec, 'hero_sha256': sha(hero), 'hero_bytes': os.path.getsize(hero),+           'zscale': a.zscale, 'height_mm': a.height_mm}, open(os.path.join(work, f'{a.slug}-hero.build.json'), 'w'), indent=1)

provenance/tools/colour_led.pyadded+130

@@ -0,0 +1,130 @@+#!/usr/bin/env python3+"""Colour an LED STEP's lens (and give body/terminals colours where they have none) with XCAF.+Geometry, topology, product names and the file's leading comment block are kept; only face colours+change. Every coloured face gets BOTH XCAFDoc_ColorSurf and XCAFDoc_ColorGen. Colours are given in+sRGB (as written to COLOUR_RGB in the file) and passed to OCCT as Quantity_TOC_sRGB.++Families (classification is by the source model's own colours + geometry, never by guesswork):+  kicad-chip  KiCad LED_0402_1005Metric / LED_0603_1608Metric: one solid; ivory faces above the+              substrate top form the moulded lens block (the clear lens); ivory faces at/below it are+              the PCB substrate; gold = terminals; green = underside cathode mark.+  template    a colourless copy of a kicad-chip model with the same face order (IN-S42ATR is the KiCad+              0402 model scaled to 0.45 mm in Z and re-exported as B-splines): classes are copied from+              --template by face index after checking every face's X/Y extent matches.+  ws5050      KiCad LED_WS2812B_PLCC4_5.0x5.0mm: ivory = body, blue disc = cavity/die window, grey = leads.++Usage: colour_led.py SRC OUT --family F --lens R,G,B [--body R,G,B] [--term R,G,B] [--mark R,G,B]+                     [--template TEMPLATE.step] [--report report.json]"""+import sys, json, argparse, re+from OCP.STEPCAFControl import STEPCAFControl_Reader, STEPCAFControl_Writer+from OCP.STEPControl import STEPControl_AsIs+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_ChildIterator, TDF_Label+from OCP.Quantity import Quantity_Color, Quantity_TOC_sRGB+from OCP.Bnd import Bnd_Box+from OCP.BRepBndLib import BRepBndLib+from OCP.TopExp import TopExp_Explorer+from OCP.TopAbs import TopAbs_FACE++SURF, GEN = XCAFDoc_ColorType.XCAFDoc_ColorSurf, XCAFDoc_ColorType.XCAFDoc_ColorGen+KICAD_IVORY, KICAD_GOLD, KICAD_GREEN = (0.895, 0.891, 0.813), (0.859, 0.738, 0.496), (0.34, 0.68, 0.445)++def load(path):+    doc = TDocStd_Document(TCollection_ExtendedString("d"))+    r = STEPCAFControl_Reader(); r.SetColorMode(True); r.SetNameMode(True); r.SetLayerMode(True)+    assert r.ReadFile(path) == 1, path+    r.Transfer(doc)+    st = XCAFDoc_DocumentTool.ShapeTool_s(doc.Main()); ct = XCAFDoc_DocumentTool.ColorTool_s(doc.Main())+    free = []+    it = TDF_ChildIterator(st.Label(), False)+    while it.More():+        l = it.Value(); it.Next()+        if st.IsFree_s(l) and st.IsTopLevel(l): free.append(l)+    assert len(free) == 1 and not st.IsAssembly_s(free[0]), 'expected one simple part'+    return doc, st, ct, free[0]++def faces(st, ct, lab):+    out = []; ex = TopExp_Explorer(st.GetShape_s(lab), TopAbs_FACE)+    while ex.More():+        f = ex.Current(); ex.Next()+        b = Bnd_Box(); BRepBndLib.Add_s(f, b); mn, mx = b.CornerMin(), b.CornerMax()+        c = Quantity_Color(); col = None+        for t in (SURF, GEN):+            if ct.GetColor(f, t, c):+                r, g, bb = c.Values(Quantity_TOC_sRGB); col = (round(r, 3), round(g, 3), round(bb, 3)); break+        out.append(dict(face=f, col=col, mn=(mn.X(), mn.Y(), mn.Z()), mx=(mx.X(), mx.Y(), mx.Z())))+    return out++def near(a, b, tol=0.02): return a is not None and all(abs(x - y) < tol for x, y in zip(a, b))++def classify_kicad_chip(fs):+    ivory = [f for f in fs if near(f['col'], KICAD_IVORY)]+    ztop = max(f['mx'][2] for f in fs)+    # substrate top = the z of the small horizontal ivory faces beside the lens block+    zsub = min(f['mn'][2] for f in ivory if f['mn'][2] > 0.05 * ztop)+    cls = []+    for f in fs:+        if near(f['col'], KICAD_IVORY):+            lens = f['mn'][2] >= zsub - 1e-4 and f['mx'][2] > zsub + 0.02 * ztop+            cls.append('lens' if lens else 'substrate')+        elif near(f['col'], KICAD_GOLD): cls.append('terminal')+        elif near(f['col'], KICAD_GREEN): cls.append('cathode_mark')+        else: raise SystemExit(f'unexpected colour {f["col"]}')+    return cls, dict(z_top_mm=round(ztop, 4), z_substrate_top_mm=round(zsub, 4))++def classify_ws5050(fs):+    cls = []+    for f in fs:+        if near(f['col'], KICAD_IVORY): cls.append('body')+        elif near(f['col'], (0.15, 0.4, 0.73), 0.08) or near(f['col'], (0.02, 0.13, 0.49), 0.05): cls.append('window')+        else: cls.append('terminal')+    return cls, {}++def main():+    ap = argparse.ArgumentParser(); ap.add_argument('src'); ap.add_argument('out')+    ap.add_argument('--family', required=True, choices=['kicad-chip', 'template', 'ws5050'])+    ap.add_argument('--template'); ap.add_argument('--report')+    for k in ('lens', 'body', 'term', 'mark'): ap.add_argument('--' + k)+    a = ap.parse_args()+    rgb = lambda s: tuple(float(v) for v in s.split(',')) if s else None+    doc, st, ct, lab = load(a.src); fs = faces(st, ct, lab)+    info = {}+    if a.family == 'kicad-chip': cls, info = classify_kicad_chip(fs)+    elif a.family == 'ws5050': cls, info = classify_ws5050(fs)+    else:+        _, st2, ct2, lab2 = load(a.template); tf = faces(st2, ct2, lab2)+        assert len(tf) == len(fs), (len(tf), len(fs))+        for i, (f, t) in enumerate(zip(fs, tf)):   # same face order: X/Y extents must agree+            assert all(abs(f['mn'][k] - t['mn'][k]) < 2e-3 and abs(f['mx'][k] - t['mx'][k]) < 2e-3 for k in (0, 1)), i+        cls, info = classify_kicad_chip(tf); info['template'] = a.template.split('/')[-1]+        info['z_scale_vs_template'] = round(max(f['mx'][2] for f in fs) / max(f['mx'][2] for f in tf), 4)+    colours = {'lens': rgb(a.lens)}+    if a.family == 'ws5050':+        colours.update(body=rgb(a.body), window=rgb(a.lens), terminal=rgb(a.term)); colours.pop('lens')+    else:+        colours.update(substrate=rgb(a.body) or KICAD_IVORY, terminal=rgb(a.term) or KICAD_GOLD,+                       cathode_mark=rgb(a.mark) or KICAD_GREEN)+    counts = {}; changed = 0+    for f, c in zip(fs, cls):+        want = colours[c]; counts[c] = counts.get(c, 0) + 1+        if want is None or (f['col'] is not None and near(f['col'], want, 1e-3)): continue+        sub = TDF_Label()+        if not st.FindSubShape(lab, f['face'], sub): sub = st.AddSubShape(lab, f['face'])+        q = Quantity_Color(want[0], want[1], want[2], Quantity_TOC_sRGB)+        ct.SetColor(sub, q, SURF); ct.SetColor(sub, q, GEN); changed += 1+    w = STEPCAFControl_Writer(); w.SetColorMode(True); w.SetNameMode(True); w.SetLayerMode(True)+    w.Transfer(doc, STEPControl_AsIs); assert w.Write(a.out) == 1+    # keep the source's leading /* ... */ comment block (KiCad licence/attribution) in the HEADER+    src_txt = open(a.src, encoding='latin-1').read(); m = re.search(r'HEADER;\s*(/\*.*?\*/)', src_txt, re.S)+    if m:+        t = open(a.out, encoding='latin-1').read().replace('HEADER;', 'HEADER;\n' + m.group(1), 1)+        open(a.out, 'w', encoding='latin-1').write(t)+    rep = dict(src=a.src.split('/')[-1], out=a.out.split('/')[-1], family=a.family, faces=len(fs),+               faces_by_class=counts, faces_recoloured=changed,+               colours_srgb={k: v for k, v in colours.items()}, classification=info, kept_comment_block=bool(m))+    if a.report: json.dump(rep, open(a.report, 'w'), indent=1)+    print(json.dumps(rep))++if __name__ == '__main__': main()

provenance/tools/component-reference-overlay.pyadded+184

@@ -0,0 +1,184 @@+#!/usr/bin/env python3+"""Add nonphysical footprint reference artwork to a Z-up component GLB.+Original geometry buffers and source files are preserved. Units: GLB metres,+KiCad footprint millimetres with Y down. Glyph outlines use a supplied TrueType font.+"""+import argparse,json,re,math,struct,hashlib+from pathlib import Path+from fontTools.ttLib import TTFont+from fontTools.pens.basePen import BasePen+class Atom(str):pass++def parse(s):+ stack=[];root=None+ for t in re.findall(r'"(?:\\.|[^"\\])*"|[()]|[^\s()]+',s):+  if t=='(':+   a=[]+   if stack:stack[-1].append(a)+   else:root=a+   stack.append(a)+  elif t==')':stack.pop()+  else:stack[-1].append(json.loads(t) if t.startswith('"') else Atom(t))+ assert not stack+ return root+def dump(n):+ return '('+' '.join(map(dump,n))+')' if isinstance(n,list) else str(n) if isinstance(n,Atom) else json.dumps(n,ensure_ascii=False)+def fields(n,key):return [x for x in n if isinstance(x,list) and x and x[0]==key]+def field(n,key,default=None):return next(iter(fields(n,key)),default)+def xy(n,key):return tuple(map(float,field(n,key)[1:3]))+def circle(c,r,start=0,span=2*math.pi,count=48):return [(c[0]+r*math.cos(start+span*i/count),c[1]+r*math.sin(start+span*i/count)) for i in range(count+1)]+def rounded(w,h,r):+ out=[]+ for cx,cy,a in [(w/2-r,h/2-r,0),(-w/2+r,h/2-r,math.pi/2),(-w/2+r,-h/2+r,math.pi),(w/2-r,-h/2+r,math.pi*1.5)]:out+=circle((cx,cy),r,a,math.pi/2,8)+ return out+[out[0]]+def dashed(points,on=.07,off=.045):+ out=[];distance=0+ for a,b in zip(points,points[1:]):+  length=math.dist(a,b);pos=0+  while pos<length-1e-12:+   phase=distance%(on+off);take=min(length-pos,(on-phase) if phase<on else (on+off-phase))+   if take<1e-10:distance+=1e-9;continue+   if phase<on:+    out.append([(a[0]+(b[0]-a[0])*u/length,a[1]+(b[1]-a[1])*u/length) for u in [pos,pos+take]])+   distance+=take;pos+=take+ return out+class Flatten(BasePen):+ def __init__(self,g):super().__init__(g);self.paths=[];self.path=[]+ def _moveTo(self,p):self.path=[p]+ def _lineTo(self,p):self.path.append(p)+ def _curveToOne(self,a,b,c):+  p=self._getCurrentPoint()+  for i in range(1,9):+   t=i/8;self.path.append(tuple((1-t)**3*p[j]+3*(1-t)**2*t*a[j]+3*(1-t)*t*t*b[j]+t**3*c[j] for j in range(2)))+ def _qCurveToOne(self,a,b):+  p=self._getCurrentPoint()+  for i in range(1,9):+   t=i/8;self.path.append(tuple((1-t)**2*p[j]+2*(1-t)*t*a[j]+t*t*b[j] for j in range(2)))+ def _closePath(self):self.path.append(self.path[0]);self.paths.append(self.path);self.path=[]+ def _endPath(self):self.paths.append(self.path);self.path=[]+def main():+ ap=argparse.ArgumentParser();ap.add_argument('--glb',type=Path,required=True);ap.add_argument('--footprint',type=Path,required=True);ap.add_argument('--library',type=Path,required=True);ap.add_argument('--font',type=Path,required=True);ap.add_argument('--out',type=Path,required=True);ap.add_argument('--label-height',type=float,default=.17,help='pad label glyph height in mm (default .17, sized for fine-pitch ICs)');args=ap.parse_args()+ fp=parse(args.footprint.read_text());library=json.loads(args.library.read_text());pin_names={p['number']:p['name'] for p in library['symbol']['pins']};pad_names={}+ for c in library['connect']:+  name=pin_names[c['pin']]+  if c['pad'] in pad_names:assert pad_names[c['pad']]==name,'Ambiguous pad name mapping'+  pad_names[c['pad']]=name+ font=TTFont(args.font);glyphs=font.getGlyphSet();cmap=font.getBestCmap();em=font['head'].unitsPerEm+ def textpaths(text,at,height):+  paths=[];cursor=0+  for ch in text:+   name=cmap.get(ord(ch));assert name,repr(ch)+   pen=Flatten(glyphs);glyphs[name].draw(pen);paths.extend([[(x+cursor,y) for x,y in line] for line in pen.paths]);cursor+=glyphs[name].width+  scale=height/(em*.75)+  return [[(at[0]+(x-cursor/2)*scale,at[1]+(y-em*.35)*scale) for x,y in line] for line in paths]+ pads=[];padlines=[];silk=[];labels=[]+ for p in fields(fp,'pad'):+  if not any(x in field(p,'layers')[1:] for x in ['F.Cu','*.Cu']):continue+  number=p[1];at=xy(p,'at');size=xy(p,'size');angle=math.radians(-float(field(p,'at')[3]) if len(field(p,'at'))>3 else 0);shape=p[3]+  if shape=='roundrect':r=min(size)*float(field(p,'roundrect_rratio')[1]);outline=rounded(*size,r)+  elif shape=='rect':outline=rounded(*size,0)+  elif shape=='circle':outline=circle((0,0),size[0]/2)+  elif shape=='oval':outline=rounded(*size,min(size)/2)+  elif shape=='custom':+   from shapely.geometry import Polygon,Point,LineString,box+   from shapely.ops import unary_union+   shapes=[]+   anchor=field(field(p,'options',[]),'anchor',['anchor','rect'])[1]+   shapes.append(Point(0,0).buffer(size[0]/2) if anchor=='circle' else box(-size[0]/2,-size[1]/2,size[0]/2,size[1]/2))+   for pr in field(p,'primitives',[])[1:]:+    width=float(field(pr,'width',['width',0])[1])+    if pr[0]=='gr_poly':+     pts=[tuple(map(float,q[1:3])) for q in field(pr,'pts')[1:]];shapes.append(Polygon(pts).buffer(width/2))+    elif pr[0]=='gr_line':shapes.append(LineString([xy(pr,'start'),xy(pr,'end')]).buffer(width/2))+    elif pr[0]=='gr_circle':shapes.append(Point(*xy(pr,'center')).buffer(math.dist(xy(pr,'center'),xy(pr,'end'))+width/2))+    else:raise ValueError('Unsupported custom copper primitive '+pr[0])+   merged=unary_union(shapes);assert merged.geom_type=='Polygon','Disconnected custom copper pad requires explicit review';outline=list(merged.exterior.coords)+  else:raise ValueError('Unsupported pad shape '+shape)+  def transform(q):return (at[0]+q[0]*math.cos(angle)-q[1]*math.sin(angle),-(at[1]+q[0]*math.sin(angle)+q[1]*math.cos(angle)))+  outline=list(map(transform,outline));padlines+=dashed(outline)+  drill=field(p,'drill',[])+  if drill:+   dims=[float(v) for v in drill[1:] if not isinstance(v,list) and v!='oval'];off=field(drill,'offset',['offset',0,0]);center=(float(off[1]),float(off[2]))+   hole=rounded(dims[0],dims[1],min(dims)/2) if drill[1]=='oval' else circle((0,0),dims[0]/2)+   hole=[transform((x+center[0],y+center[1])) for x,y in hole];padlines+=dashed(hole)+  bounds=([min(q[i] for q in outline) for i in range(2)],[max(q[i] for q in outline) for i in range(2)])+  raw_name=pad_names.get(number,number) or number;+  if not raw_name:raise ValueError('No electrical mapping for copper pad '+number)+  active_low=bool(re.fullmatch(r'~\{[^}]+\}',raw_name));display_name=raw_name[2:-1] if active_low else raw_name+  unnamed_passive=len(library['symbol']['pins'])==2 and all(q['electrical_type']=='passive' for q in library['symbol']['pins']) and raw_name in ['', '~', number]+  if unnamed_passive:display_name=number+  if not display_name:raise ValueError('Missing signal name for pad '+number)+  glyphs_local=textpaths(display_name,(0,0),args.label_height);points=[q for line in glyphs_local for q in line];xlo=min(q[0] for q in points);xhi=max(q[0] for q in points)+  if active_low:+   bar_y=max(q[1] for q in points)+.025;glyphs_local.append([(xlo,bar_y),(xhi,bar_y)])+  padcenters=[xy(q,'at') for q in fields(fp,'pad') if any(v in field(q,'layers')[1:] for v in ['F.Cu','*.Cu'])]+  maxx=max(abs(v[0]) for v in padcenters) or 1;maxy=max(abs(v[1]) for v in padcenters) or 1+  vertical=abs(at[1])/maxy > abs(at[0])/maxx+.05+  if vertical:+   # Radial labels outside top/bottom rows, with text along the outward axis.+   glyphs_local=[[(-y,x) for x,y in line] for line in glyphs_local];points=[q for line in glyphs_local for q in line];xlo=min(q[0] for q in points);xhi=max(q[0] for q in points)+   dx=at[0];label_y=(bounds[1][1]+.32-min(q[1] for q in points)) if at[1]<0 else bounds[0][1]-.32-max(q[1] for q in points)+  else:+   dx=(bounds[0][0]-.32-xhi) if at[0]<0 else (bounds[1][0]+.32-xlo);label_y=-at[1]+  if abs(at[0])<.01 and abs(at[1])<.01:+   ys=[-xy(q,'at')[1]+sign*xy(q,'size')[1]/2 for q in fields(fp,'pad') for sign in [-1,1]];dx=0;label_y=min(ys)-.65+  labelat=(dx,label_y);labels += [[(x+dx,y+label_y) for x,y in line] for line in glyphs_local]+  pads.append({'number':number,'drill_boundary_drawn':bool(drill),'signal_name':raw_name,'display_name':display_name,'pad_number_fallback':unnamed_passive,'active_low_overbar':active_low,'center_mm':[at[0],-at[1]],'copper_size_mm':size,'copper_outline_bounds_mm':bounds,'label_position_mm':labelat})+ for p in fp:+  if not isinstance(p,list) or field(p,'layer')!=['layer','F.SilkS']:continue+  kind=p[0]+  if kind=='fp_line':silk.append([(x,-y) for x,y in [xy(p,'start'),xy(p,'end')]])+  elif kind=='fp_circle':+   c=xy(p,'center');e=xy(p,'end');silk.append([(x,-y) for x,y in circle(c,math.dist(c,e))])+  elif kind=='fp_rect':+   a,b=xy(p,'start'),xy(p,'end');silk.append([(x,-y) for x,y in [a,(b[0],a[1]),b,(a[0],b[1]),a]])+  elif kind=='fp_poly':+   points=[tuple(map(float,q[1:3])) for q in field(p,'pts')[1:]];silk.append([(x,-y) for x,y in points+[points[0]]])+  elif kind=='fp_arc':+   import numpy as np+   a,m,z=[np.array(xy(p,k)) for k in ['start','mid','end']];center=np.linalg.solve(2*np.array([m-a,z-a]),np.array([m@m-a@a,z@z-a@a]));rad=float(np.linalg.norm(a-center));t0,t1,t2=[math.atan2(*(v-center)[::-1]) for v in [a,m,z]];span=(t2-t0)%(2*math.pi)+   if (t1-t0)%(2*math.pi)>span:span-=2*math.pi+   silk.append([(x,-y) for x,y in circle(center,rad,t0,span,48)])+  elif kind=='property':+   # Identity placeholders/hidden properties are not physical footprint silk.+   if field(p,'hide') or 'hide' in p or p[1]=='Reference' or p[2] in ['REF**','REF*','${REFERENCE}']:continue+   at=xy(p,'at');effects=field(p,'effects');height=float(field(field(effects,'font'),'size')[2]);silk+=textpaths(p[2],(at[0],-at[1]),height)+  elif kind=='fp_text':+   if 'hide' in p or (p[1]=='reference' and p[2] in ['REF**','REF*','${REFERENCE}']):continue+   at=xy(p,'at');effects=field(p,'effects');height=float(field(field(effects,'font'),'size')[2]);silk+=textpaths(p[2],(at[0],-at[1]),height)+  else:raise ValueError('Unsupported silk primitive '+kind)+ b=args.glb.read_bytes();jn,jt=struct.unpack_from('<II',b,12);d=json.loads(b[20:20+jn]);bn,bt=struct.unpack_from('<II',b,20+jn);assert bt==0x004e4942+ original=b[28+jn:28+jn+bn];binary=bytearray(original);assert len(d['buffers'])==1 and 'uri' not in d['buffers'][0]+ ext=d.setdefault('extensionsUsed',[])+ if 'KHR_materials_unlit' not in ext:ext.append('KHR_materials_unlit')+ parent={'name':'Adom reference artwork (nonphysical)','children':[],'extras':{'physical':False,'purpose':'footprint copper outlines, silkscreen and pad identifiers','sourceFootprint':args.footprint.name,'units':'metre','upAxis':'Z'}}+ parentid=len(d['nodes']);d['nodes'].append(parent)+ roots=d['scenes'][d.get('scene',0)]['nodes'];poses=[i for i in roots if d['nodes'][i].get('name','').startswith('Adom.Hero.')]+ if len(poses)==1:d['nodes'][poses[0]].setdefault('children',[]).append(parentid)+ elif not poses:roots.append(parentid)+ else:raise ValueError('Ambiguous hero presentation transform')+ def add(name,paths,color,alpha,width):+  vertices=[];z=-.00002+  for path in paths:+   for a,c in zip(path,path[1:]):+    length=math.dist(a,c)+    if length<1e-10:continue+    nx=-(c[1]-a[1])/length*width/2;ny=(c[0]-a[0])/length*width/2+    quad=[(a[0]+nx,a[1]+ny),(a[0]-nx,a[1]-ny),(c[0]-nx,c[1]-ny),(c[0]+nx,c[1]+ny)]+    for i in [0,1,2,0,2,3]:vertices.append((quad[i][0]/1000,quad[i][1]/1000,z))+  if not vertices:return+  binary.extend(b'\0'*((-len(binary))%4));offset=len(binary);raw=b''.join(struct.pack('<fff',*v) for v in vertices);binary.extend(raw)+  bv=len(d['bufferViews']);d['bufferViews'].append({'buffer':0,'byteOffset':offset,'byteLength':len(raw),'target':34962})+  ac=len(d['accessors']);d['accessors'].append({'bufferView':bv,'componentType':5126,'count':len(vertices),'type':'VEC3','min':[min(v[i] for v in vertices) for i in range(3)],'max':[max(v[i] for v in vertices) for i in range(3)]})+  material=len(d['materials']);d['materials'].append({'name':name,'pbrMetallicRoughness':{'baseColorFactor':color+[alpha],'metallicFactor':0,'roughnessFactor':1},'alphaMode':'BLEND' if alpha<1 else 'OPAQUE','doubleSided':True,'extensions':{'KHR_materials_unlit':{}},'extras':{'referenceArtwork':True,'opacity':alpha}})+  mesh=len(d['meshes']);d['meshes'].append({'name':name,'primitives':[{'attributes':{'POSITION':ac},'material':material,'mode':4}]})+  node=len(d['nodes']);d['nodes'].append({'name':name,'mesh':mesh,'extras':{'physical':False}});parent['children'].append(node)+ add('Footprint pads - teal dashed outlines - 50 percent opacity',padlines,[0,.902,.863],.5,.015)+ add('Silkscreen reference lines - 30 percent opacity',silk,[.92,.96,1],.3,.012)+ add('Signal names - 50 percent opacity',labels,[.92,.96,1],.5,.009)+ d['buffers'][0]['byteLength']=len(binary);assert binary[:len(original)]==original+ j=json.dumps(d,separators=(',',':')).encode();j+=b' '*((-len(j))%4);binary.extend(b'\0'*((-len(binary))%4))+ out=struct.pack('<III',0x46546c67,2,28+len(j)+len(binary))+struct.pack('<II',len(j),0x4e4f534a)+j+struct.pack('<II',len(binary),0x004e4942)+binary;args.out.write_bytes(out)+ report={'font_file':args.font.name,'font_sha256':hashlib.sha256(args.font.read_bytes()).hexdigest(),'generator_sha256':hashlib.sha256(Path(__file__).read_bytes()).hexdigest(),'source_glb_sha256':hashlib.sha256(b).hexdigest(),'footprint_sha256':hashlib.sha256(args.footprint.read_bytes()).hexdigest(),'derivative_sha256':hashlib.sha256(out).hexdigest(),'manufacturer_geometry_buffer_prefix_unchanged':True,'units':'metre','upAxis':'Z','plane_z_mm':-.02,'pad_outline':'copper perimeter, not solder mask or paste','dash_mm':.07,'gap_mm':.045,'silkscreen_path_count':len(silk),'silkscreen_opacity':.3,'pad_outline_opacity':.5,'pad_outline_color':'teal #00E6DC','uninstantiated_reference_placeholder':'omitted from component display','pad_name_opacity':.5,'pad_label_height_mm':args.label_height,'pad_names':'signal names resolved through canonical pin-to-pad mapping; active-low overbars preserved','library_sha256':hashlib.sha256(args.library.read_bytes()).hexdigest(),'pads':pads,'overlay_nodes':len(parent['children']),'limitations':['Nonphysical reference lines, not a manufacturing layer or manufacturer STEP geometry.','Silkscreen text follows source text/placement but uses the supplied display font.','Physical body can occlude artwork on the seating plane; inspect underside or hide the body.']}+ args.out.with_suffix('.overlay.json').write_text(json.dumps(report,indent=2)+'\n');print(json.dumps(report))+if __name__=='__main__':main()

provenance/tools/finalize.pyadded+31

@@ -0,0 +1,31 @@+#!/usr/bin/env python3+"""Hero GLB finishing pass (JSON chunk only; the binary buffer is untouched):+- the adom-chip-laser inlay node (found by its material colour) becomes Adom.LaserEtch.MPN with provenance extras+- the physical model root, pad outlines, silkscreen and pad labels are declared as extras.adomLayer+- authored extras.tooltip on physical meshes (vendor CAD names such as NAUO3 are not reader-facing)+Usage: finalize.py in.glb out.glb spec.json"""+import json, struct, sys, hashlib+src, dst, spec = sys.argv[1], sys.argv[2], json.load(open(sys.argv[3]))+b = open(src, 'rb').read(); jn = struct.unpack_from('<I', b, 12)[0]; d = json.loads(b[20:20+jn]); rest = b[20+jn:]+nodes = d['nodes']; roots = d['scenes'][d.get('scene', 0)]['nodes']+def near(c, t): return all(abs(x-y) < 2e-3 for x, y in zip(c, t))+etch_mats = [i for i, m in enumerate(d['materials']) if spec.get('etch_rgb') and near(m.get('pbrMetallicRoughness', {}).get('baseColorFactor', [9])[:3], spec['etch_rgb'])]+found = []+for n in nodes:+    if 'mesh' in n and etch_mats and all(p.get('material') in etch_mats for p in d['meshes'][n['mesh']]['primitives']):+        n['name'] = 'Adom.LaserEtch.MPN'; n['extras'] = dict(n.get('extras', {}), **spec['etch_extras']); found.append(n)+if spec.get('etch_rgb'): assert len(found) == 1, f'etch node match {len(found)}'+for i, n in enumerate(nodes):+    nm = n.get('name', '')+    if nm.startswith('Footprint pads'): n['extras'].update(adomLayer={'key': 'fp_pad_outlines', 'label': 'Pad outlines', 'group': 'Footprint (reference art)'}, tooltip='Footprint copper pad outline\nreference art, not part of the component')+    elif nm.startswith('Silkscreen reference'): n['extras'].update(adomLayer={'key': 'fp_silkscreen', 'label': 'Silkscreen', 'group': 'Footprint (reference art)'}, tooltip='Footprint silkscreen\nreference art, not part of the component')+    elif nm.startswith('Signal names'): n['extras'].update(adomLayer={'key': 'fp_pad_labels', 'label': 'Pad labels', 'group': 'Footprint (reference art)'}, tooltip=spec['label_tooltip'])+    for key, tip in spec.get('tooltips', {}).items():+        if nm == key: n.setdefault('extras', {})['tooltip'] = tip+phys = [r for r in roots if not nodes[r].get('name', '').startswith(('Adom reference artwork', 'Adom.LaserEtch'))]+assert len(phys) == 1, phys+nodes[phys[0]].setdefault('extras', {}).update(adomLayer={'key': 'component', 'label': spec['component_label'], 'group': 'Component'}, tooltip=spec['component_tooltip'])+d.setdefault('asset', {}).setdefault('extras', {}).update(spec.get('asset_extras', {}))+j = json.dumps(d, separators=(',', ':')).encode(); j += b' ' * ((-len(j)) % 4)+out = struct.pack('<III', 0x46546c67, 2, 20 + len(j) + len(rest)) + struct.pack('<II', len(j), 0x4e4f534a) + j + rest+open(dst, 'wb').write(out); print(dst, len(out), hashlib.sha256(out).hexdigest()[:16], 'etch nodes', len(found))

provenance/tools/gltfio.pyadded+74

@@ -0,0 +1,74 @@+"""Minimal GLB reader/writer (numpy only): read accessors to float/int arrays (dequantizing normalized+types, honouring byteStride), and re-pack a document whose primitives carry numpy arrays."""+import json, struct+import numpy as np++CT = {5120: np.int8, 5121: np.uint8, 5122: np.int16, 5123: np.uint16, 5125: np.uint32, 5126: np.float32}+NC = {'SCALAR': 1, 'VEC2': 2, 'VEC3': 3, 'VEC4': 4, 'MAT4': 16}++def load(path):+    b = open(path, 'rb').read(); assert b[:4] == b'glTF'+    jn = struct.unpack_from('<I', b, 12)[0]; d = json.loads(b[20:20 + jn])+    off = 20 + jn; binc = b''+    if off < len(b):+        bl = struct.unpack_from('<I', b, off)[0]; binc = b[off + 8: off + 8 + bl]+    return d, binc++def accessor(d, binc, i):+    a = d['accessors'][i]; bv = d['bufferViews'][a['bufferView']]; dt = np.dtype(CT[a['componentType']])+    n, k = a['count'], NC[a['type']]; start = bv.get('byteOffset', 0) + a.get('byteOffset', 0)+    stride = bv.get('byteStride', dt.itemsize * k)+    raw = np.frombuffer(binc, dtype=np.uint8, count=stride * (n - 1) + dt.itemsize * k, offset=start)+    arr = np.lib.stride_tricks.as_strided(raw, shape=(n, dt.itemsize * k), strides=(stride, 1)).copy()+    arr = arr.view(dt).reshape(n, k)+    if a.get('normalized'):+        arr = np.maximum(arr.astype(np.float64) / np.iinfo(dt).max, -1.0)+    return arr if k > 1 else arr[:, 0]++def node_matrix(n):+    if 'matrix' in n: return np.array(n['matrix'], dtype=np.float64).reshape(4, 4).T+    t = np.array(n.get('translation', [0, 0, 0])); s = np.array(n.get('scale', [1, 1, 1])); x, y, z, w = n.get('rotation', [0, 0, 0, 1])+    R = np.array([[1-2*(y*y+z*z), 2*(x*y-z*w), 2*(x*z+y*w)], [2*(x*y+z*w), 1-2*(x*x+z*z), 2*(y*z-x*w)], [2*(x*z-y*w), 2*(y*z+x*w), 1-2*(x*x+y*y)]])+    M = np.eye(4); M[:3, :3] = R * s; M[:3, 3] = t; return M++def save(path, d, arrays):+    """d: glTF json WITHOUT accessors/bufferViews/buffers; primitives reference keys into `arrays`+    (dict key -> (np.ndarray, target)); keys are replaced with accessor indices."""+    blob = bytearray(); d['accessors'] = []; d['bufferViews'] = []; idx = {}+    def add(key):+        if key in idx: return idx[key]+        arr, target = arrays[key]+        if arr.dtype.kind == 'f': arr = arr.astype(np.float32); ct = 5126+        else:+            arr = arr.astype(np.uint32 if arr.max() > 65535 else np.uint16); ct = 5125 if arr.dtype == np.uint32 else 5123+        while len(blob) % 4: blob.append(0)+        off = len(blob); blob.extend(arr.tobytes())+        bv = {'buffer': 0, 'byteOffset': off, 'byteLength': arr.nbytes}+        if target: bv['target'] = target+        d['bufferViews'].append(bv)+        k = 1 if arr.ndim == 1 else arr.shape[1]+        acc = {'bufferView': len(d['bufferViews']) - 1, 'componentType': ct, 'count': int(arr.shape[0]),+               'type': {1: 'SCALAR', 2: 'VEC2', 3: 'VEC3', 4: 'VEC4'}[k]}+        if key.endswith('POSITION'): acc['min'] = [float(v) for v in arr.min(0)]; acc['max'] = [float(v) for v in arr.max(0)]+        d['accessors'].append(acc); idx[key] = len(d['accessors']) - 1; return idx[key]+    for m in d['meshes']:+        for p in m['primitives']:+            p['attributes'] = {k: add(v) for k, v in p['attributes'].items()}+            if 'indices' in p: p['indices'] = add(p['indices'])+    while len(blob) % 4: blob.append(0)+    d['buffers'] = [{'byteLength': len(blob)}]+    j = json.dumps(d, separators=(',', ':')).encode(); j += b' ' * ((-len(j)) % 4)+    out = struct.pack('<III', 0x46546C67, 2, 28 + len(j) + len(blob)) + struct.pack('<II', len(j), 0x4E4F534A) + j + struct.pack('<II', len(blob), 0x004E4942) + bytes(blob)+    open(path, 'wb').write(out); return len(out)++def explode(d, binc):+    """Turn every primitive's accessors into keys of an arrays dict (for re-saving unchanged meshes)."""+    arrays = {}+    for mi, m in enumerate(d['meshes']):+        for p in m['primitives']:+            for k, a in list(p['attributes'].items()):+                key = f'a{a}_{k}'; arrays[key] = (accessor(d, binc, a), 34962); p['attributes'][k] = key+            if 'indices' in p:+                key = f'a{p["indices"]}_IDX'; arrays[key] = (accessor(d, binc, p['indices']), 34963); p['indices'] = key+    for k in ('accessors', 'bufferViews', 'buffers'): d.pop(k, None)+    return arrays

provenance/tools/hero_template_led.htmladded+68

@@ -0,0 +1,68 @@+<!doctype html><html><head><meta charset="utf-8"><title>Hero</title>+<style>+@font-face{font-family:FG;src:url(/_tools/fonts/FamiljenGrotesk-Variable.woff2) format('woff2');font-weight:400 700}+@font-face{font-family:JBM;src:url(/_tools/fonts/JetBrainsMono-Regular.woff2) format('woff2');font-weight:400}+@font-face{font-family:JBM;src:url(/_tools/fonts/JetBrainsMono-Bold.woff2) format('woff2');font-weight:700}+html,body{margin:0;width:1920px;height:1200px;overflow:hidden;background:#0c1117}+body{position:relative;font-family:FG,sans-serif;color:#eef2f6;background:radial-gradient(ellipse 60% 70% at 18% 30%,#121a22 0%,#0c1117 70%)}+.bar{position:absolute;left:0;top:0;right:0;height:8px;background:linear-gradient(90deg,#1fd6c9,#3aa0ff)}+.glow{position:absolute;left:880px;top:80px;width:1100px;height:1060px;border-radius:50%;background:radial-gradient(closest-side,rgba(40,200,190,.20),rgba(40,160,190,.08) 55%,rgba(12,17,23,0) 100%)}+canvas{position:absolute;right:0;top:0;width:1100px;height:1200px;z-index:1}+.left{position:absolute;left:124px;top:150px;width:800px;z-index:2}+.kicker{font-family:JBM;font-size:28px;letter-spacing:.24em;color:#27d3c6;margin-bottom:40px}+h1{font-weight:700;margin:0 0 30px;line-height:1.02;letter-spacing:-.01em;white-space:nowrap}+.mpn{font-family:JBM;font-weight:700;font-size:44px;color:#cfe0ea;margin:-6px 0 26px;letter-spacing:.02em}+.cat{font-size:40px;line-height:1.25;white-space:nowrap;color:#dfe6ec;margin-bottom:22px}+.mfr{font-size:38px;color:#98a4b0}+.pill{display:inline-block;margin-top:44px;padding:14px 30px;border:2px solid rgba(39,211,198,.55);border-radius:999px;font-family:JBM;font-size:24px;letter-spacing:.18em;color:#27d3c6}+.foot{position:absolute;z-index:2;left:124px;bottom:78px;font-family:JBM;font-size:27px;color:#5f6b77;letter-spacing:.02em}+</style>+<script type="importmap">{"imports":{"three":"https://cdn.jsdelivr.net/npm/[email protected]/build/three.module.js","three/addons/":"https://cdn.jsdelivr.net/npm/[email protected]/examples/jsm/"}}</script>+</head><body>+<div class="bar"></div><div class="glow"></div>+<div class="left">+ <div class="kicker">COMPONENT</div>+ <h1 id="title"></h1>+ <div class="mpn" id="mpn"></div>+ <div class="cat" id="cat"></div>+ <div class="mfr" id="mfr"></div>+ <div id="pillwrap"></div>+</div>+<div class="foot" id="foot"></div>+<script type="module">+import * as THREE from 'three';+import {GLTFLoader} from 'three/addons/loaders/GLTFLoader.js';+import {RoomEnvironment} from 'three/addons/environments/RoomEnvironment.js';+const C = __CFG__;+const t = document.getElementById('title'); t.textContent = C.title;+document.getElementById('mpn').textContent = C.mpn || ''; if (!C.mpn) document.getElementById('mpn').remove();+document.getElementById('cat').textContent = C.cat; document.getElementById('mfr').textContent = C.mfr;+if (C.pill) document.getElementById('pillwrap').innerHTML = '<div class="pill">' + C.pill + '</div>';+document.getElementById('foot').textContent = C.foot;+await document.fonts.ready;+let fs = 128; t.style.fontSize = fs + 'px'; while (t.scrollWidth > 800 && fs > 60) { fs -= 2; t.style.fontSize = fs + 'px'; }+// led-pass: the spec line is nowrap too; shrink it to the same 800 px column so it never runs under the part+const ct = document.getElementById('cat'); let cs = 40; while (ct.scrollWidth > 800 && cs > 26) { cs -= 1; ct.style.fontSize = cs + 'px'; }+const W = 1100, H = 1200;+const r = new THREE.WebGLRenderer({antialias: true, alpha: true, preserveDrawingBuffer: true}); r.setPixelRatio(1); r.setSize(W, H);+r.toneMapping = C.noToneMap ? THREE.NoToneMapping : THREE.NeutralToneMapping; r.toneMappingExposure = C.exposure || 1.0; r.setClearColor(0x000000, 0);+document.body.appendChild(r.domElement);+const scene = new THREE.Scene();+scene.environment = new THREE.PMREMGenerator(r).fromScene(new RoomEnvironment(), 0.04).texture;+const key = new THREE.DirectionalLight(0xffffff, 1.6); key.position.set(-2, -3, 6); scene.add(key);+const rim = new THREE.DirectionalLight(0x9fe8ff, 0.6); rim.position.set(3, 4, 2); scene.add(rim);+const g = await new GLTFLoader().loadAsync(C.glb); scene.add(g.scene); g.scene.updateMatrixWorld(true);+// led-pass addition (off unless C.lens is set): the LED lens material (matched by its base colour) gets a slight+// self-glow in its own colour and a weaker environment reflection, so the lens hue is not washed toward white.+let lensMats = 0;+if (C.lens) { const L = new THREE.Color(C.lens); g.scene.traverse(o => { if (o.isMesh) for (const m of [].concat(o.material)) {+  if (Math.abs(m.color.r-L.r)+Math.abs(m.color.g-L.g)+Math.abs(m.color.b-L.b) < 0.02) { m.emissive = L.clone(); m.emissiveIntensity = C.emis ?? 0.35; m.envMapIntensity = C.lensEnv ?? 0.3; lensMats++; } } }); }+document.body.dataset.lensMats = lensMats;+const box = new THREE.Box3().setFromObject(g.scene); const c = box.getCenter(new THREE.Vector3()); const s = box.getSize(new THREE.Vector3());+const R = s.length() / 2;+const cam = new THREE.PerspectiveCamera(22, W / H, R / 50, R * 50); cam.up.set(0, 0, 1);+const dir = new THREE.Vector3(...C.dir).normalize();+cam.position.copy(c).addScaledVector(dir, R * (C.dist || 3.3)); cam.lookAt(c);+r.render(scene, cam);+document.body.dataset.ready = 1;+</script></body></html>

provenance/tools/led_colour.pyadded+79

@@ -0,0 +1,79 @@+#!/usr/bin/env python3+"""Lens colours for the Adom basic-part LEDs (second pass, after John's review on 2026-09-30:+"a bit less saturated so they feel a bit more real", "match the nanometer wavelength", "amber looks super red").++Method (OKLCh, sRGB D65):+  1. hue    = OKLab hue of the in-gamut sRGB colour whose dominant wavelength is EXACTLY the part's typical+              lambda_d from the datasheet table (page recorded below): the D65 white -> spectral-locus line+              (CIE 1931 2-deg) clipped at the sRGB gamut edge. (The OKLab hue of the raw spectral colour is not+              used: OKLab is unreliable that far outside sRGB and turns 470 nm cyan.) Reds whose lambda_d lies+              beyond the sRGB red primary (lambda_d ~611 nm) take the red primary's hue, 29.2 deg: sRGB cannot+              show a redder hue, and clipping along the white line would drift them toward rose.+  2. chroma = SAT x the gamut-cusp chroma at that hue (the most saturated sRGB colour of that hue), SAT = 0.65,+              then reduced further only if needed to stay inside sRGB at the chosen lightness.+  3. lightness L: red 0.60 (631 nm 0.56, darker, since sRGB cannot separate 622 and 631 by hue), amber 0.72, green 0.74, blue 0.55, so the lens reads as tinted epoxy, not paint.+  Amber exception: the OKLab hue of 605 nm (35.6 deg) sits only ~10 deg from the red parts (24-26 deg) and+  renders as coral-red. John asked for amber to read clearly amber-orange, between red and yellow, so the+  amber DISPLAY hue is 60 deg at L 0.76: midway between the red parts (29.2 deg) and how a yellow LED reads on+  screen (~90 deg; note the lambda_d-exact colour of the series' 591 nm yellow sibling is itself only 52.7 deg,+  i.e. sRGB orange, which is the whole problem with long-wave colours on sRGB). First try (47 deg, L 0.72)+  still rendered terracotta next to the red part. lambda_d 605 nm is still what is recorded; the hue shift is a display choice, stated.+  White (phosphor-converted InGaN): the lens is the YAG phosphor, drawn as a pale warm yellow, low chroma+  (OKLCh L 0.90, C 0.075, h 95); the emission chromaticity is recorded, not drawn.+Writes colours.tsv (slug, MPN, family, lambda_d, sRGB) and colours.json (full provenance)."""+import json, math+import wl2srgb as w+w.LOC.update({570: (.4441, .5547), 575: (.4788, .5202), 580: (.5125, .4866), 585: (.5448, .4544), 590: (.5752, .4242)})+SAT = 0.65+PARTS = [  # slug, MPN, family, lambda_d (typ) or CIE xy, datasheet page, table+    ('in-s42ata', 'IN-S42ATA', 'kicad-chip', 605, 'IN-S42AT series V1.1 p.3 Electrical Characteristics, lambda_D typ'),+    ('in-s42atb', 'IN-S42ATB', 'kicad-chip', 470, 'IN-S42AT series V1.1 p.3, lambda_D typ'),+    ('in-s42atg', 'IN-S42ATG', 'kicad-chip', 525, 'IN-S42AT series V1.1 p.3, lambda_D typ'),+    ('in-s42atr', 'IN-S42ATR', 'template', 631, 'IN-S42AT series V1.1 p.3, lambda_D typ'),+    ('in-s42atuw', 'IN-S42ATUW', 'kicad-chip', (0.295, 0.30), 'IN-S42AT series V1.1 p.3, CIE x/y (white, no lambda_D)'),+    ('in-s63bta', 'IN-S63BTA', 'kicad-chip', 605, 'IN-S63BT series (2022-03-10) p.3 Electrical Characteristics, lambda_D typ'),+    ('in-s63bt5b', 'IN-S63BT5B', 'kicad-chip', 468, 'IN-S63BT series p.3, lambda_D typ (5 mA test)'),+    ('in-s63btg', 'IN-S63BTG', 'kicad-chip', 527, 'IN-S63BT series p.3, lambda_D typ'),+    ('in-s63btr', 'IN-S63BTR', 'kicad-chip', 622, 'IN-S63BT series p.3, lambda_D typ'),+    ('in-s63bt5uw', 'IN-S63BT5UW', 'kicad-chip', (0.27, 0.255), 'IN-S63BT series p.3, CIE x/y (white, 5 mA, no lambda_D)'),+]+def ok2srgb(L, C, h):+    a, b = C * math.cos(math.radians(h)), C * math.sin(math.radians(h)); return w.ok2lin([L, a, b])+def inside(lin): return all(-1e-7 <= c <= 1 + 1e-7 for c in lin)+def max_c(L, h):+    lo, hi = 0.0, 0.5+    for _ in range(50):+        m = (lo + hi) / 2+        if inside(ok2srgb(L, m, h)): lo = m+        else: hi = m+    return lo+def cusp(h): return max((max_c(0.2 + 0.78 * i / 399, h), 0.2 + 0.78 * i / 399) for i in range(400))+out = []+for slug, mpn, fam, lam, src in PARTS:+    if isinstance(lam, tuple):+        L, C, h = 0.90, 0.075, 95.0; note = 'white: pale warm YAG-phosphor yellow, low chroma (emission CIE x/y recorded, not drawn)'+        spectral_h = None+    else:+        s_edge = w.along_white(w.xy2lin(*w.locus(lam)))+        dec = lambda c: c / 12.92 if c <= 0.04045 else ((c + 0.055) / 1.055) ** 2.4+        Lk, a, b = w.lin2ok([dec(c) for c in s_edge]); spectral_h = math.degrees(math.atan2(b, a)) % 360; h = spectral_h+        L = {'B': 0.55, 'G': 0.74, 'A': 0.76, 'R': 0.60}[mpn[-1]]+        note = f'hue = OKLab hue ({h:.1f} deg) of the lambda_d-exact gamut-edge colour for {lam} nm'+        if mpn.endswith('R') and lam > 625: L = 0.56  # 631 nm: same displayable hue as 622 nm, drawn darker (lower luminous efficacy)+        if mpn.endswith('R') and lam > 611: h = 29.2; note = f'red: lambda_d {lam} nm is beyond the sRGB red primary; hue = red primary 29.2 deg (lambda_d-exact edge colour would be {spectral_h:.1f} deg, rose)'+        if mpn.endswith('A'): h = 60.0; note = f'amber: display hue 60 deg, midway between red (29.2) and on-screen yellow (~90) (lambda_d-exact hue for 605 nm is {spectral_h:.1f} deg, reads red); see docstring'+        Cc, Lc = cusp(h); C = min(SAT * Cc, max_c(L, h))+        Cc, Lc = cusp(h); C = min(SAT * Cc, max_c(L, h))+    lin = [min(1, max(0, c)) for c in ok2srgb(L, C, h)]; srgb = [round(w.enc(c), 4) for c in lin]+    hexs = '#%02X%02X%02X' % tuple(round(c * 255) for c in srgb)+    out.append(dict(slug=slug, mpn=mpn, family=fam, dominant_wavelength_nm=None if isinstance(lam, tuple) else lam,+                    cie_xy=list(lam) if isinstance(lam, tuple) else None, datasheet=src,+                    spectral_oklab_hue_deg=None if spectral_h is None else round(spectral_h, 1),+                    oklch=[round(L, 3), round(C, 4), round(h, 1)], srgb=srgb, hex=hexs, note=note))+    print(f'{mpn:12s} {str(lam):14s} oklch({L:.2f} {C:.3f} {h:5.1f}) {hexs}  {note}')+json.dump(dict(method=__doc__, saturation_of_cusp=SAT, parts=out), open('colours.json', 'w'), indent=1, ensure_ascii=False)+with open('colours.tsv', 'w') as f:+    for o in out:+        wl = o['dominant_wavelength_nm'] or ','.join(str(v) for v in o['cie_xy'])+        f.write('\t'.join([o['slug'], o['mpn'], o['family'], str(wl), ','.join(str(v) for v in o['srgb'])]) + '\n')+    f.write('ws2812b-2020\tWS2812B-2020\tws5050\tRGB\t0.82,0.84,0.86\n')

provenance/tools/make_led_hero.pyadded+18

@@ -0,0 +1,18 @@+#!/usr/bin/env python3+"""Hero PNG for an LED page with the shared Ray-layout template (hero-proposals/_tools/hero_template.html, LED copy+hero_template_led.html adds the optional lens glow). Usage: make_led_hero.py SLUG MPN LENS_R,G,B GLB OUT [json-extra]"""+import json, sys, os, subprocess+LP = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))+slug, mpn, lens, glb, out = sys.argv[1:6]; extra = json.loads(sys.argv[6]) if len(sys.argv) > 6 else {}+p = json.load(open(f'{LP}/{slug}/page.json')); comp = p['component']+hexs = '#%02X%02X%02X' % tuple(round(float(v) * 255) for v in lens.split(','))+cfg = dict(glb=glb, dir=[-0.9, -1.3, 1.1], dist=7.6, title=p['title'].split(' - ')[0], mpn=mpn, cat=p['brief'],+           mfr=f"{comp['manufacturer']}  •  {comp['package']}", pill='ADOM BASIC PART',+           foot='Manufacturer datasheet   ·   KiCad library CAD, coloured lens   ·   Adom Wiki',+           lens=hexs, emis=0.0, lensEnv=0.25, noToneMap=False, exposure=0.62)+cfg.update(extra)+html = open(f'{LP}/tools/hero_template_led.html').read().replace('__CFG__', json.dumps(cfg, ensure_ascii=False))+open(f'{LP}/work/{slug}.hero.html', 'w').write(html)+json.dump(cfg, open(f'{LP}/work/{slug}.hero.cfg.json', 'w'), indent=1, ensure_ascii=False)+r = subprocess.run(['node', f'{LP}/_tools/shoot_hero.js', f'http://127.0.0.1:8792/work/{slug}.hero.html', out], capture_output=True, text=True, timeout=200)+print(slug, r.returncode, r.stdout[-300:], r.stderr[-300:])

provenance/tools/rebuild_all.shadded+20

@@ -0,0 +1,20 @@+#!/bin/bash+# Rebuild every Inolux LED output from tools/colours.tsv (serial; run from led-pass/). WS2812B-2020 is held.+set -e+P=~/.local/share/adom-aiflow/occ/bin/python+SRC=/tmp/claude-1001/-home-adom-project/0a736c0e-0cd6-4308-915d-67b05c9b563f/scratchpad/leds   # read-only clones (original composites)+while IFS=$'\t' read slug mpn fam wl lens; do+  [ $slug = ws2812b-2020 ] && continue+  case $mpn in *UW) c=white_phosphor;; *A) c=amber;; *B) c=blue;; *G) c=green;; *R) c=red;; esac+  extra=""; [ $fam = template ] && extra="--template in-s42ata/IN-S42ATA-uncoloured.step"+  $P tools/colour_led.py $slug/$mpn-uncoloured.step $slug/$mpn.step --family $fam --lens $lens $extra --report $slug/provenance/$mpn-colour.report.json > /dev/null 2>&1+  step2glb convert $slug/$mpn.step -o work/$mpn.s2g.glb 2>&1 | grep '^OK' | cut -c1-80+  step2glb convert $slug/$mpn-uncoloured.step -o work/$mpn-uncoloured.s2g.glb > /dev/null 2>&1+  for kind in glb insertion.glb; do+    if [ $mpn = IN-S63BT5B ] && [ $kind = glb ]; then cp work/$mpn.s2g.glb $slug/$mpn.glb; continue; fi+    python3 tools/rebuild_composite.py $SRC/$slug/$mpn.$kind work/$mpn.s2g.glb $slug/$mpn.$kind --mpn $mpn --colour $c --lens $lens > work/reports/$mpn.$kind.json+  done+  case $mpn in IN-S42ATR) z=1.0; h=0.45; lh=0.2;; IN-S42*) z=0.9; h=0.45; lh=0.2;; *) z=0.5454545; h=0.6; lh=0.25;; esac+  case $mpn in *UW) note="White LED: lens drawn as the pale yellow phosphor (emission CIE x/y $wl)";; *A) note="Amber lens colour (dominant wavelength $wl nm); the real lens is clear";; *B) note="Blue lens colour (dominant wavelength $wl nm); the real lens is clear";; *G) note="Green lens colour (dominant wavelength $wl nm); the real lens is clear";; *R) note="Red lens colour (dominant wavelength $wl nm); the real lens is clear";; esac+  python3 tools/build_hero.py $slug $mpn work/$mpn.s2g.glb --lens $lens --zscale $z --height-mm $h --label-height $lh --colour-note "$note"+done < tools/colours.tsv

provenance/tools/rebuild_composite.pyadded+88

@@ -0,0 +1,88 @@+#!/usr/bin/env python3+"""Rebuild a page's composite LED scene GLB (<MPN>.glb / <MPN>.insertion.glb: fr4_board, pad_top, silk,+solder_top, the LED, LED_lit glow, fov_cone, LED_light) with the LED geometry and colours taken from the+coloured STEP's step2glb conversion. Everything else in the scene (board, pads, silk, solder, glow, FOV+cone, light, node names, node order, the LED node's name/children) is copied unchanged.++- LED geometry: every step2glb primitive is dequantized, the step2glb node transform is baked in (metres,+  Z-up, same frame as the old mesh), and primitives are merged per material (like the old composite).+- LED node Z scale is set so the part keeps the old composite's rendered height+  (new_scale = old_scale * old_mesh_top / new_mesh_top); a child light keeps its world position.+- Materials: the old slots keep their names/PBR settings; baseColor comes from the STEP colour+  (linear, as step2glb emits it). The lens slot is renamed lens_<colour>, baseColor = STEP lens colour,+  emissiveFactor = 0.35 x that colour (old slots used a similar dim self-glow), emissive strength kept,+  roughness 0.35 + KHR_materials_clearcoat (1.0, roughness 0.08) so it reads as tinted epoxy.+Usage: rebuild_composite.py COMPOSITE.glb STEP2GLB.glb OUT.glb --mpn MPN --colour red --lens R,G,B(srgb)"""+import sys, json, argparse, hashlib+import numpy as np+sys.path.insert(0, __import__('os').path.dirname(__file__))+import gltfio++def lin(c): return c / 12.92 if c <= 0.04045 else ((c + 0.055) / 1.055) ** 2.4+KNOWN = {'body': (0.7776, 0.7697, 0.6261), 'terminal': (0.7087, 0.5040, 0.2104), 'cathode_mark': (0.0946, 0.4200, 0.1666)}++def main():+    ap = argparse.ArgumentParser(); ap.add_argument('composite'); ap.add_argument('s2g'); ap.add_argument('out')+    ap.add_argument('--mpn', required=True); ap.add_argument('--colour', required=True); ap.add_argument('--lens', required=True)+    a = ap.parse_args()+    lens_lin = tuple(lin(float(v)) for v in a.lens.split(','))+    d, binc = gltfio.load(a.composite); arrays = gltfio.explode(d, binc)+    ni = next(i for i, n in enumerate(d['nodes']) if n.get('name') == a.mpn); node = d['nodes'][ni]+    mold = node['mesh']; old_prims = d['meshes'][mold]['primitives']+    old_top = max(arrays[p['attributes']['POSITION']][0][:, 2].max() for p in old_prims)+    old_tris = sum(len(arrays[p['indices']][0]) // 3 for p in old_prims)+    # role of each old material slot+    slot = {}+    for p in old_prims:+        nm = d['materials'][p['material']]['name']+        role = 'lens' if nm.startswith('lens') else {'mat_0': 'body', 'mat_1': 'terminal', 'mat_2': 'cathode_mark'}[nm]+        slot[role] = p['material']+    # new LED geometry from step2glb+    s, sb = gltfio.load(a.s2g); sn = s['nodes'][s['scenes'][0]['nodes'][0]]; M = gltfio.node_matrix(sn)+    assert len(s['nodes']) == 1, 'expected the single-node step2glb output'+    groups = {}+    for p in s['meshes'][sn['mesh']]['primitives']:+        P = gltfio.accessor(s, sb, p['attributes']['POSITION']).astype(np.float64)+        N = gltfio.accessor(s, sb, p['attributes']['NORMAL']).astype(np.float64)+        I = gltfio.accessor(s, sb, p['indices']).astype(np.int64)+        P = P @ M[:3, :3].T + M[:3, 3]; N = N @ M[:3, :3].T; N /= np.linalg.norm(N, axis=1, keepdims=True)+        c = s['materials'][p['material']]['pbrMetallicRoughness']['baseColorFactor'][:3]+        role = next((r for r, k in KNOWN.items() if max(abs(x - y) for x, y in zip(c, k)) < 2e-3), None)+        if role is None:+            assert max(abs(x - y) for x, y in zip(c, lens_lin)) < 2e-3, (c, lens_lin); role = 'lens'+        g = groups.setdefault(role, [[], [], [], 0]); g[0].append(P); g[1].append(N); g[2].append(I + g[3]); g[3] += len(P)+    prims = []+    for role in ('body', 'terminal', 'cathode_mark', 'lens'):+        g = groups[role]; key = f'led_{role}'+        arrays[key + '_POSITION'] = (np.concatenate(g[0]).astype(np.float32), 34962)+        arrays[key + '_NORMAL'] = (np.concatenate(g[1]).astype(np.float32), 34962)+        arrays[key + '_IDX'] = (np.concatenate(g[2]), 34963)+        prims.append({'attributes': {'POSITION': key + '_POSITION', 'NORMAL': key + '_NORMAL'}, 'indices': key + '_IDX', 'material': slot[role], 'mode': 4})+    d['meshes'][mold]['primitives'] = prims+    new_top = float(max(np.concatenate(groups[r][0])[:, 2].max() for r in groups))+    new_tris = sum(len(np.concatenate(groups[r][2])) // 3 for r in groups)+    # materials+    for role in ('body', 'terminal', 'cathode_mark'):+        m = d['materials'][slot[role]]; m['pbrMetallicRoughness']['baseColorFactor'] = [round(v, 4) for v in KNOWN[role]] + [1]+    m = d['materials'][slot['lens']]; old_lens = json.loads(json.dumps(m))+    m['name'] = 'lens_' + a.colour; m['pbrMetallicRoughness']['baseColorFactor'] = [round(v, 4) for v in lens_lin] + [1]+    m['emissiveFactor'] = [round(0.35 * v, 4) for v in lens_lin]+    # tinted epoxy, not paint: smoother lens with a clear coat+    m['pbrMetallicRoughness'].update(metallicFactor=0, roughnessFactor=0.35)+    m.setdefault('extensions', {})['KHR_materials_clearcoat'] = {'clearcoatFactor': 1.0, 'clearcoatRoughnessFactor': 0.08}+    if 'KHR_materials_clearcoat' not in d.setdefault('extensionsUsed', []): d['extensionsUsed'].append('KHR_materials_clearcoat')+    # keep rendered height: node Z scale, child light world position+    sc = node.get('scale', [1, 1, 1]); old_sz = sc[2]; new_sz = old_sz * float(old_top) / new_top+    node['scale'] = [sc[0], sc[1], new_sz]+    for ci in node.get('children', []):+        c = d['nodes'][ci]+        if 'translation' in c: c['translation'] = [c['translation'][0], c['translation'][1], c['translation'][2] * old_sz / new_sz]+    d.setdefault('asset', {})['generator'] = 'adom led-pass rebuild_composite.py (scene from ' + a.composite.split('/')[-1] + ', LED from step2glb)'+    n = gltfio.save(a.out, d, arrays)+    rep = dict(out=a.out.split('/')[-1], bytes=n, sha256=hashlib.sha256(open(a.out, 'rb').read()).hexdigest(),+               led_node=a.mpn, old_led_tris=old_tris, new_led_tris=new_tris, old_mesh_top_m=float(old_top), new_mesh_top_m=new_top,+               old_node_scale_z=old_sz, new_node_scale_z=new_sz, rendered_height_mm=round(new_top * new_sz * 1000, 4),+               lens_material={'name': m['name'], 'baseColor_linear': m['pbrMetallicRoughness']['baseColorFactor'], 'replaced': old_lens['name'], 'old_baseColor': old_lens['pbrMetallicRoughness']['baseColorFactor']})+    print(json.dumps(rep))++if __name__ == '__main__': main()

provenance/tools/stepfaces.pyadded+48

@@ -0,0 +1,48 @@+#!/usr/bin/env python3+"""Dump every face of a STEP: index, colour (surf/gen), surface type, bbox, area. For picking lens faces."""+import sys+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_ChildIterator+from OCP.Quantity import Quantity_Color+from OCP.Bnd import Bnd_Box+from OCP.BRepBndLib import BRepBndLib+from OCP.TopExp import TopExp_Explorer+from OCP.TopAbs import TopAbs_FACE, TopAbs_SOLID+from OCP.BRepAdaptor import BRepAdaptor_Surface+from OCP.GProp import GProp_GProps+from OCP.TopoDS import TopoDS+from OCP.BRepGProp import BRepGProp+doc = TDocStd_Document(TCollection_ExtendedString("d"))+r = STEPCAFControl_Reader(); r.SetColorMode(True); r.SetNameMode(True); r.ReadFile(sys.argv[1]); r.Transfer(doc)+st = XCAFDoc_DocumentTool.ShapeTool_s(doc.Main()); ct = XCAFDoc_DocumentTool.ColorTool_s(doc.Main())+free=[]+it=TDF_ChildIterator(st.Label(),False)+while it.More():+    l=it.Value(); it.Next()+    if st.IsFree_s(l) and st.IsTopLevel(l): free.append(l)+for i,l in enumerate(free,1):+    s = st.GetShape_s(l)+    ex = TopExp_Explorer(s, TopAbs_SOLID); ns=0+    while ex.More(): ns+=1; ex.Next()+    print('free shape', i, 'solids', ns)+    ex = TopExp_Explorer(s, TopAbs_SOLID); si=0+    while ex.More():+        sol = ex.Current(); ex.Next(); si+=1+        b = Bnd_Box(); BRepBndLib.Add_s(sol, b); mn, mx = b.CornerMin(), b.CornerMax()+        c = Quantity_Color(); sc = ''+        for t in (XCAFDoc_ColorType.XCAFDoc_ColorSurf, XCAFDoc_ColorType.XCAFDoc_ColorGen):+            if ct.GetColor(sol, t, c): sc = f"{c.Red():.2f},{c.Green():.2f},{c.Blue():.2f}"; break+        print(f' solid {si} col={sc} x {mn.X():.3f}..{mx.X():.3f} y {mn.Y():.3f}..{mx.Y():.3f} z {mn.Z():.3f}..{mx.Z():.3f}')+        fx = TopExp_Explorer(sol, TopAbs_FACE); fi=0+        while fx.More():+            f = fx.Current(); fx.Next(); fi+=1+            col = ''+            for t in (XCAFDoc_ColorType.XCAFDoc_ColorSurf, XCAFDoc_ColorType.XCAFDoc_ColorGen):+                if ct.GetColor(f, t, c): col = f"{c.Red():.2f},{c.Green():.2f},{c.Blue():.2f}"; break+            b = Bnd_Box(); BRepBndLib.Add_s(f, b); mn, mx = b.CornerMin(), b.CornerMax()+            g = GProp_GProps(); BRepGProp.SurfaceProperties_s(f, g)+            ty = BRepAdaptor_Surface(TopoDS.Face(f)).GetType()+            print(f'   f{fi:3d} {str(ty).split(".")[-1]:22s} col={col:15s} area={g.Mass():.4f} x {mn.X():.3f}..{mx.X():.3f} y {mn.Y():.3f}..{mx.Y():.3f} z {mn.Z():.3f}..{mx.Z():.3f}')

provenance/tools/verify_geom.pyadded+25

@@ -0,0 +1,25 @@+import sys+from OCP.STEPCAFControl import STEPCAFControl_Reader+from OCP.TDocStd import TDocStd_Document+from OCP.TCollection import TCollection_ExtendedString+from OCP.XCAFDoc import XCAFDoc_DocumentTool+from OCP.TDF import TDF_ChildIterator+from OCP.TDataStd import TDataStd_Name+from OCP.GProp import GProp_GProps+from OCP.BRepGProp import BRepGProp+from OCP.TopExp import TopExp_Explorer+from OCP.TopAbs import TopAbs_FACE+def info(p):+    doc = TDocStd_Document(TCollection_ExtendedString("d")); r = STEPCAFControl_Reader(); r.SetColorMode(True); r.SetNameMode(True); r.ReadFile(p); r.Transfer(doc)+    st = XCAFDoc_DocumentTool.ShapeTool_s(doc.Main()); it = TDF_ChildIterator(st.Label(), False); out=[]+    while it.More():+        l = it.Value(); it.Next()+        if st.IsFree_s(l) and st.IsTopLevel(l):+            s = st.GetShape_s(l); g = GProp_GProps(); BRepGProp.VolumeProperties_s(s, g); nm = TDataStd_Name()+            n = nm.Get().ToExtString() if l.FindAttribute(TDataStd_Name.GetID_s(), nm) else ''+            ex = TopExp_Explorer(s, TopAbs_FACE); nf = 0+            while ex.More(): nf += 1; ex.Next()+            c = g.CentreOfMass(); out.append((n, nf, round(g.Mass(), 6), (round(c.X(),5), round(c.Y(),5), round(c.Z(),5))))+    return out+a, b = info(sys.argv[1]), info(sys.argv[2])+print('SAME' if a == b else 'DIFF', a, b)

provenance/tools/wl2srgb.pyadded+66

@@ -0,0 +1,66 @@+#!/usr/bin/env python3+"""Dominant wavelength (or CIE xy) -> sRGB. CIE 1931 2-degree spectral-locus chromaticities (5 nm table),+linear interpolation, XYZ->linear sRGB (IEC 61966-2-1), primary result = along_white()+(keeps lambda_d exactly); the OKLCh gamut cusp at the same hue is printed for reference only."""+import sys, json+LOC = {460:(.1440,.0297),465:(.1355,.0399),470:(.1241,.0578),475:(.1096,.0868),480:(.0913,.1327),+       515:(.0389,.8120),520:(.0743,.8338),525:(.1142,.8262),530:(.1547,.8059),535:(.1929,.7816),+       595:(.6029,.3965),600:(.6270,.3725),605:(.6482,.3514),610:(.6658,.3340),615:(.6801,.3197),+       620:(.6915,.3083),625:(.7006,.2993),630:(.7079,.2920),635:(.7140,.2859),640:(.7190,.2809)}+def locus(wl):+    lo = max(k for k in LOC if k <= wl); hi = min(k for k in LOC if k >= wl)+    if lo == hi: return LOC[lo]+    t = (wl-lo)/(hi-lo); return tuple(LOC[lo][i]+(LOC[hi][i]-LOC[lo][i])*t for i in (0,1))+M = [[3.2406,-1.5372,-0.4986],[-0.9689,1.8758,0.0415],[0.0557,-0.2040,1.0570]]+def xy2lin(x, y):+    X, Y, Z = x/y, 1.0, (1-x-y)/y+    return [M[i][0]*X+M[i][1]*Y+M[i][2]*Z for i in range(3)]+def enc(c): return 12.92*c if c <= 0.0031308 else 1.055*c**(1/2.4)-0.055+def along_white(lin):+    """Intersection of the white->spectral line (in xy) with the sRGB gamut: adds the least D65 white that+    makes every channel >= 0, so the result keeps the dominant wavelength EXACTLY (the definition of lambda_d)."""+    w = xy2lin(.3127, .3290)+    if min(lin) < 0:+        k = max(-lin[i]/w[i] for i in range(3) if lin[i] < 0); lin = [lin[i]+k*w[i] for i in range(3)]+    mx = max(lin); lin = [max(0, c/mx) for c in lin]+    return [round(enc(c), 4) for c in lin]+def cbrt(v): return v**(1/3) if v >= 0 else -((-v)**(1/3))+def lin2ok(c):+    r,g,b = c+    l = cbrt(.4122214708*r+.5363325363*g+.0514459929*b); m = cbrt(.2119034982*r+.6806995451*g+.1073969566*b); s = cbrt(.0883024619*r+.2817188376*g+.6299787005*b)+    return [.2104542553*l+.7936177850*m-.0040720468*s, 1.9779984951*l-2.4285922050*m+.4505937099*s, .0259040371*l+.7827717662*m-.8086757660*s]+def ok2lin(o):+    L,a,b = o+    l = (L+.3963377774*a+.2158037573*b)**3; m = (L-.1055613458*a-.0638541728*b)**3; s = (L-.0894841775*a-1.2914855480*b)**3+    return [4.0767416621*l-3.3077115913*m+.2309699292*s, -1.2684380046*l+2.6097574011*m-.3413193965*s, -.0041960863*l-.7034186147*m+1.7076147010*s]+def to_srgb(lin):+    mx = max(lin); lin = [c/mx for c in lin]+    L, a, b = lin2ok(lin); lo, hi = 0.0, 1.0+    ok = lambda k: all(-1e-6 <= c <= 1+1e-6 for c in ok2lin([L, a*k, b*k]))+    if not ok(1.0):+        for _ in range(40):+            mid = (lo+hi)/2+            if ok(mid): lo = mid+            else: hi = mid+        lin = [min(1, max(0, c)) for c in ok2lin([L, a*lo, b*lo])]+    return [round(enc(c), 4) for c in lin], [round(c, 4) for c in lin]+def cusp(lin):+    """Most chromatic in-gamut sRGB colour at the spectral colour's OKLab hue (the gamut cusp)."""+    import math+    L0, a, b = lin2ok(lin); h = math.atan2(b, a); best = (0, None)+    for i in range(200):+        L = 0.2 + 0.78*i/199; lo, hi = 0.0, 0.5+        for _ in range(40):+            mid = (lo+hi)/2+            if all(-1e-7 <= c <= 1+1e-7 for c in ok2lin([L, mid*math.cos(h), mid*math.sin(h)])): lo = mid+            else: hi = mid+        if lo > best[0]: best = (lo, L)+        C, L = best+    out = [min(1, max(0, c)) for c in ok2lin([best[1], best[0]*math.cos(h), best[0]*math.sin(h)])]+    return [round(enc(c), 4) for c in out], round(math.degrees(h) % 360, 1)+if __name__ == '__main__':+    a = sys.argv[1]+    x, y = (map(float, a.split(','))) if ',' in a else locus(float(a))+    d = along_white(xy2lin(x, y)); c, h = cusp(xy2lin(x, y))+    hx = lambda s: '#%02X%02X%02X' % tuple(round(v*255) for v in s)+    print(json.dumps({'input': a, 'xy': [round(x,4), round(y,4)], 'srgb': d, 'hex': hx(d), 'method': 'lambda_d-preserving: white-point line to spectral locus, clipped at the sRGB gamut edge, max channel 1', 'reference_oklch_cusp_hex': hx(c), 'oklab_hue_deg': h}))

screenshots/hero.png

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