OCuLink Riser for the Supermicro AIOM Slot

@@ -1,42 +0,0 @@-"""Whole-board silkscreen audit input (KiCad python.exe): every fitted body (courtyard box), every pad with its mask-opening, every via and plated/non-plated hole as obstacles on both silk layers; every silk text and visible field as-a mark. Writes design/silk_audit_input.json for `adom-aiflow silkscreen-audit`."""-import json, os, sys-import pcbnew-TO = pcbnew.ToMM-b = pcbnew.LoadBoard(sys.argv[1])-def bx(e): return [round(TO(e.GetLeft()), 3), round(TO(e.GetTop()), 3), round(TO(e.GetRight()), 3), round(TO(e.GetBottom()), 3)]-obs, inv, marks = [], [], []-for fp in b.GetFootprints():-    ref = fp.GetReference()-    for side, lay, sl in (("F", pcbnew.F_CrtYd, "F.SilkS"), ("B", pcbnew.B_CrtYd, "B.SilkS")):-        cy = fp.GetCourtyard(lay)-        if cy.OutlineCount() and ref != "J1":-            obs.append(dict(id=f"{ref}:body", kind="body", layer=sl, box=bx(cy.BBox())))-            inv.append(dict(id=f"{ref}:body", kind="body", layers=[sl]))-    for p in fp.Pads():-        pid = f"{ref}.{p.GetNumber() or 'np'}@{TO(p.GetPosition().x):.2f},{TO(p.GetPosition().y):.2f}"-        e = p.GetBoundingBox()-        layers = []-        if p.IsOnLayer(pcbnew.F_Mask) or p.HasHole(): layers.append("F.SilkS")-        if p.IsOnLayer(pcbnew.B_Mask) or p.HasHole(): layers.append("B.SilkS")-        for sl in layers:-            obs.append(dict(id=pid, kind="pad", layer=sl, box=bx(e)))-        if layers: inv.append(dict(id=pid, kind="pad", layers=layers))-    for f in (fp.Reference(), fp.Value()):-        if f.IsVisible() and f.GetLayer() in (pcbnew.F_SilkS, pcbnew.B_SilkS):-            marks.append(dict(id=f"{ref}:{'ref' if f is fp.Reference() or f.GetText()==ref else 'value'}:{f.GetText()}", layer=b.GetLayerName(f.GetLayer()), box=bx(f.GetBoundingBox())))-k = 0-for t in b.GetTracks():-    if t.GetClass() == "PCB_VIA":-        k += 1-        x, y, r = TO(t.GetPosition().x), TO(t.GetPosition().y), TO(t.GetDrillValue()) / 2-        vid = f"via{k}@{x:.2f},{y:.2f}"-        for sl in ("F.SilkS", "B.SilkS"):-            obs.append(dict(id=vid, kind="hole", layer=sl, box=[round(x - r, 3), round(y - r, 3), round(x + r, 3), round(y + r, 3)]))-        inv.append(dict(id=vid, kind="hole", layers=["F.SilkS", "B.SilkS"]))-for d in b.GetDrawings():-    if d.GetClass() == "PCB_TEXT" and d.GetLayer() in (pcbnew.F_SilkS, pcbnew.B_SilkS):-        marks.append(dict(id=f"text:{d.GetText()}", layer=b.GetLayerName(d.GetLayer()), box=bx(d.GetBoundingBox())))-json.dump(dict(obstacles=obs, inventory=inv, marks=marks), open(sys.argv[2], "w"))-print(f"obstacles {len(obs)}, inventory {len(inv)}, marks {len(marks)}")