Fusion - the Fusion 360 Bridge

@@ -3,6 +3,14 @@ All notable changes to the Adom Bridge Fusion 360 bridge, newest first. Canonical: https://wiki.adom.inc/adom/fusion-bridge · GitHub backup: `adom-inc/fusion-bridge` +## 1.13.36 (2026-10-30)++- `fusion_board_bom` (and fusion_bom, jlcpcb_order, assembly_check, which read it): parts without an MPN were one line per+  footprint, so a 47 nF and a 10 uF cap of the same footprint shared a line, valued "test point" and given the first+  part's LCSC number (seen live on lane-BQ25792-copy). Without an MPN a line is now footprint, value and LCSC together.+- `fusion_render_board_3d {refs}`: a part with no 3D body (an empty box at the origin) is not framed; with only such+  parts it answers unknown_parts and points at fusion_bodies' noBody.+ ## 1.13.35 (2026-10-30)  - `fusion_render_board_3d` (the standard's render_board and render_board_3d): `refs` frames the named parts (the union

@@ -154,12 +154,14 @@ def render_board_3d(app, args):                     continue                 for c in o.childOccurrences:                     r = c.name.rsplit(':', 1)[-1].upper()-                    if r in want and c.boundingBox:+                    # a part with no 3D body has an empty box at the origin: it cannot be framed+                    has_body = c.bRepBodies.count > 0 or any(x.bRepBodies.count for x in c.allOccurrences)+                    if r in want and has_body and c.boundingBox:                         boxes.append(c.boundingBox)                         found.add(r)             missing = sorted(want - found)             if not boxes:-                return {'success': False, 'errorCode': 'unknown_parts', 'error': 'No 3D part named %s on the board' % ', '.join(missing)}+                return {'success': False, 'errorCode': 'unknown_parts', 'error': 'No 3D body for %s on the board (a part with no 3D package cannot be framed: fusion_bodies lists them under noBody)' % ', '.join(missing)}             lo = [min(b.minPoint.x for b in boxes), min(b.minPoint.y for b in boxes), min(b.minPoint.z for b in boxes)]             hi = [max(b.maxPoint.x for b in boxes), max(b.maxPoint.y for b in boxes), max(b.maxPoint.z for b in boxes)]             margin = float(args.get('marginMm', 2.0)) / 10.0

@@ -701,7 +701,9 @@ def board_bom(board, args):     for e in board.iter('element'):         ids = part_ids(e)        # MPN, LCSC... under any of the names libraries use (board_model.py)         mpn = ids['mpn']-        key = mpn or ('board-only:' + e.get('package', ''))+        # without an MPN, parts are one line only when footprint, value and LCSC agree: grouping by+        # footprint alone put a 47 nF and a 10 uF cap on one line, named 'test point'+        key = mpn or ('board-only:%s|%s|%s' % (e.get('package', ''), e.get('value', ''), ids['lcsc']))         r = rows.setdefault(key, {'designators': [], 'value': e.get('value', ''), 'package': e.get('package', ''),                                  'mpn': mpn, 'manufacturer': ids['manufacturer'], 'mouser': ids['mouser'],                                  'digikey': ids['digikey'], 'lcsc': ids['lcsc']})