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remove debug statements

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Ryan Schultz
2026-06-14 17:34:18 -05:00
parent 86844eedf7
commit 5d5be1ea65
1 changed files with 0 additions and 13 deletions
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src/bonsai/bonsai/bim/module/drawing/operator.py
-13
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@@ -7054,26 +7054,19 @@ class SetDimensionAnchor(bpy.types.Operator, tool.Ifc.Operator):
prox: list = [] prox: list = []
for ifc_obj in context.scene.objects: for ifc_obj in context.scene.objects:
_dbg_guid2 = getattr(tool.Ifc.get_entity(ifc_obj), "GlobalId", None)
_is_dbg = _dbg_guid2 in _DBG_GUIDS
if ifc_obj == self._annotation_obj: if ifc_obj == self._annotation_obj:
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} SKIP: is annotation obj")
continue continue
if _is_hidden(ifc_obj): if _is_hidden(ifc_obj):
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} SKIP: hidden")
continue continue
elem = tool.Ifc.get_entity(ifc_obj) elem = tool.Ifc.get_entity(ifc_obj)
if not elem: if not elem:
if _is_dbg: print(f"[dbg-prox] {ifc_obj.name} SKIP: no IFC entity")
continue continue
if ifc_obj.type != "MESH": if ifc_obj.type != "MESH":
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} SKIP: type={ifc_obj.type}")
continue continue
mx = ifc_obj.matrix_world mx = ifc_obj.matrix_world
try: try:
mx_inv = mx.inverted() mx_inv = mx.inverted()
except Exception: except Exception:
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} SKIP: matrix not invertible")
continue continue
bb_world = [mx @ Vector(c) for c in ifc_obj.bound_box] bb_world = [mx @ Vector(c) for c in ifc_obj.bound_box]
bb_proj = [_perp(v) for v in bb_world] bb_proj = [_perp(v) for v in bb_world]
@@ -7082,9 +7075,7 @@ class SetDimensionAnchor(bpy.types.Operator, tool.Ifc.Operator):
sy = max(min(v.y for v in bb_proj) - op.y, 0.0, op.y - max(v.y for v in bb_proj)) sy = max(min(v.y for v in bb_proj) - op.y, 0.0, op.y - max(v.y for v in bb_proj))
sz = max(min(v.z for v in bb_proj) - op.z, 0.0, op.z - max(v.z for v in bb_proj)) sz = max(min(v.z for v in bb_proj) - op.z, 0.0, op.z - max(v.z for v in bb_proj))
perp_dist = _math.sqrt(sx * sx + sy * sy + sz * sz) perp_dist = _math.sqrt(sx * sx + sy * sy + sz * sz)
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} perp_dist={perp_dist:.4f} TOL={TOL}")
if perp_dist > TOL: if perp_dist > TOL:
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} SKIP: perp_dist too large")
continue continue
bb_ctr = sum((v for v in bb_world), Vector()) / 8 bb_ctr = sum((v for v in bb_world), Vector()) / 8
t = (bb_ctr - origin).dot(direction) t = (bb_ctr - origin).dot(direction)
@@ -7092,19 +7083,15 @@ class SetDimensionAnchor(bpy.types.Operator, tool.Ifc.Operator):
try: try:
found, loc_l, nrm_l, fi = ifc_obj.closest_point_on_mesh(mx_inv @ query_w, distance=100.0) found, loc_l, nrm_l, fi = ifc_obj.closest_point_on_mesh(mx_inv @ query_w, distance=100.0)
except RuntimeError: except RuntimeError:
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} SKIP: closest_point_on_mesh RuntimeError")
continue continue
if not found: if not found:
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} SKIP: closest_point_on_mesh not found")
continue continue
loc_w = mx @ loc_l loc_w = mx @ loc_l
if self._snap_mode != "FACE": if self._snap_mode != "FACE":
fi = _prefer_perp_face_index(ifc_obj, loc_w, fi, world_matrix=mx) fi = _prefer_perp_face_index(ifc_obj, loc_w, fi, world_matrix=mx)
normal = (mx.to_3x3() @ ifc_obj.data.polygons[fi].normal).normalized() if fi is not None else (mx.to_3x3() @ nrm_l).normalized() normal = (mx.to_3x3() @ ifc_obj.data.polygons[fi].normal).normalized() if fi is not None else (mx.to_3x3() @ nrm_l).normalized()
if not _face_perp_ok(normal): if not _face_perp_ok(normal):
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} SKIP: face not perp normal={normal} dot={abs(normal.dot(_face_cam_view)) if _face_cam_view else 'N/A'}")
continue continue
if _is_dbg: print(f"[dbg-prox] {_dbg_guid2} ACCEPTED perp_dist={perp_dist:.4f} ray_hit={ifc_obj in ray_hit_objs}")
prox.append((perp_dist, ifc_obj, ifc_obj, mx, loc_w, normal, fi)) prox.append((perp_dist, ifc_obj, ifc_obj, mx, loc_w, normal, fi))
# Objects the ray directly passed through get priority over objects that # Objects the ray directly passed through get priority over objects that