def test_harray1_harray2_hsequence(self):
""" Check that special wrappers for harray1, harray2 and hsequence.
Only check that related classes can be instanciated.
"""
TopTools_HArray1OfShape(0, 3)
TopTools_HArray2OfShape(0, 3, 0, 3)
TopTools_HSequenceOfShape()
def __init__(self, edges, tol=None, shared=False):
# Build
hedges = TopTools_HSequenceOfShape()
for e in edges:
hedges.Append(e.object)
if tol is None:
tol = max([e.tol_max for e in edges])
hwires = ShapeAnalysis_FreeBounds.ConnectEdgesToWires_(
hedges, tol, shared)
wires = []
for i in range(1, hwires.Length() + 1):
w = Wire(hwires.Value(i))
wires.append(w)
self._wires = wires
def _get_list_from_compound(compound, sequence_type):
assert isinstance(sequence_type, CompoundSequenceType)
assert isinstance(compound, TopoDS_Compound) or isinstance(
compound, TopoDS_Solid)
compound_ = copy.deepcopy(compound)
if isinstance(compound, TopoDS_Compound):
se_exp = ShapeExtend_Explorer()
shape_sequence = se_exp.SeqFromCompound(compound_, True)
solids_sequence = TopTools_HSequenceOfShape()
# Only the solids seem to be populated properly.
# Need to use TopologyExplorer to get other features
se_exp.DispatchList(shape_sequence, TopTools_HSequenceOfShape(),
TopTools_HSequenceOfShape(),
TopTools_HSequenceOfShape(),
TopTools_HSequenceOfShape(),
TopTools_HSequenceOfShape(), solids_sequence,
TopTools_HSequenceOfShape(),
TopTools_HSequenceOfShape())
solids = [
solids_sequence.Value(i)
for i in range(1,
solids_sequence.Length() + 1)
] # Indices start at 1 :(
else:
solids = [compound]
faces = [f for solid in solids for f in TopologyExplorer(solid).faces()]
if sequence_type == CompoundSequenceType.FACE:
return faces
elif sequence_type == CompoundSequenceType.SOLID:
return solids
else:
raise ValueError("Invalid sequence type")