def test_Standard_Integer_by_ref_passed_returned(self):
'''
Checks the Standard_Integer & byreference return parameter
'''
sfs = ShapeFix_Solid()
sfs.SetFixShellMode(5)
self.assertEqual(sfs.GetFixShellMode(), 5)
def _make_solid(shells):
if not isinstance(shells, (list, tuple)):
shells = [shells]
algo = BRepBuilderAPI_MakeSolid()
for s in shells:
algo.Add(s.Shell())
fixer = ShapeFix_Solid(algo.Solid())
fixer.Perform()
return Shape(fixer.Solid())
def by_shell(shell):
"""
Create a solid from the shell.
:param afem.topology.entities.Shell shell: The shell.
:return: The new solid.
:rtype: afem.topology.entities.Solid
"""
return Solid(ShapeFix_Solid().SolidFromShell(shell.object))
def fix_close_solid(occsolid):
"""
This function fixes an OCCsolid by making sure all the OCCfaces in the solid have an outward orientation.
Parameters
----------
occsolid : OCCsolid
The OCCsolid to be fixed.
Returns
-------
fixed solid : OCCsolid
The fixed OCCsolid. If None it means the solid is not fixed.
"""
shape_fix = ShapeFix_Solid(occsolid)
shape_fix.Perform()
fix_solid = shape_fix.Solid()
fix_solid_list = fetch.topo_explorer(fix_solid, "solid")
if not fix_solid_list:
return None
else:
fix_solid = fix_solid_list[0]
breplib.OrientClosedSolid(fix_solid)
return fix_solid
def _fill3d(shp):
algo = ShapeFix_Solid()
return Shape(algo.SolidFromShell(shp.Shell()))
def _shapefix_solid(shp):
algo2 = ShapeFix_Solid(shp.Shape())
algo2.Perform()
return Shape(algo2.Solid())