def test_convert(self):
m = iMesh.Mesh()
sm = sc_convert.convert_mesh( self.mesh, self.mesh.rootSet, m )
self.assertEqual( sm.dims, (0,0,0,8,8,8) )
for L in 'xyz':
self.assertEqual( sm.getDivisions(L), self.reference )
# also test that converting into the same iMesh instance doesn't fault
sm2 = sc_convert.convert_mesh( self.mesh, self.mesh.rootSet, self.mesh )
def test_convert(self):
m = iMesh.Mesh()
sm = sc_convert.convert_mesh(self.mesh, self.mesh.rootSet, m)
self.assertEqual(sm.dims, (0, 0, 0, 8, 8, 8))
for L in 'xyz':
self.assertEqual(sm.getDivisions(L), self.reference)
# also test that converting into the same iMesh instance doesn't fault
sm2 = sc_convert.convert_mesh(self.mesh, self.mesh.rootSet, self.mesh)
def test_tags(self):
m = iMesh.Mesh()
sm = sc_convert.convert_mesh( self.mesh, self.mesh.rootSet, m )
for tname in ["FRACTIONS","ERRORS"]:
t1 = self.mesh.getTagHandle(tname)
t2 = sm.imesh.getTagHandle(tname)
for (e1,e2) in itertools.izip_longest(
self.mesh.iterate( iBase.Type.region, iMesh.Topology.hexahedron ),
sm.iterateHex( 'xyz' )):
self.assertTrue( all( t1[e1] == t2[e2] ) )
for tname in ["GRID_DIMS","MATS"]: # tags on root set
t1 = self.mesh.getTagHandle(tname)
t2 = sm.imesh.getTagHandle(tname)
self.assertTrue( all(t1[self.mesh.rootSet] == t2[sm.scdset]) )
def test_tags(self):
m = iMesh.Mesh()
sm = sc_convert.convert_mesh(self.mesh, self.mesh.rootSet, m)
for tname in ["FRACTIONS", "ERRORS"]:
t1 = self.mesh.getTagHandle(tname)
t2 = sm.imesh.getTagHandle(tname)
for (e1, e2) in itertools.izip_longest(
self.mesh.iterate(iBase.Type.region,
iMesh.Topology.hexahedron),
sm.iterateHex('xyz')):
self.assertTrue(all(t1[e1] == t2[e2]))
for tname in ["GRID_DIMS", "MATS"]: # tags on root set
t1 = self.mesh.getTagHandle(tname)
t2 = sm.imesh.getTagHandle(tname)
self.assertTrue(all(t1[self.mesh.rootSet] == t2[sm.scdset]))