def test_creationFromPythonList(self):
spaceGroup = SpaceGroupFactory.createSpaceGroup("P 63/m m c")
# Construct python list of only certain symmetry operations
symOps = [x for x in spaceGroup.getSymmetryOperations() if x.getOrder() == 6]
group = Group(symOps)
self.assertEqual(group.getOrder(), len(symOps))
# But the constructed group is not actually a group
self.assertFalse(group.isGroup())
def test_creationFromPythonList(self):
spaceGroup = SpaceGroupFactory.createSpaceGroup("P 63/m m c")
# Construct python list of only certain symmetry operations
symOps = [x for x in spaceGroup.getSymmetryOperations() if x.getOrder() == 6]
group = Group(symOps)
self.assertEqual(group.getOrder(), len(symOps))
# But the constructed group is not actually a group
self.assertFalse(group.isGroup())
def test_creationFromVector(self):
spaceGroup = SpaceGroupFactory.createSpaceGroup("P 63/m m c")
symOps = spaceGroup.getSymmetryOperations()
group = Group(symOps)
self.assertEqual(group.getOrder(), spaceGroup.getOrder())
def test_creationFromString(self):
group = Group('x,y,z')
self.assertEqual(group.getOrder(), 1)
self.assertRaises(RuntimeError, Group, 'invalid')
def test_creationFromVector(self):
spaceGroup = SpaceGroupFactory.createSpaceGroup("P 63/m m c")
symOps = spaceGroup.getSymmetryOperations()
group = Group(symOps)
self.assertEqual(group.getOrder(), spaceGroup.getOrder())
def test_creationFromString(self):
group = Group('x,y,z')
self.assertEqual(group.getOrder(), 1)
self.assertRaises(RuntimeError, Group, 'invalid')
