def test_mesh_cuts_sticking_around(self):
remove_objects()
jMesh = mesh.make_cube_mesh()
selection0 = meshLoad.MeshGetter().getRandMesh() #only one mesh to get
self.assertTrue(selection0.UserDictionary.ContainsKey(jMesh.cut_key))
jMesh = mesh.Mesh(selection0)
correct_cuts = [1, 2, 3]
jMesh.set_cuts(correct_cuts)
second_mesh = meshLoad.MeshGetter().getRandMesh()
item = list(second_mesh.UserDictionary[jMesh.cut_key])
self.assertEqual(correct_cuts, item)
def test_mesh_cuts_sticking_around(self):
remove_objects()
jMesh = mesh.make_cube_mesh()
selection0 = meshLoad.MeshGetter().getRandMesh() #only one mesh to get
self.assertTrue(selection0.UserDictionary.ContainsKey(jMesh.cut_key))
jMesh = mesh.Mesh(selection0)
correct_cuts = [1,2,3]
jMesh.set_cuts(correct_cuts)
second_mesh = meshLoad.MeshGetter().getRandMesh()
item = list(second_mesh.UserDictionary[jMesh.cut_key])
self.assertEqual(correct_cuts,item)
def test_make_cube_mesh(self):
cMesh = mesh.make_cube_mesh()
self.assertIsInstance(cMesh, mesh.Mesh)
def test_make_cube_mesh(self):
cMesh = mesh.make_cube_mesh()
self.assertIsInstance(cMesh,mesh.Mesh)