def test_auto_honors_loops_of_user_cuts(self):
cuts = [4,3,7,10]
cube_mesh = mesh.make_cube_mesh()
displayer = mesh.MeshDisplayer(cube_mesh)
displayer.displayEdgesIdx()
auto_cuts = autoCuts.auto_fill_cuts(cube_mesh,cuts,weight_function)
#displayer.display_edges(auto_cuts)
if not set(auto_cuts).issuperset(set(cuts)):
self.fail("{} is not superset of {}".format(auto_cuts,cuts))
def test_auto_generates_cuts(self):
user_cuts = []
cuts = autoCuts.auto_fill_cuts(self.myMesh,user_cuts,weight_function)
displayer = mesh.MeshDisplayer(self.myMesh)
displayer.display_edges(cuts)
displayer.displayEdgesIdx()
displayer.displayFacesIdx()
self.assertEqual(cuts,[12])
self.check_spanning_forest(self.myMesh)
def test_auto_generates_cuts_on_blob(self):
bMesh = mesh.Mesh(meshLoad.load_mesh("/TestMeshes/blob"))
cuts = autoCuts.auto_fill_cuts(bMesh,[],weight_function)
displayer = mesh.MeshDisplayer(bMesh)
#displayer.display_edges(cuts)
self.check_spanning_forest(bMesh)
def test_auto_honors_user_cuts(self):
user_cuts = [4]
auto_cuts = autoCuts.auto_fill_cuts(self.myMesh,user_cuts,weight_function)
displayer = mesh.MeshDisplayer(self.myMesh)
self.assertEqual(auto_cuts,user_cuts)