def connector(aBool=None):
graphview = self.tabWorkspace.currentWidget()
if not isinstance(graphview, dataflowview.DataflowView):
return
# daniel was here: now the menu is built using the graph operator.
operator = GraphOperator(graph=graphview.scene().get_graph(),
graphScene=graphview.scene(),
clipboard=self.session.clipboard,
siblings=self.session.workspaces)
operator.register_listener(self)
operator(fName=name)()
def connector(aBool=None):
graphview = self.tabWorkspace.currentWidget()
if not isinstance(graphview, dataflowview.DataflowView):
return
# daniel was here: now the menu is built using the graph operator.
operator = GraphOperator(graph=graphview.scene().get_graph(),
graphScene=graphview.scene(),
clipboard=self.session.clipboard,
siblings=self.session.workspaces)
operator.register_listener(self)
operator(fName=name)()
def test_case1(self):
POWER = 2
# define test case
test_adj = np.array([[0, 1, 1], [1, 0, 0], [1, 0, 0]], dtype='int')
ANSWER_pow0 = np.eye(3, dtype='int')
ANSWER_pow1 = test_adj
ANSWER_pow2 = np.matmul(test_adj, test_adj)
# test logic
g_op = GraphOperator(2)
adj_lst = g_op(test_adj)
mat0 = adj_lst[0]
mat1 = adj_lst[1]
mat2 = adj_lst[2]
assert ANSWER_pow0.flatten().tolist() == mat0.flatten().tolist()
assert ANSWER_pow1.flatten().tolist() == mat1.flatten().tolist()
assert ANSWER_pow2.flatten().tolist() == mat2.flatten().tolist()
# even this is failing:
# assert self.assertEqual(3, 3)
assert self.assertAlmostEqual(ANSWER_pow0.flatten().tolist(),
mat0.flatten().tolist())
assert self.assertListEqual(ANSWER_pow1.flatten().tolist(),
mat1.flatten().tolist())
assert self.assertListEqual(ANSWER_pow2.flatten().tolist(),
mat2.flatten().tolist())
def test_empty_case(self):
POWER = 2
# define test case
test_adj = np.zeros(shape=(5, 5))
ANSWER_pow0 = np.eye(5)
ANSWER_pow1 = test_adj
ANSWER_pow2 = np.matmul(test_adj, test_adj)
# define test logic
g_op = GraphOperator(POWER)
adj_lst = g_op(test_adj)
mat0 = adj_lst[0]
mat1 = adj_lst[1]
mat2 = adj_lst[2]
assert ANSWER_pow0.flatten().tolist() == mat0.flatten().tolist()
assert ANSWER_pow1.flatten().tolist() == mat1.flatten().tolist()
assert ANSWER_pow2.flatten().tolist() == mat2.flatten().tolist()
assert self.assertListEqual(ANSWER_pow0.flatten().tolist(),
mat0.flatten().tolist())
assert self.assertListEqual(ANSWER_pow1.flatten().tolist(),
mat1.flatten().tolist())
assert self.assertListEqual(ANSWER_pow2.flatten().tolist(),
mat2.flatten().tolist())
def test_case_power_5(self):
POWER = 5
# define test case
test_adj = np.array([[0, 1, 1, 0, 0, 1], [1, 0, 0, 1, 1, 0],
[1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 1],
[0, 1, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0]])
ANSWER_pow0 = np.eye(6)
ANSWER_pow1 = test_adj
ANSWER_pow2 = np.matmul(test_adj, test_adj)
ANSWER_pow3 = np.matmul(ANSWER_pow2, test_adj)
ANSWER_pow4 = np.matmul(ANSWER_pow3, test_adj)
ANSWER_pow5 = np.matmul(ANSWER_pow4, test_adj)
# define test logic
g_op = GraphOperator(POWER)
adj_lst = g_op(test_adj)
assert ANSWER_pow0.flatten().tolist() == adj_lst[0].ravel().tolist()
assert ANSWER_pow1.flatten().tolist() == adj_lst[1].ravel().tolist()
assert ANSWER_pow2.flatten().tolist() == adj_lst[2].ravel().tolist()
assert ANSWER_pow3.flatten().tolist() == adj_lst[3].ravel().tolist()
assert ANSWER_pow4.flatten().tolist() == adj_lst[4].ravel().tolist()
assert ANSWER_pow5.flatten().tolist() == adj_lst[5].ravel().tolist()
# assert self.assertEqual(POWER, len(adj_lst))
assert self.assertListEqual(ANSWER_pow0.ravel().tolist(),
adj_lst[0].ravel().tolist())
assert self.assertListEqual(ANSWER_pow1.ravel().tolist(),
adj_lst[1].ravel().tolist())
assert self.assertListEqual(ANSWER_pow2.ravel().tolist(),
adj_lst[2].ravel().tolist())
assert self.assertListEqual(ANSWER_pow3.ravel().tolist(),
adj_lst[3].ravel().tolist())
assert self.assertListEqual(ANSWER_pow4.ravel().tolist(),
adj_lst[4].ravel().tolist())
def open_widget(self):
operator = GraphOperator(graph=self.node)
operator.vertex_open(self.sender().id)
def open_widget(self):
operator = GraphOperator(graph=self.node)
operator.vertex_open(self.sender().id)
