def test_horizontal(self):
result = utils.connect_2d_shapes(self.shapes, 10, 'horizontal')
vector = [0, 1, 0]
assert result == ast.Rotate(90, vector, self.union)
def test_connect_invalid_arguments():
"""Test that arguments for ``connect_2d_shapes`` are validated."""
shapes = [ast.Circle(5), ast.Circle(2)]
with pytest.raises(AssertionError):
utils.connect_2d_shapes(shapes, 10, 'diagonal')
def test_vertical(self):
result = utils.connect_2d_shapes(self.shapes, 10, 'vertical')
assert result == self.union
def test_vertical_quads(self):
result = utils.connect_2d_shapes(self.shapes, 5, 'vertical')
assert result.items[0].item.quads == self.union.items[0].item.quads
assert result.items[1].item.quads == self.union.items[1].item.quads
def test_connect_heterogenous_handling():
"""Assert that heterogenous shapes cannot be merged."""
shapes = [ast.Circle(5), ast.Rectangle(2, 3)]
with pytest.raises(NotImplementedError):
utils.connect_2d_shapes(shapes, 10, 'vertical')
def test_horizontal(self):
result = utils.connect_2d_shapes(self.shapes, 10, "horizontal")
vector = [0, 1, 0]
assert result == ast.Rotate(90, vector, self.union)
def test_vertical(self):
result = utils.connect_2d_shapes(self.shapes, 10, "vertical")
assert result == self.union
def test_connect_invalid_arguments():
"""Test that arguments for ``connect_2d_shapes`` are validated."""
shapes = [ast.Circle(5), ast.Circle(2)]
with pytest.raises(AssertionError):
utils.connect_2d_shapes(shapes, 10, "diagonal")
def test_connect_heterogenous_handling():
"""Assert that heterogenous shapes cannot be merged."""
shapes = [ast.Circle(5), ast.Rectangle(2, 3)]
with pytest.raises(NotImplementedError):
utils.connect_2d_shapes(shapes, 10, "vertical")
def test_vertical_quads(self):
result = utils.connect_2d_shapes(self.shapes, 5, "vertical")
assert result.items[0].item.quads == self.union.items[0].item.quads
assert result.items[1].item.quads == self.union.items[1].item.quads
