def test_set_bounds(self):
index = (3, 3)
b_cell = Cell(index, self.mesh_params)
b_cell.bounds('x_max', 'refl')
eq_(b_cell.bounds('x_max'), 'refl')
def test_boundaries(self):
for param in [('x_max', (3, 1)), ('y_max', (2, 3)), ('x_min', (0, 2)),
('y_min', (3, 0))]:
b_cell = Cell(param[1], self.mesh_params)
ok_(param[0] in b_cell.bounds())
def test_multiple_bounds(self):
index = (3, 3)
b_cell = Cell(index, self.mesh_params)
ok_('y_max' in b_cell.bounds() and 'x_max' in b_cell.bounds())
def test_is_boundary(self):
for index in [(3, 1), (2, 3), (0, 2), (3, 0)]:
b_cell = Cell(index, self.mesh_params)
ok_(b_cell.bounds(), "boundary cell")