def test_point(self):
t_coord = mock.Mock()
t_coord.has_bounds = mock.Mock(return_value=False)
t_coord.points = [15]
cube = mock.Mock()
cube.coord = mock.Mock(return_value=t_coord)
rt, rt_meaning, fp, fp_meaning = _missing_forecast_period(cube)
t_coord.units.assert_has_call(mock.call.num2date(15))
self.assertEqual((rt_meaning, fp, fp_meaning), (2, 0, 1))
def test_point(self):
t_coord = mock.Mock()
t_coord.has_bounds = mock.Mock(return_value=False)
t_coord.points = [15]
cube = mock.Mock()
cube.coord = mock.Mock(return_value=t_coord)
rt, rt_meaning, fp, fp_meaning = _missing_forecast_period(cube)
t_coord.units.assert_has_call(mock.call.num2date(15))
self.assertEqual((rt_meaning, fp, fp_meaning), (2, 0, 1))
def test_bounds(self):
t_coord = mock.Mock()
t_coord.has_bounds = mock.Mock(return_value=True)
t_coord.points = [15]
t_coord.bounds = np.array([[10, 20]])
cube = mock.Mock()
cube.coord = mock.Mock(return_value=t_coord)
rt, rt_meaning, fp, fp_meaning = _missing_forecast_period(cube)
t_coord.units.assert_has_call(mock.call.num2date(10))
self.assertEqual((rt_meaning, fp, fp_meaning), (2, 0, 1))
def test_bounds(self):
t_coord = mock.Mock()
t_coord.has_bounds = mock.Mock(return_value=True)
t_coord.points = [15]
t_coord.bounds = np.array([[10, 20]])
cube = mock.Mock()
cube.coord = mock.Mock(return_value=t_coord)
rt, rt_meaning, fp, fp_meaning = _missing_forecast_period(cube)
t_coord.units.assert_has_call(mock.call.num2date(10))
self.assertEqual((rt_meaning, fp, fp_meaning), (2, 0, 1))
