class Test_is_compatible(tests.IrisTest):
def setUp(self):
self.ancill_var = AncillaryVariable(
[1.0, 8.0, 22.0], standard_name="number_of_observations", units="1"
)
self.modified_ancill_var = self.ancill_var.copy()
def test_not_compatible_diff_name(self):
# Different name() - not compatible
self.modified_ancill_var.rename("air_temperature")
self.assertFalse(
self.ancill_var.is_compatible(self.modified_ancill_var)
)
def test_not_compatible_diff_units(self):
# Different units- not compatible
self.modified_ancill_var.units = "m"
self.assertFalse(
self.ancill_var.is_compatible(self.modified_ancill_var)
)
def test_not_compatible_diff_common_attrs(self):
# Different common attributes - not compatible.
self.ancill_var.attributes["source"] = "A"
self.modified_ancill_var.attributes["source"] = "B"
self.assertFalse(
self.ancill_var.is_compatible(self.modified_ancill_var)
)
def test_compatible_diff_data(self):
# Different data values - compatible.
self.modified_ancill_var.data = [10.0, 20.0, 100.0]
self.assertTrue(
self.ancill_var.is_compatible(self.modified_ancill_var)
)
def test_compatible_diff_var_name(self):
# Different var_name (but same name()) - compatible.
self.modified_ancill_var.var_name = "obs_num"
self.assertTrue(
self.ancill_var.is_compatible(self.modified_ancill_var)
)
def test_compatible_diff_non_common_attributes(self):
# Different non-common attributes - compatible.
self.ancill_var.attributes["source"] = "A"
self.modified_ancill_var.attributes["origin"] = "B"
self.assertTrue(
self.ancill_var.is_compatible(self.modified_ancill_var)
)
def test_compatible_ignore_common_attribute(self):
# ignore different common attributes - compatible.
self.ancill_var.attributes["source"] = "A"
self.modified_ancill_var.attributes["source"] = "B"
self.assertTrue(
self.ancill_var.is_compatible(
self.modified_ancill_var, ignore="source"
)
)
class Test_is_compatible(tests.IrisTest):
def setUp(self):
self.ancill_var = AncillaryVariable(
[1., 8., 22.], standard_name='number_of_observations', units='1')
self.modified_ancill_var = self.ancill_var.copy()
def test_not_compatible_diff_name(self):
# Different name() - not compatible
self.modified_ancill_var.rename('air_temperature')
self.assertFalse(
self.ancill_var.is_compatible(self.modified_ancill_var))
def test_not_compatible_diff_units(self):
# Different units- not compatible
self.modified_ancill_var.units = 'm'
self.assertFalse(
self.ancill_var.is_compatible(self.modified_ancill_var))
def test_not_compatible_diff_common_attrs(self):
# Different common attributes - not compatible.
self.ancill_var.attributes['source'] = 'A'
self.modified_ancill_var.attributes['source'] = 'B'
self.assertFalse(
self.ancill_var.is_compatible(self.modified_ancill_var))
def test_compatible_diff_data(self):
# Different data values - compatible.
self.modified_ancill_var.data = [10., 20., 100.]
self.assertTrue(self.ancill_var.is_compatible(
self.modified_ancill_var))
def test_compatible_diff_var_name(self):
# Different var_name (but same name()) - compatible.
self.modified_ancill_var.var_name = 'obs_num'
self.assertTrue(self.ancill_var.is_compatible(
self.modified_ancill_var))
def test_compatible_diff_non_common_attributes(self):
# Different non-common attributes - compatible.
self.ancill_var.attributes['source'] = 'A'
self.modified_ancill_var.attributes['origin'] = 'B'
self.assertTrue(self.ancill_var.is_compatible(
self.modified_ancill_var))
def test_compatible_ignore_common_attribute(self):
# ignore different common attributes - compatible.
self.ancill_var.attributes['source'] = 'A'
self.modified_ancill_var.attributes['source'] = 'B'
self.assertTrue(
self.ancill_var.is_compatible(self.modified_ancill_var,
ignore='source'))
def test_nanpoints_eq_copy(self):
av1 = AncillaryVariable([1.0, np.nan, 2.0])
av2 = av1.copy()
self.assertEqual(av1, av2)
