def test_obis_occurrence(self):
"""Test ts compare on obis occurence data."""
ts_compare(
"test_data/obis.csv",
x_key="eventDate",
y_key_list=["X", "year"],
savefig=get_test_output_path(
__file__, "{}.png".format(sys._getframe().f_code.co_name)),
)
def test_obis_occurrence(self):
""" test ts compare on obis occurence data """
ts_compare(
"test_data/obis.csv",
x_key="eventDate",
y_key_list=["X", "year"],
savefig="/tmp/plo7y_test_{}.png".format(
sys._getframe().f_code.co_name),
)
def test_obis_group_by_species_on_occurrence_status(self):
"""Test ts compare on subset of obis occurence using y_group_by_key."""
ts_compare(
"test_data/occurrenceStatus.csv",
x_key="eventDate",
y_key="occurrenceStatus",
y_group_by_key="species",
savefig=get_test_output_path(
__file__, "{}.png".format(sys._getframe().f_code.co_name)),
)
def test_obis_group_by_species_on_occurrence_status(self):
""" test ts compare on subset of obis occurence using y_group_by_key"""
ts_compare(
"test_data/occurrenceStatus.csv",
x_key="eventDate",
y_key="occurrenceStatus",
y_group_by_key="species",
savefig="/tmp/plo7y_test_{}.png".format(
sys._getframe().f_code.co_name),
)
def test_obis_group_by_species_on_X(self):
""" test ts compare on obis occurence data using y_group_by_key"""
ts_compare(
"test_data/obis.csv",
x_key="eventDate",
y_key="X",
y_group_by_key="species",
savefig="/tmp/plo7y_test_{}.png".format(
sys._getframe().f_code.co_name),
)
def test_obis_occurrence_empty(self):
"""Test ts compare on 0-length obis occurence data."""
with self.assertRaises(AssertionError):
ts_compare(
"test_data/obis_empty.csv",
x_key="eventDate",
y_key="X",
y_group_by_key="species",
savefig=get_test_output_path(
__file__, "{}.png".format(sys._getframe().f_code.co_name)),
)
def test_obis_occurrence_empty(self):
""" test ts compare on 0-length obis occurence data"""
with self.assertRaises(AssertionError):
ts_compare(
"test_data/obis_empty.csv",
x_key="eventDate",
y_key="X",
y_group_by_key="species",
savefig="/tmp/plo7y_test_{}.png".format(
sys._getframe().f_code.co_name),
)