def test_iris_comparative_scatter(self):
from cis.test.util.mock import make_mock_cube
from cis.data_io.gridded_data import GriddedDataList
d = GriddedDataList([make_mock_cube(), make_mock_cube(data_offset=2)])
d[0].var_name = 'snow'
d[1].var_name = 'rain'
d.plot(how='comparativescatter')
self.check_graphic()
def test_taylor_diagram_gridded(self):
from cis.test.util.mock import make_mock_cube
from cis.data_io.gridded_data import GriddedDataList
d = GriddedDataList([make_mock_cube(), make_mock_cube(data_offset=2)])
d[0].var_name = 'snow'
d[1].var_name = 'rain'
d.plot(how='taylor')
self.check_graphic()
def test_iris_multiple_scatter(self):
from cis.test.util.mock import make_mock_cube
from cis.data_io.gridded_data import GriddedDataList
# This only works with one dimensional gridded data
d = GriddedDataList([make_mock_cube(lat_dim_length=0), make_mock_cube(lat_dim_length=0, data_offset=2)])
d[0].var_name = 'snow'
d[1].var_name = 'rain'
# Will default to line plots
d.plot()
self.check_graphic()
