def test_get_enabled_1d_contour_qptl(self):
cube = tcl.setup_1d_cube()
dim_1_name = 'time'
dim_2_name = None
status = {'cube loaded': True,
'plot method': 'using quickplot',
'plot type': 'Contour',
'cube': cube,
'dim 1 name': dim_1_name,
'dim 2 name': dim_2_name,
'projection': 'Automatic'}
state = gl.get_enabled(status)
expected_state = {'previous': False,
'next': False,
'source code': True,
'cartographic': False,
'labels': False,
'colorbar': False,
'plot type': False,
'colormap': False,
'contour slider': False,
'third dim': False,
'central longitude': False,
'update': True}
difference = compare_dict(state, expected_state)
self.assertIsNone(difference)
def test_get_enabled_1d_contour_qptl(self):
cube = tcl.setup_1d_cube()
dim_1_name = 'time'
dim_2_name = None
status = {
'cube loaded': True,
'plot method': 'using quickplot',
'plot type': 'Contour',
'cube': cube,
'dim 1 name': dim_1_name,
'dim 2 name': dim_2_name,
'projection': 'Automatic'
}
state = gl.get_enabled(status)
expected_state = {
'previous': False,
'next': False,
'source code': True,
'cartographic': False,
'labels': False,
'colorbar': False,
'plot type': False,
'colormap': False,
'contour slider': False,
'third dim': False,
'central longitude': False,
'update': True
}
difference = compare_dict(state, expected_state)
self.assertIsNone(difference)
def test_get_dim_names_1d(self):
cube = tcl.setup_1d_cube()
names = gl.get_dim_names(cube)
self.assertEqual(names, ["time"])
def test_get_dim_names_1d(self):
cube = tcl.setup_1d_cube()
names = gl.get_dim_names(cube)
self.assertEqual(names, ["time"])