def test_get_enabled_4d_filled_contour_qplt(self):
cube = tcl.setup_4d_cube()
dim_1_name = 'time'
dim_2_name = 'grid_longitude'
status = {'cube loaded': True,
'plot method': 'using quickplot',
'plot type': 'Filled 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': True,
'next': True,
'source code': True,
'cartographic': False,
'labels': False,
'colorbar': True,
'plot type': True,
'colormap': True,
'contour slider': True,
'third dim': True,
'central longitude': False,
'update': True}
difference = compare_dict(state, expected_state)
self.assertIsNone(difference)
def test_get_enabled_2d_pcolormesh_data(self):
cube = tcl.setup_2d_cube()
dim_1_name = 'latitude'
dim_2_name = 'longitude'
status = {'cube loaded': True,
'plot method': 'from data array',
'plot type': 'pcolormesh',
'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': True,
'plot type': True,
'colormap': True,
'contour slider': False,
'third dim': False,
'central longitude': False,
'update': True}
difference = compare_dict(state, expected_state)
self.assertIsNone(difference)
def set_enabled(self):
"""
This function controls which objects in the main window are enabled
at any point. It is called whenever the user makes a change to the
window.
"""
status = self.get_status()
state = gl.get_enabled(status)
self.can_draw_map = state['cartographic']
if self.can_draw_map is False:
self.select_projection.setCurrentIndex(0)
self.colorbar_dialog.disable_fixed_colorbar(self.ndim)
self.action_previous_slice.setEnabled(state['previous'])
self.action_next_slice.setEnabled(state['next'])
self.action_source_code.setEnabled(state['source code'])
self.action_coastlines.setEnabled(state['cartographic'])
self.action_contour_labels.setEnabled(state['labels'])
self.action_country_boundaries.setEnabled(state['cartographic'])
self.action_rivers_and_lakes.setEnabled(state['cartographic'])
self.action_colorbar.setEnabled(state['colorbar'])
self.select_projection.setEnabled(state['cartographic'])
self.select_central_longitude.setEnabled(state['central longitude'])
self.select_plot_type.setEnabled(state['plot type'])
self.select_colormap.setEnabled(state['colormap'])
self.contour_slider.setEnabled(state['contour slider'])
self.select_sliced_dim.setEnabled(state['third dim'])
self.select_slice_combo.setEnabled(state['third dim'])
self.select_slice_scroll.setEnabled(state['third dim'])
self.update_button.setEnabled(state['update'])
def test_get_enabled_4d_filled_contour_qplt(self):
cube = tcl.setup_4d_cube()
dim_1_name = 'time'
dim_2_name = 'grid_longitude'
status = {
'cube loaded': True,
'plot method': 'using quickplot',
'plot type': 'Filled 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': True,
'next': True,
'source code': True,
'cartographic': False,
'labels': False,
'colorbar': True,
'plot type': True,
'colormap': True,
'contour slider': True,
'third dim': True,
'central longitude': False,
'update': True
}
difference = compare_dict(state, expected_state)
self.assertIsNone(difference)
def test_get_enabled_2d_pcolormesh_data(self):
cube = tcl.setup_2d_cube()
dim_1_name = 'latitude'
dim_2_name = 'longitude'
status = {
'cube loaded': True,
'plot method': 'from data array',
'plot type': 'pcolormesh',
'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': True,
'plot type': True,
'colormap': True,
'contour slider': False,
'third dim': False,
'central longitude': False,
'update': True
}
difference = compare_dict(state, expected_state)
self.assertIsNone(difference)
def set_enabled(self):
"""
This function controls which objects in the main window are enabled
at any point. It is called whenever the user makes a change to the
window.
"""
status = self.get_status()
state = gl.get_enabled(status)
self.can_draw_map = state['cartographic']
if self.can_draw_map is False:
self.select_projection.setCurrentIndex(0)
self.colorbar_dialog.disable_fixed_colorbar(self.ndim)
self.action_previous_slice.setEnabled(state['previous'])
self.action_next_slice.setEnabled(state['next'])
self.action_source_code.setEnabled(state['source code'])
self.action_coastlines.setEnabled(state['cartographic'])
self.action_contour_labels.setEnabled(state['labels'])
self.action_country_boundaries.setEnabled(state['cartographic'])
self.action_rivers_and_lakes.setEnabled(state['cartographic'])
self.action_colorbar.setEnabled(state['colorbar'])
self.select_projection.setEnabled(state['cartographic'])
self.select_central_longitude.setEnabled(state['central longitude'])
self.select_plot_type.setEnabled(state['plot type'])
self.select_colormap.setEnabled(state['colormap'])
self.contour_slider.setEnabled(state['contour slider'])
self.contour_label_frame.setEnabled(state['contour slider'])
self.select_sliced_dim.setEnabled(state['third dim'])
self.select_slice_combo.setEnabled(state['third dim'])
self.select_slice_scroll.setEnabled(state['third dim'])
self.update_button.setEnabled(state['update'])