visiontoolkit.constants.CONFIG_DEFAULTS

visiontoolkit.constants.CONFIG_DEFAULTS = {'cfp-cscale': 'plasma', 'cfp-input-general-config': {'legend': True, 'linewidth': 0.0, 'markersize': 5, 'title': 'Input: observational field (path, to be used for co-location, with its corresponding data, to be ignored)'}, 'cfp-input-levs-config': {}, 'cfp-input-track-only-config': {'colorbar': False, 'legend': True, 'linewidth': 0.0, 'markersize': 0.5, 'title': 'Input: flight track from observational field to co-locate model field onto'}, 'cfp-mapset-config': {}, 'cfp-output-general-config': {'legend': True, 'linewidth': 0.0, 'markersize': 5, 'title': 'Result: model co-located onto observational path'}, 'cfp-output-levs-config': {}, 'chosen-model-field': False, 'chosen-obs-field': False, 'halo-size': 1, 'history-message': 'Processed using the NCAS VISION Toolkit to co-locate from model data to the observational data spatio-temporal location.', 'model-data-path': '.', 'obs-data-path': '.', 'orography': None, 'output-file-name': 'vision_toolkit_result_field.nc', 'outputs-dir': '.', 'plot-mode': 0, 'plotname-start': 'vision_toolkit', 'preprocess-mode-model': None, 'preprocess-mode-obs': None, 'source-axes': False, 'spatial-colocation-method': 'linear', 'start-time-override': False, 'verbose': 0, 'vertical-colocation-coord': 'air_pressure'}

Configuration default values, applied if the user does not set otherwise.

This is a constant, in the form of a dictionary defining the configuration names as keys and their default values as the corresponding value for each.

Output in pretty-printed format

>>> from pprint import pprint
>>> pprint(visiontoolkit.constants.CONFIG_DEFAULTS)
{'cfp-cscale': 'plasma',
 'cfp-input-general-config': {'legend': True,
                              'linewidth': 0.0,
                              'markersize': 5,
                              'title': 'Input: observational field (path, to '
                                       'be used for co-location, with its '
                                       'corresponding data, to be ignored)'},
 'cfp-input-levs-config': {},
 'cfp-input-track-only-config': {'colorbar': False,
                                 'legend': True,
                                 'linewidth': 0.0,
                                 'markersize': 0.5,
                                 'title': 'Input: flight track from '
                                          'observational field to co-locate '
                                          'model field onto'},
 'cfp-mapset-config': {},
 'cfp-output-general-config': {'legend': True,
                               'linewidth': 0.0,
                               'markersize': 5,
                               'title': 'Result: model co-located onto '
                                        'observational path'},
 'cfp-output-levs-config': {},
 'chosen-model-field': False,
 'chosen-obs-field': False,
 'halo-size': 1,
 'history-message': 'Processed using the NCAS VISION Toolkit to co-locate from '
                    'model data to the observational data spatio-temporal '
                    'location.',
 'model-data-path': '.',
 'obs-data-path': '.',
 'orography': None,
 'output-file-name': 'vision_toolkit_result_field.nc',
 'outputs-dir': '.',
 'plot-mode': 0,
 'plotname-start': 'vision_toolkit',
 'preprocess-mode-model': None,
 'preprocess-mode-obs': None,
 'source-axes': False,
 'spatial-colocation-method': 'linear',
 'start-time-override': False,
 'verbose': 0,
 'vertical-colocation-coord': 'air_pressure'}