class Meta:
model = WaterRegional
exclude = ('impact_model', )
widgets = {
"methods_evapotranspiration": MyTextInput(textarea=True),
'methods_snowmelt': MyTextInput(textarea=True),
'vegetation': MyBooleanSelect(nullable=True),
'vegetation_approach_used': MyTextInput(textarea=True),
'vegetation_representation': MyMultiSelect(allowcustom=False),
'routing': MyTextInput(textarea=True),
'routing_data': MyTextInput(textarea=True),
'calibration': MyBooleanSelect(nullable=True),
'calibration_model_evaluated': MyBooleanSelect(nullable=True),
'calibration_periods': MyTextInput(textarea=True),
'calibration_methods': MyTextInput(textarea=True),
}
class Meta:
model = Water
exclude = ('impact_model', )
widgets = {
'technological_progress': MyTextInput(textarea=True),
'soil_layers': MyTextInput(textarea=True),
'water_use': MyTextInput(textarea=True),
'water_sectors': MyTextInput(textarea=True),
'routing': MyTextInput(textarea=True),
'routing_data': MyTextInput(textarea=True),
'land_use': MyTextInput(textarea=True),
'dams_reservoirs': MyTextInput(textarea=True),
'calibration': MyBooleanSelect(nullable=True),
'calibration_years': MyTextInput(),
'calibration_dataset': MyTextInput(),
'calibration_catchments': MyTextInput(),
'vegetation': MyBooleanSelect(nullable=True),
'vegetation_representation': MyTextInput(textarea=True),
"methods_evapotranspiration": MyTextInput(textarea=True),
'methods_snowmelt': MyTextInput(textarea=True),
}
class Meta:
model = OtherInformation
exclude = ('impact_model', )
widgets = {
'exceptions_to_protocol': MyTextInput(textarea=True),
'spin_up': MyBooleanSelect(nullable=False),
'spin_up_design': MyTextInput(textarea=True),
'natural_vegetation_partition': MyTextInput(textarea=True),
'natural_vegetation_dynamics': MyTextInput(textarea=True),
'natural_vegetation_cover_dataset': MyTextInput(),
'management': MyTextInput(textarea=True),
'extreme_events': MyTextInput(textarea=True),
'anything_else': MyTextInput(textarea=True),
}