class Schema(NodeSchema):
# The main attributes are not validated (i.e. `Raw`)
# They could be many different things.
min_flow = fields.ParameterReferenceField(allow_none=True)
cost = fields.ParameterReferenceField(allow_none=True)
storage_node = fields.NodeField()
release_values = DataFrameField()
scenario = fields.ScenarioReferenceField(allow_none=True)
class Schema(NodeSchema):
# The main attributes are not validated (i.e. `Raw`)
# They could be many different things.
max_volume = fields.ParameterReferenceField(required=False)
min_volume = fields.ParameterReferenceField(required=False)
cost = fields.ParameterReferenceField(required=False)
initial_volume = fields.ParameterValuesField(required=False)
initial_volume_pc = marshmallow.fields.Number(required=False)
bathymetry = DataFrameField()
weather = DataFrameField()
class Schema(NodeSchema):
# The main attributes are not validated (i.e. `Raw`)
# They could be many different things.
# TODO add turbine max_flow in here
min_flow = fields.ParameterReferenceField(allow_none=True)
cost = fields.ParameterReferenceField(allow_none=True)
storage_node = fields.NodeField()
turbine_elevation = marshmallow.fields.Number()
generation_capacity = marshmallow.fields.Number()
min_operating_elevation = marshmallow.fields.Number()
efficiency = marshmallow.fields.Number()
density = marshmallow.fields.Number()
# Default values for missing inputs.
# Assume inputting for Mm3/day (1e6) and MW (1.15741e-11)
flow_unit_conversion = marshmallow.fields.Number(missing=1e6)
energy_unit_conversion = marshmallow.fields.Number(missing=1.15741e-11)
class Schema(NodeSchema):
# The main attributes are not validated (i.e. `Raw`)
# They could be many different things.
max_volume = fields.ParameterReferenceField(required=False)
min_volume = fields.ParameterReferenceField(required=False)
cost = fields.ParameterReferenceField(required=False)
initial_volume = fields.ParameterValuesField(required=False)
initial_volume_pc = marshmallow.fields.Number(required=False)
bathymetry = DataFrameField()
#Weather and rainfall / evaporation are mutually exclusive. If both
#are specified, then weather will be used (to simplify logic because
#the the other way around requires checking that both rainfall & evaporation
#are set
weather = DataFrameField()
weather_cost = fields.ParameterReferenceField(required=False)
rainfall = fields.ParameterReferenceField(required=False)
rainfall_cost = fields.ParameterReferenceField(required=False)
evaporation = fields.ParameterReferenceField(required=False)
evaporation_cost = fields.ParameterReferenceField(required=False)
class Schema(NodeSchema):
min_flow = fields.ParameterReferenceField(allow_none=True)
cost = fields.ParameterReferenceField(allow_none=True)
max_flow = DataFrameField()
proportion = marshmallow.fields.Number()
class Schema(NodeSchema):
min_flow = fields.ParameterReferenceField(allow_none=True)
cost = fields.ParameterReferenceField(allow_none=True)
max_flow = DataFrameField()
scenario = fields.ScenarioReferenceField(allow_none=True)
