class BurnSchema(WeathererSchema):
area = SchemaNode(Float(), save=True, update=True)
thickness = SchemaNode(Float(), save=True, update=True)
area_units = SchemaNode(String(), save=True, update=True)
thickness_units = SchemaNode(String(), save=True, update=True)
_oilwater_thickness = SchemaNode(Float(),
save=True,
update=True,
read_only=True,
missing=drop)
_oilwater_thick_burnrate = SchemaNode(Float(),
save=True,
update=True,
read_only=True,
missing=drop)
_oil_vol_burnrate = SchemaNode(Float(),
save=True,
update=True,
read_only=True,
missing=drop)
efficiency = SchemaNode(Float(), missing=None, save=True, update=True)
wind = GeneralGnomeObjectSchema(
acceptable_schemas=[WindSchema, VectorVariableSchema],
save=True,
update=True,
save_reference=True,
missing=drop)
water = WaterSchema(save=True,
update=True,
save_reference=True,
missing=drop)
class DissolutionSchema(WeathererSchema):
waves = WavesSchema(save=True, update=True, save_reference=True)
wind = GeneralGnomeObjectSchema(
acceptable_schemas=[WindSchema, VectorVariableSchema],
save=True,
update=True,
save_reference=True)
class LangmuirSchema(WeathererSchema):
wind = GeneralGnomeObjectSchema(
acceptable_schemas=[WindSchema, VectorVariableSchema],
save=True,
update=True,
save_reference=True)
water = WaterSchema(save=True, update=True, save_reference=True)
class PyCurrentMoverSchema(ObjTypeSchema):
current = GeneralGnomeObjectSchema(
acceptable_schemas=[VectorVariableSchema, GridCurrent._schema],
save=True,
update=True,
save_reference=True)
filename = FilenameSchema(missing=drop,
save=True,
update=False,
isdatafile=True)
current_scale = SchemaNode(Float(), missing=drop, save=True, update=True)
extrapolation_is_allowed = SchemaNode(Bool(),
missing=drop,
save=True,
update=True)
# time_offset = SchemaNode(
# Float(), missing=drop, save=True, update=True
# )
on = SchemaNode(Bool(), missing=drop, save=True, update=True)
active_start = SchemaNode(LocalDateTime(),
missing=drop,
validator=convertible_to_seconds,
save=True,
update=True)
active_stop = SchemaNode(LocalDateTime(),
missing=drop,
validator=convertible_to_seconds,
save=True,
update=True)
data_start = SchemaNode(LocalDateTime(),
validator=convertible_to_seconds,
read_only=True)
data_stop = SchemaNode(LocalDateTime(),
validator=convertible_to_seconds,
read_only=True)
class BurnSchema(WeathererSchema):
area = SchemaNode(Float(), save=True, update=True)
thickness = SchemaNode(Float(), save=True, update=True)
area_units = SchemaNode(String(), save=True, update=True)
thickness_units = SchemaNode(String(), save=True, update=True)
_oilwater_thickness = SchemaNode(Float(),
missing=drop,
save=True,
update=True)
_oilwater_thick_burnrate = SchemaNode(Float(),
missing=drop,
save=True,
update=True)
_oil_vol_burnrate = SchemaNode(Float(),
missing=drop,
save=True,
update=True)
efficiency = SchemaNode(Float(), missing=None, save=True, update=True)
wind = GeneralGnomeObjectSchema(
acceptable_schemas=[WindSchema, VectorVariableSchema],
missing=drop,
save=True,
update=True,
save_reference=True)
water = WaterSchema(missing=drop,
save=True,
update=True,
save_reference=True)
active_stop = SchemaNode(LocalDateTime(),
missing=drop,
validator=convertible_to_seconds,
save=False,
update=True)
class IceImageSchema(BaseOutputterSchema):
ice_movers = SequenceSchema(
GeneralGnomeObjectSchema(acceptable_schemas=[IceMoverSchema]),
save=True,
update=True,
save_reference=True)
'''
class SpillSchema(ObjTypeSchema):
'Spill class schema'
on = SchemaNode(Bool(),
default=True,
missing=True,
description='on/off status of spill',
save=True,
update=True)
release = GeneralGnomeObjectSchema(acceptable_schemas=[
BaseReleaseSchema, PointLineReleaseSchema, ContinuousReleaseSchema,
SpatialReleaseSchema
],
save=True,
update=True,
save_reference=True)
amount = SchemaNode(Float(), missing=drop, save=True, update=True)
units = SchemaNode(String(), missing=drop, save=True, update=True)
amount_uncertainty_scale = SchemaNode(Float(),
missing=drop,
save=True,
update=True)
# frac_coverage = SchemaNode(
# Float(), missing=drop, save=True, update=True
# )
element_type = ElementTypeSchema(save=True,
update=True,
save_reference=True)
water = WaterSchema(missing=drop,
save=True,
update=True,
save_reference=True)
class DistributionBaseSchema(base_schema.ObjTypeSchema):
'Add schema to base class since all derived classes use same schema'
distribution = GeneralGnomeObjectSchema(acceptable_schemas=[
UniformDistributionSchema, NormalDistributionSchema,
WeibullDistributionSchema, LogNormalDistributionSchema
],
save=True,
update=True)
class SubstanceSchema(ObjTypeSchema):
initializers = SequenceSchema(
GeneralGnomeObjectSchema(
acceptable_schemas=[InitWindagesSchema,
DistributionBaseSchema
]
),
save=True, update=True, save_reference=True
)
is_weatherable = SchemaNode(Boolean(), read_only=True)
class CurrentJsonSchema(BaseOutputterSchema):
current_movers = SequenceSchema(
GeneralGnomeObjectSchema(acceptable_schemas=[
CatsMoverSchema, ComponentMoverSchema, GridCurrentMoverSchema,
CurrentCycleMoverSchema, WindMoverSchema
]),
save=True,
update=True,
save_reference=True)
'''
class VectorVariableSchema(VariableSchemaBase):
varnames = SequenceSchema(
SchemaNode(String()),
read_only=True
)
variables = SequenceSchema(
GeneralGnomeObjectSchema(
acceptable_schemas=[VariableSchema, base_schema.ObjTypeSchema]
), save_reference=True
)
class ElementTypeSchema(base_schema.ObjTypeSchema):
def __init__(self, unknown='preserve', *args, **kwargs):
super(ElementTypeSchema, self).__init__(*args, **kwargs)
self.typ = base_schema.ObjType('preserve')
initializers = SequenceSchema(GeneralGnomeObjectSchema(
acceptable_schemas=[InitWindagesSchema, DistributionBaseSchema]),
save=True,
update=True,
save_reference=True)
standard_density = SchemaNode(Float(), read_only=True)
class WindMoverSchema(WindMoversBaseSchema):
"""
Contains properties required by UpdateWindMover and CreateWindMover
"""
# 'wind' schema node added dynamically
wind = GeneralGnomeObjectSchema(acceptable_schemas=[WindSchema],
save=True,
update=True,
save_reference=True)
data_start = SchemaNode(LocalDateTime(),
validator=convertible_to_seconds,
read_only=True)
data_stop = SchemaNode(LocalDateTime(),
validator=convertible_to_seconds,
read_only=True)
class PyCurrentMoverSchema(ObjTypeSchema):
current = GeneralGnomeObjectSchema(
save=True,
update=True,
save_reference=True,
acceptable_schemas=[VectorVariableSchema, GridCurrent._schema])
filename = FilenameSchema(save=True,
update=False,
isdatafile=True,
missing=drop)
scale_value = SchemaNode(Float(), save=True, update=True, missing=drop)
on = SchemaNode(Bool(), missing=drop, save=True, update=True)
active_range = TimeRangeSchema()
data_start = SchemaNode(LocalDateTime(),
read_only=True,
validator=convertible_to_seconds)
data_stop = SchemaNode(LocalDateTime(),
read_only=True,
validator=convertible_to_seconds)
class PyWindMoverSchema(ObjTypeSchema):
wind = GeneralGnomeObjectSchema(
save=True,
update=True,
save_reference=True,
acceptable_schemas=[VectorVariableSchema, GridWind._schema])
filename = FilenameSchema(save=True,
update=False,
isdatafile=True,
missing=drop)
wind_scale = SchemaNode(Float(), save=True, update=True, missing=drop)
extrapolation_is_allowed = SchemaNode(Bool(),
save=True,
update=True,
missing=drop)
time_offset = SchemaNode(Float(), save=True, update=True, missing=drop)
on = SchemaNode(Bool(), save=True, update=True, missing=drop)
active_range = TimeRangeSchema()
data_start = SchemaNode(LocalDateTime(),
read_only=True,
validator=convertible_to_seconds)
data_stop = SchemaNode(LocalDateTime(),
read_only=True,
validator=convertible_to_seconds)