Profiles: mars

This is the definition of the built-in "mars" profile for the Xarray engine.

TableDictionaryYAML

Name	Value
variable_key	‘metadata.param’
drop_variables	[]
rename_variables	{}
mono_variable	False
extra_dims	[]
drop_dims	[]
ensure_dims	[]
fixed_dims	[]
split_dims	[]
rename_dims	{}
dims_as_attrs	[]
time_dims	[‘forecast_reference_time’, ‘step’]
level_dim_mode	‘level’
squeeze	True
attrs_mode	‘unique’
attrs	[‘metadata.class’, ‘metadata.stream’, ‘metadata.levtype’, ‘metadata.type’, ‘metadata.expver’, ‘metadata.date’, ‘metadata.hdate’, ‘metadata.andate’, ‘metadata.time’, ‘metadata.antime’, ‘metadata.reference’, ‘metadata.anoffset’, ‘metadata.verify’, ‘metadata.fcmonth’, ‘metadata.fcperiod’, ‘metadata.leadtime’, ‘metadata.opttime’, ‘metadata.origin’, ‘metadata.domain’, ‘metadata.method’, ‘metadata.diagnostic’, ‘metadata.iteration’, ‘metadata.number’, ‘metadata.quantile’, ‘metadata.levelist’]
variable_attrs	[‘metadata.param’, ‘parameter.standard_name’, ‘parameter.long_name’, ‘metadata.paramId’, ‘parameter.units’]
global_attrs	[{‘Conventions’: ‘CF-1.8’}, {‘institution’: ‘ECMWF’}]
add_earthkit_attrs	True
rename_attrs	{}
add_valid_time_coord	False
add_geo_coords	True
decode_times	True
decode_timedelta	None
flatten_values	False
dtype	‘float64’
array_namespace	‘numpy’
lazy_load	True
release_source	False
direct_backend	False
strict	False
errors	‘raise’
allow_holes	False
dim_roles	{‘member’: ‘metadata.number’, ‘forecast_reference_time’: ‘time.forecast_reference_time’, ‘step’: ‘time.step’, ‘valid_time’: ‘time.valid_datetime’, ‘date’: ‘metadata.date’, ‘time’: ‘metadata.time’, ‘level’: ‘metadata.levelist’, ‘level_type’: ‘metadata.levtype’}
dim_name_from_role_name	True

Please note that the following options cannot be specified as a kwarg to to_xarray().

Name

Value

coord_attrs

{‘member’: {‘standard_name’: ‘realization’, ‘long_name’: ‘ensemble member id’}, ‘latitude’: {‘units’: ‘degrees_north’, ‘standard_name’: ‘latitude’, ‘long_name’: ‘latitude’}, ‘longitude’: {‘units’: ‘degrees_east’, ‘standard_name’: ‘longitude’, ‘long_name’: ‘longitude’}, ‘forecast_reference_time’: {‘standard_name’: ‘forecast_reference_time’, ‘long_name’: ‘initial time of forecast’}, ‘step’: {‘standard_name’: ‘forecast_period’, ‘long_name’: ‘time since forecast_reference_time’}, ‘forecast_period’: {‘standard_name’: ‘forecast_period’, ‘long_name’: ‘time since forecast_reference_time’}, ‘valid_time’: {‘standard_name’: ‘time’, ‘long_name’: ‘valid_time’}}