def write_generation_process_database_to_dict(gen_database, regions=None):
"""
Create olca formatted dictionaries of individual processes
Parameters
----------
gen_database : DataFrame
Each row represents information about a single emission from a fuel category
in a single region.
regions : str, optional
Not currently used (the default is 'all', which [default_description])
Returns
-------
dict
A dictionary of dictionaries, each of which contains information about
emissions from a single fuel type in a single region.
"""
from electricitylci.generation import olcaschema_genprocess
if regions is None:
regions = config.model_specs.regional_aggregation
gen_dict = olcaschema_genprocess(gen_database, subregion=regions)
return gen_dict
def write_gen_fuel_database_to_dict(gen_plus_fuel_df,
upstream_dict,
subregion=None):
"""
Write the generation dataframe that has been augmented with fuel inputs
to a dictionary for conversion to openlca.
Parameters
----------
gen_plus_fuel_df : dataframe
The dataframe returned by add_fuels_to_gen
upstream_dict : dictionary
This is the dictionary of upstream "unit processes" as generated by
electricitylci.upstream_dict after the upstream_dict has been written
to json-ld. This is important because the uuids for the upstream
"unit processes" are only generated when written to json-ld.
subregion : str, optional
The level of subregion that the data will be aggregated to. Choices
are 'all', 'NERC', 'BA', 'US', by default 'BA', by default "BA"
Returns
-------
dictionary
A dictionary of generation unit processes ready to be written to
openLCA.
"""
from electricitylci.generation import olcaschema_genprocess
if subregion is None:
subregion = config.model_specs.regional_aggregation
#Another change to accomodate FERC consumption pulling BAs.
#Removing the statements below for now. This is preventing the generation
#of dictionaries for other levels of aggregation. This logic will need to
#be implemented in main.py so that FERC consumption mixes can be made
#using the required BA aggregation.
# if subregion in ["BA","FERC","US"]:
# subregion="BA"
print("Converting generator dataframe to dictionaries...")
gen_plus_fuel_dict = olcaschema_genprocess(gen_plus_fuel_df,
upstream_dict,
subregion=subregion)
return gen_plus_fuel_dict
def write_gen_fuel_database_to_dict(gen_plus_fuel_df,
upstream_dict,
subregion=None):
"""
Write the generation dataframe that has been augmented with fuel inputs
to a dictionary for conversion to openlca.
Parameters
----------
gen_plus_fuel_df : dataframe
The dataframe returned by add_fuels_to_gen
upstream_dict : dictionary
This is the dictionary of upstream "unit processes" as generated by
electricitylci.upstream_dict after the upstream_dict has been written
to json-ld. This is important because the uuids for the upstream
"unit processes" are only generated when written to json-ld.
subregion : str, optional
The level of subregion that the data will be aggregated to. Choices
are 'all', 'NERC', 'BA', 'US', by default 'BA', by default "BA"
Returns
-------
dictionary
A dictionary of generation unit processes ready to be written to
openLCA.
"""
from electricitylci.alt_generation import olcaschema_genprocess
if subregion is None:
# subregion = model_specs['regional_aggregation']
#Another change to accomodate FERC consumption pulling BAs.
subregion = "BA"
print("Converting generator dataframe to dictionaries...")
gen_plus_fuel_dict = olcaschema_genprocess(gen_plus_fuel_df,
upstream_dict,
subregion=subregion)
return gen_plus_fuel_dict
def write_generation_process_database_to_dict(gen_database, regions='all'):
from electricitylci.generation import olcaschema_genprocess
gen_dict = olcaschema_genprocess(gen_database, subregion=regions)
return gen_dict