goblin_lite.LCA_processing.lca_total_generator

This module contains the LCATotalGenerator class, which is responsible for generating total footprints for climate change, eutrophication, and air quality.

Module Contents

Classes

LCATotalGenerator

Manages the calculation of total environmental footprints (climate change, eutrophication, air quality).

class goblin_lite.LCA_processing.lca_total_generator.LCATotalGenerator(calibration_year, target_year, scenario_dataframe, DATABASE_PATH)

Manages the calculation of total environmental footprints (climate change, eutrophication, air quality). Utilizes ClimateChangeTotal, EutrophicationTotal, and AirQualityTotal classes.

db_reference_class

An instance of the DataFetcher class for retrieving data.

Type:

DataFetcher

data_manager_class

An instance of the DataManager class for database interactions.

Type:

DataManager

calibration_year

Base year for model calibration.

Type:

int

target_year

Year of analysis.

Type:

int

scenario_dataframe

Dataframe containing scenario-specific parameters.

Type:

pandas.DataFrame

DATABASE_PATH

Path to the external database, if None, default internal database used.

Type:

str, optional

generate_climate_change_totals()

Calculates total climate change emissions for scenarios.

generate_eutrophication_totals()

Calculates total eutrophication emissions for scenarios.

generate_air_quality_totals()

Calculates total air quality emissions for scenarios.

get_climate_emission_dataframes()

Fetches climate change emission dataframes by category.

get_air_quality_emission_dataframes()

Fetches air quality emission dataframes by category.

get_eutrophication_emission_dataframes()

Fetches eutrophication emission dataframes by category.

generate_climate_change_totals()

Calculates total climate change emissions for scenarios.

Details

• Leverages the ClimateChangeTotal class.

• Fetches emission dataframes using get_climate_change_emission_dataframes().

• Saves results to a database via the DataManager class.

rtype:

None

generate_eutrophication_totals()

Calculates total eutrophication emissions for scenarios.

Details

• Leverages the EutrophicationTotal class.

• Fetches emission dataframes using get_eutrophication_emission_dataframes().

• Saves results to a database via the DataManager class.

rtype:

None

generate_air_quality_totals()

Calculates total air quality emissions for scenarios.

Details

• Leverages the AirQualityTotal class.

• Fetches emission dataframes using get_air_quality_emission_dataframes().

• Saves results to a database via the DataManager class.

rtype:

None

get_climate_emission_dataframes()

Retrieves dataframes containing climate change emissions by category.

This method fetches dataframes containing climate change emissions for different categories, such as “crop,” “animal,” and “land,” using the DataFetcher class.

Returns:

A dictionary containing dataframes of climate change emissions for different categories.

Return type:

dict

get_air_quality_emission_dataframes()

Retrieves dataframes containing air quality emissions by category.

This method fetches dataframes containing air quality emissions for different categories, such as “crop” and “animal,” using the DataFetcher class.

Returns:

A dictionary containing dataframes of air quality emissions for different categories.

Return type:

dict

get_eutrophication_emission_dataframes()

Retrieves dataframes containing eutrophication emissions by category.

This method fetches dataframes containing eutrophication emissions for different categories, such as “crop” and “animal,” using the DataFetcher class.

Returns:

A dictionary containing dataframes of eutrophication emissions for different categories.

Return type:

dict