Function reference • PFUPipeline

All functions

add_iea_mw_psut(): Sum IEA and muscle work ECC matrices

aggcountries_mw_to_iea(): Aggregate ILO and FAO country data into IEA country groupings

all_countries: All countries and selected country groups

alloc_graph(): Generate an allocation graph

alloc_plots_df(): Create allocation graphs in a data frame

assemble_eta_fu_tables(): Assemble completed final-to-useful efficiency tables

assemble_fu_allocation_tables(): Assemble completed final-to-useful allocation tables

assemble_phi_u_tables(): Assemble completed phi (exergy-to-energy ratio) tables

build_psut_dataframe(): Build the final PSUT data frame

calc_C_mats(): Add allocation matrices to a data frame

calc_C_mats_agg(): Calculates the aggregated C matrices

calc_Ef_to_Eloss_exiobase(): Calculates the final energy to energy losses multipliers

calc_Ef_to_Eu_exiobase(): Calculates the final energy to useful energy multipliers

calc_Ef_to_Xf_exiobase(): Calculates the final energy to final exergy multipliers

calc_Ef_to_Xloss_exiobase(): Calculates the final energy to exergy losses multipliers

calc_Ef_to_Xu_exiobase(): Calculates the final energy to useful exergy multipliers

calc_eta_fu_eff_phi_Y_EIOU_agg(): Calculates the average FU energy efficiency times phi value

calc_eta_fu_phi_u_vecs(): Add efficiency (eta) and exergy-to-energy ratio (phi) vectors to a data frame.

calc_fu_Y_EIOU_agg_efficiencies(): Calculates the aggregated FU efficiency of products when used in EIOU, Y, or economy-wide

calc_fu_Y_EIOU_efficiencies(): Calculate final-to-useful efficiencies

calc_phi_pf_vecs(): Create a data frame of phi_pf vectors

calc_phi_vecs_mw(): Create a data frame of phi vectors for muscle work

canonical_countries: Canonical countries

combine_countries_exemplars(): Combine countries and additional exemplars

double_counted_countries: Double-counted countries

eta_fu_graph(): Generate an eta_fu graph

eta_fu_plots_df(): Create eta_fu graphs in a data frame

exemplar_lists(): Create exemplar lists from an exemplar table

exemplar_names: Exemplar table names

expand_phi_vecs(): Prepare phi vectors for writing as a data frame

extend_details_matrices_to_exergy(): Move the useful details energy matrices to exergy

filter_mw_to_iea_years(): Filter muscle work data to only those years contained in IEA data

get_L_K_GDP_data(): Create a dataframe containing capital (K), labor (L), and GDP data

get_all_pwt_data(): Get all pwt10 data for a set of countries

get_eta_filepaths(): Get all file paths to machine efficiency files

get_fd_sectors(): Retrieve a list of final demand sectors

get_p_industry_prefixes(): Retrieve primary industry prefixes

get_pipeline(): Create an analysis pipeline

ieamw_cols: Constants for data frames containing IEA and MW data frames

is_balanced(): Tells whether IEA data are balanced

load_amw_pfu_data(): Load animal muscle work data

load_country_concordance_table(): Load a country concordance table

load_exemplar_table(): Read an exemplar table from an Excel file

load_fu_allocation_tables(): Load FU allocation tables

load_hmw_pfu_data(): Load human muscle work data

machine_constants: Information about the machine efficiency files

make_balanced(): Balance IEA data

make_iea_psut(): Convert to PSUT matrices

make_mw_psut(): Calculate PSUT data frames from muscle work PFU data frames

move_to_exergy(): Move from all exergy quantities to all energy quantities in energy conversion chains

move_to_useful_with_details(): Move the last stage of the energy conversion chain from final stage to useful stage with details

nonstat_alloc_graph(): Generate an allocation graph which contains non-stationary allocations data only

nonstat_alloc_plots_df(): Create non-stationary allocation graphs in a data frame

phi_sources: Sources for phi values

phi_u_graph(): Generate an phi_u graph

phi_u_plots_df(): Create phi_u graphs in a data frame

read_all_eta_files(): Create a data frame containing machine Eta.fu and Phi.u values.

read_list_exiobase_energy_flows(): Reads the list of Exiobase energy flows

remove_cols_from_PSUTUsefulIEAWithDetails(): Remove columns from the PSUTUsefulIEAWithDetails target

remove_non_energy_use(): Remove Non-energy use from energy conversion chains

rename_mw_sectors(): Rename muscle work sectors to comport with IEA sectors.

sample_exemplar_table_path(): Gives a file path to a sample exemplar table

sep_eta_fu_phi_u(): Choose eta.fu or phi.u columns from a data frame of eta.fu and phi.u vectors.

socioecon_cols: Constants for socioeconomic data files

specify(): Specify the IEA data

sum_phi_vecs(): Sums phi_pf and phi_u vectors

target_names: Targets cache target names

verify_mw_energy_balance(): Verify energy balance in muscle work PSUT matrices