Index

Symbols

**kwargs (tessif.transform.nxgrph.Graph parameter), [1] (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1] (tessif.visualize.component_loads.bar_lines parameter), [1]

_

_create_minimal_es_unit() (tessif.examples.data.tsf.py_hard method) _generate_busses() (in module tessif.transform.mapping2es.tsf) _generate_chps() (in module tessif.transform.mapping2es.tsf) _generate_connectors() (in module tessif.transform.mapping2es.tsf)

_generate_sinks() (in module tessif.transform.mapping2es.tsf) _generate_sources() (in module tessif.transform.mapping2es.tsf) _generate_storages() (in module tessif.transform.mapping2es.tsf) _generate_transformers() (in module tessif.transform.mapping2es.tsf)

A

AbstractEnergySystem (class in tessif.model.energy_system) AbstractEsComponent (class in tessif.model.components) accumulated_amounts (in module tessif.frused.spellings) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) accumulated_maximum (in module tessif.frused.spellings) accumulated_minimum (in module tessif.frused.spellings) active (in module tessif.frused.spellings) add_flow_bound_emissions() (in module tessif.frused.hooks.ppsa) add_logging_level_timings() (in module tessif.write.log) add_siso_transfromer_type() (in module tessif.frused.hooks.ppsa) additional_interfaces (tessif.frused.hooks.ppsa.extend_number_of_link_interfaces parameter), [1] addon_component_types (in module tessif.frused.defaults) aggregate (tessif.transform.es2es.cllp.transform parameter), [1] all_capacities (tessif.analyze.ComparativeResultier property) all_costs_incurred (tessif.analyze.ComparativeResultier property) all_emissions_caused (tessif.analyze.ComparativeResultier property) all_loads (tessif.analyze.ComparativeResultier property)

all_net_energy_flows (tessif.analyze.ComparativeResultier property) all_original_capacities (tessif.analyze.ComparativeResultier property) all_resultiers (tessif.analyze.ComparativeResultier parameter), [1] all_socs (tessif.analyze.ComparativeResultier property) already_installed (in module tessif.frused.spellings) assess_scalability() (in module tessif.analyze) attribute_dict (tessif.frused.hooks.ppsa.add_flow_bound_emissions parameter), [1] (tessif.frused.hooks.ppsa.add_siso_transfromer_type parameter) (tessif.frused.hooks.ppsa.extend_number_of_link_interfaces parameter), [1] AttributeGroupings (class in tessif.frused.namedtuples) attributes (tessif.model.components.AbstractEsComponent property) (tessif.model.components.Bus property) (tessif.model.components.CHP property) (tessif.model.components.Connector property) (tessif.model.components.Sink property) (tessif.model.components.Source property) (tessif.model.components.Storage property) (tessif.model.components.Transformer property) autoselect() (in module tessif.analyze) average() (in module tessif.analyze) ax (tessif.visualize.nxgrph.draw_legend parameter), [1]

B

back_pressure (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) backup (in module tessif.frused.spellings) bar() (in module tessif.visualize.compare) bar3D() (in module tessif.visualize.compare) bar_colors (tessif.visualize.component_loads.bar_lines parameter), [1] bar_lines() (in module tessif.visualize.component_loads) bars() (in module tessif.visualize.system_loads) bars_from_es() (in module tessif.visualize.system_loads) baseline_es (tessif.analyze.Comparatier property) best_bar() (in module tessif.visualize.compare) biomass (in module tessif.frused.spellings) Bus (class in tessif.model.components)

bus (in module tessif.frused.spellings) bus_dict (tessif.transform.mapping2es.omf.generate_generic_chps parameter) (tessif.transform.mapping2es.omf.generate_generic_storages parameter) (tessif.transform.mapping2es.omf.generate_mimo_transformers parameter) (tessif.transform.mapping2es.omf.generate_sinks parameter) (tessif.transform.mapping2es.omf.generate_siso_nonlinear_transformers parameter) (tessif.transform.mapping2es.omf.generate_sito_flex_transformers parameter) (tessif.transform.mapping2es.omf.generate_sources parameter) busses (tessif.model.energy_system.AbstractEnergySystem parameter), [1] (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.es2es.cllp.generate_calliope_bus_like_loc parameter), [1] (tessif.transform.es2es.cllp.generate_calliope_connector parameter), [1] (tessif.transform.es2es.omf.generate_oemof_busses parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_busses parameter), [1]

C

calc_ardiffs() (in module tessif.identify.calculate) calc_avgs() (in module tessif.identify.calculate) calc_corrs() (in module tessif.identify.calculate) calc_evs() (in module tessif.identify.calculate) calc_nmae() (in module tessif.identify.calculate) calc_nmbe() (in module tessif.identify.calculate) calc_nrmse() (in module tessif.identify.calculate) calc_reldiffs() (in module tessif.identify.calculate) calculate_load_differences() (tessif.analyze.Comparatier method) calculate_statistical_load_differences() (tessif.analyze.Comparatier method) calliope (in module tessif.frused.spellings) capacities (tessif.analyze.ComparativeResultier property) capacity (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) carrier (in module tessif.frused.spellings) (tessif.frused.namedtuples.NodeColorGroupings attribute) (tessif.frused.namedtuples.NodeColorGroupings parameter), [1] (tessif.frused.namedtuples.Uid parameter), [1] (tessif.frused.namedtuples.UidBase attribute) (tessif.model.components.AbstractEsComponent parameter), [1] (tessif.model.components.Bus parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.Connector parameter), [1] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1] category_colors (tessif.visualize.ldc.plot parameter) (tessif.visualize.system_loads.bars parameter), [1] category_hatches (tessif.visualize.system_loads.bars parameter), [1] category_labels (tessif.visualize.ldc.plot parameter) (tessif.visualize.system_loads.bars parameter), [1] ccycles (in module tessif.frused.themes) CHP (class in tessif.model.components) chp_example() (in module tessif.examples.data.fine.py_hard) chps (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.es2es.omf.generate_oemof_chps parameter) cllp_from_es() (in module tessif.simulate) CLS (class in tessif.frused.namedtuples) cluster() (in module tessif.identify.core) cluster_conditions (tessif.identify.core.Identificier property) cluster_interest() (tessif.identify.core.Identificier method) (tessif.identify.static.StaticIdentificier method) (tessif.identify.timevarying.TimevaryingIdentificier method) clustered_interest (tessif.identify.core.Identificier property) cmaps (in module tessif.frused.themes) (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1] cmp (tessif.transform.es2es.fine.conversion_factors_identification parameter) (tessif.transform.es2es.fine.parse_flow_parameters parameter) colored_by (tessif.analyze.Comparatier.ICR_graph_charts parameter), [1] (tessif.visualize.nxgrph.draw_graphical_representation parameter), [1] (tessif.visualize.nxgrph.draw_numerical_representation parameter), [1] colors (in module tessif.frused.themes) (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.visualize.compare.bar parameter), [1] (tessif.visualize.compare.bar3D parameter), [1] (tessif.visualize.compare.best_bar parameter), [1] (tessif.visualize.compare.pareto2D parameter), [1] (tessif.visualize.component_loads.step parameter), [1] (tessif.visualize.system_loads.bars parameter), [1] columns (tessif.frused.spellings.to_csv parameter), [1] combined_heat_power (in module tessif.frused.spellings) commodity (in module tessif.frused.spellings) comp_plot() (in module tessif.visualize.compare) Comparatier (class in tessif.analyze) comparative_results (tessif.analyze.Comparatier property) ComparativeResultier (class in tessif.analyze) compare_N_timeseries() (in module tessif.analyze) compile_result_data_representation() (in module tessif.transform.es2mapping) component (tessif.analyze.Comparatier.calculate_load_differences parameter), [1] (tessif.analyze.Comparatier.calculate_statistical_load_differences parameter), [1] (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.analyze.Comparatier.draw_statistical_load_differences_chart parameter), [1] (tessif.frused.namedtuples.NodeColorGroupings attribute) (tessif.frused.namedtuples.NodeColorGroupings parameter), [1] (tessif.frused.namedtuples.Uid parameter), [1] (tessif.frused.namedtuples.UidBase attribute) (tessif.model.components.AbstractEsComponent parameter), [1] (tessif.model.components.Bus parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.Connector parameter), [1] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1] (tessif.transform.es2es.cllp.parse_cost_parameters parameter), [1] (tessif.transform.es2es.cllp.parse_flow_parameters parameter), [1] (tessif.transform.es2es.ppsa.parse_flow_parameters parameter), [1] (tessif.verify.core.Verificier.plot_energy_system_graph parameter), [1] component_type (tessif.visualize.component_loads.bar_lines parameter), [1] components (tessif.frused.hooks.tsf.reparameterize_components parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.from_components parameter), [1], [2] (tessif.verify.core.Verificier parameter), [1] (tessif.verify.core.Verificier property) compute_unneeded_supply_chains() (in module tessif.transform.es2es.ppsa) condition (tessif.analyze.Comparatier.separate_data parameter) conditions_dict (tessif.identify.core.cluster parameter), [1] (tessif.identify.core.Identificier parameter), [1] (tessif.identify.static.StaticIdentificier parameter), [1] (tessif.identify.timevarying.TimevaryingIdentificier parameter), [1] connect() (tessif.model.energy_system.AbstractEnergySystem method) connecting_busses (tessif.model.energy_system.AbstractEnergySystem.connect parameter), [1] connection_uid (tessif.model.energy_system.AbstractEnergySystem.connect parameter), [1] Connector (class in tessif.model.components) connector (in module tessif.frused.spellings) connectors (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.es2es.cllp.generate_calliope_connector parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_connectors parameter), [1]

constrain_extended_link_interfaces() (in module tessif.frused.hooks.ppsa) constraint_group (tessif.verify.core.Verificier.plot_energy_system_graph parameter), [1] constraint_groups (tessif.verify.core.Verificier property) constraint_type (tessif.verify.core.Verificier.plot_energy_system_graph parameter), [1] constraint_types (tessif.verify.core.Verificier property) constraints (tessif.frused.namedtuples.MemoryTimeConstraints attribute) (tessif.frused.namedtuples.MemoryTimeConstraints parameter) (tessif.verify.core.Verificier parameter), [1] (tessif.verify.core.Verificier property) containing the results of the correlation of the models with themselves. (tessif.visualize.compare.pearson_self_comparison parameter) contains all time series of the pre selected components/flows of all models (tessif.visualize.compare.comp_plot parameter) content (tessif.write.log.setup parameter), [1] content_log_file_level (tessif.write.log.setup parameter), [1] conversion_as_emitting_sources() (in module tessif.transform.es2es.fine) conversion_as_emitting_storage() (in module tessif.transform.es2es.fine) conversion_factor_full_condensation (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) conversion_factors_identification() (in module tessif.transform.es2es.fine) conversions (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Connector parameter), [1] (tessif.model.components.Connector property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) Coordinates (class in tessif.frused.namedtuples) correlation (tessif.identify.timevarying.TimevaryingIdentificier parameter), [1] (tessif.identify.timevarying.TimevaryingIdentificier property) correlation_coefficient_threshold (tessif.identify.timevarying.TimevaryingIdentificier property) correlation_threshold (tessif.identify.timevarying.TimevaryingIdentificier parameter), [1] corrs (tessif.identify.timevarying.TimevaryingIdentificier property) cost_unit (in module tessif.frused.configurations) costs (tessif.analyze.ComparativeResultier property) costs_for_being_active (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) coupled (in module tessif.frused.spellings) create_average_model() (in module tessif.analyze) create_chp() (in module tessif.examples.data.tsf.py_hard) create_chp_example() (in module tessif.examples.application.calliope_integration_scenarios) (in module tessif.examples.data.pypsa.py_hard) create_chp_expansion() (in module tessif.examples.data.calliope.py_hard) create_commitment_scenario() (in module tessif.examples.data.omf.py_hard) create_component_es() (in module tessif.examples.data.tsf.py_hard) create_component_example() (in module tessif.examples.application.calliope_integration_scenarios) create_component_scenario() (in module tessif.examples.data.pypsa.py_hard) create_connected_es() (in module tessif.examples.data.tsf.py_hard) create_connector_example() (in module tessif.examples.application.calliope_integration_scenarios) create_edges() (in module tessif.transform.nxgrph) create_expansion_example() (in module tessif.examples.data.fine.py_hard) create_expansion_plan_example() (in module tessif.examples.data.tsf.py_hard) create_expansion_scenario() (in module tessif.examples.data.omf.py_hard) create_FINE_busses() (in module tessif.transform.es2es.fine) create_FINE_connectors() (in module tessif.transform.es2es.fine) create_FINE_constraints() (in module tessif.transform.es2es.fine) create_FINE_conversions() (in module tessif.transform.es2es.fine) create_FINE_sinks() (in module tessif.transform.es2es.fine) create_FINE_sources() (in module tessif.transform.es2es.fine) create_FINE_storages() (in module tessif.transform.es2es.fine) create_fpwe() (in module tessif.examples.data.calliope.py_hard) (in module tessif.examples.data.tsf.py_hard) create_grid_cp_es() (in module tessif.examples.data.tsf.py_hard) create_grid_cs_es() (in module tessif.examples.data.tsf.py_hard) create_grid_es() (in module tessif.examples.data.tsf.py_hard) create_grid_kp_es() (in module tessif.examples.data.tsf.py_hard) create_grid_tp_es() (in module tessif.examples.data.tsf.py_hard) create_grid_ts_es() (in module tessif.examples.data.tsf.py_hard) create_hhes() (in module tessif.examples.data.tsf.py_hard) create_hhes_ar() (in module tessif.examples.application.timeseries_comparison) create_lag_correlation() (tessif.analyze.Comparatier method) create_losslc_es() (in module tessif.examples.data.tsf.py_hard) create_multicommodity() (in module tessif.examples.data.fine.py_hard) create_mwe() (in module tessif.examples.data.calliope.py_hard) (in module tessif.examples.data.fine.py_hard) (in module tessif.examples.data.omf.py_hard) (in module tessif.examples.data.pypsa.py_hard) (in module tessif.examples.data.tsf.py_hard) create_nodes() (in module tessif.transform.mapping2es.omf) (in module tessif.transform.nxgrph) create_pypsa_busses() (in module tessif.transform.es2es.ppsa) create_pypsa_connectors() (in module tessif.transform.es2es.ppsa) create_pypsa_excess_sinks() (in module tessif.transform.es2es.ppsa) create_pypsa_generators_from_sources() (in module tessif.transform.es2es.ppsa) create_pypsa_generators_from_transformers() (in module tessif.transform.es2es.ppsa) create_pypsa_links_from_transformers() (in module tessif.transform.es2es.ppsa) create_pypsa_sinks() (in module tessif.transform.es2es.ppsa) create_pypsa_storages() (in module tessif.transform.es2es.ppsa) create_self_similar_energy_system() (in module tessif.examples.data.tsf.py_hard) create_simple_transformer_grid_es() (in module tessif.examples.data.tsf.py_hard) create_sources_example() (in module tessif.examples.application.calliope_integration_scenarios) create_star() (in module tessif.examples.data.omf.py_hard) create_statistical_example_msc() (in module tessif.examples.application.timeseries_comparison) create_storage_example() (in module tessif.examples.application.calliope_integration_scenarios) (in module tessif.examples.data.pypsa.py_hard) (in module tessif.examples.data.tsf.py_hard) create_storage_fixed_ratio_expansion_example() (in module tessif.examples.data.tsf.py_hard) create_time_varying_efficiency_transformer() (in module tessif.examples.data.tsf.py_hard) create_transcne_es() (in module tessif.examples.data.tsf.py_hard) create_transformer_example() (in module tessif.examples.data.pypsa.py_hard) create_transshipment_problem() (in module tessif.examples.data.pypsa.py_hard) create_variable_chp() (in module tessif.examples.data.tsf.py_hard) create_zero_costs_es() (in module tessif.examples.data.tsf.py_hard) cvs (tessif.analyze.ComparativeResultier property)

D

data (tessif.identify.core.Identificier parameter), [1] (tessif.identify.static.StaticIdentificier parameter), [1] (tessif.identify.timeframes.significant_differences parameter), [1] (tessif.identify.timevarying.TimevaryingIdentificier parameter), [1] (tessif.visualize.compare.bar parameter), [1] (tessif.visualize.compare.bar3D parameter), [1] (tessif.visualize.compare.best_bar parameter), [1] (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto2D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1] (tessif.visualize.component_loads.step parameter), [1] data of the models each stored as Pandas DataFrames in a dictionary (tessif.analyze.create_average_model parameter) (tessif.analyze.pearson_list parameter) data_comp_df (tessif.visualize.compare.comp_plot parameter) data_dic (tessif.analyze.create_average_model parameter) (tessif.analyze.mae_list parameter) (tessif.analyze.pearson_list parameter) dataframe (tessif.identify.auxilliary.drop_all_zero_columns parameter), [1] (tessif.identify.auxilliary.drop_all_zero_rows parameter) dataframe1 (tessif.analyze.pearson_correlate parameter), [1] dataframe2 (tessif.analyze.pearson_correlate parameter), [1] dataframes (tessif.identify.auxilliary.filter_mutually_inclusive_columns parameter), [1] (tessif.identify.auxilliary.list_mutually_inclusive_columns parameter), [1] (tessif.identify.auxilliary.list_not_mutually_inclusive_columns parameter), [1] (tessif.identify.calculate.calc_avgs parameter), [1] (tessif.identify.calculate.calc_corrs parameter), [1] (tessif.identify.calculate.calc_evs parameter), [1] dataframes_dict (tessif.identify.calculate.calc_nmae parameter), [1] (tessif.identify.calculate.calc_nmbe parameter), [1] (tessif.identify.calculate.calc_nrmse parameter), [1] dcgrph_node_shapes (in module tessif.frused.defaults) dcgrph_visualize_defaults (in module tessif.frused.defaults) dct (tessif.frused.spellings.get_from parameter), [1] debug (tessif.write.log.setup parameter), [1] debug_log_file_level (tessif.write.log.setup parameter), [1] defaults (tessif.transform.nxgrph.create_edges parameter), [1] (tessif.transform.nxgrph.create_nodes parameter), [1] (tessif.visualize.nxgrph.draw_graph parameter), [1] descriptive (tessif.visualize.compare.best_bar parameter), [1] desired_condition (tessif.analyze.autoselect parameter) dflt (tessif.frused.spellings.get_from parameter), [1] dflts (tessif.visualize.nxgrph.draw_edges parameter), [1] (tessif.visualize.nxgrph.draw_legend parameter), [1] (tessif.visualize.nxgrph.draw_nodes parameter), [1] (tessif.visualize.nxgrph.drawing_edge_labels parameter), [1] (tessif.visualize.nxgrph.drawing_node_labels parameter), [1] directory (tessif.examples.application.timeseries_comparison.create_hhes_ar parameter) (tessif.examples.data.calliope.py_hard.create_chp_expansion parameter), [1] (tessif.examples.data.calliope.py_hard.create_fpwe parameter), [1] (tessif.examples.data.calliope.py_hard.create_mwe parameter), [1] (tessif.examples.data.fine.py_hard.chp_example parameter), [1] (tessif.examples.data.fine.py_hard.create_expansion_example parameter), [1] (tessif.examples.data.fine.py_hard.create_multicommodity parameter), [1] (tessif.examples.data.fine.py_hard.create_mwe parameter), [1] (tessif.examples.data.fine.py_hard.double_transformer_emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.single_chp_emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.storage_example parameter), [1] (tessif.examples.data.fine.py_hard.tsa_one_year_example parameter), [1] (tessif.examples.data.omf.py_hard.create_commitment_scenario parameter), [1] (tessif.examples.data.omf.py_hard.create_expansion_scenario parameter), [1] (tessif.examples.data.omf.py_hard.create_mwe parameter), [1] (tessif.examples.data.omf.py_hard.create_star parameter), [1] (tessif.examples.data.omf.py_hard.emission_objective parameter), [1] (tessif.examples.data.pypsa.py_hard.create_chp_example parameter), [1] (tessif.examples.data.pypsa.py_hard.create_component_scenario parameter), [1] (tessif.examples.data.pypsa.py_hard.create_mwe parameter), [1] (tessif.examples.data.pypsa.py_hard.create_storage_example parameter), [1] (tessif.examples.data.pypsa.py_hard.create_transformer_example parameter), [1] (tessif.examples.data.pypsa.py_hard.create_transshipment_problem parameter), [1] (tessif.examples.data.pypsa.py_hard.emission_objective parameter), [1] (tessif.examples.data.tsf.py_hard.create_chp parameter), [1] (tessif.examples.data.tsf.py_hard.create_component_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_connected_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_expansion_plan_example parameter), [1] (tessif.examples.data.tsf.py_hard.create_fpwe parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_cp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_cs_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_kp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_tp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_ts_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_hhes parameter), [1] (tessif.examples.data.tsf.py_hard.create_mwe parameter), [1] (tessif.examples.data.tsf.py_hard.create_storage_example parameter), [1] (tessif.examples.data.tsf.py_hard.create_storage_fixed_ratio_expansion_example parameter) (tessif.examples.data.tsf.py_hard.create_variable_chp parameter), [1] (tessif.examples.data.tsf.py_hard.create_zero_costs_es parameter) (tessif.examples.data.tsf.py_hard.emission_objective parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.dump parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.from_pickle parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.restore parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.to_cfg parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.to_hdf5 parameter), [1]

doc_dir (in module tessif.frused.paths) double_transformer_emission_objective() (in module tessif.examples.data.fine.py_hard) draw_edge_labels (tessif.visualize.nxgrph.draw_graph parameter), [1] draw_edges() (in module tessif.visualize.nxgrph) draw_fency_nodes (tessif.visualize.nxgrph.draw_graph parameter), [1] (tessif.visualize.nxgrph.draw_nodes parameter), [1] draw_global_results_chart() (tessif.analyze.Comparatier method) draw_graph() (in module tessif.visualize.nxgrph) draw_graphical_representation() (in module tessif.visualize.nxgrph) draw_legend() (in module tessif.visualize.nxgrph) draw_load_differences_chart() (tessif.analyze.Comparatier method) draw_node_labels (tessif.visualize.nxgrph.draw_graph parameter), [1] draw_nodes() (in module tessif.visualize.nxgrph) draw_numerical_representation() (in module tessif.visualize.nxgrph) draw_pearson_self_corr_grid() (tessif.analyze.Comparatier method) draw_statistical_load_differences_chart() (tessif.analyze.Comparatier method) drawing_edge_labels() (in module tessif.visualize.nxgrph) drawing_node_labels() (in module tessif.visualize.nxgrph) drop_all_zero_columns() (in module tessif.identify.auxilliary) drop_all_zero_rows() (in module tessif.identify.auxilliary) drop_zero (tessif.visualize.component_loads.bar_lines parameter), [1] drop_zeros (tessif.visualize.system_loads.bars_from_es parameter), [1] dticks (tessif.visualize.system_loads.bars parameter), [1] dump() (tessif.model.energy_system.AbstractEnergySystem method) duplicate (tessif.visualize.compare.best_bar parameter), [1] duplicate() (tessif.model.components.AbstractEsComponent method) (tessif.model.components.Bus method) (tessif.model.components.CHP method) (tessif.model.components.Connector method) (tessif.model.components.Sink method) (tessif.model.components.Source method) (tessif.model.components.Storage method) (tessif.model.components.Transformer method) (tessif.model.energy_system.AbstractEnergySystem method)

E

Edge (class in tessif.frused.namedtuples) edge (tessif.frused.namedtuples.AttributeGroupings attribute) (tessif.frused.namedtuples.AttributeGroupings parameter), [1] edge_attr (tessif.visualize.nxgrph.draw_edges parameter), [1] (tessif.visualize.nxgrph.drawing_edge_labels parameter), [1] edge_width_scaling (tessif.analyze.Comparatier.ICR_graph_charts parameter), [1] edges (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.nxgrph.create_edges parameter), [1] efficiency (in module tessif.frused.spellings) efficiencyN (in module tessif.frused.spellings) el_efficiency_wo_dist_heat (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) electrical_line (in module tessif.frused.spellings) electricity (in module tessif.frused.spellings) electro_chemical_storage (in module tessif.frused.spellings) electro_mechanical_storage (in module tessif.frused.spellings) emission_objective() (in module tessif.examples.data.fine.py_hard) (in module tessif.examples.data.omf.py_hard) (in module tessif.examples.data.pypsa.py_hard) (in module tessif.examples.data.tsf.py_hard) emissions (in module tessif.frused.spellings) (tessif.analyze.ComparativeResultier property) emissionsN (in module tessif.frused.spellings) energy_system (tessif.model.energy_system.AbstractEnergySystem.connect parameter), [1] (tessif.simulate.cllp_from_es parameter), [1] (tessif.simulate.fine_from_es parameter), [1] (tessif.simulate.omf_from_es parameter), [1] (tessif.simulate.ppsa_from_es parameter), [1] (tessif.transform.es2es.infer_software_from_es parameter) (tessif.transform.es2mapping.tsf.extract_parameters parameter), [1] energy_system_component_identifiers (in module tessif.frused.spellings) energy_system_dict (tessif.transform.mapping2es.omf.generate_busses parameter) (tessif.transform.mapping2es.omf.generate_generic_chps parameter) (tessif.transform.mapping2es.omf.generate_generic_storages parameter) (tessif.transform.mapping2es.omf.generate_mimo_transformers parameter) (tessif.transform.mapping2es.omf.generate_sinks parameter) (tessif.transform.mapping2es.omf.generate_siso_nonlinear_transformers parameter) (tessif.transform.mapping2es.omf.generate_sito_flex_transformers parameter) (tessif.transform.mapping2es.omf.generate_sources parameter) (tessif.transform.mapping2es.omf.parse_timeseries parameter) (tessif.transform.mapping2es.tsf._generate_busses parameter), [1] (tessif.transform.mapping2es.tsf._generate_chps parameter), [1] (tessif.transform.mapping2es.tsf._generate_connectors parameter) (tessif.transform.mapping2es.tsf._generate_sinks parameter), [1] (tessif.transform.mapping2es.tsf._generate_sources parameter), [1] (tessif.transform.mapping2es.tsf._generate_storages parameter), [1] (tessif.transform.mapping2es.tsf._generate_transformers parameter), [1] (tessif.transform.mapping2es.tsf.infer_timeindex parameter) energy_system_dictionary (tessif.transform.mapping2es.omf.infer_timeindex parameter), [1] (tessif.transform.mapping2es.omf.transform parameter), [1] energy_system_mapping (tessif.transform.mapping2es.tsf.transform parameter), [1] energy_system_nodes (in module tessif.frused.defaults) energy_systems (tessif.analyze.Comparatier property) (tessif.verify.core.Verificier property) enforce_uid() (in module tessif.frused.hooks.ppsa) enthalpy_loss (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) error (tessif.identify.calculate.calc_evs parameter), [1] error_value (tessif.identify.timevarying.TimevaryingIdentificier parameter), [1] (tessif.identify.timevarying.TimevaryingIdentificier property) error_value_threshold (tessif.identify.timevarying.TimevaryingIdentificier parameter), [1] (tessif.identify.timevarying.TimevaryingIdentificier property) error_values (tessif.identify.timevarying.TimevaryingIdentificier property) es (tessif.frused.hooks.tsf.reparameterize_components parameter), [1]

es_name (tessif.transform.es2es.cllp.generate_calliope_conversion parameter), [1] (tessif.transform.es2es.cllp.generate_calliope_demand parameter), [1] (tessif.transform.es2es.cllp.generate_calliope_supply parameter), [1] es_object (tessif.transform.mapping2es.omf.parse_fixed_flow_params parameter) (tessif.transform.mapping2es.omf.parse_flow_parameters parameter), [1] (tessif.transform.mapping2es.omf.parse_ideal_flow_params parameter) (tessif.transform.mapping2es.omf.parse_invest_flow_params parameter) (tessif.transform.mapping2es.omf.parse_linear_flow_params parameter) (tessif.transform.mapping2es.omf.parse_nonconvex_flow_params parameter) (tessif.transform.mapping2es.omf.parse_timeseries parameter) es_transformer (tessif.transform.nxgrph.Graph parameter), [1] esm (tessif.parse.reorder_esm parameter), [1] example (tessif.analyze.assess_scalability parameter), [1] example_dir (in module tessif.frused.paths) exceptions (tessif.visualize.nxgrph.draw_graph parameter), [1] excess (in module tessif.frused.spellings) excess_sinks (tessif.transform.es2es.ppsa.transform parameter), [1] exludes (tessif.frused.paths.find_subpath_incwd parameter) exogenously_set (in module tessif.frused.spellings) exogenously_set_value (in module tessif.frused.spellings) expandable (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) expansion (tessif.examples.data.tsf.py_hard.create_simple_transformer_grid_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_transcne_es parameter), [1] expansion_costs (in module tessif.frused.spellings) (tessif.analyze.ComparativeResultier property) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) expansion_costs_identification() (in module tessif.transform.es2es.fine) expansion_limits (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) expansion_problem (in module tessif.frused.spellings) (tessif.examples.application.calliope_integration_scenarios.create_component_example parameter), [1] (tessif.examples.data.pypsa.py_hard.create_component_scenario parameter), [1] (tessif.examples.data.tsf.py_hard.create_component_es parameter), [1] export (in module tessif.frused.spellings) extend_number_of_link_interfaces() (in module tessif.frused.hooks.ppsa) extract_parameters() (in module tessif.transform.es2mapping.tsf)

F

filename (tessif.examples.application.timeseries_comparison.create_hhes_ar parameter) (tessif.examples.data.calliope.py_hard.create_chp_expansion parameter), [1] (tessif.examples.data.calliope.py_hard.create_fpwe parameter), [1] (tessif.examples.data.calliope.py_hard.create_mwe parameter), [1] (tessif.examples.data.fine.py_hard.chp_example parameter), [1] (tessif.examples.data.fine.py_hard.create_expansion_example parameter), [1] (tessif.examples.data.fine.py_hard.create_multicommodity parameter), [1] (tessif.examples.data.fine.py_hard.create_mwe parameter), [1] (tessif.examples.data.fine.py_hard.double_transformer_emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.single_chp_emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.storage_example parameter), [1] (tessif.examples.data.fine.py_hard.tsa_one_year_example parameter), [1] (tessif.examples.data.omf.py_hard.create_commitment_scenario parameter), [1] (tessif.examples.data.omf.py_hard.create_expansion_scenario parameter), [1] (tessif.examples.data.omf.py_hard.create_mwe parameter), [1] (tessif.examples.data.omf.py_hard.create_star parameter), [1] (tessif.examples.data.omf.py_hard.emission_objective parameter), [1] (tessif.examples.data.tsf.py_hard.create_chp parameter), [1] (tessif.examples.data.tsf.py_hard.create_component_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_connected_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_expansion_plan_example parameter), [1] (tessif.examples.data.tsf.py_hard.create_fpwe parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_cp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_cs_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_kp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_tp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_ts_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_hhes parameter), [1] (tessif.examples.data.tsf.py_hard.create_mwe parameter), [1] (tessif.examples.data.tsf.py_hard.create_storage_example parameter), [1] (tessif.examples.data.tsf.py_hard.create_storage_fixed_ratio_expansion_example parameter) (tessif.examples.data.tsf.py_hard.create_variable_chp parameter), [1] (tessif.examples.data.tsf.py_hard.create_zero_costs_es parameter) (tessif.examples.data.tsf.py_hard.emission_objective parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.dump parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.from_pickle parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.restore parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.to_hdf5 parameter), [1] fillna (tessif.identify.calculate.calc_corrs parameter), [1] filter() (tessif.write.log.TimingsFilter method) filter_mutually_inclusive_columns() (in module tessif.identify.auxilliary) final_soc (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) find_subpath_incwd() (in module tessif.frused.paths) fine (in module tessif.frused.spellings) fine_from_es() (in module tessif.simulate) first_split (tessif.transform.es2es.infer_software_from_es parameter) fixed_expansion_ratios (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) flat_config_folder() (in module tessif.parse) flatten_multiindex_flow_data() (in module tessif.identify.auxilliary) flow (tessif.analyze.Comparatier.calculate_load_differences parameter), [1] (tessif.analyze.Comparatier.calculate_statistical_load_differences parameter), [1] (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.analyze.Comparatier.draw_statistical_load_differences_chart parameter), [1] (tessif.transform.es2es.cllp.parse_cost_parameters parameter), [1] flow_costs (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property)

flow_costs_identification() (in module tessif.transform.es2es.fine) flow_costsN (in module tessif.frused.spellings) flow_efficiencies (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) flow_emissions (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) flow_emissions_identification() (in module tessif.transform.es2es.fine) flow_gradients (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) flow_rates (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) fltr (tessif.visualize.nxgrph.draw_edges parameter), [1] (tessif.visualize.nxgrph.draw_legend parameter), [1] (tessif.visualize.nxgrph.draw_nodes parameter), [1] (tessif.visualize.nxgrph.drawing_edge_labels parameter), [1] (tessif.visualize.nxgrph.drawing_node_labels parameter), [1] fmt (tessif.visualize.system_loads.bars parameter), [1] folder (tessif.parse.flat_config_folder parameter), [1] forced_links (tessif.transform.es2es.ppsa.infer_pypsa_transformer_types parameter), [1] (tessif.transform.es2es.ppsa.transform parameter), [1] formatier (tessif.visualize.nxgrph.draw_graph parameter), [1] (tessif.visualize.nxgrph.draw_graphical_representation parameter), [1] (tessif.visualize.nxgrph.draw_numerical_representation parameter), [1] fraction (in module tessif.frused.spellings) fractionN (in module tessif.frused.spellings) from_attributes() (tessif.model.components.AbstractEsComponent class method) (tessif.model.components.Bus class method) (tessif.model.components.CHP class method) (tessif.model.components.Connector class method) (tessif.model.components.Sink class method) (tessif.model.components.Source class method) (tessif.model.components.Storage class method) (tessif.model.components.Transformer class method) from_components() (tessif.model.energy_system.AbstractEnergySystem class method) from_external() (tessif.model.energy_system.AbstractEnergySystem class method) from_pickle() (tessif.model.energy_system.AbstractEnergySystem class method) fuel_in (in module tessif.frused.spellings) fuelgas_losses (in module tessif.frused.spellings)

G

gain_rate (in module tessif.frused.spellings) gas (in module tessif.frused.spellings) gas_delivery (in module tessif.frused.spellings) gas_pipeline (in module tessif.frused.spellings) generate_busses() (in module tessif.transform.mapping2es.omf) generate_calliope_bus_like_loc() (in module tessif.transform.es2es.cllp) generate_calliope_connector() (in module tessif.transform.es2es.cllp) generate_calliope_conversion() (in module tessif.transform.es2es.cllp) generate_calliope_conversion_plus() (in module tessif.transform.es2es.cllp) generate_calliope_demand() (in module tessif.transform.es2es.cllp) generate_calliope_storage() (in module tessif.transform.es2es.cllp) generate_calliope_supply() (in module tessif.transform.es2es.cllp) generate_generic_chps() (in module tessif.transform.mapping2es.omf) generate_generic_storages() (in module tessif.transform.mapping2es.omf) generate_mimo_transformers() (in module tessif.transform.mapping2es.omf) generate_oemof_busses() (in module tessif.transform.es2es.omf) generate_oemof_chps() (in module tessif.transform.es2es.omf) generate_oemof_links() (in module tessif.transform.es2es.omf) generate_oemof_sinks() (in module tessif.transform.es2es.omf) generate_oemof_sources() (in module tessif.transform.es2es.omf) generate_oemof_storages() (in module tessif.transform.es2es.omf) generate_oemof_transformers() (in module tessif.transform.es2es.omf) generate_sinks() (in module tessif.transform.mapping2es.omf) generate_siso_nonlinear_transformers() (in module tessif.transform.mapping2es.omf) generate_sito_flex_transformers() (in module tessif.transform.mapping2es.omf) generate_sources() (in module tessif.transform.mapping2es.omf) generic_chp (in module tessif.frused.spellings) generic_storage (in module tessif.frused.spellings) get_from() (in module tessif.frused.spellings) global_constraints (in module tessif.frused.spellings) (tessif.model.energy_system.AbstractEnergySystem parameter), [1] (tessif.model.energy_system.AbstractEnergySystem property) (tessif.model.energy_system.AbstractEnergySystem.from_components parameter), [1], [2] (tessif.parse.flat_config_folder parameter), [1] (tessif.parse.hdf5 parameter) (tessif.parse.python_mapping parameter), [1] (tessif.parse.xl_like parameter), [1] (tessif.parse.xml parameter), [1] (tessif.transform.mapping2es.omf.transform parameter), [1] (tessif.transform.mapping2es.tsf.transform parameter), [1]

gradient_costs (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) Graph (class in tessif.transform.nxgrph) graph (tessif.analyze.Comparatier property) (tessif.transform.nxgrph.create_edges parameter), [1] (tessif.transform.nxgrph.create_nodes parameter), [1] graphical_results (tessif.verify.core.Verificier property) graphs (tessif.verify.core.Verificier property) gridcapacity (tessif.examples.data.tsf.py_hard.create_grid_tp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_ts_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_transcne_es parameter), [1] grph (tessif.visualize.nxgrph.draw_edges parameter), [1] (tessif.visualize.nxgrph.draw_graph parameter), [1] (tessif.visualize.nxgrph.draw_legend parameter), [1] (tessif.visualize.nxgrph.draw_nodes parameter), [1] (tessif.visualize.nxgrph.drawing_edge_labels parameter), [1] (tessif.visualize.nxgrph.drawing_node_labels parameter), [1]

H

hardcoal (in module tessif.frused.spellings) hatches (in module tessif.frused.themes) (tessif.visualize.system_loads.bars parameter), [1] hdf5() (in module tessif.parse) heat (in module tessif.frused.spellings) heat_costs (in module tessif.frused.spellings) heat_efficiency (in module tessif.frused.spellings) heat_emissions (in module tessif.frused.spellings) heat_in (in module tessif.frused.spellings) heat_out (in module tessif.frused.spellings) heat_plant (in module tessif.frused.spellings)

HideStdoutPrinting (class in tessif.write.tools) high (tessif.identify.core.Identificier property) high_interest_averaged_results (tessif.identify.timevarying.TimevaryingIdentificier property) high_interest_results (tessif.identify.core.Identificier property) high_interest_timeframes (tessif.identify.timevarying.TimevaryingIdentificier property) hmaps (in module tessif.frused.themes) hook (tessif.analyze.stop_time parameter), [1] (tessif.analyze.trace_memory parameter), [1] hooks (tessif.analyze.Comparatier parameter), [1] hot_water (in module tessif.frused.spellings) hydro_electric (in module tessif.frused.spellings) hydro_electrical_storage (in module tessif.frused.spellings)

I

ICR_graph_charts() (tessif.analyze.Comparatier method) ICR_graphs (tessif.analyze.Comparatier property) ideal (in module tessif.frused.spellings) Identificier (class in tessif.identify.core) idle_changes (in module tessif.frused.spellings) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) ignore (tessif.visualize.system_loads.bars_from_es parameter), [1] imported (in module tessif.frused.spellings) includes (tessif.frused.paths.find_subpath_incwd parameter) index (tessif.visualize.system_loads.bars parameter), [1] indicator_labels (tessif.visualize.compare.bar parameter), [1] (tessif.visualize.compare.best_bar parameter), [1] infer_pypsa_transformer_types() (in module tessif.transform.es2es.ppsa) infer_registered_model() (in module tessif.transform.es2es) infer_software_from_es() (in module tessif.transform.es2es) infer_timeindex() (in module tessif.transform.mapping2es.omf) (in module tessif.transform.mapping2es.tsf) inflow (tessif.frused.namedtuples.InOut attribute) inflow_costs (in module tessif.frused.spellings) inflow_costsN (in module tessif.frused.spellings) inflow_efficiency (in module tessif.frused.spellings) inflow_emissions (in module tessif.frused.spellings) inflow_emissionsN (in module tessif.frused.spellings) initial_soc (in module tessif.frused.spellings) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) initial_status (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property)

InOut (class in tessif.frused.namedtuples) input (in module tessif.frused.spellings) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) input_maximum (in module tessif.frused.spellings) input_minimum (in module tessif.frused.spellings) input_negative_gradient (in module tessif.frused.spellings) input_positive_gradient (in module tessif.frused.spellings) inputN (in module tessif.frused.spellings) inputs (in module tessif.frused.spellings) (tessif.model.components.Bus parameter), [1] (tessif.model.components.Bus property) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Connector property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) installed_capacity (in module tessif.frused.spellings) integer_ticks (tessif.visualize.component_loads.response parameter), [1] (tessif.visualize.ldc.plot parameter) integrated_global_results (tessif.analyze.Comparatier property) interface (tessif.transform.es2es.fine.parse_flow_parameters parameter) (tessif.transform.es2es.ppsa.parse_flow_parameters parameter), [1] interfaces (tessif.model.components.AbstractEsComponent property) (tessif.model.components.Bus property) (tessif.model.components.CHP property) (tessif.model.components.Connector parameter), [1] (tessif.model.components.Connector property) (tessif.model.components.Sink property) (tessif.model.components.Source property) (tessif.model.components.Storage property) (tessif.model.components.Transformer property) interpolate_pareto3D() (in module tessif.visualize.compare) io (tessif.parse.xl_like parameter), [1] is_tessif (tessif.simulate.omf parameter), [1] iterable (tessif.frused.spellings.to_csv parameter), [1]

K

kwargs (tessif.analyze.assess_scalability parameter), [1] (tessif.analyze.Comparatier.ICR_graph_charts parameter), [1] (tessif.examples.data.tsf.py_hard.create_self_similar_energy_system parameter), [1] (tessif.frused.spellings.to_csv parameter), [1] (tessif.parse.flat_config_folder parameter), [1] (tessif.parse.hdf5 parameter) (tessif.parse.python_mapping parameter), [1] (tessif.parse.xl_like parameter), [1] (tessif.parse.xml parameter), [1] (tessif.simulate.cllp_from_es parameter), [1] (tessif.simulate.fine_from_es parameter), [1] (tessif.simulate.omf parameter), [1] (tessif.simulate.omf_from_es parameter), [1] (tessif.simulate.ppsa_from_es parameter), [1] (tessif.transform.mapping2es.omf.transform parameter), [1] (tessif.transform.nxgrph.create_edges parameter), [1] (tessif.transform.nxgrph.create_nodes parameter), [1] (tessif.visualize.compare.bar parameter), [1] (tessif.visualize.compare.best_bar parameter), [1] (tessif.visualize.compare.pareto2D parameter), [1] (tessif.visualize.component_loads.response parameter), [1] (tessif.visualize.ldc.plot parameter) (tessif.visualize.nxgrph.draw_edges parameter), [1] (tessif.visualize.nxgrph.draw_graph parameter), [1] (tessif.visualize.nxgrph.draw_legend parameter), [1] (tessif.visualize.nxgrph.draw_nodes parameter), [1] (tessif.visualize.nxgrph.drawing_edge_labels parameter), [1] (tessif.visualize.nxgrph.drawing_node_labels parameter), [1] (tessif.visualize.system_loads.bars parameter), [1] (tessif.visualize.system_loads.bars_from_es parameter), [1]

L

label (tessif.frused.namedtuples.NodeColorGroupings parameter), [1] labels (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.identify.calculate.calc_corrs parameter), [1] (tessif.identify.calculate.calc_evs parameter), [1] (tessif.visualize.compare.bar3D parameter), [1] (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto2D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1] (tessif.visualize.component_loads.bar_lines parameter), [1] (tessif.visualize.component_loads.step parameter), [1] (tessif.visualize.system_loads.bars parameter), [1] lag_correlate() (in module tessif.analyze) latitude (in module tessif.frused.spellings) (tessif.frused.namedtuples.Coordinates attribute) (tessif.frused.namedtuples.Uid parameter), [1] (tessif.frused.namedtuples.UidBase attribute) (tessif.model.components.AbstractEsComponent parameter), [1] (tessif.model.components.Bus parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.Connector parameter), [1] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1] layout (tessif.visualize.nxgrph.draw_graph parameter), [1] legend (tessif.analyze.Comparatier.ICR_graph_charts parameter), [1] (tessif.frused.namedtuples.AttributeGroupings attribute) (tessif.frused.namedtuples.AttributeGroupings parameter), [1] (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1] (tessif.visualize.component_loads.response parameter), [1] legends (tessif.visualize.nxgrph.draw_graph parameter), [1] lgnds (tessif.visualize.nxgrph.draw_legend parameter), [1] lignite (in module tessif.frused.spellings) line_colors (tessif.visualize.component_loads.bar_lines parameter), [1]

links (tessif.transform.es2es.omf.generate_oemof_links parameter) list_mutually_inclusive_columns() (in module tessif.identify.auxilliary) list_not_mutually_inclusive_columns() (in module tessif.identify.auxilliary) load_label (tessif.visualize.ldc.plot parameter) load_type (tessif.visualize.component_loads.bar_lines parameter), [1] load_unit (tessif.visualize.ldc.plot parameter) loads (tessif.analyze.ComparativeResultier property) (tessif.visualize.component_loads.bar_lines parameter), [1] (tessif.visualize.ldc.plot parameter) (tessif.visualize.system_loads.bars parameter), [1] log_dir (in module tessif.frused.paths) log_file_format (tessif.write.log.setup parameter), [1] log_file_time_format (tessif.write.log.setup parameter), [1] logger (tessif.write.log.timings_logged parameter), [1] logging_file_paths (in module tessif.frused.configurations) logging_levels (in module tessif.write.log) longitude (in module tessif.frused.spellings) (tessif.frused.namedtuples.Coordinates attribute) (tessif.frused.namedtuples.Uid parameter), [1] (tessif.frused.namedtuples.UidBase attribute) (tessif.model.components.AbstractEsComponent parameter), [1] (tessif.model.components.Bus parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.Connector parameter), [1] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1] loss_rate (in module tessif.frused.spellings) low (tessif.identify.core.Identificier property) low_interest_averaged_results (tessif.identify.timevarying.TimevaryingIdentificier property) low_interest_results (tessif.identify.core.Identificier property) low_interest_timeframes (tessif.identify.timevarying.TimevaryingIdentificier property) lower_heating_value (in module tessif.frused.spellings) lowest (tessif.visualize.compare.best_bar parameter), [1]

M

mae_df (tessif.analyze.autoselect parameter) mae_list() (in module tessif.analyze) mae_threshold (tessif.analyze.autoselect parameter) (tessif.analyze.Comparatier.separate_data parameter) map_interest_results() (tessif.identify.core.Identificier method) (tessif.identify.static.StaticIdentificier method) (tessif.identify.timevarying.TimevaryingIdentificier method) mapping (tessif.parse.python_mapping parameter), [1] max (tessif.frused.namedtuples.MinMax attribute) maximum (in module tessif.frused.spellings) maximum_efficiency (in module tessif.frused.spellings) maximum_expansion (in module tessif.frused.spellings) maximum_extraction (in module tessif.frused.spellings) maximum_fuelgas_losses (in module tessif.frused.spellings) maximum_heat (in module tessif.frused.spellings) maximum_lag (tessif.analyze.Comparatier.create_lag_correlation parameter), [1] maximum_power (in module tessif.frused.spellings) measurement (tessif.analyze.stop_time parameter), [1] medium (tessif.identify.core.Identificier property) medium_interest_averaged_results (tessif.identify.timevarying.TimevaryingIdentificier property) medium_interest_results (tessif.identify.core.Identificier property) medium_interest_timeframes (tessif.identify.timevarying.TimevaryingIdentificier property) memory (tessif.frused.namedtuples.MemoryTime attribute) (tessif.frused.namedtuples.MemoryTime parameter), [1] (tessif.frused.namedtuples.MemoryTimeConstraints attribute) (tessif.frused.namedtuples.MemoryTimeConstraints parameter) memory_usage_results (tessif.analyze.Comparatier property) MemoryTime (class in tessif.frused.namedtuples) MemoryTimeConstraints (class in tessif.frused.namedtuples) method (tessif.identify.calculate.calc_corrs parameter), [1] (tessif.identify.calculate.calc_nmae parameter), [1] (tessif.identify.calculate.calc_nmbe parameter), [1] (tessif.identify.calculate.calc_nrmse parameter), [1] (tessif.identify.timeframes.significant_differences parameter), [1] (tessif.visualize.compare.best_bar parameter), [1] midx_df (tessif.identify.auxilliary.flatten_multiindex_flow_data parameter), [1] milp (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1], [2], [3] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1], [2], [3] mimo_transformer (in module tessif.frused.spellings) mimos (in module tessif.frused.configurations) min (tessif.frused.namedtuples.MinMax attribute) min_condenser_load (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) minimum (in module tessif.frused.spellings) minimum_downtime (in module tessif.frused.spellings) minimum_efficiency (in module tessif.frused.spellings) minimum_expansion (in module tessif.frused.spellings) minimum_extraction (in module tessif.frused.spellings) minimum_fuelgas_losses (in module tessif.frused.spellings) minimum_heat (in module tessif.frused.spellings) minimum_power (in module tessif.frused.spellings) minimum_uptime (in module tessif.frused.spellings) MinMax (class in tessif.frused.namedtuples) mobility (in module tessif.frused.spellings) model (tessif.analyze.assess_scalability parameter), [1] (tessif.analyze.stop_time parameter), [1] (tessif.analyze.trace_memory parameter), [1] (tessif.transform.es2es.infer_registered_model parameter) (tessif.verify.core.Verificier parameter), [1] models (tessif.analyze.Comparatier parameter), [1] (tessif.analyze.Comparatier property) module tessif tessif.analyze tessif.examples tessif.examples.application tessif.examples.application.calliope_integration_scenarios tessif.examples.application.component_scenarios tessif.examples.application.computational_resources tessif.examples.application.electrical_components tessif.examples.application.grid_scenarios tessif.examples.application.timeseries_comparison tessif.examples.application.verification tessif.examples.data tessif.examples.data.calliope tessif.examples.data.calliope.py_hard tessif.examples.data.fine tessif.examples.data.fine.py_hard tessif.examples.data.omf tessif.examples.data.omf.py_hard tessif.examples.data.pypsa tessif.examples.data.pypsa.py_hard tessif.examples.data.tsf tessif.examples.data.tsf.cfg tessif.examples.data.tsf.py_hard tessif.frused tessif.frused.configurations tessif.frused.defaults tessif.frused.hooks tessif.frused.hooks.ppsa tessif.frused.hooks.tsf tessif.frused.namedtuples tessif.frused.paths tessif.frused.resolutions tessif.frused.spellings tessif.identify tessif.identify.auxilliary tessif.identify.calculate tessif.identify.core tessif.identify.static tessif.identify.timeframes tessif.identify.timevarying tessif.model tessif.model.components tessif.model.energy_system tessif.parse tessif.simulate tessif.transform tessif.transform.es2es tessif.transform.es2es.cllp tessif.transform.es2es.fine tessif.transform.es2es.omf tessif.transform.es2es.ppsa tessif.transform.es2mapping tessif.transform.es2mapping.tsf tessif.transform.mapping2es tessif.transform.mapping2es.omf tessif.transform.mapping2es.tsf tessif.transform.nxgrph tessif.verify tessif.verify.core tessif.visualize tessif.visualize.compare tessif.visualize.component_loads tessif.visualize.ldc tessif.visualize.nxgrph tessif.visualize.system_loads tessif.write tessif.write.log tessif.write.tools

MultiIndex (tessif.visualize.compare.comp_plot parameter) mutuals (tessif.identify.timevarying.TimevaryingIdentificier property) MyDumper (class in tessif.transform.es2es.cllp)

N

N (tessif.analyze.assess_scalability parameter), [1] (tessif.analyze.Comparatier parameter), [1] n (tessif.examples.data.tsf.py_hard._create_minimal_es_unit parameter), [1] N (tessif.examples.data.tsf.py_hard.create_self_similar_energy_system parameter), [1] N_resolution (tessif.analyze.assess_scalability parameter), [1] name (in module tessif.frused.spellings) (tessif.frused.namedtuples.NodeColorGroupings attribute) (tessif.frused.namedtuples.Uid parameter), [1] (tessif.frused.namedtuples.UidBase attribute) (tessif.frused.spellings.to_csv parameter), [1] (tessif.model.components.AbstractEsComponent parameter), [1] (tessif.model.components.Bus parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.Connector parameter), [1] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1] negative (tessif.frused.namedtuples.PositiveNegative attribute) negative_gradient (in module tessif.frused.spellings) negative_gradient_costs (in module tessif.frused.spellings) net_energy_flows (tessif.analyze.ComparativeResultier property) node (tessif.frused.namedtuples.AttributeGroupings attribute) (tessif.frused.namedtuples.AttributeGroupings parameter), [1] (tessif.transform.es2mapping.compile_result_data_representation parameter) node_attr (tessif.visualize.nxgrph.draw_edges parameter), [1] (tessif.visualize.nxgrph.draw_nodes parameter), [1] (tessif.visualize.nxgrph.drawing_node_labels parameter), [1] node_type (in module tessif.frused.spellings) (tessif.frused.namedtuples.Uid parameter), [1] (tessif.frused.namedtuples.UidBase attribute) (tessif.model.components.AbstractEsComponent parameter), [1] (tessif.model.components.Bus parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.Connector parameter), [1] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1]

node_uid_seperator (in module tessif.frused.configurations) node_uid_style (in module tessif.frused.configurations) node_uid_styles (in module tessif.frused.namedtuples) NodeColorGroupings (class in tessif.frused.namedtuples) nodes (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.nxgrph.create_nodes parameter), [1] nominal_value (in module tessif.frused.spellings) non_mutuals (tessif.identify.timevarying.TimevaryingIdentificier property) normalization (tessif.identify.calculate.calc_evs parameter), [1] normalized (tessif.analyze.Comparatier.calculate_statistical_load_differences parameter), [1] (tessif.analyze.Comparatier.draw_statistical_load_differences_chart parameter), [1] (tessif.analyze.statistically_compare_N_timeseries parameter), [1] nuclear (in module tessif.frused.spellings) number_of_connections (in module tessif.frused.spellings) number_of_status_changes (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) number_of_steps (tessif.analyze.lag_correlate parameter), [1] numerical_results (tessif.verify.core.Verificier property) nx_label_kwargs (in module tessif.frused.defaults) nxgrph_node_shapes (in module tessif.frused.defaults) nxgrph_visualize_defaults (in module tessif.frused.defaults) nxgrph_visualize_tags (in module tessif.frused.defaults) nxgrph_visualize_xcptns (in module tessif.frused.defaults)

O

oemof (in module tessif.frused.spellings) oemof_busses (tessif.transform.es2es.omf.generate_oemof_chps parameter) (tessif.transform.es2es.omf.generate_oemof_links parameter) (tessif.transform.es2es.omf.generate_oemof_sinks parameter), [1] (tessif.transform.es2es.omf.generate_oemof_sources parameter), [1] (tessif.transform.es2es.omf.generate_oemof_storages parameter), [1] (tessif.transform.es2es.omf.generate_oemof_transformers parameter), [1] of_high_interest (tessif.identify.core.Identificier property) of_low_interest (tessif.identify.core.Identificier property) of_medium_interest (tessif.identify.core.Identificier property) off (tessif.frused.namedtuples.OnOff attribute) offset (tessif.visualize.system_loads.bars parameter), [1] offshore (in module tessif.frused.spellings) oil (in module tessif.frused.spellings) oil_delivery (in module tessif.frused.spellings) oil_pipeline (in module tessif.frused.spellings) omf (tessif.analyze.pearson_list parameter) omf() (in module tessif.simulate) omf_from_es() (in module tessif.simulate) on (tessif.frused.namedtuples.OnOff attribute) only_total (tessif.analyze.assess_scalability parameter), [1] (tessif.analyze.stop_time parameter), [1] (tessif.analyze.trace_memory parameter), [1] OnOff (class in tessif.frused.namedtuples) onshore (in module tessif.frused.spellings) optimization_results (tessif.analyze.Comparatier property) optimized_es (tessif.transform.es2mapping.compile_result_data_representation parameter) (tessif.visualize.system_loads.bars_from_es parameter), [1]

order (tessif.parse.reorder_esm parameter), [1] original_capacities (tessif.analyze.ComparativeResultier property) outflow (tessif.frused.namedtuples.InOut attribute) outflow_costs (in module tessif.frused.spellings) outflow_costsN (in module tessif.frused.spellings) outflow_efficiency (in module tessif.frused.spellings) outflow_emissions (in module tessif.frused.spellings) outflow_emissionsN (in module tessif.frused.spellings) output (in module tessif.frused.spellings) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) output_maximum (in module tessif.frused.spellings) output_minimum (in module tessif.frused.spellings) output_negative_gradient (in module tessif.frused.spellings) output_positive_gradient (in module tessif.frused.spellings) outputN (in module tessif.frused.spellings) outputs (in module tessif.frused.spellings) (tessif.model.components.Bus parameter), [1] (tessif.model.components.Bus property) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Connector property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property)

P

parameters (tessif.model.components.AbstractEsComponent property) (tessif.model.components.Bus property) (tessif.model.components.CHP property) (tessif.model.components.Connector property) (tessif.model.components.Sink property) (tessif.model.components.Source property) (tessif.model.components.Storage property) (tessif.model.components.Transformer property) pareto2D() (in module tessif.visualize.compare) pareto3D() (in module tessif.visualize.compare) parse_cost_parameters() (in module tessif.transform.es2es.cllp) parse_esM_parameters() (in module tessif.transform.es2es.fine) parse_fixed_flow_params() (in module tessif.transform.mapping2es.omf) parse_flow_parameters() (in module tessif.transform.es2es.cllp) (in module tessif.transform.es2es.fine) (in module tessif.transform.es2es.ppsa) (in module tessif.transform.mapping2es.omf) parse_ideal_flow_params() (in module tessif.transform.mapping2es.omf) parse_invest_flow_params() (in module tessif.transform.mapping2es.omf) parse_linear_flow_params() (in module tessif.transform.mapping2es.omf) parse_nonconvex_flow_params() (in module tessif.transform.mapping2es.omf) parse_reference_df() (in module tessif.identify.auxilliary) parse_timeseries() (in module tessif.transform.mapping2es.omf) parser (tessif.analyze.Comparatier parameter), [1] (tessif.analyze.stop_time parameter), [1] (tessif.analyze.trace_memory parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.from_external parameter), [1], [2] (tessif.simulate.omf parameter), [1] (tessif.verify.core.Verificier parameter), [1] parsing (tessif.frused.namedtuples.SimulationProcessStepResults attribute) (tessif.frused.namedtuples.SimulationProcessStepResults parameter), [1] path (tessif.analyze.Comparatier parameter), [1] (tessif.analyze.Comparatier property) (tessif.analyze.stop_time parameter), [1] (tessif.analyze.trace_memory parameter), [1] (tessif.frused.paths.find_subpath_incwd parameter) (tessif.frused.spellings.to_csv parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.from_external parameter), [1], [2] (tessif.parse.hdf5 parameter) (tessif.parse.xml parameter), [1] (tessif.simulate.omf parameter), [1] (tessif.verify.core.Verificier parameter), [1] pearson_correlate() (in module tessif.analyze) pearson_correlation (tessif.analyze.Comparatier property) pearson_df (tessif.analyze.autoselect parameter) (tessif.visualize.compare.pearson_self_comparison parameter) pearson_list() (in module tessif.analyze) pearson_self_comparison() (in module tessif.visualize.compare) pearson_threshold (tessif.analyze.autoselect parameter) (tessif.analyze.Comparatier.separate_data parameter) periods (tessif.examples.application.calliope_integration_scenarios.create_component_example parameter), [1] (tessif.examples.application.timeseries_comparison.create_hhes_ar parameter) (tessif.examples.application.timeseries_comparison.create_statistical_example_msc parameter) (tessif.examples.data.omf.py_hard.create_commitment_scenario parameter), [1] (tessif.examples.data.omf.py_hard.create_expansion_scenario parameter), [1] (tessif.examples.data.pypsa.py_hard.create_component_scenario parameter), [1] (tessif.examples.data.tsf.py_hard.create_component_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_cp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_cs_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_kp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_tp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_ts_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_hhes parameter), [1] (tessif.examples.data.tsf.py_hard.create_losslc_es parameter) (tessif.examples.data.tsf.py_hard.create_transcne_es parameter), [1]

photovoltaic (in module tessif.frused.spellings) plot() (in module tessif.visualize.ldc) plot_energy_system_graph() (tessif.verify.core.Verificier method) pos (tessif.visualize.nxgrph.draw_edges parameter), [1] (tessif.visualize.nxgrph.draw_nodes parameter), [1] (tessif.visualize.nxgrph.drawing_edge_labels parameter), [1] (tessif.visualize.nxgrph.drawing_node_labels parameter), [1] positive (tessif.frused.namedtuples.PositiveNegative attribute) positive_gradient (in module tessif.frused.spellings) positive_gradient_costs (in module tessif.frused.spellings) PositiveNegative (class in tessif.frused.namedtuples) post_processing (tessif.frused.namedtuples.SimulationProcessStepResults attribute) (tessif.frused.namedtuples.SimulationProcessStepResults parameter), [1] power (in module tessif.frused.spellings) power2x (in module tessif.frused.spellings) power_costs (in module tessif.frused.spellings) power_efficiency (in module tessif.frused.spellings) power_emissions (in module tessif.frused.spellings) power_loss_index (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) power_out (in module tessif.frused.spellings) power_plant (in module tessif.frused.spellings) power_reference_unit (in module tessif.frused.configurations) power_wo_dist_heat (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) ppsa....) (tessif.analyze.pearson_list parameter) ppsa_from_es() (in module tessif.simulate) prefix (tessif.model.components.AbstractEsComponent.duplicate parameter) (tessif.model.components.Bus.duplicate parameter) (tessif.model.components.CHP.duplicate parameter) (tessif.model.components.Connector.duplicate parameter) (tessif.model.components.Sink.duplicate parameter) (tessif.model.components.Source.duplicate parameter) (tessif.model.components.Storage.duplicate parameter) (tessif.model.components.Transformer.duplicate parameter) (tessif.model.energy_system.AbstractEnergySystem.duplicate parameter), [1] pypsa (in module tessif.frused.spellings) pypsa_generator_uids (tessif.transform.es2es.ppsa.compute_unneeded_supply_chains parameter), [1] python_file() (in module tessif.parse) python_mapping() (in module tessif.parse)

R

reading (tessif.frused.namedtuples.SimulationProcessStepResults attribute) (tessif.frused.namedtuples.SimulationProcessStepResults parameter), [1] reconstruct() (tessif.frused.namedtuples.Uid class method) reference (tessif.analyze.Comparatier.calculate_statistical_load_differences parameter), [1] (tessif.analyze.Comparatier.separate_data parameter) (tessif.analyze.mae_list parameter) (tessif.analyze.pearson_list parameter) (tessif.analyze.statistically_compare_N_timeseries parameter), [1] (tessif.identify.calculate.calc_corrs parameter), [1] (tessif.identify.calculate.calc_evs parameter), [1] (tessif.identify.core.Identificier parameter), [1] (tessif.identify.core.Identificier property) (tessif.identify.static.StaticIdentificier parameter), [1] (tessif.identify.timeframes.significant_differences parameter), [1] (tessif.identify.timevarying.TimevaryingIdentificier parameter), [1] reference_df (tessif.identify.calculate.calc_nmae parameter), [1] (tessif.identify.calculate.calc_nmbe parameter), [1] (tessif.identify.calculate.calc_nrmse parameter), [1] region (in module tessif.frused.spellings) (tessif.frused.namedtuples.Uid parameter), [1] (tessif.frused.namedtuples.UidBase attribute) (tessif.model.components.AbstractEsComponent parameter), [1] (tessif.model.components.Bus parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.Connector parameter), [1] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1]

registered_component_types (in module tessif.frused.defaults) registered_models (in module tessif.frused.defaults) relative_deviations (tessif.identify.static.StaticIdentificier property) renewables (in module tessif.frused.spellings) reorder_esm() (in module tessif.parse) reparameterize_components() (in module tessif.frused.hooks.tsf) replot (tessif.visualize.component_loads.response parameter), [1] representing the x-axis data as in (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] response() (in module tessif.visualize.component_loads) responses (tessif.visualize.component_loads.response parameter), [1] restore() (tessif.model.energy_system.AbstractEnergySystem method) result (tessif.frused.namedtuples.SimulationProcessStepResults attribute) results (tessif.verify.core.Verificier property) results_to_compare (tessif.analyze.Comparatier.draw_global_results_chart parameter), [1] root_dir (in module tessif.frused.paths)

S

save (tessif.examples.data.fine.py_hard.chp_example parameter), [1] (tessif.examples.data.fine.py_hard.create_expansion_example parameter), [1] (tessif.examples.data.fine.py_hard.create_multicommodity parameter), [1] (tessif.examples.data.fine.py_hard.create_mwe parameter), [1] (tessif.examples.data.fine.py_hard.double_transformer_emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.single_chp_emission_objective parameter), [1] (tessif.examples.data.fine.py_hard.storage_example parameter), [1] (tessif.examples.data.fine.py_hard.tsa_one_year_example parameter), [1] (tessif.simulate.cllp_from_es parameter), [1] scalability_charts_2D (tessif.analyze.Comparatier property) scalability_charts_3D (tessif.analyze.Comparatier property) scalability_results (tessif.analyze.Comparatier property) scaling (tessif.analyze.Comparatier parameter), [1] scatter (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1] second_split (tessif.transform.es2es.infer_software_from_es parameter) sector (in module tessif.frused.spellings) (tessif.frused.namedtuples.NodeColorGroupings attribute) (tessif.frused.namedtuples.NodeColorGroupings parameter), [1] (tessif.frused.namedtuples.Uid parameter), [1] (tessif.frused.namedtuples.UidBase attribute) (tessif.model.components.AbstractEsComponent parameter), [1] (tessif.model.components.Bus parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.Connector parameter), [1] (tessif.model.components.Sink parameter), [1] (tessif.model.components.Source parameter), [1] (tessif.model.components.Storage parameter), [1] (tessif.model.components.Transformer parameter), [1] separate_data() (tessif.analyze.Comparatier method) separator (tessif.model.components.AbstractEsComponent.duplicate parameter) (tessif.model.components.Bus.duplicate parameter) (tessif.model.components.CHP.duplicate parameter) (tessif.model.components.Connector.duplicate parameter) (tessif.model.components.Sink.duplicate parameter) (tessif.model.components.Source.duplicate parameter) (tessif.model.components.Storage.duplicate parameter) (tessif.model.components.Transformer.duplicate parameter) (tessif.model.energy_system.AbstractEnergySystem.duplicate parameter), [1] seperators (in module tessif.frused.spellings) set_labels (tessif.visualize.compare.bar parameter), [1] (tessif.visualize.compare.best_bar parameter), [1] setup() (in module tessif.write.log) shape (tessif.visualize.component_loads.response parameter), [1] sheet_name (tessif.parse.xl_like parameter), [1] shift_colors (tessif.visualize.nxgrph.draw_graphical_representation parameter), [1] (tessif.visualize.nxgrph.draw_numerical_representation parameter), [1] shutdown_costs (in module tessif.frused.spellings) signals (tessif.visualize.component_loads.response parameter), [1] significant_differences() (in module tessif.identify.timeframes) sigplot (tessif.visualize.component_loads.response parameter), [1] simulation (tessif.frused.namedtuples.SimulationProcessStepResults attribute) SimulationProcessStepResults (class in tessif.frused.namedtuples) single_chp_emission_objective() (in module tessif.examples.data.fine.py_hard) Sink (class in tessif.model.components) sink (in module tessif.frused.spellings) sinks (tessif.model.energy_system.AbstractEnergySystem parameter), [1] (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.es2es.cllp.generate_calliope_demand parameter), [1] (tessif.transform.es2es.omf.generate_oemof_sinks parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_excess_sinks parameter) (tessif.transform.es2es.ppsa.create_pypsa_sinks parameter), [1] siso_nonlinear_transformer (in module tessif.frused.spellings) sito_flex_transformer (in module tessif.frused.spellings) skiprows (tessif.parse.xl_like parameter), [1] smth_like (tessif.frused.spellings.get_from parameter), [1] socs (tessif.analyze.ComparativeResultier property) software (tessif.transform.es2mapping.compile_result_data_representation parameter) solar (in module tessif.frused.spellings)

solarthermal (in module tessif.frused.spellings) solver (tessif.simulate.cllp_from_es parameter), [1] (tessif.simulate.fine_from_es parameter), [1] (tessif.simulate.omf parameter), [1] (tessif.simulate.omf_from_es parameter), [1] (tessif.simulate.ppsa_from_es parameter), [1] solving (tessif.frused.namedtuples.SimulationProcessStepResults parameter), [1] Source (class in tessif.model.components) source (in module tessif.frused.spellings) (tessif.frused.namedtuples.Edge attribute) (tessif.frused.namedtuples.Edge parameter) sources (tessif.model.energy_system.AbstractEnergySystem parameter), [1] (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.es2es.cllp.generate_calliope_supply parameter), [1] (tessif.transform.es2es.omf.generate_oemof_sources parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_generators_from_sources parameter), [1] spellings_logging_level (in module tessif.frused.configurations) startup_costs (in module tessif.frused.spellings) StaticIdentificier (class in tessif.identify.static) statistical_value_mapping (in module tessif.analyze) statistically_compare_N_timeseries() (in module tessif.analyze) status_changing_costs (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) status_inertia (in module tessif.frused.spellings) (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) stdout_logging_level (tessif.write.log.setup parameter), [1] steam (in module tessif.frused.spellings) step() (in module tessif.visualize.component_loads) stop_time() (in module tessif.analyze) Storage (class in tessif.model.components) storage (in module tessif.frused.spellings) storage_capacity (in module tessif.frused.spellings) storage_example() (in module tessif.examples.data.fine.py_hard) storage_folder (tessif.analyze.assess_scalability parameter), [1] storages (tessif.model.energy_system.AbstractEnergySystem parameter), [1] (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.es2es.cllp.generate_calliope_storage parameter), [1] (tessif.transform.es2es.omf.generate_oemof_storages parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_storages parameter), [1] stout_logging_format (tessif.write.log.setup parameter), [1] styles (tessif.frused.namedtuples.CLS attribute) subcat_colors (tessif.visualize.ldc.plot parameter) subcat_labels (tessif.visualize.ldc.plot parameter) suffix (tessif.model.components.AbstractEsComponent.duplicate parameter) (tessif.model.components.Bus.duplicate parameter) (tessif.model.components.CHP.duplicate parameter) (tessif.model.components.Connector.duplicate parameter) (tessif.model.components.Sink.duplicate parameter) (tessif.model.components.Source.duplicate parameter) (tessif.model.components.Storage.duplicate parameter) (tessif.model.components.Transformer.duplicate parameter) (tessif.model.energy_system.AbstractEnergySystem.duplicate parameter), [1] supported_logging_levels (in module tessif.write.log)

T

T (tessif.analyze.assess_scalability parameter), [1] (tessif.analyze.Comparatier parameter), [1] T_resolution (tessif.analyze.assess_scalability parameter), [1] tags (tessif.visualize.nxgrph.draw_graph parameter), [1] target (tessif.frused.namedtuples.Edge attribute) (tessif.frused.namedtuples.Edge parameter) (tessif.transform.es2es.cllp.parse_flow_parameters parameter), [1] temporal_resolution (in module tessif.frused.configurations) temporal_rounding_map (in module tessif.frused.resolutions) temporal_support (in module tessif.frused.resolutions) temporals (in module tessif.frused.resolutions) tessif module tessif.analyze module tessif.examples module tessif.examples.application module tessif.examples.application.calliope_integration_scenarios module tessif.examples.application.component_scenarios module tessif.examples.application.computational_resources module tessif.examples.application.electrical_components module tessif.examples.application.grid_scenarios module tessif.examples.application.timeseries_comparison module tessif.examples.application.verification module tessif.examples.data module tessif.examples.data.calliope module tessif.examples.data.calliope.py_hard module tessif.examples.data.fine module tessif.examples.data.fine.py_hard module tessif.examples.data.omf module tessif.examples.data.omf.py_hard module tessif.examples.data.pypsa module tessif.examples.data.pypsa.py_hard module tessif.examples.data.tsf module tessif.examples.data.tsf.cfg module tessif.examples.data.tsf.py_hard module tessif.frused module tessif.frused.configurations module tessif.frused.defaults module tessif.frused.hooks module tessif.frused.hooks.ppsa module tessif.frused.hooks.tsf module tessif.frused.namedtuples module tessif.frused.paths module tessif.frused.resolutions module tessif.frused.spellings module tessif.identify module tessif.identify.auxilliary module tessif.identify.calculate module tessif.identify.core module tessif.identify.static module tessif.identify.timeframes module tessif.identify.timevarying module tessif.model module tessif.model.components module tessif.model.energy_system module tessif.parse module tessif.simulate module tessif.transform module tessif.transform.es2es module tessif.transform.es2es.cllp module tessif.transform.es2es.fine module tessif.transform.es2es.omf module tessif.transform.es2es.ppsa module tessif.transform.es2mapping module tessif.transform.es2mapping.tsf module tessif.transform.mapping2es module tessif.transform.mapping2es.omf module tessif.transform.mapping2es.tsf module tessif.transform.nxgrph module tessif.verify module tessif.verify.core module tessif.visualize module tessif.visualize.compare module tessif.visualize.component_loads module tessif.visualize.ldc module tessif.visualize.nxgrph module tessif.visualize.system_loads module tessif.write module tessif.write.log module tessif.write.tools module tessif_busses (tessif.transform.es2es.omf.generate_oemof_chps parameter) (tessif.transform.es2es.omf.generate_oemof_links parameter) (tessif.transform.es2es.omf.generate_oemof_sinks parameter), [1] (tessif.transform.es2es.omf.generate_oemof_sources parameter), [1] (tessif.transform.es2es.omf.generate_oemof_storages parameter), [1] (tessif.transform.es2es.omf.generate_oemof_transformers parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_connectors parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_excess_sinks parameter) (tessif.transform.es2es.ppsa.create_pypsa_generators_from_sources parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_generators_from_transformers parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_links_from_transformers parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_sinks parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_storages parameter), [1]

tessif_es (tessif.transform.es2es.cllp.transform parameter), [1] (tessif.transform.es2es.fine.conversion_as_emitting_sources parameter), [1] (tessif.transform.es2es.fine.conversion_as_emitting_storage parameter), [1] (tessif.transform.es2es.fine.conversion_factors_identification parameter) (tessif.transform.es2es.fine.create_FINE_busses parameter), [1] (tessif.transform.es2es.fine.create_FINE_connectors parameter), [1] (tessif.transform.es2es.fine.create_FINE_constraints parameter), [1] (tessif.transform.es2es.fine.create_FINE_conversions parameter), [1] (tessif.transform.es2es.fine.create_FINE_sinks parameter), [1] (tessif.transform.es2es.fine.create_FINE_sources parameter), [1] (tessif.transform.es2es.fine.create_FINE_storages parameter) (tessif.transform.es2es.fine.expansion_costs_identification parameter) (tessif.transform.es2es.fine.flow_costs_identification parameter) (tessif.transform.es2es.fine.flow_emissions_identification parameter) (tessif.transform.es2es.fine.parse_esM_parameters parameter) (tessif.transform.es2es.fine.parse_flow_parameters parameter) (tessif.transform.es2es.fine.transform parameter), [1] (tessif.transform.es2es.omf.transform parameter), [1] (tessif.transform.es2es.ppsa.compute_unneeded_supply_chains parameter), [1] (tessif.transform.es2es.ppsa.transform parameter), [1] tessif_transformers (tessif.transform.es2es.ppsa.infer_pypsa_transformer_types parameter), [1] tests_dir (in module tessif.frused.paths) the reference model to be used as a reference point to determine the (tessif.analyze.pearson_list parameter) thermal_energy_storage (in module tessif.frused.spellings) threshold (tessif.analyze.Comparatier.calculate_load_differences parameter), [1] (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.analyze.compare_N_timeseries parameter), [1] (tessif.identify.timeframes.significant_differences parameter), [1] threshold_moving_average (tessif.analyze.Comparatier.separate_data parameter) thresholds (tessif.frused.namedtuples.CLS attribute) ticks (tessif.visualize.component_loads.bar_lines parameter), [1] time (tessif.frused.namedtuples.MemoryTime attribute) (tessif.frused.namedtuples.MemoryTime parameter), [1] (tessif.frused.namedtuples.MemoryTimeConstraints attribute) (tessif.frused.namedtuples.MemoryTimeConstraints parameter) time_label (tessif.visualize.ldc.plot parameter) time_unit (tessif.visualize.ldc.plot parameter) timeframe (in module tessif.frused.spellings) (tessif.analyze.stop_time parameter), [1] (tessif.analyze.trace_memory parameter), [1] (tessif.examples.data.tsf.py_hard._create_minimal_es_unit parameter), [1] (tessif.examples.data.tsf.py_hard.create_self_similar_energy_system parameter), [1] (tessif.model.energy_system.AbstractEnergySystem parameter), [1] (tessif.model.energy_system.AbstractEnergySystem.from_components parameter), [1], [2] (tessif.parse.flat_config_folder parameter), [1] (tessif.parse.hdf5 parameter) (tessif.parse.python_mapping parameter), [1] (tessif.parse.xl_like parameter), [1] (tessif.parse.xml parameter), [1] (tessif.transform.es2es.cllp.generate_calliope_conversion parameter), [1] (tessif.transform.es2es.cllp.generate_calliope_demand parameter), [1] (tessif.transform.es2es.cllp.generate_calliope_storage parameter), [1] (tessif.transform.es2es.cllp.generate_calliope_supply parameter), [1] (tessif.transform.mapping2es.tsf.transform parameter), [1] (tessif.verify.core.Verificier parameter), [1] timeindex (in module tessif.frused.spellings) (tessif.transform.mapping2es.omf.generate_generic_chps parameter) (tessif.transform.mapping2es.omf.transform parameter), [1] (tessif.visualize.component_loads.bar_lines parameter), [1] timeseries (in module tessif.frused.spellings) (tessif.analyze.average parameter) (tessif.analyze.compare_N_timeseries parameter), [1] (tessif.analyze.lag_correlate parameter), [1] (tessif.analyze.statistically_compare_N_timeseries parameter), [1] (tessif.model.components.CHP parameter), [1] (tessif.model.components.CHP property) (tessif.model.components.Sink parameter), [1] (tessif.model.components.Sink property) (tessif.model.components.Source parameter), [1] (tessif.model.components.Source property) (tessif.model.components.Storage parameter), [1] (tessif.model.components.Storage property) (tessif.model.components.Transformer parameter), [1] (tessif.model.components.Transformer property) (tessif.transform.es2es.ppsa.create_pypsa_sinks parameter), [1] (tessif.transform.mapping2es.omf.parse_flow_parameters parameter), [1] timeseries_seperator (in module tessif.frused.configurations) timesteps (tessif.transform.es2es.cllp.generate_calliope_conversion_plus parameter), [1] (tessif.transform.es2es.cllp.parse_flow_parameters parameter), [1] TimevaryingIdentificier (class in tessif.identify.timevarying) timing_results (tessif.analyze.Comparatier property) timings (tessif.write.log.setup parameter), [1] timings() (in module tessif.write.log) timings_log_file_level (tessif.write.log.setup parameter), [1] timings_logged() (in module tessif.write.log) TimingsFilter (class in tessif.write.log) titel_dic_key (tessif.visualize.compare.pearson_self_comparison parameter) title (tessif.analyze.Comparatier.draw_global_results_chart parameter), [1] (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.analyze.Comparatier.draw_statistical_load_differences_chart parameter), [1] (tessif.analyze.Comparatier.separate_data parameter) (tessif.verify.core.Verificier.plot_energy_system_graph parameter), [1] (tessif.visualize.compare.bar parameter), [1] (tessif.visualize.compare.bar3D parameter), [1] (tessif.visualize.compare.best_bar parameter), [1] (tessif.visualize.compare.comp_plot parameter) (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto2D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1] (tessif.visualize.component_loads.response parameter), [1] (tessif.visualize.component_loads.step parameter), [1] (tessif.visualize.ldc.plot parameter) (tessif.visualize.nxgrph.draw_graph parameter), [1] titles (tessif.visualize.component_loads.response parameter), [1] to_cfg() (tessif.model.energy_system.AbstractEnergySystem method) to_csv() (in module tessif.frused.spellings) to_hdf5() (tessif.model.energy_system.AbstractEnergySystem method) to_nxgrph() (tessif.model.energy_system.AbstractEnergySystem method) trace_memory() (in module tessif.analyze) trans_ops (tessif.analyze.Comparatier parameter), [1] (tessif.analyze.stop_time parameter), [1] (tessif.analyze.trace_memory parameter), [1] transfers (tessif.visualize.component_loads.response parameter), [1] transform() (in module tessif.transform.es2es.cllp) (in module tessif.transform.es2es.fine) (in module tessif.transform.es2es.omf) (in module tessif.transform.es2es.ppsa) (in module tessif.transform.mapping2es.omf) (in module tessif.transform.mapping2es.tsf) transformation (tessif.frused.namedtuples.SimulationProcessStepResults attribute) (tessif.frused.namedtuples.SimulationProcessStepResults parameter), [1] Transformer (class in tessif.model.components) transformer (in module tessif.frused.spellings) (tessif.transform.es2es.cllp.generate_calliope_conversion_plus parameter), [1] transformer_efficiency (tessif.examples.data.tsf.py_hard.create_grid_cp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_cs_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_tp_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_grid_ts_es parameter), [1] (tessif.examples.data.tsf.py_hard.create_transcne_es parameter), [1] transformer_style (tessif.transform.es2es.ppsa.transform parameter), [1] transformers (tessif.model.energy_system.AbstractEnergySystem parameter), [1] (tessif.model.energy_system.AbstractEnergySystem property) (tessif.transform.es2es.cllp.generate_calliope_conversion parameter), [1] (tessif.transform.es2es.omf.generate_oemof_transformers parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_generators_from_transformers parameter), [1] (tessif.transform.es2es.ppsa.create_pypsa_links_from_transformers parameter), [1] tsa (tessif.examples.data.fine.py_hard.tsa_one_year_example parameter), [1] tsa_one_year_example() (in module tessif.examples.data.fine.py_hard) tsf() (in module tessif.simulate) type (tessif.analyze.Comparatier.calculate_statistical_load_differences parameter), [1] (tessif.analyze.statistically_compare_N_timeseries parameter), [1]

U

uexp (tessif.write.log.timings_logged parameter), [1] Uid (class in tessif.frused.namedtuples) uid (tessif.model.components.AbstractEsComponent property) (tessif.model.components.Bus property) (tessif.model.components.CHP property) (tessif.model.components.Connector property) (tessif.model.components.Sink property) (tessif.model.components.Source property) (tessif.model.components.Storage property) (tessif.model.components.Transformer property) (tessif.model.energy_system.AbstractEnergySystem parameter), [1] (tessif.model.energy_system.AbstractEnergySystem property) (tessif.model.energy_system.AbstractEnergySystem.from_components parameter), [1], [2] (tessif.transform.mapping2es.tsf.transform parameter), [1]

UidBase (class in tessif.frused.namedtuples) undeclared_emission_objective() (in module tessif.examples.data.omf.py_hard) unit (tessif.examples.data.tsf.py_hard.create_self_similar_energy_system parameter), [1] upper_heating_value (in module tessif.frused.spellings)

V

values (tessif.identify.core.cluster parameter), [1] values. (average (tessif.analyze.pearson_list parameter)

variation_base (in module tessif.frused.spellings) Verificier (class in tessif.verify.core) visualize2D_assess_scalability() (in module tessif.visualize.compare)

W

warnings (tessif.transform.es2es.cllp.transform parameter), [1] water (in module tessif.frused.spellings) weights (tessif.analyze.ComparativeResultier property) where (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.visualize.component_loads.step parameter), [1]

wind (in module tessif.frused.spellings) wireframes (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1] write_dir (in module tessif.frused.paths)

X

x-axis_data (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.visualize.component_loads.step parameter), [1] x-axis_label (tessif.analyze.Comparatier.draw_load_differences_chart parameter), [1] (tessif.visualize.component_loads.step parameter), [1] xcptns (tessif.visualize.nxgrph.draw_edges parameter), [1] (tessif.visualize.nxgrph.draw_legend parameter), [1] (tessif.visualize.nxgrph.draw_nodes parameter), [1] (tessif.visualize.nxgrph.drawing_edge_labels parameter), [1] (tessif.visualize.nxgrph.drawing_node_labels parameter), [1]

xl_like() (in module tessif.parse) xml() (in module tessif.parse) xy_data (tessif.visualize.compare.bar3D parameter), [1] xy_labels (tessif.visualize.compare.pareto2D parameter), [1] xyz_labels (tessif.visualize.compare.bar3D parameter), [1] (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1]

Y

y_axis_label (tessif.visualize.component_loads.step parameter), [1]

Z

zoom_scatter (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1]

zooming (tessif.visualize.compare.interpolate_pareto3D parameter), [1] (tessif.visualize.compare.pareto3D parameter), [1]