Script Data Flow

This section aims to clarify the files used (inputs) or created (outputs) by each script, along with the methods used to access this data.

TO DO: run trace for all scripts.

multi_criteria_analysis

digraph multi_criteria_analysis { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "multi_criteria_analysis"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="optimization/slave/gen_2"; get_optimization_generation_total_performance_pareto[label="gen_2_total_performance_pareto.csv"]; } subgraph cluster_1_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/multicriteria"; get_multi_criteria_analysis[label="gen_2_multi_criteria_analysis.csv"]; } get_optimization_generation_total_performance_pareto -> "multi_criteria_analysis"[label="(get_optimization_generation_total_performance_pareto)"]; "multi_criteria_analysis" -> get_multi_criteria_analysis[label="(get_multi_criteria_analysis)"]; }

photovoltaic

digraph photovoltaic { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "photovoltaic"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/potentials/solar"; PV_metadata_results[label="B001_PV_sensors.csv"]; PV_results[label="B001_PV.csv"]; PV_total_buildings[label="PV_total_buildings.csv"]; PV_totals[label="PV_total.csv"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_conversion_systems[label="CONVERSION.xls"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/solar-radiation"; get_radiation_building[label="{building}_radiation.csv"]; get_radiation_building_sensors[label="B001_insolation_Whm2.json"]; get_radiation_metadata[label="B001_geometry.csv"]; } get_database_conversion_systems -> "photovoltaic"[label="(get_database_conversion_systems)"]; get_radiation_building -> "photovoltaic"[label="(get_radiation_building)"]; get_radiation_building_sensors -> "photovoltaic"[label="(get_radiation_building_sensors)"]; get_radiation_metadata -> "photovoltaic"[label="(get_radiation_metadata)"]; get_weather_file -> "photovoltaic"[label="(get_weather_file)"]; get_zone_geometry -> "photovoltaic"[label="(get_zone_geometry)"]; "photovoltaic" -> PV_metadata_results[label="(PV_metadata_results)"]; "photovoltaic" -> PV_results[label="(PV_results)"]; "photovoltaic" -> PV_total_buildings[label="(PV_total_buildings)"]; "photovoltaic" -> PV_totals[label="(PV_totals)"]; }

decentralized

digraph decentralized { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "decentralized"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/optimization/decentralized"; get_optimization_decentralized_folder_building_cooling_activation[label="{building}_{configuration}_cooling_activation.csv"]; get_optimization_decentralized_folder_building_result_heating[label="DiscOp_B001_result_heating.csv"]; get_optimization_decentralized_folder_building_result_heating_activation[label="DiscOp_B001_result_heating_activation.csv"]; } subgraph cluster_1_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/optimization/substations"; get_optimization_substations_results_file[label="110011011DH_B001_result.csv"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="data/potentials/solar"; SC_results[label="B001_SC_ET.csv"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_supply[label="supply_systems.dbf"]; } subgraph cluster_5_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_conversion_systems[label="CONVERSION.xls"]; get_database_feedstocks[label="FEEDSTOCKS.xls"]; } subgraph cluster_6_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_7_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/demand"; get_demand_results_file[label="B001.csv"]; get_total_demand[label="Total_demand.csv"]; } SC_results -> "decentralized"[label="(SC_results)"]; get_building_supply -> "decentralized"[label="(get_building_supply)"]; get_database_conversion_systems -> "decentralized"[label="(get_database_conversion_systems)"]; get_database_feedstocks -> "decentralized"[label="(get_database_feedstocks)"]; get_demand_results_file -> "decentralized"[label="(get_demand_results_file)"]; get_total_demand -> "decentralized"[label="(get_total_demand)"]; get_weather_file -> "decentralized"[label="(get_weather_file)"]; get_zone_geometry -> "decentralized"[label="(get_zone_geometry)"]; "decentralized" -> get_optimization_decentralized_folder_building_cooling_activation[label="(get_optimization_decentralized_folder_building_cooling_activation)"]; "decentralized" -> get_optimization_decentralized_folder_building_result_heating[label="(get_optimization_decentralized_folder_building_result_heating)"]; "decentralized" -> get_optimization_decentralized_folder_building_result_heating_activation[label="(get_optimization_decentralized_folder_building_result_heating_activation)"]; "decentralized" -> get_optimization_substations_results_file[label="(get_optimization_substations_results_file)"]; }

solar_collector

digraph solar_collector { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "solar_collector"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/potentials/solar"; SC_metadata_results[label="B001_SC_ET_sensors.csv"]; SC_results[label="B001_SC_ET.csv"]; SC_total_buildings[label="SC_ET_total_buildings.csv"]; SC_totals[label="SC_FP_total.csv"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_conversion_systems[label="CONVERSION.xls"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/solar-radiation"; get_radiation_building[label="{building}_radiation.csv"]; get_radiation_building_sensors[label="B001_insolation_Whm2.json"]; get_radiation_metadata[label="B001_geometry.csv"]; } get_database_conversion_systems -> "solar_collector"[label="(get_database_conversion_systems)"]; get_radiation_building -> "solar_collector"[label="(get_radiation_building)"]; get_radiation_building_sensors -> "solar_collector"[label="(get_radiation_building_sensors)"]; get_radiation_metadata -> "solar_collector"[label="(get_radiation_metadata)"]; get_weather_file -> "solar_collector"[label="(get_weather_file)"]; get_zone_geometry -> "solar_collector"[label="(get_zone_geometry)"]; "solar_collector" -> SC_metadata_results[label="(SC_metadata_results)"]; "solar_collector" -> SC_results[label="(SC_results)"]; "solar_collector" -> SC_total_buildings[label="(SC_total_buildings)"]; "solar_collector" -> SC_totals[label="(SC_totals)"]; }

zone_helper

digraph zone_helper { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "zone_helper"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_site_polygon[label="site.shp"]; } get_site_polygon -> "zone_helper"[label="(get_site_polygon)"]; }

archetypes_mapper

digraph archetypes_mapper { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "archetypes_mapper"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_typology[label="typology.dbf"]; } subgraph cluster_1_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_air_conditioning[label="air_conditioning_systems.dbf"]; get_building_architecture[label="architecture.dbf"]; get_building_comfort[label="indoor_comfort.dbf"]; get_building_internal[label="internal_loads.dbf"]; get_building_supply[label="supply_systems.dbf"]; } subgraph cluster_2_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="inputs/building-properties/schedules"; get_building_weekly_schedules[label="B001.csv"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/archetypes"; get_database_construction_standards[label="CONSTRUCTION_STANDARDS.xlsx"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="technology/archetypes/schedules"; get_database_standard_schedules_use[label="RESTAURANT.csv"]; } subgraph cluster_5_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="technology/archetypes/use_types"; get_database_use_types_properties[label="USE_TYPE_PROPERTIES.xlsx"]; } get_building_typology -> "archetypes_mapper"[label="(get_building_typology)"]; get_database_construction_standards -> "archetypes_mapper"[label="(get_database_construction_standards)"]; get_database_standard_schedules_use -> "archetypes_mapper"[label="(get_database_standard_schedules_use)"]; get_database_use_types_properties -> "archetypes_mapper"[label="(get_database_use_types_properties)"]; get_zone_geometry -> "archetypes_mapper"[label="(get_zone_geometry)"]; "archetypes_mapper" -> get_building_air_conditioning[label="(get_building_air_conditioning)"]; "archetypes_mapper" -> get_building_architecture[label="(get_building_architecture)"]; "archetypes_mapper" -> get_building_comfort[label="(get_building_comfort)"]; "archetypes_mapper" -> get_building_internal[label="(get_building_internal)"]; "archetypes_mapper" -> get_building_supply[label="(get_building_supply)"]; "archetypes_mapper" -> get_building_weekly_schedules[label="(get_building_weekly_schedules)"]; }

sewage_potential

digraph sewage_potential { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "sewage_potential"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/demand"; get_demand_results_file[label="B001.csv"]; get_total_demand[label="Total_demand.csv"]; } subgraph cluster_2_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/potentials"; get_sewage_heat_potential[label="Sewage_heat_potential.csv"]; } get_demand_results_file -> "sewage_potential"[label="(get_demand_results_file)"]; get_total_demand -> "sewage_potential"[label="(get_total_demand)"]; get_zone_geometry -> "sewage_potential"[label="(get_zone_geometry)"]; "sewage_potential" -> get_sewage_heat_potential[label="(get_sewage_heat_potential)"]; }

photovoltaic_thermal

digraph photovoltaic_thermal { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "photovoltaic_thermal"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/potentials/solar"; PVT_metadata_results[label="B001_PVT_sensors.csv"]; PVT_results[label="B001_PVT.csv"]; PVT_total_buildings[label="PVT_total_buildings.csv"]; PVT_totals[label="PVT_total.csv"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_conversion_systems[label="CONVERSION.xls"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/solar-radiation"; get_radiation_building[label="{building}_radiation.csv"]; get_radiation_building_sensors[label="B001_insolation_Whm2.json"]; get_radiation_metadata[label="B001_geometry.csv"]; } get_database_conversion_systems -> "photovoltaic_thermal"[label="(get_database_conversion_systems)"]; get_radiation_building -> "photovoltaic_thermal"[label="(get_radiation_building)"]; get_radiation_building_sensors -> "photovoltaic_thermal"[label="(get_radiation_building_sensors)"]; get_radiation_metadata -> "photovoltaic_thermal"[label="(get_radiation_metadata)"]; get_weather_file -> "photovoltaic_thermal"[label="(get_weather_file)"]; get_zone_geometry -> "photovoltaic_thermal"[label="(get_zone_geometry)"]; "photovoltaic_thermal" -> PVT_metadata_results[label="(PVT_metadata_results)"]; "photovoltaic_thermal" -> PVT_results[label="(PVT_results)"]; "photovoltaic_thermal" -> PVT_total_buildings[label="(PVT_total_buildings)"]; "photovoltaic_thermal" -> PVT_totals[label="(PVT_totals)"]; }

radiation

digraph radiation { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "radiation"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_surroundings_geometry[label="surroundings.shp"]; get_zone_geometry[label="zone.shp"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_architecture[label="architecture.dbf"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/assemblies"; get_database_envelope_systems[label="ENVELOPE.xls"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/topography"; get_terrain[label="terrain.tif"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_5_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/solar-radiation"; get_radiation_building[label="{building}_radiation.csv"]; get_radiation_building_sensors[label="B001_insolation_Whm2.json"]; get_radiation_materials[label="buidling_materials.csv"]; get_radiation_metadata[label="B001_geometry.csv"]; } get_building_architecture -> "radiation"[label="(get_building_architecture)"]; get_database_envelope_systems -> "radiation"[label="(get_database_envelope_systems)"]; get_surroundings_geometry -> "radiation"[label="(get_surroundings_geometry)"]; get_terrain -> "radiation"[label="(get_terrain)"]; get_weather_file -> "radiation"[label="(get_weather_file)"]; get_zone_geometry -> "radiation"[label="(get_zone_geometry)"]; "radiation" -> get_radiation_building[label="(get_radiation_building)"]; "radiation" -> get_radiation_building_sensors[label="(get_radiation_building_sensors)"]; "radiation" -> get_radiation_materials[label="(get_radiation_materials)"]; "radiation" -> get_radiation_metadata[label="(get_radiation_metadata)"]; }

water_body_potential

digraph water_body_potential { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "water_body_potential"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/potentials"; get_water_body_potential[label="Water_body_potential.csv"]; } "water_body_potential" -> get_water_body_potential[label="(get_water_body_potential)"]; }

decentrlized

digraph decentrlized { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "decentrlized"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/optimization/decentralized"; get_optimization_decentralized_folder_building_result_cooling[label="{building}_{configuration}_cooling.csv"]; } "decentrlized" -> get_optimization_decentralized_folder_building_result_cooling[label="(get_optimization_decentralized_folder_building_result_cooling)"]; }

thermal_network

digraph thermal_network { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "thermal_network"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/optimization/substations"; get_optimization_substations_results_file[label="110011011DH_B001_result.csv"]; get_optimization_substations_total_file[label="Total_DH_111111111.csv"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="data/thermal-network/DH"; get_network_layout_edges_shapefile[label="edges.shp"]; get_network_layout_nodes_shapefile[label="nodes.shp"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_distribution_systems[label="DISTRIBUTION.xls"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_5_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/demand"; get_demand_results_file[label="B001.csv"]; get_total_demand[label="Total_demand.csv"]; } subgraph cluster_6_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/thermal-network"; get_nominal_edge_mass_flow_csv_file[label="Nominal_EdgeMassFlow_at_design_{network_type}__kgpers.csv"]; get_nominal_node_mass_flow_csv_file[label="Nominal_NodeMassFlow_at_design_{network_type}__kgpers.csv"]; get_thermal_network_edge_node_matrix_file[label="{network_type}__EdgeNode.csv"]; } subgraph cluster_6_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/thermal-network"; get_network_energy_pumping_requirements_file[label="DH__plant_pumping_load_kW.csv"]; get_network_linear_pressure_drop_edges[label="DH__linear_pressure_drop_edges_Paperm.csv"]; get_network_linear_thermal_loss_edges_file[label="DH__linear_thermal_loss_edges_Wperm.csv"]; get_network_pressure_at_nodes[label="DH__pressure_at_nodes_Pa.csv"]; get_network_temperature_plant[label="DH__temperature_plant_K.csv"]; get_network_temperature_return_nodes_file[label="DH__temperature_return_nodes_K.csv"]; get_network_temperature_supply_nodes_file[label="DH__temperature_supply_nodes_K.csv"]; get_network_thermal_loss_edges_file[label="DH__thermal_loss_edges_kW.csv"]; get_network_total_pressure_drop_file[label="DH__plant_pumping_pressure_loss_Pa.csv"]; get_network_total_thermal_loss_file[label="DH__total_thermal_loss_edges_kW.csv"]; get_thermal_demand_csv_file[label="DH__thermal_demand_per_building_W.csv"]; get_thermal_network_edge_list_file[label="DH__metadata_edges.csv"]; get_thermal_network_layout_massflow_edges_file[label="DH__massflow_edges_kgs.csv"]; get_thermal_network_layout_massflow_nodes_file[label="DH__massflow_nodes_kgs.csv"]; get_thermal_network_node_types_csv_file[label="DH__metadata_nodes.csv"]; get_thermal_network_plant_heat_requirement_file[label="DH__plant_thermal_load_kW.csv"]; get_thermal_network_pressure_losses_edges_file[label="DH__pressure_losses_edges_kW.csv"]; get_thermal_network_substation_ploss_file[label="DH__pumping_load_due_to_substations_kW.csv"]; get_thermal_network_velocity_edges_file[label="DH__velocity_edges_mpers.csv"]; } get_database_distribution_systems -> "thermal_network"[label="(get_database_distribution_systems)"]; get_demand_results_file -> "thermal_network"[label="(get_demand_results_file)"]; get_network_layout_edges_shapefile -> "thermal_network"[label="(get_network_layout_edges_shapefile)"]; get_network_layout_nodes_shapefile -> "thermal_network"[label="(get_network_layout_nodes_shapefile)"]; get_nominal_edge_mass_flow_csv_file -> "thermal_network"[label="(get_nominal_edge_mass_flow_csv_file)"]; get_nominal_node_mass_flow_csv_file -> "thermal_network"[label="(get_nominal_node_mass_flow_csv_file)"]; get_thermal_network_edge_node_matrix_file -> "thermal_network"[label="(get_thermal_network_edge_node_matrix_file)"]; get_total_demand -> "thermal_network"[label="(get_total_demand)"]; get_weather_file -> "thermal_network"[label="(get_weather_file)"]; get_zone_geometry -> "thermal_network"[label="(get_zone_geometry)"]; "thermal_network" -> get_network_energy_pumping_requirements_file[label="(get_network_energy_pumping_requirements_file)"]; "thermal_network" -> get_network_linear_pressure_drop_edges[label="(get_network_linear_pressure_drop_edges)"]; "thermal_network" -> get_network_linear_thermal_loss_edges_file[label="(get_network_linear_thermal_loss_edges_file)"]; "thermal_network" -> get_network_pressure_at_nodes[label="(get_network_pressure_at_nodes)"]; "thermal_network" -> get_network_temperature_plant[label="(get_network_temperature_plant)"]; "thermal_network" -> get_network_temperature_return_nodes_file[label="(get_network_temperature_return_nodes_file)"]; "thermal_network" -> get_network_temperature_supply_nodes_file[label="(get_network_temperature_supply_nodes_file)"]; "thermal_network" -> get_network_thermal_loss_edges_file[label="(get_network_thermal_loss_edges_file)"]; "thermal_network" -> get_network_total_pressure_drop_file[label="(get_network_total_pressure_drop_file)"]; "thermal_network" -> get_network_total_thermal_loss_file[label="(get_network_total_thermal_loss_file)"]; "thermal_network" -> get_optimization_substations_results_file[label="(get_optimization_substations_results_file)"]; "thermal_network" -> get_optimization_substations_total_file[label="(get_optimization_substations_total_file)"]; "thermal_network" -> get_thermal_demand_csv_file[label="(get_thermal_demand_csv_file)"]; "thermal_network" -> get_thermal_network_edge_list_file[label="(get_thermal_network_edge_list_file)"]; "thermal_network" -> get_thermal_network_layout_massflow_edges_file[label="(get_thermal_network_layout_massflow_edges_file)"]; "thermal_network" -> get_thermal_network_layout_massflow_nodes_file[label="(get_thermal_network_layout_massflow_nodes_file)"]; "thermal_network" -> get_thermal_network_node_types_csv_file[label="(get_thermal_network_node_types_csv_file)"]; "thermal_network" -> get_thermal_network_plant_heat_requirement_file[label="(get_thermal_network_plant_heat_requirement_file)"]; "thermal_network" -> get_thermal_network_pressure_losses_edges_file[label="(get_thermal_network_pressure_losses_edges_file)"]; "thermal_network" -> get_thermal_network_substation_ploss_file[label="(get_thermal_network_substation_ploss_file)"]; "thermal_network" -> get_thermal_network_velocity_edges_file[label="(get_thermal_network_velocity_edges_file)"]; }

demand

digraph demand { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "demand"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_air_conditioning[label="air_conditioning_systems.dbf"]; get_building_architecture[label="architecture.dbf"]; get_building_comfort[label="indoor_comfort.dbf"]; get_building_internal[label="internal_loads.dbf"]; get_building_supply[label="supply_systems.dbf"]; get_building_typology[label="typology.dbf"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties/schedules"; get_building_weekly_schedules[label="B001.csv"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/assemblies"; get_database_air_conditioning_systems[label="HVAC.xls"]; get_database_envelope_systems[label="ENVELOPE.xls"]; get_database_supply_assemblies[label="SUPPLY.xls"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_5_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/demand"; get_demand_results_file[label="B001.csv"]; get_total_demand[label="Total_demand.csv"]; } subgraph cluster_6_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/occupancy"; get_schedule_model_file[label="B001.csv"]; } subgraph cluster_7_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/solar-radiation"; get_radiation_building[label="{building}_radiation.csv"]; get_radiation_building_sensors[label="B001_insolation_Whm2.json"]; get_radiation_metadata[label="B001_geometry.csv"]; } get_building_air_conditioning -> "demand"[label="(get_building_air_conditioning)"]; get_building_architecture -> "demand"[label="(get_building_architecture)"]; get_building_comfort -> "demand"[label="(get_building_comfort)"]; get_building_internal -> "demand"[label="(get_building_internal)"]; get_building_supply -> "demand"[label="(get_building_supply)"]; get_building_typology -> "demand"[label="(get_building_typology)"]; get_building_weekly_schedules -> "demand"[label="(get_building_weekly_schedules)"]; get_database_air_conditioning_systems -> "demand"[label="(get_database_air_conditioning_systems)"]; get_database_envelope_systems -> "demand"[label="(get_database_envelope_systems)"]; get_database_supply_assemblies -> "demand"[label="(get_database_supply_assemblies)"]; get_radiation_building -> "demand"[label="(get_radiation_building)"]; get_radiation_building_sensors -> "demand"[label="(get_radiation_building_sensors)"]; get_radiation_metadata -> "demand"[label="(get_radiation_metadata)"]; get_schedule_model_file -> "demand"[label="(get_schedule_model_file)"]; get_weather_file -> "demand"[label="(get_weather_file)"]; get_zone_geometry -> "demand"[label="(get_zone_geometry)"]; "demand" -> get_demand_results_file[label="(get_demand_results_file)"]; "demand" -> get_total_demand[label="(get_total_demand)"]; }

data_initializer

digraph data_initializer { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "data_initializer"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="inputs/technology/archetypes"; get_database_construction_standards[label="CONSTRUCTION_STANDARDS.xlsx"]; } subgraph cluster_1_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="inputs/technology/assemblies"; get_database_air_conditioning_systems[label="HVAC.xls"]; get_database_envelope_systems[label="ENVELOPE.xls"]; get_database_supply_assemblies[label="SUPPLY.xls"]; } subgraph cluster_2_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_conversion_systems[label="CONVERSION.xls"]; get_database_distribution_systems[label="DISTRIBUTION.xls"]; get_database_feedstocks[label="FEEDSTOCKS.xls"]; } subgraph cluster_3_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="technology/archetypes/schedules"; get_database_standard_schedules_use[label="RESTAURANT.csv"]; } subgraph cluster_4_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="technology/archetypes/use_types"; get_database_use_types_properties[label="USE_TYPE_PROPERTIES.xlsx"]; } "data_initializer" -> get_database_air_conditioning_systems[label="(get_database_air_conditioning_systems)"]; "data_initializer" -> get_database_construction_standards[label="(get_database_construction_standards)"]; "data_initializer" -> get_database_conversion_systems[label="(get_database_conversion_systems)"]; "data_initializer" -> get_database_distribution_systems[label="(get_database_distribution_systems)"]; "data_initializer" -> get_database_envelope_systems[label="(get_database_envelope_systems)"]; "data_initializer" -> get_database_feedstocks[label="(get_database_feedstocks)"]; "data_initializer" -> get_database_standard_schedules_use[label="(get_database_standard_schedules_use)"]; "data_initializer" -> get_database_supply_assemblies[label="(get_database_supply_assemblies)"]; "data_initializer" -> get_database_use_types_properties[label="(get_database_use_types_properties)"]; }

schedule_maker

digraph schedule_maker { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "schedule_maker"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_surroundings_geometry[label="surroundings.shp"]; get_zone_geometry[label="zone.shp"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_architecture[label="architecture.dbf"]; get_building_comfort[label="indoor_comfort.dbf"]; get_building_internal[label="internal_loads.dbf"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties/schedules"; get_building_weekly_schedules[label="B001.csv"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/assemblies"; get_database_envelope_systems[label="ENVELOPE.xls"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/topography"; get_terrain[label="terrain.tif"]; } subgraph cluster_5_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_6_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/occupancy"; get_schedule_model_file[label="B001.csv"]; } get_building_architecture -> "schedule_maker"[label="(get_building_architecture)"]; get_building_comfort -> "schedule_maker"[label="(get_building_comfort)"]; get_building_internal -> "schedule_maker"[label="(get_building_internal)"]; get_building_weekly_schedules -> "schedule_maker"[label="(get_building_weekly_schedules)"]; get_database_envelope_systems -> "schedule_maker"[label="(get_database_envelope_systems)"]; get_surroundings_geometry -> "schedule_maker"[label="(get_surroundings_geometry)"]; get_terrain -> "schedule_maker"[label="(get_terrain)"]; get_weather_file -> "schedule_maker"[label="(get_weather_file)"]; get_zone_geometry -> "schedule_maker"[label="(get_zone_geometry)"]; "schedule_maker" -> get_schedule_model_file[label="(get_schedule_model_file)"]; }

system_costs

digraph system_costs { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "system_costs"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_supply[label="supply_systems.dbf"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/assemblies"; get_database_supply_assemblies[label="SUPPLY.xls"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_feedstocks[label="FEEDSTOCKS.xls"]; } subgraph cluster_3_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/costs"; get_costs_operation_file[label="operation_costs.csv"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/demand"; get_total_demand[label="Total_demand.csv"]; } get_building_supply -> "system_costs"[label="(get_building_supply)"]; get_database_feedstocks -> "system_costs"[label="(get_database_feedstocks)"]; get_database_supply_assemblies -> "system_costs"[label="(get_database_supply_assemblies)"]; get_total_demand -> "system_costs"[label="(get_total_demand)"]; "system_costs" -> get_costs_operation_file[label="(get_costs_operation_file)"]; }

network_layout

digraph network_layout { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "network_layout"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/thermal-network/DH"; get_network_layout_edges_shapefile[label="edges.shp"]; get_network_layout_nodes_shapefile[label="nodes.shp"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/networks"; get_street_network[label="streets.shp"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/demand"; get_total_demand[label="Total_demand.csv"]; } get_street_network -> "network_layout"[label="(get_street_network)"]; get_total_demand -> "network_layout"[label="(get_total_demand)"]; get_zone_geometry -> "network_layout"[label="(get_zone_geometry)"]; "network_layout" -> get_network_layout_edges_shapefile[label="(get_network_layout_edges_shapefile)"]; "network_layout" -> get_network_layout_nodes_shapefile[label="(get_network_layout_nodes_shapefile)"]; }

weather_helper

digraph weather_helper { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "weather_helper"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="databases/weather"; get_weather[label="Zug-inducity_1990_2010_TMY.epw"]; } subgraph cluster_1_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } get_weather -> "weather_helper"[label="(get_weather)"]; "weather_helper" -> get_weather_file[label="(get_weather_file)"]; }

data_migrator

digraph data_migrator { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "data_migrator"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_typology[label="typology.dbf"]; } "data_migrator" -> get_building_typology[label="(get_building_typology)"]; }

optimization

digraph optimization { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "optimization"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="data/optimization/decentralized"; get_optimization_decentralized_folder_building_cooling_activation[label="{building}_{configuration}_cooling_activation.csv"]; get_optimization_decentralized_folder_building_result_cooling[label="{building}_{configuration}_cooling.csv"]; get_optimization_decentralized_folder_building_result_heating[label="DiscOp_B001_result_heating.csv"]; get_optimization_decentralized_folder_building_result_heating_activation[label="DiscOp_B001_result_heating_activation.csv"]; } subgraph cluster_1_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/optimization/master"; get_optimization_checkpoint[label="CheckPoint_1"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="data/optimization/network"; get_optimization_network_results_summary[label="DH_Network_summary_result_0x1be.csv"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="data/optimization/substations"; get_optimization_substations_results_file[label="110011011DH_B001_result.csv"]; } subgraph cluster_3_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="data/optimization/substations"; get_optimization_substations_total_file[label="Total_DH_111111111.csv"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="data/potentials/solar"; PVT_totals[label="PVT_total.csv"]; PV_totals[label="PV_total.csv"]; SC_totals[label="SC_FP_total.csv"]; } subgraph cluster_5_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_6_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/networks"; get_street_network[label="streets.shp"]; } subgraph cluster_7_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_conversion_systems[label="CONVERSION.xls"]; get_database_distribution_systems[label="DISTRIBUTION.xls"]; get_database_feedstocks[label="FEEDSTOCKS.xls"]; } subgraph cluster_8_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_9_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="optimization/slave/gen_0"; get_optimization_building_scale_heating_capacity[label="ind_1_building_scale_heating_capacity.csv"]; get_optimization_district_scale_heating_capacity[label="ind_2_district_scale_heating_capacity.csv"]; get_optimization_slave_total_performance[label="ind_2_total_performance.csv"]; } subgraph cluster_10_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="optimization/slave/gen_1"; get_optimization_building_scale_cooling_capacity[label="ind_0_building_scale_cooling_capacity.csv"]; get_optimization_district_scale_cooling_capacity[label="ind_1_district_scale_cooling_capacity.csv"]; get_optimization_generation_district_scale_performance[label="gen_1_district_scale_performance.csv"]; get_optimization_slave_cooling_activation_pattern[label="ind_2_Cooling_Activation_Pattern.csv"]; get_optimization_slave_district_scale_performance[label="ind_2_buildings_district_scale_performance.csv"]; get_optimization_slave_electricity_activation_pattern[label="ind_1_Electricity_Activation_Pattern.csv"]; get_optimization_slave_electricity_requirements_data[label="ind_1_Electricity_Requirements_Pattern.csv"]; } subgraph cluster_11_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="optimization/slave/gen_2"; get_optimization_district_scale_electricity_capacity[label="ind_0_district_scale_electrical_capacity.csv"]; get_optimization_generation_building_scale_performance[label="gen_2_building_scale_performance.csv"]; get_optimization_generation_total_performance[label="gen_2_total_performance.csv"]; get_optimization_generation_total_performance_pareto[label="gen_2_total_performance_pareto.csv"]; get_optimization_individuals_in_generation[label="generation_2_individuals.csv"]; get_optimization_slave_building_connectivity[label="ind_1_building_connectivity.csv"]; get_optimization_slave_building_scale_performance[label="ind_0_buildings_building_scale_performance.csv"]; get_optimization_slave_heating_activation_pattern[label="ind_0_Heating_Activation_Pattern.csv"]; } subgraph cluster_12_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/demand"; get_demand_results_file[label="B001.csv"]; get_total_demand[label="Total_demand.csv"]; } subgraph cluster_13_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/potentials"; get_geothermal_potential[label="Shallow_geothermal_potential.csv"]; get_sewage_heat_potential[label="Sewage_heat_potential.csv"]; get_water_body_potential[label="Water_body_potential.csv"]; } subgraph cluster_14_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/thermal-network"; get_network_total_pressure_drop_file[label="DH__plant_pumping_pressure_loss_Pa.csv"]; get_network_total_thermal_loss_file[label="DH__total_thermal_loss_edges_kW.csv"]; get_thermal_network_edge_list_file[label="DH__metadata_edges.csv"]; } PVT_totals -> "optimization"[label="(PVT_totals)"]; PV_totals -> "optimization"[label="(PV_totals)"]; SC_totals -> "optimization"[label="(SC_totals)"]; get_database_conversion_systems -> "optimization"[label="(get_database_conversion_systems)"]; get_database_distribution_systems -> "optimization"[label="(get_database_distribution_systems)"]; get_database_feedstocks -> "optimization"[label="(get_database_feedstocks)"]; get_demand_results_file -> "optimization"[label="(get_demand_results_file)"]; get_geothermal_potential -> "optimization"[label="(get_geothermal_potential)"]; get_network_total_pressure_drop_file -> "optimization"[label="(get_network_total_pressure_drop_file)"]; get_network_total_thermal_loss_file -> "optimization"[label="(get_network_total_thermal_loss_file)"]; get_optimization_decentralized_folder_building_cooling_activation -> "optimization"[label="(get_optimization_decentralized_folder_building_cooling_activation)"]; get_optimization_decentralized_folder_building_result_cooling -> "optimization"[label="(get_optimization_decentralized_folder_building_result_cooling)"]; get_optimization_decentralized_folder_building_result_heating -> "optimization"[label="(get_optimization_decentralized_folder_building_result_heating)"]; get_optimization_decentralized_folder_building_result_heating_activation -> "optimization"[label="(get_optimization_decentralized_folder_building_result_heating_activation)"]; get_optimization_network_results_summary -> "optimization"[label="(get_optimization_network_results_summary)"]; get_optimization_substations_results_file -> "optimization"[label="(get_optimization_substations_results_file)"]; get_sewage_heat_potential -> "optimization"[label="(get_sewage_heat_potential)"]; get_street_network -> "optimization"[label="(get_street_network)"]; get_thermal_network_edge_list_file -> "optimization"[label="(get_thermal_network_edge_list_file)"]; get_total_demand -> "optimization"[label="(get_total_demand)"]; get_water_body_potential -> "optimization"[label="(get_water_body_potential)"]; get_weather_file -> "optimization"[label="(get_weather_file)"]; get_zone_geometry -> "optimization"[label="(get_zone_geometry)"]; "optimization" -> get_optimization_building_scale_cooling_capacity[label="(get_optimization_building_scale_cooling_capacity)"]; "optimization" -> get_optimization_building_scale_heating_capacity[label="(get_optimization_building_scale_heating_capacity)"]; "optimization" -> get_optimization_checkpoint[label="(get_optimization_checkpoint)"]; "optimization" -> get_optimization_district_scale_cooling_capacity[label="(get_optimization_district_scale_cooling_capacity)"]; "optimization" -> get_optimization_district_scale_electricity_capacity[label="(get_optimization_district_scale_electricity_capacity)"]; "optimization" -> get_optimization_district_scale_heating_capacity[label="(get_optimization_district_scale_heating_capacity)"]; "optimization" -> get_optimization_generation_building_scale_performance[label="(get_optimization_generation_building_scale_performance)"]; "optimization" -> get_optimization_generation_district_scale_performance[label="(get_optimization_generation_district_scale_performance)"]; "optimization" -> get_optimization_generation_total_performance[label="(get_optimization_generation_total_performance)"]; "optimization" -> get_optimization_generation_total_performance_pareto[label="(get_optimization_generation_total_performance_pareto)"]; "optimization" -> get_optimization_individuals_in_generation[label="(get_optimization_individuals_in_generation)"]; "optimization" -> get_optimization_slave_building_connectivity[label="(get_optimization_slave_building_connectivity)"]; "optimization" -> get_optimization_slave_building_scale_performance[label="(get_optimization_slave_building_scale_performance)"]; "optimization" -> get_optimization_slave_cooling_activation_pattern[label="(get_optimization_slave_cooling_activation_pattern)"]; "optimization" -> get_optimization_slave_district_scale_performance[label="(get_optimization_slave_district_scale_performance)"]; "optimization" -> get_optimization_slave_electricity_activation_pattern[label="(get_optimization_slave_electricity_activation_pattern)"]; "optimization" -> get_optimization_slave_electricity_requirements_data[label="(get_optimization_slave_electricity_requirements_data)"]; "optimization" -> get_optimization_slave_heating_activation_pattern[label="(get_optimization_slave_heating_activation_pattern)"]; "optimization" -> get_optimization_slave_total_performance[label="(get_optimization_slave_total_performance)"]; "optimization" -> get_optimization_substations_total_file[label="(get_optimization_substations_total_file)"]; }

shallow_geothermal_potential

digraph shallow_geothermal_potential { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "shallow_geothermal_potential"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/weather"; get_weather_file[label="weather.epw"]; } subgraph cluster_2_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/potentials"; get_geothermal_potential[label="Shallow_geothermal_potential.csv"]; } get_weather_file -> "shallow_geothermal_potential"[label="(get_weather_file)"]; get_zone_geometry -> "shallow_geothermal_potential"[label="(get_zone_geometry)"]; "shallow_geothermal_potential" -> get_geothermal_potential[label="(get_geothermal_potential)"]; }

emissions

digraph emissions { rankdir="LR"; graph [overlap=false, fontname=arial]; node [shape=box, style=filled, color=white, fontsize=15, fontname=arial, fixedsize=true, width=5]; edge [fontname=arial, fontsize = 15] newrank=true subgraph cluster_legend { fontsize=25 style=invis "process"[style=filled, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname="arial"] "inputs" [style=filled, shape=folder, color=white, fillcolor="#E1F2F2", fontsize=20] "outputs"[style=filled, shape=folder, color=white, fillcolor="#aadcdd", fontsize=20] "inputs"->"process"[style=invis] "process"->"outputs"[style=invis] } "emissions"[style=filled, color=white, fillcolor="#3FC0C2", shape=note, fontsize=20, fontname=arial]; subgraph cluster_0_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-geometry"; get_zone_geometry[label="zone.shp"]; } subgraph cluster_1_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/building-properties"; get_building_architecture[label="architecture.dbf"]; get_building_supply[label="supply_systems.dbf"]; get_building_typology[label="typology.dbf"]; } subgraph cluster_2_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/assemblies"; get_database_supply_assemblies[label="SUPPLY.xls"]; } subgraph cluster_3_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="inputs/technology/components"; get_database_feedstocks[label="FEEDSTOCKS.xls"]; } subgraph cluster_4_in { style = filled; color = "#E1F2F2"; fontsize = 20; rank=same; label="outputs/data/demand"; get_total_demand[label="Total_demand.csv"]; } subgraph cluster_5_out { style = filled; color = "#aadcdd"; fontsize = 20; rank=same; label="outputs/data/emissions"; get_lca_embodied[label="Total_LCA_embodied.csv"]; get_lca_mobility[label="Total_LCA_mobility.csv"]; get_lca_operation[label="Total_LCA_operation.csv"]; } get_building_architecture -> "emissions"[label="(get_building_architecture)"]; get_building_supply -> "emissions"[label="(get_building_supply)"]; get_building_typology -> "emissions"[label="(get_building_typology)"]; get_database_feedstocks -> "emissions"[label="(get_database_feedstocks)"]; get_database_supply_assemblies -> "emissions"[label="(get_database_supply_assemblies)"]; get_total_demand -> "emissions"[label="(get_total_demand)"]; get_zone_geometry -> "emissions"[label="(get_zone_geometry)"]; "emissions" -> get_lca_embodied[label="(get_lca_embodied)"]; "emissions" -> get_lca_mobility[label="(get_lca_mobility)"]; "emissions" -> get_lca_operation[label="(get_lca_operation)"]; }