anchor.diff:  ;;;;;;b_roof;float;[-];Reflectance in the Blue spectrum.  Defined according Radiance. (Short-wave);{0.0....1}
   ;;;;;;spec_roof;float;[-];Specularity.  Defined according Radiance.;{0.0....1}
   ;;;;;;rough_roof;float;[-];roughness.  Defined according Radiance.;{0.0....1}
  -Envelope Systems;This database stores information with detailed properties of components of the building envelope. This database is useful to calculate the thermal demand of energy in buildings.;excel file / envelope_systems.xlsx;.../systems/envelope_systems.xlsx;Relates to the primary input database of Zone architecture;;description;string;[-];Description of component;-
  +Envelope Systems;This database stores information with detailed properties of components of the building envelope. This database is useful to calculate the thermal demand of energy in buildings.;excel file / envelope_systems.xls;`` cea/databases/systems/envelope_systems.xlsx`` ;Relates to the primary input database of Zone architecture;;description;string;[-];Description of component;[-]
   ;;;;;;code;string;[-];Unique ID of component in the window category;{T1..Tn}
   ;;;;;;a_wall;float;[-];Solar absorption coefficient. Defined according to ISO 13790.;{0.0...1}
   ;;;;;;e_wall;float;[-];Emissivity of external surface. Defined according to ISO 13790.;{0.0...1}
  
positive.code: ;;;;;;type_roof;string;[-];Roof construction. It relates to the contents of the default database of Envelope Properties: roof;{T1...Tn}
  ;;;;;;type_wall;string;[-];Wall construction. It relates to the contents of the default database of Envelope Properties: walll;{T1...Tn}
  ;;;;;;type_shade;string;[-];Shading system type. It relates to the contents of the default database of Envelope Properties: shade;{T1...Tn}
  Occupancy Schedules;This database in Excel stores information of schedules of occupancy, and use of hot water, lighting and other electrical appliances. Every tab in this excel file corresponds to a type of occupancy. This database is useful to calculate the demand of energy in buildings.;excel file / occupancy_schedule.xlsx;.../CH/archetypes/occupancy_schedules.xlsx;Relates detailed data to the primary input database of Zone occupancy.;None;Name;string;[-];Unique building ID. It must start with a letter.;alphanumeric
  ;;;;;;Weekday_1;float;[p/p];Probability of maximum occupancy per hour in a weekday;{0.0?.1}
  ;;;;;;Saturday_1;float;[p/p];Probability of maximum occupancy per hour on Saturday;{0.0?.1}
  ;;;;;;Sunday_1;float;[p/p];Probability of maximum occupancy per hour on Sunday;{0.0?.1}
  System Controls;This database in Excel stores information used to define the cooling and heating seasons for a given scenario.;excel file / systems_controls.xlsx;.../CH/archetypes/systems_controls.xlsx;;Note: the heating and cooling seasons need to be non-overlapping and comprise the entire year.;has-heating-season;Boolean;[-];Defines whether the scenario has a heating season.;{TRUE, FALSE}
  ;;;;;;heating-season-start;date;[-];Day on which the heating season starts;mm-dd
  ;;;;;;heating-season-end;date;[-];Last day of the heating season;mm-dd
  ;;;;;;has-cooling-season;Boolean;[-];Defines whether the scenario has a cooling season.;{TRUE, FALSE}
  ;;;;;;cooling-season-start;date;[-];Day on which the cooling season starts;mm-dd
  ;;;;;;cooling-season-end;date;[-];Last day of the cooling season;mm-dd
  LCA Buildings: Embodies_Energy;This database stores information for the Life Cycle Analysis of buildings due to their construction and dismantling. This database is useful to calculate the embodied emissions and grey energy of buildings.;excel file / LCA_buidlings.xlsx;.../CH/lifecycle/LCA_buildings.xlsx;Relates detailed data to the primary input database of age and occupancy;None;;;;;
  LCA Infrastructure;This database stores information for the Life Cycle Analysis of energy infrastructure in buildings and districts. This database is useful to calculate the emissions and primary energy per unit of energy consumed in the area.;excel file / LCA_infrastructure.xlsx;.../CH/lifecycle/LCA_infrastructure.xlsx;Relates detailed data to the primary input database of supply_systems;None;;;;;
  Emission Systems;This database stores information of HVAC systems in buildings. This database is useful to calculate the performance of different HVAC systems and control systems in buildings.;excel file / emission_systems.xlsx;.../systems/emission_systems.xlsx;Relates to the primary input database of Zone HVAC;None;;;;;
  Envelope Systems: Construction;This database stores information with detailed properties of components of the building envelope. This database is useful to calculate the thermal demand of energy in buildings.;excel file / envelope_systems.xlsx;.../systems/envelope_systems.xlsx;Relates to the primary input database of Zone architecture;None;description;string;[-];Description of component;-
  ;;;;;;code;string;[-];Unique ID of component in the construction category;{T1..Tn}
  ;;;;;;Cm_Af;float;[J/Km2];Internal heat capacity per unit of air conditioned area. Defined according to ISO 13790.;{0.0...1}
  Envelope Systems: Leakage;This database stores information with detailed properties of components of the building envelope. This database is useful to calculate the thermal demand of energy in buildings.;excel file / envelope_systems.xlsx;.../systems/envelope_systems.xlsx;Relates to the primary input database of Zone architecture;None;description;string;[-];Description of component;-
  ;;;;;;code;string;[-];Unique ID of component in the leakage category;{T1..Tn}
  ;;;;;;n50;float;[1/h];Air exchanges due to leakage at a pressure of 50 Pa.;{0.0...n}
  Envelope Systems: Window;This database stores information with detailed properties of components of the building envelope. This database is useful to calculate the thermal demand of energy in buildings.;excel file / envelope_systems.xlsx;.../systems/envelope_systems.xlsx;Relates to the primary input database of Zone architecture;None;description;string;[-];Description of component;-
  ;;;;;;code;string;[-];Unique ID of component in the window category;{T1..Tn}
  ;;;;;;G_win;float;[-];Solar heat gain coefficient. Defined according to ISO 13790.;{0.0...1}
  ;;;;;;e_win;float;[-];Emissivity of external surface. Defined according to ISO 13790.;{0.0...1}
  
negative.code: ;;;;;;rth_win;float;[-];Reflectance in the Red spectrum.  Defined according Radiance. (long-wave);{0....1}
  ;;;;;;gtn_win;float;[-];Reflectance in the Green spectrum.  Defined according Radiance. (medium-wave);{0....1}
  ;;;;;;btn_win;float;[-];Reflectance in the Blue spectrum.  Defined according Radiance. (Short-wave);{0....1}
  Envelope Systems: Roof;This database stores information with detailed properties of components of the building envelope. This database is useful to calculate the thermal demand of energy in buildings.;excel file / envelope_systems.xls;`` cea/databases/systems/envelope_systems.xlsx`` ;Relates to the primary input database of Zone architecture;;description;string;[-];Description of component;[-]
  ;;;;;;code;string;[-];Unique ID of component in the window category;{T1..Tn}
  ;;;;;;a_roof;float;[-];Solar absorption coefficient. Defined according to ISO 13790.;{0.0...1}
  ;;;;;;e_win;float;[-];Emissivity of external surface. Defined according to ISO 13790.;{0.0...1}
  