anchor.diff:  demand,mcphs_sys_shu_kWperC,Capacity flow rate (mass flow* specific heat Capacity) of the warm water delivered to sensible heating units (space heating).,{0.0...n},float
   demand,mcptw_kWperC,Capacity flow rate (mass flow* specific heat capaicty) of the fresh water,{0.0...n},float
   demand,mcpww_sys_kWperC,Capacity flow rate (mass flow* specific heat capaicty) of domestic hot water,{0.0...n},float
  -demand,people,"Predicted occupancy, number of people in building",{0...n},int
  +demand,people,Predicted occupancy, number of people in building,{0...n},int
   demand,people0,Nominal occupancy,{0...n},int
  -demand,theta_o_C,"Operative temperature in building (RC-model), used for comfort plotting",{0.0...n},float
  +demand,theta_o_C,Operative temperature in building (RC-model), used for comfort plotting,{0.0...n},float
   demand,x_int,Internal mass fraction of humidity (water/dry air),{0.0...n},float
   emissions,COAL_hs_ghg_kgm2,Emissions due to operational energy per unit of conditioned floor area of the coal powererd heating system,{0.0...n},float
   emissions,COAL_hs_ghg_ton,Emissions due to operational energy of the coal powered heating system,{0.0...n},float
  
positive.code: primary_input,floors_ag,TODO,TODO,TODO
  primary_input,floors_bg,TODO,TODO,TODO
  primary_input,geometry,TODO,TODO,TODO
  primary_input,has-cooling-season,Defines whether the scenario has a cooling season.,"{TRUE, FALSE}",Boolean
  primary_input,has-heating-season,Defines whether the scenario has a heating season.,"{TRUE, FALSE}",Boolean
  primary_input,heating,TODO,TODO,TODO
  primary_input,heating-season-end,Last day of the heating season,mm-dd,date
  primary_input,heating-season-start,Day on which the heating season starts,mm-dd,date
  
negative.code: solar-collector,area_installed_module_m2,The area of the building surface covered by one solar panel,{0.0...n},float
  solar-collector,array_spacing_m,Spacing between solar arrays.,{0.0...n},float
  solar-collector,mcp_SC_kWperC,Capacity flow rate (mass flow* specific heat capacity) of the hot water delivered by the collector.,{0.0...n},float
  solar-collector,orientation,Orientation of the surface (north, east, south, west or top),{north...},string
  solar-collector,surface,Unique surface ID for each building exterior surface.,{srf0...srfn},string
  solar-collector,surface_azimuth_deg,Azimuth angle of the panel surface, e.g. south facing = 180 deg (N,E),{0.0...n},float
  solar-collector,tilt_deg,Tilt angle of roof or walls,{0.0...n},float
  solar-collector,total_rad_Whm2,Total radiative potential of a given surfaces area.,{0.0...n},float
  solar-collector,type_orientation,Concatenated surface type and orientation.,{type_orientation},string
  