= Static driver look-up tables = All ''_pars'' variables are of NC_FLOAT type. == [#albedo_pars ''albedo_pars(nalbedo_pars,y,x)''] ||='''nalbedo_pars''' =||='''Units''' =||='''Description''' =|| || 0|| 1 || Broadband albedo of surface elements (wall fraction in case of building) at (y,x). || || 1|| 1 || Only for buildings. Longwave albedo of wall fraction at (y,x). || || 2|| 1 || Only for buildings. Shortwave albedo of wall fraction at (y,x). || || 3|| 1 || Only for buildings. Longwave albedo of green fraction at (y,x). || || 4|| 1 || Only for buildings. Shortwave albedo of green fraction at (y,x). || || 5|| 1 || Only for buildings. Longwave albedo of window fraction at (y,x). || || 6|| 1 || Only for buildings. Shortwave albedo of window fraction at (y,x). || == [#building_pars ''building_pars(nbuilding_pars,y,x)''] ||='''nbuilding_pars''' =||='''Units''' =||='''Description''' =|| || 0|| 1 || Wall fraction || || 1|| 1 || Window fraction || || 2|| 1 || Green fraction on wall || || 3|| 1 || Green fraction on roof || || 4|| m²/m² || Leaf area index of green fraction on roof || || 5|| m²/m² || Leaf area index of green fraction on wall || || 6|| J/m²/K || Heat capacity of wall layer 1 || || 7|| J/m²/K || Heat capacity of wall layer 2 || || 8|| J/m²/K || Heat capacity of wall layer 3 || || 9|| W/m/K || Thermal conductivity of wall layer 1 || || 10|| W/m/K || Thermal conductivity of wall layer 2 || || 11|| W/m/K || Thermal conductivity of wall layer 3 || || 12|| K || Indoor target summer temperature || || 13|| K || Indoor target winter temperature || || 14|| 1 || Emissivity of wall fraction || || 15|| 1 || Emissivity of green fraction |||| || 16|| 1 || Emissivity of window fraction || || 17|| 1 || Transmissivity of window fraction || || 18|| m || Roughness length for momentum || || 19|| m || Roughness length for heat || || 20|| m || Ground floor height || || 21|| 1 || Ground floor wall fraction || || 22|| 1 || Ground floor window fraction || == [#building_surface_pars ''building_surface_pars(nbuilding_surface_pars,ns)''] ||='''nbuilding_surface_pars''' =||='''Units''' =||='''Description''' =|| || 0|| 1 || Wall fraction || || 1|| 1 || Window fraction || || 2|| 1 || Green fraction on wall || || 3|| 1 || Green fraction on roof || || 4|| m²/m² || Leaf area index of green fraction || || 5|| J/m²/K || Heat capacity of wall layer 1 || || 6|| J/m²/K || Heat capacity of wall layer 2 || || 7|| J/m²/K || Heat capacity of wall layer 3 || || 8|| W/m/K || Thermal conductivity of wall layer 1 || || 9|| W/m/K || Thermal conductivity of wall layer 2 || || 10|| W/m/K || Thermal conductivity of wall layer 3 || || 11|| K || Indoor target summer temperature || || 12|| K || Indoor target winter temperature || || 13|| 1 || Emissivity of wall fraction || || 14|| 1 || Emissivity of green fraction |||| || 15|| 1 || Emissivity of window fraction || || 16|| 1 || Transmissivity of window fraction || || 17|| m || Roughness length for momentum || || 18|| m || Roughness length for heat || || 19|| 1 || Broadband albedo of wall fraction || || 20|| 1 || Longwave albedo of wall fraction || || 21|| 1 || Shortwave albedo of wall fraction || || 22|| 1 || Broadband albedo of window fraction || || 23|| 1 || Longwave albedo of window fraction || || 24|| 1 || Shortwave albedo of window fraction || || 25|| 1 || Broadband albedo of green fraction || || 26|| 1 || Longwave albedo of green fraction || || 27|| 1 || Shorwave albedo of green fraction || == [#pavement_pars ''pavement_pars(npavement_pars,y,x)''] ||='''npavement_pars''' =||='''Units''' =||='''Description''' =|| || 0|| m || Roughness length for momentum || || 1|| m || Roughness length for heat || || 2|| 1 || ''[../#albedo_type albedo_type]'' || || 3|| 1 || Surface emissivity || == [#pavement_subsurface_pars ''pavement_subsurface_pars(npavement_subsurface_pars,zsoil,y,x)''] ||='''npavement_subsurface_pars''' =||='''Units''' =||='''Description''' =|| || 0|| W/m/K || Thermal conductivity of the respective soil layer || || 1|| J/m³/K || Volumetric heat capacity of the respective soil layer || == [#soil_pars ''soil_pars(nsoil_pars,(zsoil,)y,x)''] ||='''nsoil_pars''' =||='''Units''' =||='''Description''' =|| || 0|| 1 || Van Genuchten parameter '''α''' || || 1|| 1 || Van Genuchten parameter '''l''' || || 2|| 1 || Van Genuchten parameter '''n''' || || 3|| m/s || Saturation hydraulic conductivity || || 4|| m³/m³ || Saturation soil moisture || || 5|| m³/m³ || Field capacity || || 6|| m³/m³ || Wilting point || || 7|| m³/m³ || Residual moisture || == [#vegetation_pars ''vegetation_pars(nvegetation_pars,y,x)''] ||='''nvegetation_pars''' =||='''Units''' =||='''Descripton''' =|| || 0|| s/m || Minimum canopy resistance || || 1|| m²/m² || Leaf area index || || 2|| 1 || Vegetation coverage || || 3|| 1/hPa || Canopy resistance coefficient || || 4|| m || Roughness length for momentum || || 5|| m || Roughness length for heat || || 6|| W/m²/K || Skin lacer heat conductivity (stable conditions) || || 7|| W/m²/K || Skin layer heat conductivity (unstable conditions) || || 8|| 1 || Fraction of incoming shortwave radiation transmitted directly to the soil (not implemented yet) || || 9|| J/m²/K || Heat capacity of the surface || || 10|| 1 || ''[../#albedo_type albedo_type]'' || || 11|| 1 || Surface emissivity || == [#water_pars ''water_pars(nwater_pars,y,x)''] ||='''nwater_pars''' =||='''Units''' =||='''Description''' =|| || 0|| K || Water temperature || || 1|| m || Roughness length for momentum || || 2|| m || Roughness length for heat || || 3|| W/m²/K || Heat conductivity between skin layer and water (stable conditions) || || 4|| W/m²/K || Heat conductivity between skin layer and water (unstable conditions) || || 5|| 1 || ''[../#albedo_type albedo_type]'' || || 6|| 1 || Surface emissivity ||