| | 162 | The following quantities can be additionally output when the [wiki:doc/tec/usm urban surface model (USM)] is used: |
| | 163 | ||='''Quantity name''' =||='''Meaning''' =||='''Unit''' =||='''Remarks''' =|| |
| | 164 | ||usm_surfz_<d> ||surface height (z) ||m ||<d> = one of directions: up, down, south, north, west, or east || |
| | 165 | ||usm_surfcat_<d> ||Surface category ||1 ||<d> = one of directions: up, down, south, north, west, or east || |
| | 166 | ||usm_surfwintrans_<d> ||Transmissivity window tiles ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 167 | ||usm_wshf_<d> ||Sensible heat flux from surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 168 | ||usm_qsws_<d> ||Latent heat flux from surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 169 | ||usm_qsws_veg_<d> ||Latent heat flux from vegetation surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 170 | ||usm_qsws_liq_<d> ||Latent heat flux from surfaces with liquid ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 171 | ||usm_wghf_<d> ||Ground heat flux from surface of wall or roof ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 172 | ||usm_wghf_window_<d> ||Ground heat flux from window surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 173 | ||usm_wghf_green_<d> ||Ground heat flux from green ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 174 | ||usm_iwghf_<d> ||Ground heat flux from indoor surface of wall or roof ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 175 | ||usm_iwghf_window_<d> ||Ground heat flux from indoor surface of window||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 176 | ||usm_t_surf_wall_<d> ||Surface temperature of wall or roof surface ||K ||<d> = one of directions: up, down, south, north, west, or east || |
| | 177 | ||usm_t_surf_window_<d> ||Surface temperature for window surface ||K ||<d> = one of directions: up, down, south, north, west, or east || |
| | 178 | ||usm_t_surf_green_<d> ||Surface temperature for green surface ||K ||<d> = one of directions: up, down, south, north, west, or east || |
| | 179 | ||usm_theta_10cm_<d> ||Near surface temperature for whole surfaces ||K ||<d> = one of directions: up, down, south, north, west, or east || |
| | 180 | ||usm_t_wall_<d>_<k> ||Temperature of k-th layer of wall fraction ||K ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of wall layer || |
| | 181 | ||usm_t_window<d>_<k> ||Temperature of k-th layer of window fraction ||K ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of window layer || |
| | 182 | ||usm_t_wall_<d>_<k> ||Temperature of k-th layer of green fraction ||K ||<d> = one of directions: up, down, south, north, west, or east, <k> = number of green layer || |
| | 183 | ||usm_swc_<d>_<k> ||Soil water content of k-th layer of green fraction ||m^3^/m^3^||<d> = one of directions: up, down, south, north, west, or east, <k> = number of green layer || |
| | 184 | \\ |
| | 203 | \\ |
| | 204 | The following quantities can be additionally output when a Radiative Transfer Model (RTM) is used by setting [wiki:doc/app/radiation_parameters#radiation_interactions_on]: |
| | 205 | ||='''Quantity name''' =||='''Meaning''' =||='''Unit''' =||='''Remarks''' =|| |
| | 206 | ||rtm_rad_net_<d> ||Net radiation flux at the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 207 | ||rtm_rad_insw_<d> ||Complete incomming SW radiation at the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 208 | ||rtm_rad_inlw_<d> ||Complete incomming LW radiation at the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 209 | ||rtm_rad_inswdir_<d> ||Incomming direct SW radiation at the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 210 | ||rtm_rad_inswdif_<d> ||Incomming diffusion SW radiation at the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 211 | ||rtm_rad_inswref_<d> ||Incomming reflected SW radiation at the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 212 | ||rtm_rad_inlwdif_<d> ||Incomming diffusion LW radiation at the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 213 | ||rtm_rad_inlwref_<d> ||Incomming reflected LW radiation at the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 214 | ||rtm_rad_outsw_<d> ||Outgoing SW radiation from the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 215 | ||rtm_rad_outlw_<d> ||Outgoing LW radiation from the surface ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 216 | ||rtm_rad_ressw_<d> ||Residua of SW radiation absorbed in surface after last reflection ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 217 | ||rtm_rad_reslw_<d> ||Residua of LW radiation absorbed in surface after last reflection ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 218 | ||rtm_rad_pc_insw_<d> ||SW radiation absorbed by plant canopy ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 219 | ||rtm_rad_pc_inlw_<d> ||LW radiation absorbed by plant canopy ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 220 | ||rtm_rad_pc_inswdir_<d> ||Direct SW radiation absorbed by plant canopy ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 221 | ||rtm_rad_pc_inswdif_<d> ||Diffusion SW radiation absorbed by plant canopy ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 222 | ||rtm_rad_pc_inswref_<d> ||Reflected SW radiation absorbed by plant canopy ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 223 | ||rtm_mrt_<d> ||Mean Radiant Temperature ||K ||<d> = one of directions: up, down, south, north, west, or east || |
| | 224 | ||rtm_mrt_sw_<d> ||SW fraction of MRT radiation flux ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 225 | ||rtm_mrt_lw_<d> ||LW fraction of MRT radiation flux ||W/m^2^ ||<d> = one of directions: up, down, south, north, west, or east || |
| | 226 | ||rtm_skyvf_<d> ||Sky view factor ||1 ||<d> = one of directions: up, down, south, north, west, or east || |
| | 227 | ||rtm_skyvft_<d> ||Sky view factor including transparency of plant canopy ||1 ||<d> = one of directions: up, down, south, north, west, or east || |
| | 228 | ||rtm_svf_<d>_<i>_<j>_<k> ||View factor of the surface to surface with i,j,k coordinates ||1 ||<d> = one of directions: up, down, south, north, west, or east, <i>,<i>,<k> = coordinates of pair surface || |
| | 229 | ||rtm_dif_<d>_<i>_<j>_<k> ||Irradiance factor of the surface to surface with i,j,k coordinates ||1 ||<d> = one of directions: up, down, south, north, west, or east, <i>,<i>,<k> = coordinates of pair surface || |
| | 230 | ||rtm_surfalb_<d> ||Effective albedo of the surface (weighted average of fractions) ||1 ||<d> = one of directions: up, down, south, north, west, or east || |
| | 231 | ||rtm_surfemis_<d> ||Effective emissivity of the surface (weighted average of fractions) ||1 ||<d> = one of directions: up, down, south, north, west, or east || |
