LsmVar_SLM Namespace Reference

Enumerations
enum	{   tsurf = 0 , ustar , tstar , qstar ,   tref , qref , pref , dref ,   uref , vref , precipref , swdsvisxyref ,   swdsnirxyref , swdsvisdxyref , swdsnirdxyref , lwref ,   coszrsxy , tv , mv , soilt ,   soilw , sand , clay , s_depth ,   node_z , interface_z , soilw_nudge , soilt_nudge ,   sw_over_sat , soil_relax_hgt , soilt_obs , soilw_obs ,   soil_transp_frac , w_s_FC , w_s_WP , sst_capa ,   sst_cond , poro_soil , theta_FC , theta_WP ,   m_pot_sat , Bconst , ks , lai ,   vegtype , soiltype , veg_frac , veg_frac_min ,   veg_frac_max , flbu , flbv , flbq ,   flbt , prsfc , emis_sfc , alb_nir_sfc ,   alb_vis_sfc , alb_nir_sfc_diff , alb_vis_sfc_diff , NumVars }

Enumeration Type Documentation

anonymous enum

anonymous enum

Enumerator
tsurf
ustar
tstar
qstar
tref
qref
pref
dref
uref
vref
precipref
swdsvisxyref
swdsnirxyref
swdsvisdxyref
swdsnirdxyref
lwref
coszrsxy
tv
mv
soilt
soilw
sand
clay
s_depth
node_z
interface_z
soilw_nudge
soilt_nudge
sw_over_sat
soil_relax_hgt
soilt_obs
soilw_obs
soil_transp_frac
w_s_FC
w_s_WP
sst_capa
sst_cond
poro_soil
theta_FC
theta_WP
m_pot_sat
Bconst
ks
lai
vegtype
soiltype
veg_frac
veg_frac_min
veg_frac_max
flbu
flbv
flbq
flbt
prsfc
emis_sfc
alb_nir_sfc
alb_vis_sfc
alb_nir_sfc_diff
alb_vis_sfc_diff
NumVars

        {
      // independent variables
      tsurf = 0,           // surface temperature
      ustar,               // ustar for MOST
      tstar,               // tstar for MOST
      qstar,               // qstar for MOST
      // inputs from ERF
      tref,            // temperature at reference level
      qref,            // specific humidity at ref
      pref,            // pressure at reference level
      dref,            // density at reference level
      uref,            // zonal wind speed at ref
      vref,            // meridional wind speed at ref
      precipref,       // precipitation rate at ref
      swdsvisxyref,    // downwelling SW radiation, direct visible flux
      swdsnirxyref,    // downwelling SW radiation, direct near-IR flux
      swdsvisdxyref,   // downwelling SW radiation, diffuse visible flux
      swdsnirdxyref,   // downwelling SW radiation, diffuse near-IR flux
      lwref,           // downwelling LW radiation
      coszrsxy,        // zenith angle
      // model variables
      tv,              // vegetation temperature
      mv,              // vegetation moisture storage
      soilt,           // soil temperature
      soilw,           // soil wetness
      // soil parameters
      sand,            // sand percentage
      clay,            // clay percentage
      s_depth,         // thickness of each soil layer in meters
      node_z,          // depth of the center of each soil layer
      interface_z,     // depth of the soil layer interface
      soilw_nudge,     // nudging of soilw
      soilt_nudge,     // nudging of soilt
      sw_over_sat,     // soilw over saturation
      soil_relax_hgt,  // depth dependent soil relaxation function
      soilt_obs,
      soilw_obs,
       // vegetation
       soil_transp_frac,// normalized fraction of transpiration extracted from each soil layer
       w_s_FC,          // wetness at field capacity
      w_s_WP,          // wetness at wilting point
      // soil parameters calculated from sand/clay
      sst_capa,        // heat capacity for soil solids
      sst_cond,        // heat conductivity of soil solids
      poro_soil,       // saturation moisture content, porosity
      theta_FC,        // volumetric moisture content at field capacity
      theta_WP,        // volumetric moisture content at wilting point
      m_pot_sat,       // moisture potential at saturation
      Bconst,          // B constant
      ks,              // hydraulic conductivity at saturation [m/s]
      // 2D inputs populated from WRFInput
      lai,             // leaf area index (2D)
      vegtype,         // vegetation type (2D)
      soiltype,        // soil type (2D)
      veg_frac,        // vegetation fraction
      veg_frac_min,    // yearly min vegetation fraction
      veg_frac_max,    // yearly max vegetation fraction
      // model outputs
      flbu,            // surface u-momentum
      flbv,            // surface v-momentum
      flbq,            // surface vapor flux (latent heat flux)
      flbt,            // surface heat flux
      prsfc,           // precipitation rate reaching soil
      emis_sfc,        // IR emissivity of surface (veg+soil)
      alb_nir_sfc,     // NIR albedo of surface (veg+soil)
      alb_vis_sfc,     // VIS albedo of surface (veg+soil)
      alb_nir_sfc_diff,// NIR albedo of surface (veg+soil), diffuse beam
      alb_vis_sfc_diff,// VIS albedo of surface (veg+soil), diffuse beam
      NumVars
  };