vic/drivers/shared_all/src/initialize_snow.c
void
initialize_snow(snow_data_struct **snow,
                size_t             veg_num)
{
    extern option_struct options;
    size_t               i, j;

    for (i = 0; i <= veg_num; i++) {
        for (j = 0; j < options.SNOW_BAND; j++) {
            // Prognostic states
            snow[i][j].albedo = 0.0;
            snow[i][j].canopy_albedo = 0.0;
            snow[i][j].coldcontent = 0.0;
            snow[i][j].coverage = 0.0;
            snow[i][j].density = 0.0;
            snow[i][j].depth = 0.0;
            snow[i][j].last_snow = 0;
            snow[i][j].max_snow_depth = 0.0;
            snow[i][j].MELTING = false;
            snow[i][j].pack_temp = 0.0;
            snow[i][j].pack_water = 0.0;
            snow[i][j].snow = false;
            snow[i][j].snow_canopy = 0.0;
            snow[i][j].store_coverage = 0.0;
            snow[i][j].store_snow = false;
            snow[i][j].store_swq = 0.0;
            snow[i][j].surf_temp = 0.0;
            snow[i][j].surf_temp_fbcount = 0;
            snow[i][j].surf_temp_fbflag = false;
            snow[i][j].surf_water = 0.0;
            snow[i][j].swq = 0.0;
            snow[i][j].snow_distrib_slope = 0.0;
            snow[i][j].tmp_int_storage = 0.0;
            // Fluxes
            snow[i][j].blowing_flux = 0.0;
            snow[i][j].canopy_vapor_flux = 0.0;
            snow[i][j].mass_error = 0.0;
            snow[i][j].melt = 0.0;
            snow[i][j].Qnet = 0.0;
            snow[i][j].surface_flux = 0.0;
            snow[i][j].transport = 0.0;
            snow[i][j].vapor_flux = 0.0;
        }
    }
}
/******************************************************************************
 * @brief    Initialize the snow variable arrays for each new grid cell.
 *****************************************************************************/
@brief    Initialize the snow variable arrays for each new grid cell.
@brief Initialize the snow variable arrays for each new grid cell .
void
initialize_snow(snow_data_struct **snow,
                size_t             veg_num)
{
    extern option_struct options;
    size_t               i, j;
    for (i = 0; i <= veg_num; i++) {
        for (j = 0; j < options.SNOW_BAND; j++) {
            snow[i][j].albedo = 0.0;
            snow[i][j].canopy_albedo = 0.0;
            snow[i][j].coldcontent = 0.0;
            snow[i][j].coverage = 0.0;
            snow[i][j].density = 0.0;
            snow[i][j].depth = 0.0;
            snow[i][j].last_snow = 0;
            snow[i][j].max_snow_depth = 0.0;
            snow[i][j].MELTING = false;
            snow[i][j].pack_temp = 0.0;
            snow[i][j].pack_water = 0.0;
            snow[i][j].snow = false;
            snow[i][j].snow_canopy = 0.0;
            snow[i][j].store_coverage = 0.0;
            snow[i][j].store_snow = false;
            snow[i][j].store_swq = 0.0;
            snow[i][j].surf_temp = 0.0;
            snow[i][j].surf_temp_fbcount = 0;
            snow[i][j].surf_temp_fbflag = false;
            snow[i][j].surf_water = 0.0;
            snow[i][j].swq = 0.0;
            snow[i][j].snow_distrib_slope = 0.0;
            snow[i][j].tmp_int_storage = 0.0;
            snow[i][j].blowing_flux = 0.0;
            snow[i][j].canopy_vapor_flux = 0.0;
            snow[i][j].mass_error = 0.0;
            snow[i][j].melt = 0.0;
            snow[i][j].Qnet = 0.0;
            snow[i][j].surface_flux = 0.0;
            snow[i][j].transport = 0.0;
            snow[i][j].vapor_flux = 0.0;
        }
    }
}
void initialize_snow ( snow_data_struct * * snow , size_t veg_num ) { extern option_struct options ; size_t i , j ; for ( i = 0 ; i <= veg_num ; i ++ ) { for ( j = 0 ; j < options . SNOW_BAND ; j ++ ) { snow [ i ] [ j ] . albedo = 0.0 ; snow [ i ] [ j ] . canopy_albedo = 0.0 ; snow [ i ] [ j ] . coldcontent = 0.0 ; snow [ i ] [ j ] . coverage = 0.0 ; snow [ i ] [ j ] . density = 0.0 ; snow [ i ] [ j ] . depth = 0.0 ; snow [ i ] [ j ] . last_snow = 0 ; snow [ i ] [ j ] . max_snow_depth = 0.0 ; snow [ i ] [ j ] . MELTING = false ; snow [ i ] [ j ] . pack_temp = 0.0 ; snow [ i ] [ j ] . pack_water = 0.0 ; snow [ i ] [ j ] . snow = false ; snow [ i ] [ j ] . snow_canopy = 0.0 ; snow [ i ] [ j ] . store_coverage = 0.0 ; snow [ i ] [ j ] . store_snow = false ; snow [ i ] [ j ] . store_swq = 0.0 ; snow [ i ] [ j ] . surf_temp = 0.0 ; snow [ i ] [ j ] . surf_temp_fbcount = 0 ; snow [ i ] [ j ] . surf_temp_fbflag = false ; snow [ i ] [ j ] . surf_water = 0.0 ; snow [ i ] [ j ] . swq = 0.0 ; snow [ i ] [ j ] . snow_distrib_slope = 0.0 ; snow [ i ] [ j ] . tmp_int_storage = 0.0 ; snow [ i ] [ j ] . blowing_flux = 0.0 ; snow [ i ] [ j ] . canopy_vapor_flux = 0.0 ; snow [ i ] [ j ] . mass_error = 0.0 ; snow [ i ] [ j ] . melt = 0.0 ; snow [ i ] [ j ] . Qnet = 0.0 ; snow [ i ] [ j ] . surface_flux = 0.0 ; snow [ i ] [ j ] . transport = 0.0 ; snow [ i ] [ j ] . vapor_flux = 0.0 ; } } }
@brief    Initialize the snow variable arrays for each new grid cell.
@brief Initialize the snow variable arrays for each new grid cell .
// Prognostic states // Fluxes