par_base.json

{"nx": ["60", "nx - grid cells in east/west direction\n", 0], "ny": ["41", "ny - grid cells in north/south direction\n", 1], "deltax": ["100", "deltax - grid spacing in e/w (m)\n", 2], "deltay": ["100", "deltay - grid spacing in n/s (m)\n", 3], "xmn": ["423150.00", "xmn - x location of lower left grid cell center (m)\n", 4], "ymn": ["4409250.00", "ymn - y location of lower left grid cell center (m)\n", 5], "dt": ["10800", "dt - model time step (s)\n", 6], "iyear_init": ["2017", "iyear_init - start year\n", 7], "imonth_init": ["9", "imonth_init - start month\n", 8], "iday_init": ["1", "iday_init - start day\n", 9], "xhour_init": ["3.0", "xhour_init - start hour\n", 10], "max_iter": ["2920", "max_iter - number of model time steps\n", 11], "isingle_stn_flag": ["0", "isingle_stn_flag (set to 0 for multi-station met input)\n", 12], "igrads_metfile": ["0", "igrads_metfile (set to 0 for multi-station met input)\n", 13], "met_input_fname": ["met/nldas2/7_mk_mm/mm_3hrly_2017-2018.dat", "met_input_fname", 14], "undef": ["-9999", "undef - undefined data flag in both inputs and outputs\n", 15], "ascii_topoveg": ["0.0", "ascii_topoveg - 1 for esri/ascii topo/veg files; 0 for GRADS\n", 16], "topoveg_grads_fname": ["topo_vege/NoAm_30m/topo_vege.gdat", "topoveg_grads_fname", 17], "topo_ascii_fname": ["path_to_topo.asc", "topo_ascii_fname", 18], "veg_ascii_fname": ["path_to_veg.asc", "veg_ascii_fname", 19], "ved_shd_25": ["0.1", "ved_shd_25 - snow holding depth (m) for veg class 25\n", 20], "ved_shd_26": ["0.1", "ved_shd_26 - snow holding depth (m) for veg class 26\n", 21], "ved_shd_27": ["0.1", "ved_shd_27 - snow holding depth (m) for veg class 27\n", 22], "ved_shd_28": ["0.1", "ved_shd_28 - snow holding depth (m) for veg class 28\n", 23], "ved_shd_29": ["0.1", "ved_shd_29 - snow holding depth (m) for veg class 29\n", 24], "ved_shd_30": ["0.1", "ved_shd_30 - snow holding depth (m) for veg class 30\n", 25], "const_veg_flag": ["0.0", "const_veg_flag - 0 if using veg file; otherwise a veg class (e.g. 12)\n", 26], "iveg_ht_flag": ["0", "iveg_ht_flag - 0 to not use veg height; -1 for grads, 1 for ascii\n", 27], "xlat": ["39.85", "xlat - mean lat of your domain (for solar calculations)\n", 28], "lat_solar_flag": ["0", "lat_solar_flag - 0 for small domain, 1 for ascii, -1 for grads\n", 29], "UTC_flag": ["0.0", "UTC_flag - 0 for small domain, 1 for ascii, -1 for grads\n", 30], "run_micromet": ["1.0", "run_micromet - 1 for yes\n", 31], "run_enbal": ["1.0", "run_enbal - 1 for yes\n", 32], "run_snowpack": ["1.0", "run_snowpack - 1 for yes\n", 33], "run_snowtran": ["1.0", "run_snowtran - 1 for yes\n", 34], "irun_data_assim": ["0", "irun_data_assim - 0 for straight run; 1 for assim run\n", 35], "ihrestart_flag": ["-2", "ihrestart_flag - -2 for no restart\n", 36], "i_dataassim_loop": ["1", "i_dataassim_loop - 1 for straight run\n", 37], "ihrestart_inc": ["0", "ihrestart_inc - 0 if no restarting; this is the restart increment\n", 38], "i_tair_flag": ["1", "i_tair_flag - 1 if you wish micromet to distribute temp\n", 39], "i_rh_flag": ["1", "i_rh_flag - 1 if you wish micromet to distribute rel hum\n", 40], "i_wind_flag": ["1", "i_wind_flag - 1 if you wish micromet to distribute wind\n", 41], "i_solar_flag": ["1", "i_solar_flag - 1 if you wish micromet to distribute SWR\n", 42], "i_longwave_flag": ["1", "i_longwave_flag - 1 if you wish micromet to distribute LWR\n", 43], "i_prec_flag": ["1", "i_prec_flag - 1 if you wish micromet to distribute precip\n", 44], "ifill": ["1", "ifill - 1 to calculate values for all grid cells\n", 45], "iobsint": ["0", "iobsint - 0 to let model decide; 1 for user specified\n", 46], "dn": ["1.0", "dn - units of deltax/y; radius of influence for interpolation\n", 47], "barnes_lg_domain": ["1.0", "barnes_lg_domain - 0 to use all stations; 1 for local only\n", 48], "n_stns_used": ["4", "n_stns_used - number of neighbors for interpolation\n", 49], "snowmodel_line_flag": ["0.0", "snowmodel_line_flag - 0 to run whole domain, 1 for limited cells\n", 50], "check_met_data": ["1.0", "check_met_data - 1 will check for valid data; not wise for long, large runs\n", 51], "curve_len_scale": ["300.0", "curve_len_scale (m); set to ~1/2 the wavelength of topo features in domain\n", 52], "slopewt": ["0.58", "slopewt - sum of this and curvewt should be 1; weighting factors\n", 53], "curvewt": ["0.42", "curvewt\n", 54], "curve_lg_scale_flag": ["0.0", "curve_lg_scale_flag\n", 55], "windspd_min": ["0.1", "windspd_min - min wind speed (avoid blowing up when wind-->0.\n", 56], "lapse_rate_user_flag": ["0", "lapse_rate_user_flag - 0 for default; 1 for user specified.\n", 57], "iprecip_lapse_rate_user_flag": ["0", "iprecip_lapse_rate_user_flag - same as above\n", 58], "iprecip_scheme": ["1", "iprecip_scheme - 1 for original scheme\n", 59], "snowfall_frac": ["3.0", "snowfall_frac - 1 for Auer, 2 for Dai, 3 for Liston\n", 60], "wind_lapse_rate": ["0.0", "wind_lapse_rate - multiplier for increasing wind speeds\n", 61], "calc_subcanopy_met": ["1.0", "calc_subcanopy_met - 1 for sub canopy values; 0 for above canopy\n", 62], "gap_frac": ["0.2", "gap_frac - canopy gap fraction\n", 63], "cloud_frac_factor": ["1.0", "cloud_frac_factor - 1 for normal, lower to decrease cloud fraction\n", 64], "use_shortwave_obs": ["0.0", "use_shortwave_obs - 0 for model computed radiation, 1 for data\n", 65], "use_longwave_obs": ["0.0", "use_longwave_obs - 0 for model computed radiation, 1 for data\n", 66], "use_sfc_pressure_obs": ["0.0", "use_sfc_pressure_obs - 1 to use data file for pressure\n", 67], "cf_precip_flag": ["0.0", "cf_precip_flag - 0 for none, 1 for 2d grads, 2 for 2d text, 3 for scalar\n", 68], "Utau_t_flag": ["0.0", "Utau_t_flag - constant (0) or variable (1) surface shear velocity\n", 69], "Utau_t_const": ["0.25", "Utau_t_const - threshold surface shear velocity if Utau_t_flag = 0\n", 70], "subgrid_flag": ["0.0", "subgrid_flag - 0 for res > 30 m, 1 for res < 30 m\n", 71], "tabler_dir": ["-270.0", "tabler_dir - dominant wind dir if subgrid_flag = 1\n", 72], "slope_adjust": ["1.0", "slope_adjust - adjusts slope of Tabler surfaces\n", 73], "twolayer_flag": ["1.0", "twolayer_flag - 1 for two-layer accounting of soft and hard layers\n", 74], "bc_flag": ["0.0", "bc_flag - 0 for zero flux at upwind boundaries, 1 for eq. flux\n", 75], "ht_windobs": ["10.0", "ht_windobs - in (m)\n", 76], "ht_rhobs": ["10.0", "ht_rhobs - in (m)\n", 77], "ro_snow": ["300.0", "ro_snow - snow density for snow-tran 3d.\n", 78], "snow_d_init_const": ["0.0", "snow_d_init_const - initial snow depth\n", 79], "topoflag": ["1.0", "topoflag - 1 to use surface topo equal to snow topo; 0 for ground topo\n", 80], "icond_flag": ["0", "icond_flag - 0 for no conduction; 1 for conduction\n", 81], "albedo_snow_forest": ["0.45", "albedo_snow_forest - albedo under forest canopy for melting snowcover\n", 82], "albedo_snow_clearing": ["0.6", "albedo_snow_clearing - albedo for melting snow in non-forested areas\n", 83], "albedo_glacier": ["0.4", "albedo_glacier - albedo for glacier surface\n", 84], "sfc_sublim_flag": ["1.0", "sfc_sublim_flag - 1 for static-surface sublimation\n", 85], "multilayer_snowpack": ["0", "multilayer_snowpack - 1 for yes; 0 for no. Must be off off for assim runs\n", 86], "tsls_threshold": ["24.0", "tsls_threshold - time since last snowfall threshold\n", 87], "max_layers": ["1", "max_layers - max layers allowed in a multi-layer run\n", 88], "dz_snow_min": ["0.001", "dz_snow_min  - min snow layer thickness for a multi layer run\n", 89], "izero_snow_date": ["090100", "izero_snow_date - date to zero out snowpack in multi year run\n", 90], "seaice_run": ["0.0", "seaice_run - 0 for land only run. See doc for other options\n", 91], "print_micromet": ["0.0", "print_micromet - 1 to write it out; 0 to not\n", 92], "micromet_output_fname": ["outputs/micromet.gdat", "micromet_output_fname", 93], "print_snowtran": ["0.0", "print_snowtran - 1 to write it out; 0 to not\n", 94], "snowtran_output_fname": ["outputs/snowtran.gdat", "snowtran_output_fname", 95], "Tabler_1_flag": ["0.0", "Tabler_1_flag - 0 to not write out\n", 96], "tabler_sfc_path_name": ["outputs/", "tabler_sfc_path_name", 97], "Tabler_2_flag": ["0.0", "Tabler_2_flag - 0 to not write out\n", 98], "print_enbal": ["0.0", "print_enbal - 0 to not write out\n", 99], "enbal_output_fname": ["outputs/enbal.gdat", "enbal_output_fname", 100], "print_snowpack": ["0.0", "print_snowpack - 0 to not write out\n", 101], "snowpack_output_fname": ["outputs/snowpack.gdat", "snowpack_output_fname", 102], "print_multilayer": ["0.0", "print_multilayer - 0 to not write out\n", 103], "multilayer_output_fname": ["outputs/multilayer.gdat", "multilayer_output_fname", 104], "print_user": ["1.0", "print_user - 1 to print stuff out; 0 to not\n", 105], "print_inc": ["8.0", "print_inc - increment of time steps for output (3 hr time step x 8 = daily)\n", 106], "output_path_wo_assim": ["outputs/wo_assim/", "output_path_wo_assim", 107], "output_path_wi_assim": ["outputs/wi_assim/", "output_path_wi_assim", 108], "print_var_01": ["n", "print_var_01 - air temp (degC) (y to print; n to not)\n", 109], "print_var_02": ["n", "print_var_02 - relative humidity (%) (y to print; n to not)\n", 110], "print_var_03": ["n", "print_var_03 - wind speed (m/s) (y to print; n to not)\n", 111], "print_var_04": ["n", "print_var_04 - incoming solar rad (W/m2) (y to print; n to not)\n", 112], "print_var_05": ["n", "print_var_05 - incoming longwave rad (W/m2) (y to print; n to not)\n", 113], "print_var_06": ["n", "print_var_06 - outgoing longwave (W/m2) (y to print; n to not)\n", 114], "print_var_07": ["n", "print_var_07 - albedo (0-1) (y to print; n to not)\n", 115], "print_var_08": ["n", "print_var_08 - wind dir (0-360) (y to print; n to not)\n", 116], "print_var_09": ["n", "print_var_09 - w.eq. precip (m / time step) (y to print; n to not)\n", 117], "print_var_10": ["n", "print_var_10 - liquid precip (m / time step) (y to print; n to not)\n", 118], "print_var_11": ["n", "print_var_11 - solid precip (m / time step) (y to print; n to not)\n", 119], "print_var_12": ["n", "print_var_12 - SWE melt (m) (y to print; n to not)\n", 120], "print_var_13": ["n", "print_var_13 - static surface subl (m) (y to print; n to not)\n", 121], "print_var_14": ["n", "print_var_14 - runoff from base of snowpack (m / time step) (y to print; n to not)\n", 122], "print_var_15": ["n", "print_var_15 - swe melt from glacier ice (m) (y to print; n to not)\n", 123], "print_var_16": ["n", "print_var_16 - snow depth (m) (y to print; n to not)\n", 124], "print_var_17": ["n", "print_var_17 - snow density (kg/m3) (y to print; n to not)\n", 125], "print_var_18": ["y", "print_var_18 - swe (m) (y to print; n to not)\n", 126], "print_var_19": ["n", "print_var_19 - summed snow precip during year (m) (y to print; n to not)\n", 127], "print_var_20": ["n", "print_var_20 - summed swe melt during year (m) (y to print; n to not)\n", 128], "print_var_21": ["n", "print_var_21 - cloud fraction (0-1) (y to print; n to not)\n", 129], "print_var_22": ["n", "print_var_22 - user defined (y to print; n to not)\n", 130], "print_var_23": ["n", "print_var_23 - user defined (y to print; n to not)\n", 131], "print_var_24": ["n", "print_var_24 - user defined (y to print; n to not)\n", 132], "print_var_25": ["n", "print_var_25 - user defined (y to print; n to not)\n", 133], "print_var_26": ["n", "print_var_26 - user defined (y to print; n to not)\n", 134], "print_var_27": ["n", "print_var_27 - user defined (y to print; n to not)\n", 135], "print_var_28": ["n", "print_var_28 - user defined (y to print; n to not)\n", 136], "print_var_29": ["n", "print_var_29 - user defined (y to print; n to not)\n", 137], "print_var_30": ["n", "print_var_30 - user defined (y to print; n to not)\n", 138], "ro_snowmax": ["550.0", "ro_snowmax - maximum snow density (model default = 550.0)\n", 139], "ro_adjust": ["5.0", "ro_adjust - density adjustment factor (default is 5)\n", 140], "cf_precip_scalar": ["1.0", "cf_precip_scalar -  constant precip factor (when cf_precip__flag=3)\n", 141], "T_threshold": ["2.0", "T_threshold - rain / snow threshold, a la Auer. (recommend 2.0)\n", 142], "T_Left,": ["-.5667,2.7667", "T_Left, T_Right - bounding values for linear ramp for rain/snow\n", 143], "lapse_rate": ["4.4,5.9,7.1,7.8,8.1,8.2,8.1,8.1,7.7,6.8,5.5,4.7", "lapse_rate - temp lapse rate\n", 144], "am": ["0.41,0.42,0.40,0.39,0.38,0.36,0.33,0.33,0.36,0.37,0.40,0.40", "am (vapor press coeff)\n", 145], "prec_lapse_rate": ["0.35,0.35,0.35,0.30,0.25,0.20, 0.20,0.20,0.20,0.25,0.30,0.35", "prec_lapse_rate (1/km)\n", 146], "lat_file_path": ["extra_met/grid_lat.asc", "lat_file_path", 147], "lon_file_path": ["extra_met/grid_lon.asc", "lon_file_path", 148], "snowmodel_line_file": ["extra_met/snowmodel_line_pts.dat", "snowmodel_line_file", 149]}