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[netCDFJava #JNI-586917]: IllegalArgumentException (variable name must be unique) reading grib2
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- Subject: [netCDFJava #JNI-586917]: IllegalArgumentException (variable name must be unique) reading grib2
- Date: Thu, 23 Jun 2011 15:12:46 -0600
Hi Sibren: I am incorporating this table into our library for version 4.3. The parameters in the local section of the table will be used. I am sending you a report on where that table overlaps the standard WMO table. The CDM library does not override the standard WMO table, so any conflicts may be a problem, for example the units in 0.1.13. I would be happy to discuss this further with you or anyone else. Thanks for your help in sending me this table! John Conflicts with WMO this= 0.0.0 TEMPERATURE_AT_1.5M K wmo= 4.2.0.0.0 Temperature K this= 0.0.1 SURFACE_TEMP_ON_TILES K wmo= 4.2.0.0.1 Virtual temperature K this= 0.0.2 THETA_AFTER_TIMESTEP K wmo= 4.2.0.0.2 Potential temperature K this= 0.0.4 MAXIMUM_TEMPERATURE_AT_1.5M K wmo= 4.2.0.0.4 Maximum temperature K this= 0.0.5 MINIMUM_TEMPERATURE_AT_1.5M K wmo= 4.2.0.0.5 Minimum temperature K this= 0.0.6 DEWPOINT_AT_1.5M T wmo= 4.2.0.0.6 Dew-point temperature K this= 0.0.9 SURFACE_TEMPERATURE_ANOMALY K wmo= 4.2.0.0.9 Temperature anomaly K this= 0.1.0 SPECIFIC_HUMIDITY_AT_1.5M kg/kg wmo= 4.2.0.1.0 Specific humidity kg/kg this= 0.1.1 RELATIVE_HUMIDITY_AT_1.5M % wmo= 4.2.0.1.1 Relative humidity % this= 0.1.8 TOTAL_PRECIPITATION_AMOUNT Kg/m2/TS wmo= 4.2.0.1.8 Total precipitation kg.m-2 this= 0.1.9 LARGE_SCALE_RAIN_AMOUNT Kg/m2/TS wmo= 4.2.0.1.9 Large-scale precipitation (non-convective) kg.m-2 this= 0.1.10 CONVECTIVE_RAIN_AMOUNT Kg/m2/TS wmo=4.2.0.1.10 Convective precipitation kg.m-2 this= 0.1.13 SNOW_AMOUNT_OVER_LAND_AFT_TSTP m wmo=4.2.0.1.13 Water equivalent of accumulated snow depth kg.m-2 this= 0.1.14 CONVECTIVE_SNOW_AMOUNT Kg/m2/TS wmo=4.2.0.1.14 Convective snow kg.m-2 this= 0.1.15 LARGE_SCALE_SNOW_AMOUNT Kg/m2/TS wmo=4.2.0.1.15 Large-scale snow kg.m-2 this= 0.1.16 LAND_SNOW_MELT_AMOUNT Kg/m2/TS wmo=4.2.0.1.16 Snow melt kg.m-2 this= 0.1.37 CONVECTIVE_RAINFALL_RATE Kg/m2/S wmo=4.2.0.1.37 Convective precipitation rate kg.m-2.s-1 this= 0.1.52 TOTAL_PRECIPITATION_RATE Kg/m2/S wmo=4.2.0.1.52 Total precipitation rate kg.m-2.s-1 this= 0.1.54 LARGE_SCALE_RAINFALL_RATE Kg/m2/S wmo=4.2.0.1.54 Large scale precipitation rate kg.m-2.s-1 this= 0.1.58 CONVECTIVE_SNOWFALL_RATE Kg/m2/S wmo=4.2.0.1.58 Convective snowfall rate m/s this= 0.1.59 LARGE_SCALE_SNOWFALL_RATE Kg/m2/S wmo=4.2.0.1.59 Large scale snowfall rate m/s this= 0.2.2 U_WIND_ON_PRESSURE_LEVELS m/s wmo= 4.2.0.2.2 u-component of wind m/s this= 0.2.3 V_WIND_ON_PRESSURE_LEVELS m/s wmo= 4.2.0.2.3 v-component of wind m/s this= 0.2.9 W_COMPNT_(OF_WIND)_ON_PRESSURE_LEVS m/s wmo= 4.2.0.2.9 Vertical velocity (geometric) m/s this= 0.2.14 ERTEL_POTENTIAL_VORTICITY_THETA_SURF Km2/kg/s wmo=4.2.0.2.14 Potential vorticity K.m2.kg-1.s-1 this= 0.2.21 MAXIMUM_WIND_GUST m/s wmo=4.2.0.2.21 Maximum wind speed m/s this= 0.2.22 WIND_GUST m/s wmo=4.2.0.2.22 Wind speed (gust) m/s this= 0.2.30 FRICTION_VELOCITY m/s wmo=4.2.0.2.30 Frictional velocity m/s this= 0.2.31 ADVECTED_U-COMP_OF_WIND_AFTER_TS m/s wmo=4.2.0.2.31 Turbulent diffusion coefficient for momentum m2/s this= 0.2.32 ADVECTED_V-COMP_OF_WIND_AFTER_TS m/s wmo=4.2.0.2.32 Eta coordinate vertical velocity 1/s this= 0.2.33 ADVECTED_W-COMP_OF_WIND_AFTER_TS m/s wmo=4.2.0.2.33-191 Reserved null this= 0.3.0 SURFACE_PRESSURE_AFTER_TIMESTEP Pa wmo= 4.2.0.3.0 Pressure Pa this= 0.3.1 PRESSURE_AT_MEAN_SEA_LEVEL Pa wmo= 4.2.0.3.1 Pressure reduced to MSL Pa this= 0.3.5 GEOPOTENTIAL_HEIGHT_ON_P_LEV/P_GRID gpm wmo= 4.2.0.3.5 Geopotential height gpm this= 0.3.6 OROGRAPHY_(/STRAT_LOWER_BC) m wmo= 4.2.0.3.6 Geometric height m this= 0.3.7 STANDARD_DEVIATION_OF_OROGRAPHY m wmo= 4.2.0.3.7 Standard deviation of height m this= 0.3.10 DENSITY_AFTER_TIMESTEP - wmo=4.2.0.3.10 Density kg.m-3 this= 0.3.18 BOUNDARY_LAYER_DEPTH_AFTER_TIMESTEP m wmo=4.2.0.3.18 Planetary boundary layer height m this= 0.6.2 2D_CONVECTIVE_CLOUD_AMOUNT % wmo= 4.2.0.6.2 Convective cloud cover % this= 0.6.3 LOW_CLOUD_AMOUNT % wmo= 4.2.0.6.3 Low cloud cover % this= 0.6.4 MEDIUM_CLOUD_AMOUNT % wmo= 4.2.0.6.4 Medium cloud cover % this= 0.6.5 HIGH_CLOUD_AMOUNT % wmo= 4.2.0.6.5 High cloud cover % this= 0.7.6 MAX_DILUTE_CONVECTIVELY_AVAIL_POT J/Kg wmo= 4.2.0.7.6 Convective available potential energy J/kg this= 0.19.0 VISIBILITY_AT_1.5M % wmo=4.2.0.19.0 Visibility m this= 0.19.22 WAFC_MEAN_CLEAR_AIR_TURBULENCE_ON_PRES % wmo=4.2.0.19.22 Clear air turbulence (CAT) % this= 0.19.23 WAFC_MAX_CLEAR_AIR_TURBULENCE_ON_PRES % wmo=4.2.0.19.23 Supercooled large droplet probability % this= 2.0.0 LAND_FRACTION - wmo= 4.2.2.0.0 Land cover (0 = sea, 1 = land) this= 2.0.1 ROUGHNESS_LENGTH_AFTER_TIMESTEP M wmo= 4.2.2.0.1 Surface roughness m this= 2.0.2 DEEP_SOIL_TEMP._AFTER_HYDROLOGY K wmo= 4.2.2.0.2 Soil temperature K this= 2.0.3 SOIL_MOISTURE_CONTENT Kg/m2/TS wmo= 4.2.2.0.3 Soil moisture content kg.m-2 > > On 2011-06-11 03:28, Sibren Loos wrote: > > > Dear John or netcdf-support, > > > > > > Indeed these are the parameter tables for the KMA grib2 datasets. Is > > > this useful to you, if not, please let me know what to supply, I am in > > > Seoul at the moment and can ask my Korean colleagues from NIER > > > institute for other files if needed. > > > I am here for the whole next week. > > > If I can help with anything I will be glad to do so. > > > > > > Best regards, > > > Sibren > > > > > > > > > On Fri, 10 Jun 2011 11:08:57 -0600 > > > "Unidata netCDF Java Support" <address@hidden> > > > wrote: > > >> are these the KMA tables or ?? > > >> > > >> > > >>> # match_table.tbl version 5 > > >>> ############################################################################################################################################################################ > > >>> > > >>> # || > > >>> UM || GRIB1 || > > >>> GRIB2 || || | > > >>> # Parameter Name || Field||Processing|| > > >>> Level|| Stash|| Table|| Parameter|| Product|| Parameter|| > > >>> Parameter|| Unit || Grid | > > >>> # || Code|| > > >>> Code|| Type|| Item|| Version|| Number|| Disciplin|| > > >>> Category|| Number|| || | > > >>> # || 23(LBFC)||25(LBPROC)|| > > >>> 26(LBVC)||42(LBUSER)|| SEC 1(4)|| SEC 1(9)|| SEC 0(7)|| SEC > > >>> 4(10)|| SEC 4(11)|| || | > > >>> # 40 || 12 || 12 || > > >>> 12 || 12 || 12 || 12 || 12 || 12 > > >>> || 12 || 12 || 12 | > > >>> ############################################################################################################################################################################ > > >>> > > >>> U_COMPNT_OF_WIND_AFTER_TIMESTEP 56 > > >>> 0 65 2 128 33 > > >>> 0 2 2 m/s UU > > >>> V_COMPNT_OF_WIND_AFTER_TIMESTEP 57 > > >>> 0 65 3 128 34 > > >>> 0 2 3 m/s VV > > >>> U_COMPNT_OF_WIND_AFTER_TIMESTEP 48 > > >>> 0 65 2 128 33 > > >>> 0 2 2 m/s UU > > >>> V_COMPNT_OF_WIND_AFTER_TIMESTEP 49 > > >>> 0 65 3 128 34 > > >>> 0 2 3 m/s VV > > >>> THETA_AFTER_TIMESTEP 19 > > >>> 0 65 4 128 13 > > >>> 0 0 2 K - > > >>> SPECIFIC_HUMIDITY_AFTER_TIMESTEP 95 > > >>> 0 65 10 128 51 > > >>> 0 1 0 kg/kg - > > >>> SPECIFIC_HUMIDITY_ON_P_LEV/UV_GRID 95 > > >>> 0 8 30205 128 51 > > >>> 0 1 0 kg/kg - > > >>> QCF_AFTER_TIMESTEP 78 > > >>> 0 65 12 128 129 > > >>> 0 6 202 kg/kg - > > >>> SNOW_AMOUNT_OVER_LAND_AFT_TSTP 93 > > >>> 128 129 23 128 65 > > >>> 0 1 13 m - > > >>> SNOW_AMOUNT_OVER_LAND_AFT_TSTP 93 > > >>> 0 129 23 128 65 > > >>> 0 1 13 m - > > >>> SURFACE_TEMPERATURE_AFTER_TIMESTEP 16 > > >>> 0 129 24 128 11 > > >>> 0 0 0 K - > > >>> SURFACE_TEMPERATURE 16 > > >>> 128 129 24 128 11 > > >>> 0 0 0 K - > > >>> SURFACE_TEMPERATURE_ANOMALY 16 > > >>> 0 129 39 128 25 > > >>> 0 0 9 K - > > >>> BOUNDARY_LAYER_DEPTH_AFTER_TIMESTEP 5 > > >>> 0 5 25 128 130 > > >>> 0 3 18 m - > > >>> ROUGHNESS_LENGTH_AFTER_TIMESTEP 324 > > >>> 0 129 26 128 83 > > >>> 2 0 1 M - > > >>> LAND_MASK_(No_halo)(LAND=TRUE) 395 > > >>> 0 129 30 128 81 > > >>> 2 0 0 - - > > >>> FRAC_OF_SEA_ICE_IN_SEA_AFTER_TSTEP 37 > > >>> 0 129 31 128 131 > > >>> 1 0 194 % - > > >>> OROGRAPHY_(/STRAT_LOWER_BC) 1 > > >>> 0 129 33 128 8 > > >>> 0 3 6 m - > > >>> W_COMPNT_OF_WIND_AFTER_TIMESTEP 42 > > >>> 0 65 150 128 40 > > >>> 0 2 9 m/s - > > >>> QCL_AFTER_TIMESTEP 79 > > >>> 0 65 254 128 132 > > >>> 0 6 203 m/s - > > >>> EXNER_PRESSURE_(RHO)_AFTER_TIMESTEP 7 > > >>> 0 65 255 128 133 > > >>> 0 3 213 - - > > >>> SURFACE_PRESSURE_AFTER_TIMESTEP 8 > > >>> 0 129 409 128 1 > > >>> 0 3 0 Pa - > > >>> NET_DOWN_SURFACE_SW_FLUX:_SW_TS_ONLY 186 > > >>> 128 129 1201 128 111 > > >>> 0 4 206 W/m2 - > > >>> INCOMING_SW_RAD_FLUX_(TOA):_ALL_TSS 200 > > >>> 128 133 1207 128 141 > > >>> 0 4 207 W/m2 - > > >>> OUTGOING_SW_RAD_FLUX_(TOA) 201 > > >>> 128 133 1208 128 142 > > >>> 0 4 208 W/m2 - > > >>> CLEAR-SKY_(II)_UPWARD_SW_FLUX_(TOA) 207 > > >>> 128 133 1209 128 143 > > >>> 0 4 209 W/m2 - > > >>> CLEAR-SKY_(II)_DOWN_SURFACE_SW_FLUX 208 > > >>> 128 129 1210 128 144 > > >>> 0 4 210 W/m2 - > > >>> CLEAR-SKY_(II)_UP_SURFACE_SW_FLUX 207 > > >>> 128 129 1211 128 145 > > >>> 0 4 211 W/m2 - > > >>> DIRECT_SW_FLUX_(ON_RHO_LEVELS) 0 > > >>> 128 65 1230 128 146 > > >>> 0 4 212 W/m2 - > > >>> DIFFUSE_SW_FLUX_(ON_RHO_LEVELS) 0 > > >>> 128 65 1231 128 147 > > >>> 0 4 213 W/m2 - > > >>> TOTAL_DOWNWARD_SURFACE_SW_FLUX 203 > > >>> 128 129 1235 128 148 > > >>> 0 4 214 W/m2 - > > >>> NET_DOWN_SURFACE_LW_RAD_FLUX 187 > > >>> 128 129 2201 128 112 > > >>> 0 5 198 W/m2 - > > >>> NET_DN_LW_RAD_FLUX:OPEN_SEA 187 > > >>> 128 129 2203 128 149 > > >>> 0 5 199 W/m2 - > > >>> OUTGOING_LW_RAD_FLUX_(TOA) 206 > > >>> 128 133 2205 128 150 > > >>> 0 5 200 W/m2 - > > >>> CLEAR-SKY_(II)_UPWARD_LW_FLUX_(TOA) 210 > > >>> 128 133 2206 128 151 > > >>> 0 5 201 W/m2 - > > >>> DOWNWARD_LW_RAD_FLUX:_SURFACE 205 > > >>> 128 129 2207 128 152 > > >>> 0 5 202 W/m2 - > > >>> CLEAR-SKY_(II)_DOWN_SURFACE_LW_FLUX 211 > > >>> 128 129 2208 128 153 > > >>> 0 5 203 W/m2 - > > >>> HEAT_FLUX_THROUGH_SEAICE 261 > > >>> 128 129 3201 128 161 > > >>> 0 0 205 W/m2 - > > >>> HEAT_FLUX_FROM_SURF_TO_DEEP_SOIL_LEV_1 179 > > >>> 128 6 3202 128 162 > > >>> 0 0 206 W/m2 - > > >>> LOWEST_LAYER_BULK_RICHARDSON_NO. 181 > > >>> 128 65 3208 128 163 > > >>> 0 7 199 - - > > >>> 10_METRE_WIND_U-COMP 56 > > >>> 0 105 3209 128 33 > > >>> 0 2 2 m/s UU > > >>> 10_METRE_WIND_V-COMP 57 > > >>> 0 105 3210 128 34 > > >>> 0 2 3 m/s VV > > >>> SURFACE_HEAT_FLUX 178 > > >>> 128 129 3217 128 164 > > >>> 0 0 207 W/m2 - > > >>> X-COMP_OF_SURF_&_BL_WIND_STRESS 61 > > >>> 128 65 3219 128 165 > > >>> 0 2 220 N/m2 UU > > >>> Y-COMP_OF_SURF_&_BL_WIND_STRESS 62 > > >>> 128 65 3220 128 166 > > >>> 0 2 221 N/m2 VV > > >>> SURFACE_TOTAL_MOISTURE_FLUX 184 > > >>> 128 129 3223 128 167 > > >>> 0 1 226 Kg/m2/S - > > >>> WIND_MIX_ENERGY_FLUX_TO_SEA 182 > > >>> 128 129 3224 128 168 > > >>> 0 2 222 W/m2 - > > >>> SFC_SH_FLUX_FROM_OPEN_SEA 178 > > >>> 128 129 3228 128 169 > > >>> 0 0 208 W/m2 - > > >>> EVAP_FROM_SOIL_SURF 115 > > >>> 128 129 3229 128 170 > > >>> 2 0 231 Kg/m2/TS - > > >>> SUBLIM._FROM_SURFACE 107 > > >>> 128 129 3231 128 171 > > >>> 2 0 232 Kg/m2/TS - > > > > > >>> EVAP_FROM_OPEN_SEA 285 > > >>> 128 129 3232 128 172 > > >>> 2 0 233 Kg/m2/S - > > >>> SURFACE_LATENT_HEAT_FLUX 180 > > >>> 128 129 3234 128 121 > > >>> 0 0 209 W/m2 - > > >>> SEAICE_TOP_MELT_LH_FLUX 260 > > >>> 128 129 3235 128 173 > > >>> 0 0 210 W/m2 - > > >>> TEMPERATURE_AT_1.5M 16 > > >>> 0 105 3236 128 11 > > >>> 0 0 0 K - > > >>> MAXIMUM_TEMPERATURE_AT_1.5M 16 > > >>> 4096 105 3236 128 15 > > >>> 0 0 4 K - > > >>> MINIMUM_TEMPERATURE_AT_1.5M 16 > > >>> 8192 105 3236 128 16 > > >>> 0 0 5 K - > > >>> SPECIFIC_HUMIDITY_AT_1.5M 95 > > >>> 0 105 3237 128 51 > > >>> 0 1 0 kg/kg - > > >>> TOTAL_SURF_MOIST_FLUX_PER_TIMESTEP 184 > > >>> 128 129 3241 128 174 > > >>> 0 1 227 W/m2/TS - > > >>> RELATIVE_HUMIDITY_AT_1.5M 88 > > >>> 0 105 3245 128 52 > > >>> 0 1 1 % - > > >>> VISIBILITY_AT_1.5M 25 > > >>> 0 105 3247 128 20 > > >>> 0 19 0 % - > > >>> FOG_FRACTION_AT_1.5M 220 > > >>> 0 105 3248 128 175 > > >>> 0 19 233 % - > > >>> DEWPOINT_AT_1.5M 17 > > >>> 0 105 3250 128 176 > > >>> 0 0 6 T - > > >>> PROBABILITY_OF_VIS_LESS_THAN_5KM 173 > > >>> 0 105 3253 128 177 > > >>> 0 19 234 % - > > >>> TL_AT_1.5M 19 > > >>> 0 105 3254 128 178 > > >>> 0 0 211 - - > > >>> QT_AT_1.5M 95 > > >>> 0 105 3255 128 179 > > >>> 0 1 228 - - > > >>> SURFACE_SENSIBLE_HEAT_FLUX_ON_TILES 1520 > > >>> 0 129 3290 128 180 > > >>> 0 0 212 W/m2 - > > >>> STABLE_BL_INDICATOR 1535 > > >>> 0 129 3305 128 181 > > >>> 0 7 200 - - > > >>> WELL_MIXED_BL_INDICATOR 1537 > > >>> 0 129 3307 128 182 > > >>> 0 7 201 - - > > >>> LAND_FRACTION 202 > > >>> 0 129 3395 128 81 > > >>> 2 0 0 - - > > >>> WIND_GUST 1694 > > >>> 8192 1 3463 128 183 > > >>> 0 2 22 m/s - > > >>> WIND_GUST 1694 > > >>> 0 1 3463 128 183 > > >>> 0 2 22 m/s - > > >>> MAXIMUM_WIND_GUST 1694 > > >>> 8192 1 3463 128 184 > > >>> 0 2 21 m/s - > > >>> FRICTION_VELOCITY 1696 > > >>> 0 1 3465 128 185 > > >>> 0 2 30 m/s - > > >>> LARGE_SCALE_RAIN_AMOUNT 102 > > >>> 128 129 4201 128 62 > > >>> 0 1 9 Kg/m2/TS - > > >>> LARGE_SCALE_SNOW_AMOUNT 116 > > >>> 128 129 4202 128 79 > > >>> 0 1 15 Kg/m2/TS - > > >>> LARGE_SCALE_RAINFALL_RATE 99 > > >>> 128 129 4203 128 191 > > >>> 0 1 54 Kg/m2/S - > > >>> LARGE_SCALE_SNOWFALL_RATE 118 > > >>> 128 129 4204 128 192 > > >>> 0 1 59 Kg/m2/S - > > >>> CONVECTIVE_RAIN_AMOUNT 94 > > >>> 128 129 5201 128 63 > > >>> 0 1 10 Kg/m2/TS - > > >>> CONVECTIVE_SNOW_AMOUNT 117 > > >>> 128 129 5202 128 78 > > >>> 0 1 14 Kg/m2/TS - > > >>> CONVECTIVE_RAINFALL_RATE 98 > > >>> 128 129 5205 128 201 > > >>> 0 1 37 Kg/m2/S - > > >>> CONVECTIVE_SNOWFALL_RATE 119 > > >>> 128 129 5206 128 202 > > >>> 0 1 58 Kg/m2/S - > > >>> PRESSURE_AT_CONVECTIVE_CLOUD_BASE 34 > > >>> 0 138 5207 128 203 > > >>> 0 6 204 Pa - > > >>> PRESSURE_AT_CONVECTIVE_CLOUD_TOP 34 > > >>> 0 137 5208 128 204 > > >>> 0 6 205 Pa - > > >>> ICAO_HT_OF_CONVECTIVE_CLOUD_BASE 34 > > >>> 0 136 5210 128 205 > > >>> 0 6 206 m - > > >>> ICAO_HT_OF_CONVECTIVE_CLOUD_TOP 34 > > >>> 0 135 5211 128 206 > > >>> 0 6 207 m - > > >>> TOTAL_PRECIPITATION_RATE 90 > > >>> 128 129 5216 128 207 > > >>> 0 1 52 Kg/m2/S - > > >>> #MEAN_DILUTE_CONVECTIVELY_AVAIL_POT 213 > > >>> 128 129 5217 128 208 > > >>> 0 7 6 J/Kg - > > >>> MAX_DILUTE_CONVECTIVELY_AVAIL_POT 213 > > >>> 8192 129 5217 128 208 > > >>> 0 7 6 J/Kg - > > >>> LOWEST_CONV_CLOUD_AMOUNT_AFTER_CONV 343 > > >>> 0 0 5220 128 209 > > >>> 0 6 208 % - > > >>> PRESSURE_AT_LOWEST_CONV_CLOUD_BASE 344 > > >>> 0 2 5222 128 210 > > >>> 0 6 209 Pa - > > >>> PRESSURE_AT_LOWEST_CONV_CLOUD_TOP 345 > > >>> 0 3 5223 128 211 > > >>> 0 6 210 Pa - > > >>> ICAO_HT_OF_LOWEST_CONV_CLOUD_BASE 346 > > >>> 0 136 5224 128 212 > > >>> 0 6 211 m - > > >>> ICAO_HT_OF_LOWEST_CONV_CLOUD_TOP 347 > > >>> 0 135 5225 128 213 > > >>> 0 6 212 m - > > >>> TOTAL_CLOUD_TOP_HEIGHT 216 > > >>> 0 1 9223 128 219 > > >>> 0 6 219 KFT - > > >>> TOTAL_PRECIPITATION_AMOUNT 77 > > >>> 128 129 5226 128 61 > > >>> 0 1 8 Kg/m2/TS - > > >>> 2D_CONVECTIVE_CLOUD_AMOUNT 34 > > >>> 0 0 5262 128 72 > > >>> 0 6 2 % - > > >>> STANDARD_DEVIATION_OF_OROGRAPHY 150 > > >>> 0 129 6203 128 9 > > >>> 0 3 7 m - > > >>> X_COMPONENT_OF_GW_SATURATION_STRESS 1588 > > >>> 0 65 6223 128 221 > > >>> 0 2 210 - UU > > >>> Y_COMPONENT_OF_GW_SATURATION_STRESS 1589 > > >>> 0 65 6224 128 222 > > >>> 0 2 211 - VV > > >>> LAND_SNOW_MELT_AMOUNT 110 > > >>> 128 129 8201 128 223 > > >>> 0 1 16 Kg/m2/TS - > > >>> SFC_RUNOFF_AMOUNT:LAND 111 > > >>> 128 129 8204 128 224 > > >>> 2 0 237 Kg/m2/TS - > > >>> SUB-SFC_RUNOFF_AMT:LAND 112 > > >>> 128 129 8205 128 225 > > >>> 2 0 235 kg/m2/TS - > > >>> SOIL_MOISTURE_CONTENT 106 > > >>> 0 129 8208 128 86 > > >>> 2 0 3 Kg/m2/TS - > > >>> CANOPY_WATER_CONTENT 271 > > >>> 0 275 8209 128 226 > > >>> 2 0 236 Kg/m2/TS - > > >>> SOIL_MOISTURE_CONTENT_IN_A_LAYER 122 > > >>> 0 6 8223 128 227 > > >>> 2 0 234 Kg/m2/TS - > > >>> DEEP_SOIL_TEMP._AFTER_HYDROLOGY 23 > > >>> 0 6 8225 128 85 > > >>> 2 0 2 K - > > >>> LOW_CLOUD_AMOUNT 33 > > >>> 128 0 9203 128 73 > > >>> 0 6 3 % - > > >>> MEDIUM_CLOUD_AMOUNT 32 > > >>> 128 0 9204 128 74 > > >>> 0 6 4 % - > > >>> HIGH_CLOUD_AMOUNT 31 > > >>> 128 0 9205 128 75 > > >>> 0 6 5 % - > > >>> LOW_CLOUD_AMOUNT 33 > > >>> 0 0 9203 128 73 > > >>> 0 6 3 % - > > >>> MEDIUM_CLOUD_AMOUNT 32 > > >>> 0 0 9204 128 74 > > >>> 0 6 4 % - > > >>> HIGH_CLOUD_AMOUNT 31 > > >>> 0 0 9205 128 75 > > >>> 0 6 5 % - > > >>> CLOUD_BASE_FOR_COVER.GT.2.5_OCTA 136 > > >>> 0 0 9210 128 231 > > >>> 0 6 213 KFT - > > >>> CLOUD_BASE_FOR_COVER.GT.4.5_OCTA 136 > > >>> 0 0 9212 128 232 > > >>> 0 6 214 KFT - > > >>> TOTAL_CLOUD_AMOUNT_RANDOM_OVERLAP 30 > > >>> 0 0 9216 128 233 > > >>> 0 6 215 % - > > >>> TOTAL_CLOUD_AMOUNT_MAX/RANDOM_OVERLP 30 > > >>> 0 0 9217 128 234 > > >>> 0 6 216 % - > > >>> WET_BULB_FREEZING_LEV_HEIGHT 139 > > >>> 0 0 9221 128 235 > > >>> 0 6 217 m - > > >>> ERTEL_POTENTIAL_VORTICITY_THETA_SURF 82 > > >>> 0 19 15214 128 4 > > >>> 0 2 14 Km2/kg/s VO > > >>> U_WIND_AT_POTENTIAL_VORTICITY_THETA 48 > > >>> 0 19 90200 128 245 > > >>> 0 2 225 m/s VO > > >>> V_WIND_AT_POTENTIAL_VORTICITY_THETA 49 > > >>> 0 19 90201 128 246 > > >>> 0 2 226 m/s VO > > >>> PRESSURE_AT_POTENTIAL_VORTICITY_THETA 8 > > >>> 0 19 90202 128 247 > > >>> 0 2 227 pa VO > > >>> POTENTIAL_VORTICITY_ON_PRESSURE_LEVS 82 > > >>> 0 8 15229 128 4 > > >>> 0 2 14 Km2/kg/s VO > > >>> WAFC_MEAN_CLEAR_AIR_TURBULENCE_ON_PRES 1985 > > >>> 0 8 20047 128 236 > > >>> 0 19 22 % VO > > >>> WAFC_MAX_CLEAR_AIR_TURBULENCE_ON_PRES 1986 > > >>> 0 8 20048 128 237 > > >>> 0 19 23 % VO > > >>> W_COMPNT_(OF_WIND)_ON_PRESSURE_LEVS 42 > > >>> 0 8 15242 128 40 > > >>> 0 2 9 m/s - > > >>> U_WIND_ON_PRESSURE_LEVELS 56 > > >>> 0 8 15243 128 33 > > >>> 0 2 2 m/s UU > > >>> V_WIND_ON_PRESSURE_LEVELS 57 > > >>> 0 8 15244 128 34 > > >>> 0 2 3 m/s VV > > >>> 50_METRE_WIND_U-COMPONENT 56 > > >>> 0 8 15245 128 241 > > >>> 0 2 223 m/s UU > > >>> 50_METRE_WIND_V-COMPONENT 57 > > >>> 0 8 15246 128 242 > > >>> 0 2 224 m/s VV > > >>> 50_METRE_WIND_U-COMPONENT 48 > > >>> 0 1 15245 128 241 > > >>> 0 2 223 m/s UU > > >>> 50_METRE_WIND_V-COMPONENT 49 > > >>> 0 1 15246 128 242 > > >>> 0 2 224 m/s VV > > >>> TEMPERATURE_ON_THETA_LEVELS 16 > > >>> 0 65 16004 128 11 > > >>> 0 0 0 K - > > >>> GEOPOTENTIAL_HEIGHT_ON_P_LEV/P_GRID 1 > > >>> 0 8 16202 128 7 > > >>> 0 3 5 gpm - > > >>> TEMPERATURE_ON_P_LEV/P_GRID 16 > > >>> 0 8 16203 128 11 > > >>> 0 0 0 K - > > >>> TEMPERATURE_ON_P_LEV/UV_GRID 16 > > >>> 0 8 30204 128 11 > > >>> 0 0 0 K - > > >>> RH_WRT_ICE_ON_P_LEV/P_GRID 88 > > >>> 0 8 16204 128 243 > > >>> 0 1 229 % - > > >>> WET_BULB_POTENTIAL_TEMPERATURE 22 > > >>> 0 8 16205 128 244 > > >>> 0 0 213 K - > > >>> PRESSURE_AT_MEAN_SEA_LEVEL 8 > > >>> 0 128 16222 128 2 > > >>> 0 3 1 Pa - > > >>> RH_WRT_WATER_ON_P_LEV/P_GRID 88 > > >>> 0 8 16256 128 52 > > >>> 0 1 1 % - > > >>> # > > >>> ### > > >>> 10_METRE_WIND_U-COMP 48 > > >>> 0 1 3209 128 33 > > >>> 0 2 2 m/s UU > > >>> 10_METRE_WIND_V-COMP 49 > > >>> 0 1 3210 128 34 > > >>> 0 2 3 m/s VV > > >>> 10_METRE_WIND_U-COMP 56 > > >>> 0 1 3209 128 33 > > >>> 0 2 2 m/s UU > > >>> 10_METRE_WIND_V-COMP 57 > > >>> 0 1 3210 128 34 > > >>> 0 2 3 m/s VV > > >>> TEMPERATURE_AT_1.5M 16 > > >>> 0 1 3236 128 11 > > >>> 0 0 0 K - > > >>> MAXIMUM_TEMPERATURE_AT_1.5M 16 > > >>> 8192 1 3236 128 15 > > >>> 0 0 4 K - > > >>> MINIMUM_TEMPERATURE_AT_1.5M 16 > > >>> 4096 1 3236 128 16 > > >>> 0 0 5 K - > > >>> SPECIFIC_HUMIDITY_AT_1.5M 95 > > >>> 0 1 3237 128 51 > > >>> 0 1 0 kg/kg - > > >>> RELATIVE_HUMIDITY_AT_1.5M 88 > > >>> 0 1 3245 128 52 > > >>> 0 1 1 % - > > >>> VISIBILITY_AT_1.5M 25 > > >>> 0 1 3247 128 20 > > >>> 0 19 0 % - > > >>> FOG_FRACTION_AT_1.5M 220 > > >>> 0 1 3248 128 175 > > >>> 0 19 233 % - > > >>> DEWPOINT_AT_1.5M 17 > > >>> 0 1 3250 128 176 > > >>> 0 0 6 T - > > >>> PROBABILITY_OF_VIS_LESS_THAN_5KM 173 > > >>> 0 1 3253 128 177 > > >>> 0 19 234 % - > > >>> TL_AT_1.5M 19 > > >>> 0 1 3254 128 178 > > >>> 0 0 211 - - > > >>> QT_AT_1.5M 95 > > >>> 0 1 3255 128 179 > > >>> 0 1 228 - - > > >>> PRESSURE_AT_LOWEST_CONV_CLOUD_BASE 344 > > >>> 0 138 5222 128 210 > > >>> 0 6 209 Pa - > > >>> PRESSURE_AT_LOWEST_CONV_CLOUD_TOP 345 > > >>> 0 137 5223 128 211 > > >>> 0 6 210 Pa - > > >>> PRESSURE_AT_CONVECTIVE_CLOUD_BASE 34 > > >>> 0 138 5207 128 203 > > >>> 0 6 204 Pa - > > >>> PRESSURE_AT_CONVECTIVE_CLOUD_TOP 34 > > >>> 0 137 5208 128 204 > > >>> 0 6 205 Pa - > > >>> CLOUD_BASE_FOR_COVER.GT.2.5_OCTA 136 > > >>> 0 30 9210 128 231 > > >>> 0 6 213 % - > > >>> CLOUD_BASE_FOR_COVER.GT.4.5_OCTA 136 > > >>> 0 30 9212 128 232 > > >>> 0 6 214 % - > > >>> 50_METRE_WIND_U-COMPONENT 56 > > >>> 0 1 15245 128 241 > > >>> 0 2 223 m/s UU > > >>> 50_METRE_WIND_V-COMPONENT 57 > > >>> 0 1 15246 128 242 > > >>> 0 2 224 m/s VV > > >>> WET_BULB_FREEZING_LEV_HEIGHT 139 > > >>> 0 132 9221 128 235 > > >>> 0 6 217 m - > > >>> TOTAL_PRECIPITATION_AMOUNT 77 > > >>> 128 0 5226 128 61 > > >>> 0 1 8 Kg/m2/TS - > > >>> ERTEL_POTENTIAL_VORTICITY_THETA_SURF 82 > > >>> 0 19 15214 128 4 > > >>> 0 2 14 Km2/kg/s VO > > >>> ERTEL_POTENTIAL_VORTICITY_THETA_SURF 82 > > >>> 0 0 15214 128 4 > > >>> 0 2 14 Km2/kg/s VO > > >>> U_WIND_ON_PRESSURE_LEVELS 48 > > >>> 0 8 15243 128 33 > > >>> 0 2 2 m/s UU > > >>> V_WIND_ON_PRESSURE_LEVELS 49 > > >>> 0 8 15244 128 34 > > >>> 0 2 3 m/s VV > > >>> ADVECTED_U-COMP_OF_WIND_AFTER_TS 56 > > >>> 0 65 256 128 186 > > >>> 0 2 31 m/s - > > >>> ADVECTED_V-COMP_OF_WIND_AFTER_TS 57 > > >>> 0 65 257 128 187 > > >>> 0 2 32 m/s - > > >>> ADVECTED_W-COMP_OF_WIND_AFTER_TS 42 > > >>> 0 65 258 128 188 > > >>> 0 2 33 m/s - > > >>> DENSITY_AFTER_TIMESTEP 0 > > >>> 0 65 253 128 89 > > >>> 0 3 10 - - > > >>> # > > >>> ### > > >>> SURFACE_TEMP_ON_TILES 1510 > > >>> 0 129 3316 128 11 > > >>> 0 0 1 K - > > >>> ROUGHNESS_LENGTH_ON_TILES 1511 > > >>> 0 129 3324 128 83 > > >>> 0 0 212 M - > > >>> SURFACE_LATENT_HEAT_FLUX_ON_TILES 180 > > >>> 0 129 3330 128 121 > > >>> 0 0 212 W/m2 - > > >>> > > >>> > > >>> > > >>> DISCLAIMER: This message is intended exclusively for the > > >>> addressee(s) and may contain confidential and privileged > > >>> information. If you are not the intended recipient please notify the > > >>> sender immediately and destroy this message. Unauthorized use, > > >>> disclosure or copying of this message is strictly prohibited. > > >>> The foundation 'Stichting Deltares', which has its seat at Delft, > > >>> The Netherlands, Commercial Registration Number 41146461, is not > > >>> liable in any way whatsoever for consequences and/or damages > > >>> resulting from the improper, incomplete and untimely dispatch, > > >>> receipt and/or content of this e-mail. > > >>> > > >>> > > >>> > > >>> > > >> > > >> > > >> Ticket Details > > >> =================== > > >> Ticket ID: JNI-586917 > > >> Department: Support netCDF Java > > >> Priority: Normal > > >> Status: Open > > >> > > >> > > > > > > > > > > > > DISCLAIMER: This message is intended exclusively for the addressee(s) > > > and may contain confidential and privileged information. If you are > > > not the intended recipient please notify the sender immediately and > > > destroy this message. Unauthorized use, disclosure or copying of this > > > message is strictly prohibited. > > > The foundation 'Stichting Deltares', which has its seat at Delft, The > > > Netherlands, Commercial Registration Number 41146461, is not liable in > > > any way whatsoever for consequences and/or damages resulting from the > > > improper, incomplete and untimely dispatch, receipt and/or content of > > > this e-mail. > > > > > > > > > > > > > > > > > > DISCLAIMER: This message is intended exclusively for the addressee(s) and > > may contain confidential and privileged information. If you are not the > > intended recipient please notify the sender immediately and destroy this > > message. Unauthorized use, disclosure or copying of this message is > > strictly prohibited. > > The foundation 'Stichting Deltares', which has its seat at Delft, The > > Netherlands, Commercial Registration Number 41146461, is not liable in any > > way whatsoever for consequences and/or damages resulting from the improper, > > incomplete and untimely dispatch, receipt and/or content of this e-mail. > > > > > > > > > > > Ticket Details =================== Ticket ID: JNI-586917 Department: Support netCDF Java Priority: Normal Status: Closed
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