diff --git a/data/table_files/Makefile.am b/data/table_files/Makefile.am index 002657f815..393c1a4cc0 100644 --- a/data/table_files/Makefile.am +++ b/data/table_files/Makefile.am @@ -91,13 +91,18 @@ tablefiles_DATA = \ grib1_ncep_140_7.txt \ grib1_ncep_141_7.txt \ grib1_ncep_2_7.txt \ + grib1_jra55_200.txt \ grib1_lidar2nc.txt \ grib2_all.txt \ grib2_bom.txt \ + grib2_dwd.txt \ + grib2_ecmwf.txt \ grib2_gpp_af.txt \ + grib2_kma.txt \ grib2_mrms.txt \ + grib2_nbm.txt \ grib2_ndfd.txt \ - grib2_nbm.txt + grib2_tigge.txt EXTRA_DIST = ${tablefiles_DATA} diff --git a/data/table_files/Makefile.in b/data/table_files/Makefile.in index 5f82cc573e..0fe32fe8e5 100644 --- a/data/table_files/Makefile.in +++ b/data/table_files/Makefile.in @@ -382,13 +382,18 @@ tablefiles_DATA = \ grib1_ncep_140_7.txt \ grib1_ncep_141_7.txt \ grib1_ncep_2_7.txt \ + grib1_jra55_200.txt \ grib1_lidar2nc.txt \ grib2_all.txt \ grib2_bom.txt \ + grib2_dwd.txt \ + grib2_ecmwf.txt \ grib2_gpp_af.txt \ + grib2_kma.txt \ grib2_mrms.txt \ + grib2_nbm.txt \ grib2_ndfd.txt \ - grib2_nbm.txt + grib2_tigge.txt EXTRA_DIST = ${tablefiles_DATA} MAINTAINERCLEANFILES = Makefile.in diff --git a/data/table_files/grib1_af_131_57.txt b/data/table_files/grib1_af_131_57.txt index 47b63ebf3e..ea1f911728 100644 --- a/data/table_files/grib1_af_131_57.txt +++ b/data/table_files/grib1_af_131_57.txt @@ -80,7 +80,7 @@ GRIB1 78 131 57 2 "SNOC" "Convective snow" "kg/m^2" 79 131 57 2 "SNOL" "Large scale snow" "kg/m^2" 80 131 57 2 "WTMP" "Water temp." "K" -81 131 57 2 "LAND" "Land-sea mask" "1=land; 0=sea" +81 131 57 2 "LAND" "Land-sea mask" "1=land;0=sea" 82 131 57 2 "DSLM" "Deviation of sea level from mean" "m" 83 131 57 2 "SFCR" "Surface roughness" "m" 84 131 57 2 "ALBDO" "Albedo" "%" @@ -90,7 +90,7 @@ GRIB1 88 131 57 2 "SALTY" "Salinity" "kg/kg" 89 131 57 2 "DEN" "Density" "kg/m^3" 90 131 57 2 "RUNOF" "Runoff" "kg/m^2" -91 131 57 2 "ICEC" "Ice concentration" "ice=1;no ice=0" +91 131 57 2 "ICEC" "Ice concentration" "ice=1;no_ice=0" 92 131 57 2 "ICETK" "Ice thickness" "m" 93 131 57 2 "DICED" "Direction of ice drift" "deg" 94 131 57 2 "SICED" "Speed of ice drift" "m/s" @@ -135,7 +135,7 @@ GRIB1 133 131 57 2 "var133" "undefined" "" 134 131 57 2 "var134" "undefined" "" 135 131 57 2 "dustVisibility" "Dust Visibility" "m" -136 131 57 2 "dustConcentration" "Dust Concentration" "?g m^-3" +136 131 57 2 "dustConcentration" "Dust Concentration" "g/m^3" 137 131 57 2 "var137" "undefined" "" 138 131 57 2 "var138" "undefined" "" 139 131 57 2 "var139" "undefined" "" @@ -143,8 +143,8 @@ GRIB1 141 131 57 2 "var141" "undefined" "" 142 131 57 2 "var142" "undefined" "" 143 131 57 2 "var143" "undefined" "" -144 131 57 2 "fluxLongWaveRadiationDownward" "Downward longwave radiation flux" "W m^2" -145 131 57 2 "fluxShortWaveRadiationDownward" "Downward shortwave radiation flux " "W m^2" +144 131 57 2 "fluxLongWaveRadiationDownward" "Downward longwave radiation flux" "W/m^2" +145 131 57 2 "fluxShortWaveRadiationDownward" "Downward shortwave radiation flux " "W/m^2" 146 131 57 2 "var146" "undefined" "" 147 131 57 2 "var147" "undefined" "" 148 131 57 2 "var148" "undefined" "" @@ -154,7 +154,7 @@ GRIB1 152 131 57 2 "var152" "undefined" "" 153 131 57 2 "var153" "undefined" "" 154 131 57 2 "var154" "undefined" "" -155 131 57 2 "fluxHeatSurface" "Ground Heat Flux" "W m^2" +155 131 57 2 "fluxHeatSurface" "Ground Heat Flux" "W/m^2" 156 131 57 2 "var156" "undefined" "" 157 131 57 2 "var157" "undefined" "" 158 131 57 2 "var158" "undefined" "" @@ -186,7 +186,7 @@ GRIB1 184 131 57 2 "var184" "undefined" "" 185 131 57 2 "cloudLayerOpticalDepth" "Layer Cloud Optical Depth" "number" 186 131 57 2 "cloudLayerIcePercentage" "Layer Cloud Ice Percentage" "%" -187 131 57 2 "cloudLayerWaterPath" "Layer Cloud Water Path" "g m^-2" +187 131 57 2 "cloudLayerWaterPath" "Layer Cloud Water Path" "g/m^2" 188 131 57 2 "cloudLayerParticleSize" "Layer Cloud Particle Size" "?m" 189 131 57 2 "var189" "undefined" "" 190 131 57 2 "cloudLayerNumber" "Cloud Layer Number" "number" @@ -200,17 +200,17 @@ GRIB1 198 131 57 2 "precipitationDerivedGeostationarySatelliteBased" "Estimated precipitation - geostationary satellite based" "mm" 199 131 57 2 "precipitationRankGeostationarySatellite" "Geostationary Satellite precipitation rank" "category" 200 131 57 2 "soilMoistureRelative" "Relative soil moisture" "numeric" -201 131 57 2 "soilMoistureVolumetricTotal" "Volumetric Soil Moisture (liquid + frozen)" "volumetric; m^3 m^-3" +201 131 57 2 "soilMoistureVolumetricTotal" "Volumetric Soil Moisture (liquid + frozen)" "volumetric(m^3/m^3)" 202 131 57 2 "precipitationAccumulated" "Precipitation - real amounts" "mm" -203 131 57 2 "precipitationAccumulatedMerged" "Precipitation - merged analysis" "mm/24 hrs" -204 131 57 2 "evapotranspirationActual" "Evapotranspiration - actual" "mm/24 hrs" +203 131 57 2 "precipitationAccumulatedMerged" "Precipitation - merged analysis" "mm/24_hrs" +204 131 57 2 "evapotranspirationActual" "Evapotranspiration - actual" "mm/24_hrs" 205 131 57 2 "soilType" "Soil Type" "code" 206 131 57 2 "var206" "undefined" "" 207 131 57 2 "vegetationPlantCanopyMoistureContent" "Plant Canopy moisture content" "mm" -208 131 57 2 "evapotranspirationPotential" "Evapotranspiration - potential" "mm hr^-1" -209 131 57 2 "windRun" "Wind run" "km/24 hrs" +208 131 57 2 "evapotranspirationPotential" "Evapotranspiration - potential" "mm/hr" +209 131 57 2 "windRun" "Wind run" "km/24_hrs" 210 131 57 2 "humidityRelativeAtMinimumTemperature" "Relative Humidity at minimum temperature" "%" -211 131 57 2 "soilMoistureVolumetricLiquid" "Volumetric Soil Moisture (liquid only)" "volumetric; m^3 ^m-3" +211 131 57 2 "soilMoistureVolumetricLiquid" "Volumetric Soil Moisture (liquid only)" "volumetric(m^3/m^3)" 212 131 57 2 "vegetationType" "Vegetation Type Category" "category" 213 131 57 2 "vegetationGreennessCoverage" "Vegetation Greenness" "%" 214 131 57 2 "var214" "undefined" "" @@ -255,7 +255,7 @@ GRIB1 253 131 57 2 "var253" "undefined" "" 254 131 57 2 "var254" "undefined" "" 255 131 57 2 "var255" "undefined" "" -256 133 57 1 "CWGST" "Convective gust windspeed" "m s^-1" +256 133 57 1 "CWGST" "Convective gust windspeed" "m/s" 257 133 57 1 "WBZHGT" "Wet Bulb Zero Height" "m" 258 133 57 1 "HAIL" "Hail size" "cm" 259 133 57 1 "CT1TOP" "Contrail Engine Type 1 Top" "m" @@ -264,18 +264,18 @@ GRIB1 262 133 57 1 "CT2BASE" "Contrail Engine Type 2 Base" "m" 263 133 57 1 "CT3TOP" "Contrail Engine Type 3 Top" "m" 264 133 57 1 "CT3BASE" "Contrail Engine Type 3 Base" "m" -265 133 57 1 "PVORT" "Potential Vorticity" "km^2 kg s^-1" +265 133 57 1 "PVORT" "Potential Vorticity" "km^2*kg/s" 266 133 57 1 "STTOP" "SLAT Turbulence Top" "NA" 267 133 57 1 "STBASE" "SLAT Turbulence Base" "NA" 268 133 57 1 "STI" "SLAT Turbulence Index" "NA" 269 133 57 1 "PANIND" "Panofsky Turbulence Index" "-200-500" -270 133 57 1 "ALSTG" "Altimeter setting " "in Hg" -271 133 57 1 "CAPE" "Convective Available Potential Energy" "J kg^-1" -272 133 57 1 "CIN" "Convective Inhibition" "J kg^-1" -273 133 57 1 "COND" "Condensate" "kg kg^-1" -274 133 57 1 "QCLOUD" "Cloud water Mixing Ratio" "kg kg^-1" -275 133 57 1 "QICE" "Ice Water Mixing Ratio" "kg kg^-1" -276 133 57 1 "QRAIN" "Rain Water Mixing Ratio" "kg kg^-1" +270 133 57 1 "ALSTG" "Altimeter setting " "in_Hg" +271 133 57 1 "CAPE" "Convective Available Potential Energy" "J/kg" +272 133 57 1 "CIN" "Convective Inhibition" "J/kg" +273 133 57 1 "COND" "Condensate" "kg/kg" +274 133 57 1 "QCLOUD" "Cloud water Mixing Ratio" "kg/kg" +275 133 57 1 "QICE" "Ice Water Mixing Ratio" "kg/kg" +276 133 57 1 "QRAIN" "Rain Water Mixing Ratio" "kg/kg" 277 133 57 1 "MCONV" "Horizontal Moisture Convergence" "NA" 278 133 57 1 "TINT" "Turbulence Intensity" "NA" 279 133 57 1 "PCPTYPE" "Precipitation Type [0=none, 1=Rain, 2=TRW, 3=ZR, 4=mixed, 5=SN, 6=SVRTRW]" "NA" diff --git a/data/table_files/grib1_af_133_57.txt b/data/table_files/grib1_af_133_57.txt index 6cc515ae95..9dd0e0edc8 100644 --- a/data/table_files/grib1_af_133_57.txt +++ b/data/table_files/grib1_af_133_57.txt @@ -149,30 +149,30 @@ GRIB1 147 133 57 1 "PTOP" "Pressure at model top" "Pa" 148 133 57 1 "CT2TOP" "Contrail Engine Type 2 Top" "m" 149 133 57 1 "CT2BAS" "Contrail Engine Type 2 Base" "m" -150 133 57 1 "XLAND" "Land Mask" "1=land, 2=water" +150 133 57 1 "XLAND" "Land Mask" "1=land,2=water" 151 133 57 1 "CT3TOP" "Contrail Engine Type 3 Top" "m" 152 133 57 1 "CT3BAS" "Contrail Engine Type 3 Base" "m" 153 133 57 1 "ISLTYP" "Dominant Soil Type" "cat" 154 133 57 1 "IVGTYP" "Dominant Vegitation Type" "cat" 155 133 57 1 "ABSHUM" "Absolute Humidity" "g/m^3" 156 133 57 1 "ZS" "Depths of center of soil layers" "m" -157 133 57 1 "SNOWC" "Snow Cover flag" "0=no snow, 1=snow" +157 133 57 1 "SNOWC" "Snow Cover flag" "0=no_snow,1=snow" 158 133 57 1 "ITIMESTEP" "Inter Timesteps" "?" 159 133 57 1 "CANWAT" "Canopy Water" "kg/m^2" -160 133 57 1 "SOILL" "Volumetric soil moisture" "liq + frozen" +160 133 57 1 "SOILL" "Volumetric soil moisture" "liq+frozen" 161 133 57 1 "POVORT" "Potential Vorticity" "" 162 133 57 1 "DZS" "Thickness of soil layers" "m" 163 133 57 1 "EPSTS" "Timesteps ?" "?" 164 133 57 1 "PB" "Base State Pressure" "Pa" 165 133 57 1 "TPI" "Tunderstorm Potential Indicator" "0-100" -166 133 57 1 "SVTFG" "Severe Turbulence Flag" "0=off, 1=on" -167 133 57 1 "RAFG" "Rain Precipitation Flag" "0=off, 1=on" -168 133 57 1 "TSFG" "Thunderstorm Precipitation Flag" "0=off, 1=on" -169 133 57 1 "SVTSFG" "Severe Thunderstorm Precipitation Flag" "0=off, 1=on" -170 133 57 1 "SNFG" "Snow Precipitation Flag" "0=off, 1=on" -171 133 57 1 "MXDFG" "Mixed Precipitation Flag" "0=off, 1=on" +166 133 57 1 "SVTFG" "Severe Turbulence Flag" "0=off,1=on" +167 133 57 1 "RAFG" "Rain Precipitation Flag" "0=off,1=on" +168 133 57 1 "TSFG" "Thunderstorm Precipitation Flag" "0=off,1=on" +169 133 57 1 "SVTSFG" "Severe Thunderstorm Precipitation Flag" "0=off,1=on" +170 133 57 1 "SNFG" "Snow Precipitation Flag" "0=off,1=on" +171 133 57 1 "MXDFG" "Mixed Precipitation Flag" "0=off,1=on" 172 133 57 1 "RESM" "Time weight constant for small steps" "?" -173 133 57 1 "ZRAFG" "Freezing Rain Precipitation Flag" "0=off, 1=on" +173 133 57 1 "ZRAFG" "Freezing Rain Precipitation Flag" "0=off,1=on" 174 133 57 1 "GRDFLX" "Ground Heat Flux" "W/m^2" 175 133 57 1 "ACSNOW" "Accum. snow" "kg/m^2" 176 133 57 1 "TSK" "Surface Skin Temperature" "K" @@ -184,7 +184,7 @@ GRIB1 182 133 57 1 "ZETATOP" "Zeta at model to" "" 183 133 57 1 "SINALPHA" "Local sine of map rotatio" "" 184 133 57 1 "COSALPHA" "Local cosine of map rotatio" "" -185 133 57 1 "RTHRATEN" "Coupled Theta tendency due to radiation" "kg/m^3 K" +185 133 57 1 "RTHRATEN" "Coupled Theta tendency due to radiation" "kg/m^3*K" 186 133 57 1 "DN" "DN Values on mass level" "" 187 133 57 1 "DNW" "DN values on w level" "" 188 133 57 1 "E" "Coriolis cosine latitude ter" "" @@ -204,11 +204,11 @@ GRIB1 202 133 57 1 "ZNT" "Roughness Length" "m" 203 133 57 1 "RDX" "Inverse X grid lengt" "" 204 133 57 1 "QST" "Q* in Similarity Theory" "kg/kg" -205 133 57 1 "QFX" "Upward Moisture flux at surface" "kg/m^2 s" +205 133 57 1 "QFX" "Upward Moisture flux at surface" "kg/m^2*s" 206 133 57 1 "VIS_DUST" "Visibility due to dust only" "m" 207 133 57 1 "TOT_DUST" "Total dust concentration 0.1-20 um" "ug/m^3" 208 133 57 1 "PANIND" "Panofsky Turbulence Index" "-200-500" -209 133 57 1 "ALSTG" "Altimeter Setting" "in Hg" +209 133 57 1 "ALSTG" "Altimeter Setting" "in_Hg" 210 133 57 1 "KX" "K Index" "K" 211 133 57 1 "KO_X" "KO Index" "K" 212 133 57 1 "TT_X" "Total Totals Index" "K" @@ -233,7 +233,7 @@ GRIB1 231 133 57 1 "XLONG" "Longitude, West is negative" "deg" 232 133 57 1 "THKNS" "Thickness" "m" 233 133 57 1 "HGT" "Terrain Height" "m" -234 133 57 1 "W_CHILL" "Wind Chill" "deg F" +234 133 57 1 "W_CHILL" "Wind Chill" "degF" 235 133 57 1 "DVAL" "Height D Values" "feet" 236 133 57 1 "MX_RH" "Maximum Relative Humidity" "%" 237 133 57 1 "MXABSH" "Maximum Absolute Humidity" "g/m^3" @@ -243,15 +243,15 @@ GRIB1 241 133 57 1 "LANDUSE" "Land Use Category" "category" 242 133 57 1 "SNOWFALL" "Snowfall" "in" 243 133 57 1 "TOTSNOW" "Total Snowfall" "in" -244 133 57 1 "PCPTYPE" "Precipitation Type" "0=none, 1=Rain, 2=TRW, 3=ZR, 4=mixed, 5=SN, 6=SVRTRW" -245 133 57 1 "ICING" "Icing Category" "0=none, 1=light, 2=moderate, 3=severe" +244 133 57 1 "PCPTYPE" "Precipitation Type" "0=none,1=Rain,2=TRW,3=ZR,4=mixed,5=SN,6=SVRTRW" +245 133 57 1 "ICING" "Icing Category" "0=none,1=light,2=moderate,3=severe" 246 133 57 1 "RDFRAC" "Radio Refractivity" "non-dim" 247 133 57 1 "ZNU" "Eta values on mass level" "" 248 133 57 1 "LSI" "Lid Strength Index" "K" 249 133 57 1 "RADRF" "Radar Reflectivity" "dB" -250 133 57 1 "LGIFG" "Light Icing Flag" "0=off, 1=on" -251 133 57 1 "MDIFG" "Moderate Icing Flag" "0=off, 1=on" -252 133 57 1 "SVIFG" "Severe Icing Flag" "0=off, 1=on" -253 133 57 1 "LGTFG" "Light Turbulence Flag" "0=off, 1=on" -254 133 57 1 "MDTFG" "Moderate Turbulence Flag" "0=off, 1=on" +250 133 57 1 "LGIFG" "Light Icing Flag" "0=off,1=on" +251 133 57 1 "MDIFG" "Moderate Icing Flag" "0=off,1=on" +252 133 57 1 "SVIFG" "Severe Icing Flag" "0=off,1=on" +253 133 57 1 "LGTFG" "Light Turbulence Flag" "0=off,1=on" +254 133 57 1 "MDTFG" "Moderate Turbulence Flag" "0=off,1=on" 255 133 57 1 "ZNW" "Eta values on w level" "" diff --git a/data/table_files/grib1_cptec_254_64.txt b/data/table_files/grib1_cptec_254_64.txt index a2f4c1629b..7a431810c3 100644 --- a/data/table_files/grib1_cptec_254_64.txt +++ b/data/table_files/grib1_cptec_254_64.txt @@ -25,7 +25,7 @@ GRIB1 23 254 46 -1 "rds3" "RADAR SPECTRA(3)" "non-dim" 24 254 46 -1 "var24" "undefined" "" 25 254 46 -1 "tpan" "TEMPERATURE ANOMALY" "K" -26 254 46 -1 "psan" "PRESSURE ANOMALY" "Pa hPa" +26 254 46 -1 "psan" "PRESSURE ANOMALY" "Pa*hPa" 27 254 46 -1 "zgan" "GEOPOT HEIGHT ANOMALY" "m" 28 254 46 -1 "wvs1" "WAVE SPECTRA(1)" "non-dim" 29 254 46 -1 "wvs2" "WAVE SPECTRA(2)" "non-dim" @@ -34,14 +34,14 @@ GRIB1 32 254 46 -1 "wins" "WIND SPEED" "m/s" 33 254 46 -1 "uvel" "ZONAL WIND (U)" "m/s" 34 254 46 -1 "vvel" "MERIDIONAL WIND (V)" "m/s" -35 254 46 -1 "fcor" "STREAM FUNCTION" "m2/s" -36 254 46 -1 "potv" "VELOCITY POTENTIAL" "m2/s" +35 254 46 -1 "fcor" "STREAM FUNCTION" "m^2/s" +36 254 46 -1 "potv" "VELOCITY POTENTIAL" "m^2/s" 37 254 46 -1 "var37" "undefined" "" 38 254 46 -1 "sgvv" "SIGMA COORD VERT VEL" "sec/sec" 39 254 46 -1 "omeg" "OMEGA" "Pa/s" 40 254 46 -1 "omg2" "VERTICAL VELOCITY" "m/s" -41 254 46 -1 "abvo" "ABSOLUTE VORTICITY " "10**5/sec" -42 254 46 -1 "abdv" "ABSOLUTE DIVERGENCE" "10**5/sec" +41 254 46 -1 "abvo" "ABSOLUTE VORTICITY" "10^5/sec" +42 254 46 -1 "abdv" "ABSOLUTE DIVERGENCE" "10^5/sec" 43 254 46 -1 "vort" "VORTICITY " "1/s" 44 254 46 -1 "divg" "DIVERGENCE" "1/s" 45 254 46 -1 "vucs" "VERTICAL U-COMP SHEAR" "1/sec" @@ -51,31 +51,31 @@ GRIB1 49 254 46 -1 "ucpc" "U-COMPONENT OF CURRENT" "m/s" 50 254 46 -1 "vcpc" "V-COMPONENT OF CURRENT" "m/s" 51 254 46 -1 "umes" "SPECIFIC HUMIDITY" "kg/kg" -52 254 46 -1 "umrl" "RELATIVE HUMIDITY" "no Dim" +52 254 46 -1 "umrl" "RELATIVE HUMIDITY" "no_Dim" 53 254 46 -1 "hmxr" "HUMIDITY MIXING RATIO" "kg/kg" -54 254 46 -1 "agpl" "INST. PRECIPITABLE WATER" "Kg/m2" -55 254 46 -1 "vapp" "VAPOUR PRESSURE" "Pa hpa" -56 254 46 -1 "sadf" "SATURATION DEFICIT " "Pa hPa" -57 254 46 -1 "evap" "EVAPORATION" "Kg/m2/day" +54 254 46 -1 "agpl" "INST. PRECIPITABLE WATER" "kg/m^2" +55 254 46 -1 "vapp" "VAPOUR PRESSURE" "Pa*hpa" +56 254 46 -1 "sadf" "SATURATION DEFICIT" "Pa*hPa" +57 254 46 -1 "evap" "EVAPORATION" "kg/m^2/day" 58 254 46 -1 "var58" "undefined" "" -59 254 46 -1 "prcr" "PRECIPITATION RATE " "kg/m2/day" +59 254 46 -1 "prcr" "PRECIPITATION RATE" "kg/m^2/day" 60 254 46 -1 "thpb" "THUNDER PROBABILITY" "%" -61 254 46 -1 "prec" "TOTAL PRECIPITATION" "Kg/m2/day" -62 254 46 -1 "prge" "LARGE SCALE PRECIPITATION" "Kg/m2/day" -63 254 46 -1 "prcv" "CONVECTIVE PRECIPITATION" "Kg/m2/day" -64 254 46 -1 "neve" "SNOWFALL" "Kg/m2/day" -65 254 46 -1 "wenv" "WAT EQUIV ACC SNOW DEPTH" "kg/m2" +61 254 46 -1 "prec" "TOTAL PRECIPITATION" "kg/m^2/day" +62 254 46 -1 "prge" "LARGE SCALE PRECIPITATION" "kg/m^2/day" +63 254 46 -1 "prcv" "CONVECTIVE PRECIPITATION" "kg/m^2/day" +64 254 46 -1 "neve" "SNOWFALL" "kg/m^2/day" +65 254 46 -1 "wenv" "WAT EQUIV ACC SNOW DEPTH" "kg/m^2" 66 254 46 -1 "nvde" "SNOW DEPTH " "cm" -67 254 46 -1 "mxld" "MIXED LAYER DEPTH" "m cm" -68 254 46 -1 "tthd" "TRANS THERMOCLINE DEPTH" "m cm" -69 254 46 -1 "mthd" "MAIN THERMOCLINE DEPTH" "m cm" -70 254 46 -1 "mtha" "MAIN THERMOCLINE ANOM" "m cm" +67 254 46 -1 "mxld" "MIXED LAYER DEPTH" "m*cm" +68 254 46 -1 "tthd" "TRANS THERMOCLINE DEPTH" "m*cm" +69 254 46 -1 "mthd" "MAIN THERMOCLINE DEPTH" "m*cm" +70 254 46 -1 "mtha" "MAIN THERMOCLINE ANOM" "m*cm" 71 254 46 -1 "cbnv" "CLOUD COVER" "0-1" 72 254 46 -1 "cvnv" "CONVECTIVE CLOUD COVER" "0-1" 73 254 46 -1 "lwnv" "LOW CLOUD COVER" "0-1" 74 254 46 -1 "mdnv" "MEDIUM CLOUD COVER " "0-1" 75 254 46 -1 "hinv" "HIGH CLOUD COVER" "0-1" -76 254 46 -1 "wtnv" "CLOUD WATER" "kg/m2" +76 254 46 -1 "wtnv" "CLOUD WATER" "kg/m^2" 77 254 46 -1 "bli" "BEST LIFTED INDEX (TO 500 HPA)" "K" 78 254 46 -1 "var78" "undefined" "" 79 254 46 -1 "var79" "undefined" "" @@ -85,10 +85,10 @@ GRIB1 83 254 46 -1 "zorl" "ROUGHNESS LENGTH" "m" 84 254 46 -1 "albe" "ALBEDO" "%" 85 254 46 -1 "dstp" "DEEP SOIL TEMPERATURE" "K" -86 254 46 -1 "soic" "SOIL MOISTURE CONTENT" "Kg/m2" +86 254 46 -1 "soic" "SOIL MOISTURE CONTENT" "kg/m^2" 87 254 46 -1 "vege" "VEGETATION " "%" 88 254 46 -1 "var88" "undefined" "" -89 254 46 -1 "dens" "DENSITY" "kg/m3" +89 254 46 -1 "dens" "DENSITY" "kg/m^3" 90 254 46 -1 "var90" "Undefined" "" 91 254 46 -1 "icec" "ICE CONCENTRATION" "fraction" 92 254 46 -1 "icet" "ICE THICKNESS" "m" @@ -110,19 +110,19 @@ GRIB1 108 254 46 -1 "prmp" "PRIM WAVE MEAN PERIOD" "s" 109 254 46 -1 "swdi" "SECOND WAVE DIRECTION" "deg" 110 254 46 -1 "swmp" "SECOND WAVE MEAN PERIOD" "s" -111 254 46 -1 "ocas" "SHORT WAVE ABSORBED AT GROUND" "W/m2" -112 254 46 -1 "slds" "NET LONG WAVE AT BOTTOM" "W/m2" -113 254 46 -1 "nswr" "NET SHORT-WAV RAD(TOP)" "W/m2" -114 254 46 -1 "role" "OUTGOING LONG WAVE AT TOP" "W/m2" -115 254 46 -1 "lwrd" "LONG-WAV RAD" "W/m2" -116 254 46 -1 "swea" "SHORT WAVE ABSORBED BY EARTH/ATMOSPHERE " "W/m2" -117 254 46 -1 "glbr" "GLOBAL RADIATION" "W/m2 " +111 254 46 -1 "ocas" "SHORT WAVE ABSORBED AT GROUND" "W/m^2" +112 254 46 -1 "slds" "NET LONG WAVE AT BOTTOM" "W/m^2" +113 254 46 -1 "nswr" "NET SHORT-WAV RAD(TOP)" "W/m^2" +114 254 46 -1 "role" "OUTGOING LONG WAVE AT TOP" "W/m^2" +115 254 46 -1 "lwrd" "LONG-WAV RAD" "W/m^2" +116 254 46 -1 "swea" "SHORT WAVE ABSORBED BY EARTH/ATMOSPHERE " "W/m^2" +117 254 46 -1 "glbr" "GLOBAL RADIATION" "W/m^2" 118 254 46 -1 "var118" "undefined" "" 119 254 46 -1 "var119" "undefined" "" 120 254 46 -1 "var120" "undefined" "" -121 254 46 -1 "clsf" "LATENT HEAT FLUX FROM SURFACE" "W/m2" -122 254 46 -1 "cssf" "SENSIBLE HEAT FLUX FROM SURFACE" "W/m2" -123 254 46 -1 "blds" "BOUND LAYER DISSIPATION" "W/m2" +121 254 46 -1 "clsf" "LATENT HEAT FLUX FROM SURFACE" "W/m^2" +122 254 46 -1 "cssf" "SENSIBLE HEAT FLUX FROM SURFACE" "W/m^2" +123 254 46 -1 "blds" "BOUND LAYER DISSIPATION" "W/m^2" 124 254 46 -1 "var124" "undefined" "" 125 254 46 -1 "var125" "undefined" "" 126 254 46 -1 "var126" "undefined" "" @@ -139,8 +139,8 @@ GRIB1 137 254 46 -1 "mask" "MASK " "-/+" 138 254 46 -1 "mxwu" "MAXIMUM U-WIND" "m/s" 139 254 46 -1 "mxwv" "MAXIMUM V-WIND" "m/s" -140 254 46 -1 "cape" "CONVECTIVE AVAIL. POT.ENERGY" "m2/s2" -141 254 46 -1 "cine" "CONVECTIVE INHIB. ENERGY" "m2/s2" +140 254 46 -1 "cape" "CONVECTIVE AVAIL. POT.ENERGY" "m^2/s^2" +141 254 46 -1 "cine" "CONVECTIVE INHIB. ENERGY" "m^2/s^2" 142 254 46 -1 "lhcv" "CONVECTIVE LATENT HEATING" "K/s" 143 254 46 -1 "mscv" "CONVECTIVE MOISTURE SOURCE" "1/s" 144 254 46 -1 "scvm" "SHALLOW CONV. MOISTURE SOURCE" "1/s" @@ -161,24 +161,24 @@ GRIB1 159 254 46 -1 "tppu" "TROPOPAUSE U-WIND COMPONENT" "m/s" 160 254 46 -1 "tppv" "TROPOPAUSE v-WIND COMPONENT" "m/s" 161 254 46 -1 "var161" "undefined" "" -162 254 46 -1 "gvdu" "GRAVITY WAVE DRAG DU/DT" "m/s2" -163 254 46 -1 "gvdv" "GRAVITY WAVE DRAG DV/DT" "m/s2" +162 254 46 -1 "gvdu" "GRAVITY WAVE DRAG DU/DT" "m/s^2" +163 254 46 -1 "gvdv" "GRAVITY WAVE DRAG DV/DT" "m/s^2" 164 254 46 -1 "gvus" "GRAVITY WAVE DRAG SFC ZONAL STRESS " "Pa" 165 254 46 -1 "gvvs" "GRAVITY WAVE DRAG SFC MERIDIONAL STRESS" "Pa" 166 254 46 -1 "var166" "undefined" "" 167 254 46 -1 "dvsh" "DIVERGENCE OF SPECIFIC HUMIDITY" "1/s" 168 254 46 -1 "hmfc" "HORIZ. MOISTURE FLUX CONV. " "1/s" -169 254 46 -1 "vmfl" "VERT. INTEGRATED MOISTURE FLUX CONV." "kg/(m2*s)" -170 254 46 -1 "vadv" "VERTICAL MOISTURE ADVECTION " "kg/(kg*s)" -171 254 46 -1 "nhcm" "NEG. HUM. CORR. MOISTURE SOURCE" "kg/(kg*s)" +169 254 46 -1 "vmfl" "VERT. INTEGRATED MOISTURE FLUX CONV." "kg/m^2/s" +170 254 46 -1 "vadv" "VERTICAL MOISTURE ADVECTION " "kg/kg/s" +171 254 46 -1 "nhcm" "NEG. HUM. CORR. MOISTURE SOURCE" "kg/kg/s" 172 254 46 -1 "lglh" "LARGE SCALE LATENT HEATING " "K/s" 173 254 46 -1 "lgms" "LARGE SCALE MOISTURE SOURCE " "1/s" 174 254 46 -1 "smav" "SOIL MOISTURE AVAILABILITY " "0-1" 175 254 46 -1 "tgrz" "SOIL TEMPERATURE OF ROOT ZONE" "K" -176 254 46 -1 "bslh" "BARE SOIL LATENT HEAT" "Ws/m2" +176 254 46 -1 "bslh" "BARE SOIL LATENT HEAT" "Ws/m^2" 177 254 46 -1 "evpp" "POTENTIAL SFC EVAPORATION" "m" -178 254 46 -1 "rnof" "RUNOFF" "kg/m2/s)" -179 254 46 -1 "pitp" "INTERCEPTION LOSS" "W/m2" +178 254 46 -1 "rnof" "RUNOFF" "kg/m^2/s" +179 254 46 -1 "pitp" "INTERCEPTION LOSS" "W/m^2" 180 254 46 -1 "vpca" "VAPOR PRESSURE OF CANOPY AIR SPACE" "mb" 181 254 46 -1 "qsfc" "SURFACE SPEC HUMIDITY " "kg/kg" 182 254 46 -1 "ussl" "SOIL WETNESS OF SURFACE" "0-1" @@ -195,44 +195,44 @@ GRIB1 193 254 46 -1 "usst" "SURFACE ZONAL WIND STRESS" "Pa" 194 254 46 -1 "vves" "SURFACE MERIDIONAL WIND (V)" "m/s" 195 254 46 -1 "vsst" "SURFACE MERIDIONAL WIND STRESS" "Pa" -196 254 46 -1 "suvf" "SURFACE MOMENTUM FLUX" "W/m2" -197 254 46 -1 "iswf" "INCIDENT SHORT WAVE FLUX" "W/m2" -198 254 46 -1 "ghfl" "TIME AVE GROUND HT FLX " "W/m2" +196 254 46 -1 "suvf" "SURFACE MOMENTUM FLUX" "W/m^2" +197 254 46 -1 "iswf" "INCIDENT SHORT WAVE FLUX" "W/m^2" +198 254 46 -1 "ghfl" "TIME AVE GROUND HT FLX " "W/m^2" 199 254 46 -1 "var199" "undefined" "" -200 254 46 -1 "lwbc" "NET LONG WAVE AT BOTTOM (CLEAR)" "W/m2" -201 254 46 -1 "lwtc" "OUTGOING LONG WAVE AT TOP (CLEAR)" "W/m2" -202 254 46 -1 "swec" "SHORT WV ABSRBD BY EARTH/ATMOS (CLEAR)" "W/m2" -203 254 46 -1 "ocac" "SHORT WAVE ABSORBED AT GROUND (CLEAR)" "W/m2" +200 254 46 -1 "lwbc" "NET LONG WAVE AT BOTTOM (CLEAR)" "W/m^2" +201 254 46 -1 "lwtc" "OUTGOING LONG WAVE AT TOP (CLEAR)" "W/m^2" +202 254 46 -1 "swec" "SHORT WV ABSRBD BY EARTH/ATMOS (CLEAR)" "W/m^2" +203 254 46 -1 "ocac" "SHORT WAVE ABSORBED AT GROUND (CLEAR)" "W/m^2" 204 254 46 -1 "var204" "undefined" "" 205 254 46 -1 "lwrh" "LONG WAVE RADIATIVE HEATING " "K/s" 206 254 46 -1 "swrh" "SHORT WAVE RADIATIVE HEATING" "K/s" -207 254 46 -1 "olis" "DOWNWARD LONG WAVE AT BOTTOM" "W/m2" -208 254 46 -1 "olic" "DOWNWARD LONG WAVE AT BOTTOM (CLEAR)" "W/m2" -209 254 46 -1 "ocis" "DOWNWARD SHORT WAVE AT GROUND" "W/m2" -210 254 46 -1 "ocic" "DOWNWARD SHORT WAVE AT GROUND (CLEAR)" "W/m2" -211 254 46 -1 "oles" "UPWARD LONG WAVE AT BOTTOM" "W/m2" -212 254 46 -1 "oces" "UPWARD SHORT WAVE AT GROUND" "W/m2" -213 254 46 -1 "swgc" "UPWARD SHORT WAVE AT GROUND (CLEAR)" "W/m2" -214 254 46 -1 "roce" "UPWARD SHORT WAVE AT TOP" "W/m2" -215 254 46 -1 "swtc" "UPWARD SHORT WAVE AT TOP (CLEAR)" "W/m2" +207 254 46 -1 "olis" "DOWNWARD LONG WAVE AT BOTTOM" "W/m^2" +208 254 46 -1 "olic" "DOWNWARD LONG WAVE AT BOTTOM (CLEAR)" "W/m^2" +209 254 46 -1 "ocis" "DOWNWARD SHORT WAVE AT GROUND" "W/m^2" +210 254 46 -1 "ocic" "DOWNWARD SHORT WAVE AT GROUND (CLEAR)" "W/m^2" +211 254 46 -1 "oles" "UPWARD LONG WAVE AT BOTTOM" "W/m^2" +212 254 46 -1 "oces" "UPWARD SHORT WAVE AT GROUND" "W/m^2" +213 254 46 -1 "swgc" "UPWARD SHORT WAVE AT GROUND (CLEAR)" "W/m^2" +214 254 46 -1 "roce" "UPWARD SHORT WAVE AT TOP" "W/m^2" +215 254 46 -1 "swtc" "UPWARD SHORT WAVE AT TOP (CLEAR)" "W/m^2" 216 254 46 -1 "var216" "undefined" "" 217 254 46 -1 "var217" "undefined" "" 218 254 46 -1 "hhdf" "HORIZONTAL HEATING DIFFUSION" "K/s" 219 254 46 -1 "hmdf" "HORIZONTAL MOISTURE DIFFUSION" "1/s" -220 254 46 -1 "hddf" "HORIZONTAL DIVERGENCE DIFFUSION" "1/s2" -221 254 46 -1 "hvdf" "HORIZONTAL VORTICITY DIFFUSION" "1/s2" +220 254 46 -1 "hddf" "HORIZONTAL DIVERGENCE DIFFUSION" "1/s^2" +221 254 46 -1 "hvdf" "HORIZONTAL VORTICITY DIFFUSION" "1/s^2" 222 254 46 -1 "vdms" "VERTICAL DIFF. MOISTURE SOURCE" "1/s" -223 254 46 -1 "vdfu" "VERTICAL DIFFUSION DU/DT" "m/s2" -224 254 46 -1 "vdfv" "VERTICAL DIFFUSION DV/DT" "m/s2" +223 254 46 -1 "vdfu" "VERTICAL DIFFUSION DU/DT" "m/s^2" +224 254 46 -1 "vdfv" "VERTICAL DIFFUSION DV/DT" "m/s^2" 225 254 46 -1 "vdfh" "VERTICAL DIFFUSION HEATING" "K/s" -226 254 46 -1 "umrs" "SURFACE RELATIVE HUMIDITY" "no Dim" -227 254 46 -1 "vdcc" "VERTICAL DIST TOTAL CLOUD COVER" "no Dim" +226 254 46 -1 "umrs" "SURFACE RELATIVE HUMIDITY" "no_Dim" +227 254 46 -1 "vdcc" "VERTICAL DIST TOTAL CLOUD COVER" "no_Dim" 228 254 46 -1 "var228" "undefined" "" 229 254 46 -1 "var229" "undefined" "" 230 254 46 -1 "usmt" "TIME MEAN SURFACE ZONAL WIND (U)" "m/s" 231 254 46 -1 "vsmt" "TIME MEAN SURFACE MERIDIONAL WIND (V)" "m/s" 232 254 46 -1 "tsmt" "TIME MEAN SURFACE ABSOLUTE TEMPERATURE" "K" -233 254 46 -1 "rsmt" "TIME MEAN SURFACE RELATIVE HUMIDITY" "no Dim" +233 254 46 -1 "rsmt" "TIME MEAN SURFACE RELATIVE HUMIDITY" "no_Dim" 234 254 46 -1 "atmt" "TIME MEAN ABSOLUTE TEMPERATURE" "K" 235 254 46 -1 "stmt" "TIME MEAN DEEP SOIL TEMPERATURE" "K" 236 254 46 -1 "ommt" "TIME MEAN DERIVED OMEGA" "Pa/s" @@ -243,15 +243,15 @@ GRIB1 241 254 46 -1 "vvmt" "TIME MEAN MERIDIONAL WIND (V)" "m/s" 242 254 46 -1 "omtm" "TIME MEAN OMEGA " "cbar/s" 243 254 46 -1 "ptmt" "TIME MEAN POTENTIAL TEMPERATURE" "K" -244 254 46 -1 "pcmt" "TIME MEAN PRECIP. WATER " "kg/m2" +244 254 46 -1 "pcmt" "TIME MEAN PRECIP. WATER " "kg/m^2" 245 254 46 -1 "rhmt" "TIME MEAN RELATIVE HUMIDITY" "%" 246 254 46 -1 "mpmt" "TIME MEAN SEA LEVEL PRESSURE" "hPa" 247 254 46 -1 "simt" "TIME MEAN SIGMADOT" "1/s" 248 254 46 -1 "uemt" "TIME MEAN SPECIFIC HUMIDITY" "kg/kg" -249 254 46 -1 "fcmt" "TIME MEAN STREAM FUNCTION" "m2/s" +249 254 46 -1 "fcmt" "TIME MEAN STREAM FUNCTION" "m^2/s" 250 254 46 -1 "psmt" "TIME MEAN SURFACE PRESSURE" "hPa" 251 254 46 -1 "tmmt" "TIME MEAN SURFACE TEMPERATURE" "K" -252 254 46 -1 "pvmt" "TIME MEAN VELOCITY POTENTIAL" "m2/s" +252 254 46 -1 "pvmt" "TIME MEAN VELOCITY POTENTIAL" "m^2/s" 253 254 46 -1 "tvmt" "TIME MEAN VIRTUAL TEMPERATURE" "K" 254 254 46 -1 "vtmt" "TIME MEAN VORTICITY" "1/s" -255 254 46 -1 "uvmt" "TIME MEAN ZONAL WIND (U)" "m/s" \ No newline at end of file +255 254 46 -1 "uvmt" "TIME MEAN ZONAL WIND (U)" "m/s" diff --git a/data/table_files/grib1_dwd_201_146.txt b/data/table_files/grib1_dwd_201_146.txt index 27d3d39293..6cd9cc5aa8 100644 --- a/data/table_files/grib1_dwd_201_146.txt +++ b/data/table_files/grib1_dwd_201_146.txt @@ -1,22 +1,22 @@ GRIB1 0 201 146 -1 "var0" "undefined" "" -1 201 146 -1 "dw sw flux" "downward shortwave radiant flux density" "W/m**2" -2 201 146 -1 "uw sw flux" "upward shortwave radiant flux density" "W/m**2" -3 201 146 -1 "dw lw flux" "downward longwave radiant flux density" "W/m**2" -4 201 146 -1 "uw lw flux" "upward longwave radiant flux density" "W/m**2" -5 201 146 -1 "APAB_S" "downwd photosynthetic active radiant flux density" "W/m**2" -6 201 146 -1 "net s flux" "net shortwave flux" "W/m**2" -7 201 146 -1 "net l flux" "net longwave flux" "W/m**2" -8 201 146 -1 "net flux" "total net radiative flux density" "W/m**2" -9 201 146 -1 "dw sw clfr" "downw shortw radiant flux density, cloudfree part" "W/m**2" -10 201 146 -1 "uw sw cldy" "upw shortw radiant flux density, cloudy part" "W/m**2" -11 201 146 -1 "dw lw clfr" "downw longw radiant flux density, cloudfree part" "W/m**2" -12 201 146 -1 "uw lw cldy" "upw longw radiant flux density, cloudy part" "W/m**2" +1 201 146 -1 "dw sw flux" "downward shortwave radiant flux density" "W/m^2" +2 201 146 -1 "uw sw flux" "upward shortwave radiant flux density" "W/m^2" +3 201 146 -1 "dw lw flux" "downward longwave radiant flux density" "W/m^2" +4 201 146 -1 "uw lw flux" "upward longwave radiant flux density" "W/m^2" +5 201 146 -1 "APAB_S" "downwd photosynthetic active radiant flux density" "W/m^2" +6 201 146 -1 "net s flux" "net shortwave flux" "W/m^2" +7 201 146 -1 "net l flux" "net longwave flux" "W/m^2" +8 201 146 -1 "net flux" "total net radiative flux density" "W/m^2" +9 201 146 -1 "dw sw clfr" "downw shortw radiant flux density, cloudfree part" "W/m^2" +10 201 146 -1 "uw sw cldy" "upw shortw radiant flux density, cloudy part" "W/m^2" +11 201 146 -1 "dw lw clfr" "downw longw radiant flux density, cloudfree part" "W/m^2" +12 201 146 -1 "uw lw cldy" "upw longw radiant flux density, cloudy part" "W/m^2" 13 201 146 -1 "SOHR_RAD" "shortwave radiative heating rate" "K/s" 14 201 146 -1 "THHR_RAD" "longwave radiative heating rate" "K/s" 15 201 146 -1 "rad heat" "total radiative heating rate" "K/s" -16 201 146 -1 "soilheat S" "soil heat flux, surface" "W/m**2" -17 201 146 -1 "soilheat L" "soil heat flux, bottom of layer" "W/m**2" +16 201 146 -1 "soilheat S" "soil heat flux, surface" "W/m^2" +17 201 146 -1 "soilheat L" "soil heat flux, bottom of layer" "W/m^2" 18 201 146 -1 "var18" "undefined" "" 19 201 146 -1 "var19" "undefined" "" 20 201 146 -1 "var20" "undefined" "" @@ -31,17 +31,17 @@ GRIB1 29 201 146 -1 "CLC" "cloud cover, grid scale + convective" "1" 30 201 146 -1 "clc gr sc" "cloud cover, grid scale (0...1)" "1" 31 201 146 -1 "QC" "specific cloud water content, grid scale" "kg/kg" -32 201 146 -1 "clw gs vi" "cloud water content, grid scale, vert integrated" "kg/m**2" +32 201 146 -1 "clw gs vi" "cloud water content, grid scale, vert integrated" "kg/m^2" 33 201 146 -1 "QI" "specific cloud ice content, grid scale" "kg/kg" -34 201 146 -1 "cli gs vi" "cloud ice content, grid scale, vert integrated" "kg/m**2" +34 201 146 -1 "cli gs vi" "cloud ice content, grid scale, vert integrated" "kg/m^2" 35 201 146 -1 "QR" "specific rainwater content, grid scale" "kg/kg" 36 201 146 -1 "QS" "specific snow content, grid scale" "kg/kg" -37 201 146 -1 "src gs vi" "specific rainwater content, gs, vert. integrated" "kg/m**2" -38 201 146 -1 "ssc gs vi" "specific snow content, gs, vert. integrated" "kg/m**2" +37 201 146 -1 "src gs vi" "specific rainwater content, gs, vert. integrated" "kg/m^2" +38 201 146 -1 "ssc gs vi" "specific snow content, gs, vert. integrated" "kg/m^2" 39 201 146 -1 "QG" "specific graupel content, grid scale" "kg/kg" 40 201 146 -1 "var40" "undefined" "" -41 201 146 -1 "TWATER" "vert. integral of humidity, cloud water (and ice)" "kg/(m**2)" -42 201 146 -1 "TDIV_HUM" "vert. integral of divergence of tot. water content" "kg/(m**2)" +41 201 146 -1 "TWATER" "vert. integral of humidity, cloud water (and ice)" "kg/m^2" +42 201 146 -1 "TDIV_HUM" "vert. integral of divergence of tot. water content" "kg/m^2" 43 201 146 -1 "var43" "undefined" "" 44 201 146 -1 "var44" "undefined" "" 45 201 146 -1 "var45" "undefined" "" @@ -61,12 +61,12 @@ GRIB1 59 201 146 -1 "var59" "undefined" "" 60 201 146 -1 "clc con ci" "cloud cover, convective cirrus (0...1)" "1" 61 201 146 -1 "CLW_CON" "specific cloud water content, convective clouds" "kg/kg" -62 201 146 -1 "clw con vi" "cloud water content, conv clouds, vert integrated" "kg/m**2" +62 201 146 -1 "clw con vi" "cloud water content, conv clouds, vert integrated" "kg/m^2" 63 201 146 -1 "cli con" "specific cloud ice content, convective clouds" "kg/kg" -64 201 146 -1 "cli con vi" "cloud ice content, conv clouds, vert integrated" "kg/m**2" -65 201 146 -1 "mass fl co" "convective mass flux" "kg/(s*m**2)" +64 201 146 -1 "cli con vi" "cloud ice content, conv clouds, vert integrated" "kg/m^2" +65 201 146 -1 "mass fl co" "convective mass flux" "kg/m^2/s" 66 201 146 -1 "upd vel co" "updraft velocity, convection" "m/s" -67 201 146 -1 "entr p co" "entrainment parameter, convection" "m**(-1)" +67 201 146 -1 "entr p co" "entrainment parameter, convection" "1/m" 68 201 146 -1 "HBAS_CON" "cloud base, convective clouds (above msl)" "m" 69 201 146 -1 "HTOP_CON" "cloud top, convective clouds (above msl)" "m" 70 201 146 -1 "con layers" "convective layers (00...77) (BKE)" "1" @@ -74,13 +74,13 @@ GRIB1 72 201 146 -1 "BAS_CON" "convection base index" "1" 73 201 146 -1 "TOP_CON" "convection top index" "1" 74 201 146 -1 "DT_CON" "convective temperature tendency" "K/s" -75 201 146 -1 "DQV_CON" "convective tendency of specific humidity" "s**(-1)" -76 201 146 -1 "H ten co" "convective tendency of total heat" "J/(kg*s)" -77 201 146 -1 "QDW ten co" "convective tendency of total water" "s**(-1)" -78 201 146 -1 "DU_CON" "convective momentum tendency (X-component)" "m/s**2" -79 201 146 -1 "DV_CON" "convective momentum tendency (Y-component)" "m/s**2" -80 201 146 -1 "vor ten co" "convective vorticity tendency" "s**(-2)" -81 201 146 -1 "div ten co" "convective divergence tendency" "s**(-2)" +75 201 146 -1 "DQV_CON" "convective tendency of specific humidity" "1/s" +76 201 146 -1 "H ten co" "convective tendency of total heat" "J/kg/s" +77 201 146 -1 "QDW ten co" "convective tendency of total water" "1/s" +78 201 146 -1 "DU_CON" "convective momentum tendency (X-component)" "m/s^2" +79 201 146 -1 "DV_CON" "convective momentum tendency (Y-component)" "m/s^2" +80 201 146 -1 "vor ten co" "convective vorticity tendency" "1/s^2" +81 201 146 -1 "div ten co" "convective divergence tendency" "1/s^2" 82 201 146 -1 "HTOP_DC" "top of dry convection (above msl)" "m" 83 201 146 -1 "top ind dc" "dry convection top index" "1" 84 201 146 -1 "HZEROCL" "height of 0 degree Celsius isotherm above msl" "m" @@ -99,40 +99,40 @@ GRIB1 97 201 146 -1 "var97" "undefined" "" 98 201 146 -1 "var98" "undefined" "" 99 201 146 -1 "QRS_GSP" "spec water cont of rain/snow needed for w loading" "kg/kg" -100 201 146 -1 "PRR_GSP" "surface precipitation rate, rain, grid scale" "kg/(s*m**2)" -101 201 146 -1 "PRS_GSP" "surface precipitation rate, snow, grid scale" "kg/(s*m**2)" -102 201 146 -1 "RAIN_GSP" "surface precipitation amount, rain, grid scale" "kg/m**2" -103 201 146 -1 "condens gs" "condensation rate, grid scale" "kg/(kg*s)" -104 201 146 -1 "autocon gs" "autoconversion rate, grid scale (C+C --> R)" "kg/(kg*s)" -105 201 146 -1 "accret gs" "accretion rate, grid scale (R+C --> R)" "kg/(kg*s)" -106 201 146 -1 "nucleat gs" "nucleation rate, grid scale (C+C --> S)" "kg/(kg*s)" -107 201 146 -1 "riming gs" "riming rate, grid scale (S+C --> S)" "kg/(kg*s)" -108 201 146 -1 "deposit gs" "deposition rate, grid scale (S+V <--> S)" "kg/(kg*s)" -109 201 146 -1 "melting gs" "melting rate, grid scale (S --> R)" "kg/(kg*s)" -110 201 146 -1 "evapor gs" "evaporation rate, grid scale (R+V <-- R)" "kg/(kg*s)" -111 201 146 -1 "PRR_CON" "surface precipitation rate, rain, convective" "kg/(s*m**2)" -112 201 146 -1 "PRS_CON" "surface precipitation rate, snow, convective" "kg/(s*m**2)" -113 201 146 -1 "RAIN_CON" "surface precipitation amount, rain, convective" "kg/m**2" -114 201 146 -1 "condens co" "condensation rate, convective" "kg/(kg*s)" -115 201 146 -1 "autocon co" "autoconversion rate, convective" "kg/(kg*s)" -116 201 146 -1 "accret co" "accretion rate, convective" "kg/(kg*s)" -117 201 146 -1 "nucleat co" "nucleation rate, convective" "kg/(kg*s)" -118 201 146 -1 "riming co" "riming rate, convective" "kg/(kg*s)" -119 201 146 -1 "sublim co" "sublimation rate, convective" "kg/(kg*s)" -120 201 146 -1 "melting co" "melting rate, convective" "kg/(kg*s)" -121 201 146 -1 "evapor co" "evaporation rate, convective" "kg/(kg*s)" -122 201 146 -1 "rain am" "rain amount, grid-scale plus convective" "kg/m**2" -123 201 146 -1 "snow am" "snow amount, grid-scale plus convective" "kg/m**2" +100 201 146 -1 "PRR_GSP" "surface precipitation rate, rain, grid scale" "kg/m^2/s" +101 201 146 -1 "PRS_GSP" "surface precipitation rate, snow, grid scale" "kg/m^2/s" +102 201 146 -1 "RAIN_GSP" "surface precipitation amount, rain, grid scale" "kg/m^2" +103 201 146 -1 "condens gs" "condensation rate, grid scale" "kg/kg/s" +104 201 146 -1 "autocon gs" "autoconversion rate, grid scale (C+C --> R)" "kg/kg/s" +105 201 146 -1 "accret gs" "accretion rate, grid scale (R+C --> R)" "kg/kg/s" +106 201 146 -1 "nucleat gs" "nucleation rate, grid scale (C+C --> S)" "kg/kg/s" +107 201 146 -1 "riming gs" "riming rate, grid scale (S+C --> S)" "kg/kg/s" +108 201 146 -1 "deposit gs" "deposition rate, grid scale (S+V <--> S)" "kg/kg/s" +109 201 146 -1 "melting gs" "melting rate, grid scale (S --> R)" "kg/kg/s" +110 201 146 -1 "evapor gs" "evaporation rate, grid scale (R+V <-- R)" "kg/kg/s" +111 201 146 -1 "PRR_CON" "surface precipitation rate, rain, convective" "kg/m^2/s" +112 201 146 -1 "PRS_CON" "surface precipitation rate, snow, convective" "kg/m^2/s" +113 201 146 -1 "RAIN_CON" "surface precipitation amount, rain, convective" "kg/m^2" +114 201 146 -1 "condens co" "condensation rate, convective" "kg/kg/s" +115 201 146 -1 "autocon co" "autoconversion rate, convective" "kg/kg/s" +116 201 146 -1 "accret co" "accretion rate, convective" "kg/kg/s" +117 201 146 -1 "nucleat co" "nucleation rate, convective" "kg/kg/s" +118 201 146 -1 "riming co" "riming rate, convective" "kg/kg/s" +119 201 146 -1 "sublim co" "sublimation rate, convective" "kg/kg/s" +120 201 146 -1 "melting co" "melting rate, convective" "kg/kg/s" +121 201 146 -1 "evapor co" "evaporation rate, convective" "kg/kg/s" +122 201 146 -1 "rain am" "rain amount, grid-scale plus convective" "kg/m^2" +123 201 146 -1 "snow am" "snow amount, grid-scale plus convective" "kg/m^2" 124 201 146 -1 "DT_GSP" "temperature tendency, grid-scale condensation" "K/s" -125 201 146 -1 "DQV_GSP" "tendency of specific humidity, grid-scale condens" "s**(-1)" -126 201 146 -1 "H ten gs" "tendency of total heat, grid-scale condensation" "J/(kg*s)" -127 201 146 -1 "DQC_GSP" "tendency of total water, grid-scale condensation" "s**(-1)" +125 201 146 -1 "DQV_GSP" "tendency of specific humidity, grid-scale condens" "1/s" +126 201 146 -1 "H ten gs" "tendency of total heat, grid-scale condensation" "J/kg/s" +127 201 146 -1 "DQC_GSP" "tendency of total water, grid-scale condensation" "1/s" 128 201 146 -1 "snowfall" "snowfall (dimension" "" 129 201 146 -1 "FRESHSNW" "fresh snow factor" "1" -130 201 146 -1 "DQI_GSP" "tend of the sp cl ice cont due to gs precipitation" "kg/(kg*s)" -131 201 146 -1 "PRG_GSP" "surface precipitation rate, graupel, grid scale" "kg/(s*m**2)" -132 201 146 -1 "GRAU_GSP" "surface precipitation amount, graupel, grid scale" "kg/(m**2)" -133 201 146 -1 "RHO_SNOW" "snow density" "kg/m**3" +130 201 146 -1 "DQI_GSP" "tend of the sp cl ice cont due to gs precipitation" "kg/kg/s" +131 201 146 -1 "PRG_GSP" "surface precipitation rate, graupel, grid scale" "kg/m^2/s" +132 201 146 -1 "GRAU_GSP" "surface precipitation amount, graupel, grid scale" "kg/m^2" +133 201 146 -1 "RHO_SNOW" "snow density" "kg/m^3" 134 201 146 -1 "var134" "undefined" "" 135 201 146 -1 "var135" "undefined" "" 136 201 146 -1 "var136" "undefined" "" @@ -148,24 +148,24 @@ GRIB1 146 201 146 -1 "var146" "undefined" "" 147 201 146 -1 "var147" "undefined" "" 148 201 146 -1 "var148" "undefined" "" -149 201 146 -1 "KE" "kinetic energy ((u**2 + v**2) / 2)" "(m**2/s**2)" -150 201 146 -1 "hdi coeff" "coefficient of horizontal diffusion" "m**2/s" -151 201 146 -1 "dissp rate" "dissipation rate" "W/(Pa*m**2)" -152 201 146 -1 "TKE" "turbulent kinetic energy" "(m/s)**2" -153 201 146 -1 "TKVM" "coefficient of vertical diffusion, momentum" "m**2/s" -154 201 146 -1 "TKVH" "coefficient of vertical diffusion, heat" "m**2/s" -155 201 146 -1 "vdi coe cw" "coefficient of vertical diffusion, cloud water" "m**2/s" -156 201 146 -1 "vdi coe ci" "coefficient of vertical diffusion, cloud ice" "m**2/s" -157 201 146 -1 "vdi coe vp" "coefficient of vertical diffusion, water vapour" "m**2/s" +149 201 146 -1 "KE" "kinetic energy ((u^2 + v^2) / 2)" "m^2/s^2" +150 201 146 -1 "hdi coeff" "coefficient of horizontal diffusion" "m^2/s" +151 201 146 -1 "dissp rate" "dissipation rate" "W/Pa/m^2" +152 201 146 -1 "TKE" "turbulent kinetic energy" "(m/s)^2" +153 201 146 -1 "TKVM" "coefficient of vertical diffusion, momentum" "m^2/s" +154 201 146 -1 "TKVH" "coefficient of vertical diffusion, heat" "m^2/s" +155 201 146 -1 "vdi coe cw" "coefficient of vertical diffusion, cloud water" "m^2/s" +156 201 146 -1 "vdi coe ci" "coefficient of vertical diffusion, cloud ice" "m^2/s" +157 201 146 -1 "vdi coe vp" "coefficient of vertical diffusion, water vapour" "m^2/s" 158 201 146 -1 "dis len m" "turbulent dissipation length for momentum" "m" 159 201 146 -1 "dis len h" "turbulent dissipation length for heat" "m" -160 201 146 -1 "var u mom" "variance of u-component of momentum" "(m/s)**2" -161 201 146 -1 "var v mom" "variance of v-component of momentum" "(m/s)**2" -162 201 146 -1 "var w mom" "variance of w-component of momentum" "(m/s)**2" -163 201 146 -1 "var temp" "variance of temperature" "K**2" -164 201 146 -1 "var cl wat" "variance of specific cloud water content" "(kg/kg)**2" -165 201 146 -1 "var cl ice" "variance of specific cloud ice content" "(kg/kg)**2" -166 201 146 -1 "var vap mr" "variance of water vapour mixing ratio" "(kg/kg)**2" +160 201 146 -1 "var u mom" "variance of u-component of momentum" "(m/s)^2" +161 201 146 -1 "var v mom" "variance of v-component of momentum" "(m/s)^2" +162 201 146 -1 "var w mom" "variance of w-component of momentum" "(m/s)^2" +163 201 146 -1 "var temp" "variance of temperature" "K^2" +164 201 146 -1 "var cl wat" "variance of specific cloud water content" "(kg/kg)^2" +165 201 146 -1 "var cl ice" "variance of specific cloud ice content" "(kg/kg)^2" +166 201 146 -1 "var vap mr" "variance of water vapour mixing ratio" "(kg/kg)^2" 167 201 146 -1 "c wat flux" "turbulent vertical flux of spec cloud water" "m/s" 168 201 146 -1 "c ice flux" "turbulent vertical flux of spec cloud ice" "m/s" 169 201 146 -1 "w vap flux" "turbulent vertical flux of water vapour mix ratio" "m/s" @@ -175,20 +175,20 @@ GRIB1 173 201 146 -1 "PBL-top h" "PBL-top h" "m" 174 201 146 -1 "T-jump h" "temperature jump at PBL-top" "K" 175 201 146 -1 "q-jump h" "specific humidity jump at PBL-top" "kg/kg" -176 201 146 -1 "entr at h" "entrainment at PBL-top" "kg/(s*m**2)" -177 201 146 -1 "mass fl h" "upward mass flux at PBL-top" "kg/(s*m**2)" +176 201 146 -1 "entr at h" "entrainment at PBL-top" "kg/m^2/s" +177 201 146 -1 "mass fl h" "upward mass flux at PBL-top" "kg/m^2/s" 178 201 146 -1 "cl cov PBL" "cloud cover of PBL-clouds (0...1)" "1" 179 201 146 -1 "cl wat PBL" "specific cloud water content of PBL-clouds" "kg/kg" 180 201 146 -1 "cl top PBL" "cloud top of PBL-clouds" "m" 181 201 146 -1 "cl bas PBL" "cloud base of PBL-clouds" "m" -182 201 146 -1 "moun wav X" "vertical mountain wave momentum flux (X component)" "kg/(m*s**2)" -183 201 146 -1 "moun wav Y" "vertical mountain wave momentum flux (Y component)" "kg/(m*s**2)" +182 201 146 -1 "moun wav X" "vertical mountain wave momentum flux (X component)" "kg/m/s^2" +183 201 146 -1 "moun wav Y" "vertical mountain wave momentum flux (Y component)" "kg/m/s^2" 184 201 146 -1 "wave Ri" "wave Richardson number" "1" -185 201 146 -1 "wav div X" "mountain wave momentum flux divergence (X comp)" "m/s**2" -186 201 146 -1 "wav div Y" "mountain wave momentum flux divergence (Y comp)" "m/s**2" +185 201 146 -1 "wav div X" "mountain wave momentum flux divergence (X comp)" "m/s^2" +186 201 146 -1 "wav div Y" "mountain wave momentum flux divergence (Y comp)" "m/s^2" 187 201 146 -1 "VMAX_10M" "maximum wind velocity" "m/s" -188 201 146 -1 "wav dis vi" "mountain wave dissipation, vert integrated" "W/m**2" -189 201 146 -1 "wv en flux" "vertical wave energy flux" "kg*m/s**4" +188 201 146 -1 "wav dis vi" "mountain wave dissipation, vert integrated" "W/m^2" +189 201 146 -1 "wv en flux" "vertical wave energy flux" "kg*m/s^4" 190 201 146 -1 "var190" "undefined" "" 191 201 146 -1 "var191" "undefined" "" 192 201 146 -1 "var192" "undefined" "" @@ -197,9 +197,9 @@ GRIB1 195 201 146 -1 "var195" "undefined" "" 196 201 146 -1 "var196" "undefined" "" 197 201 146 -1 "T_SO" "temperature of soil layers" "K" -198 201 146 -1 "W_SO" "water + ice content of soil layers" "kg/(m**2)" -199 201 146 -1 "W_SO_ICE" "ice content of soil layers" "kg/(m**2)" -200 201 146 -1 "W_I" "water content of interception store" "kg/(m**2)" +198 201 146 -1 "W_SO" "water + ice content of soil layers" "kg/m^2" +199 201 146 -1 "W_SO_ICE" "ice content of soil layers" "kg/m^2" +200 201 146 -1 "W_I" "water content of interception store" "kg/m^2" 201 201 146 -1 "interc ice" "icebit for interception store" "1" 202 201 146 -1 "snow fract" "snow fraction" "1" 203 201 146 -1 "T_SNOW" "snow temperature" "K" @@ -239,7 +239,7 @@ GRIB1 237 201 146 -1 "S8" "S8" "1" 238 201 146 -1 "S9" "S9" "1" 239 201 146 -1 "S10" "S10" "1" -240 201 146 -1 "MFLX_CON" "cloud base mass flux kg/(s*m**2)" "" +240 201 146 -1 "MFLX_CON" "cloud base mass flux" "kg/m^2/s" 241 201 146 -1 "CAPE_CON" "convective available potential energy" "J/kg" 242 201 146 -1 "QCVG_CON" "moisture convergence for Kuo-type closure" "1/s" 243 201 146 -1 "TKE_CON" "convective turbulent energy" "J/kg" diff --git a/data/table_files/grib1_dwd_201_78.txt b/data/table_files/grib1_dwd_201_78.txt index 7c9c0b797a..9113aaff6f 100644 --- a/data/table_files/grib1_dwd_201_78.txt +++ b/data/table_files/grib1_dwd_201_78.txt @@ -1,22 +1,22 @@ GRIB1 0 201 78 -1 "var0" "undefined" "" -1 201 78 -1 "dw sw flux" "downward shortwave radiant flux density" "W/m**2" -2 201 78 -1 "uw sw flux" "upward shortwave radiant flux density" "W/m**2" -3 201 78 -1 "dw lw flux" "downward longwave radiant flux density" "W/m**2" -4 201 78 -1 "uw lw flux" "upward longwave radiant flux density" "W/m**2" -5 201 78 -1 "APAB_S" "downwd photosynthetic active radiant flux density" "W/m**2" -6 201 78 -1 "net s flux" "net shortwave flux" "W/m**2" -7 201 78 -1 "net l flux" "net longwave flux" "W/m**2" -8 201 78 -1 "net flux" "total net radiative flux density" "W/m**2" -9 201 78 -1 "dw sw clfr" "downw shortw radiant flux density, cloudfree part" "W/m**2" -10 201 78 -1 "uw sw cldy" "upw shortw radiant flux density, cloudy part" "W/m**2" -11 201 78 -1 "dw lw clfr" "downw longw radiant flux density, cloudfree part" "W/m**2" -12 201 78 -1 "uw lw cldy" "upw longw radiant flux density, cloudy part" "W/m**2" +1 201 78 -1 "dw sw flux" "downward shortwave radiant flux density" "W/m^2" +2 201 78 -1 "uw sw flux" "upward shortwave radiant flux density" "W/m^2" +3 201 78 -1 "dw lw flux" "downward longwave radiant flux density" "W/m^2" +4 201 78 -1 "uw lw flux" "upward longwave radiant flux density" "W/m^2" +5 201 78 -1 "APAB_S" "downwd photosynthetic active radiant flux density" "W/m^2" +6 201 78 -1 "net s flux" "net shortwave flux" "W/m^2" +7 201 78 -1 "net l flux" "net longwave flux" "W/m^2" +8 201 78 -1 "net flux" "total net radiative flux density" "W/m^2" +9 201 78 -1 "dw sw clfr" "downw shortw radiant flux density, cloudfree part" "W/m^2" +10 201 78 -1 "uw sw cldy" "upw shortw radiant flux density, cloudy part" "W/m^2" +11 201 78 -1 "dw lw clfr" "downw longw radiant flux density, cloudfree part" "W/m^2" +12 201 78 -1 "uw lw cldy" "upw longw radiant flux density, cloudy part" "W/m^2" 13 201 78 -1 "SOHR_RAD" "shortwave radiative heating rate" "K/s" 14 201 78 -1 "THHR_RAD" "longwave radiative heating rate" "K/s" 15 201 78 -1 "rad heat" "total radiative heating rate" "K/s" -16 201 78 -1 "soilheat S" "soil heat flux, surface" "W/m**2" -17 201 78 -1 "soilheat L" "soil heat flux, bottom of layer" "W/m**2" +16 201 78 -1 "soilheat S" "soil heat flux, surface" "W/m^2" +17 201 78 -1 "soilheat L" "soil heat flux, bottom of layer" "W/m^2" 18 201 78 -1 "var18" "undefined" "" 19 201 78 -1 "var19" "undefined" "" 20 201 78 -1 "var20" "undefined" "" @@ -31,17 +31,17 @@ GRIB1 29 201 78 -1 "CLC" "cloud cover, grid scale + convective" "1" 30 201 78 -1 "clc gr sc" "cloud cover, grid scale (0...1)" "1" 31 201 78 -1 "QC" "specific cloud water content, grid scale" "kg/kg" -32 201 78 -1 "clw gs vi" "cloud water content, grid scale, vert integrated" "kg/m**2" +32 201 78 -1 "clw gs vi" "cloud water content, grid scale, vert integrated" "kg/m^2" 33 201 78 -1 "QI" "specific cloud ice content, grid scale" "kg/kg" -34 201 78 -1 "cli gs vi" "cloud ice content, grid scale, vert integrated" "kg/m**2" +34 201 78 -1 "cli gs vi" "cloud ice content, grid scale, vert integrated" "kg/m^2" 35 201 78 -1 "QR" "specific rainwater content, grid scale" "kg/kg" 36 201 78 -1 "QS" "specific snow content, grid scale" "kg/kg" -37 201 78 -1 "src gs vi" "specific rainwater content, gs, vert. integrated" "kg/m**2" -38 201 78 -1 "ssc gs vi" "specific snow content, gs, vert. integrated" "kg/m**2" +37 201 78 -1 "src gs vi" "specific rainwater content, gs, vert. integrated" "kg/m^2" +38 201 78 -1 "ssc gs vi" "specific snow content, gs, vert. integrated" "kg/m^2" 39 201 78 -1 "QG" "specific graupel content, grid scale" "kg/kg" 40 201 78 -1 "var40" "undefined" "" -41 201 78 -1 "TWATER" "vert. integral of humidity, cloud water (and ice)" "kg/(m**2)" -42 201 78 -1 "TDIV_HUM" "vert. integral of divergence of tot. water content" "kg/(m**2)" +41 201 78 -1 "TWATER" "vert. integral of humidity, cloud water (and ice)" "kg/m^2" +42 201 78 -1 "TDIV_HUM" "vert. integral of divergence of tot. water content" "kg/m^2" 43 201 78 -1 "var43" "undefined" "" 44 201 78 -1 "var44" "undefined" "" 45 201 78 -1 "var45" "undefined" "" @@ -61,12 +61,12 @@ GRIB1 59 201 78 -1 "var59" "undefined" "" 60 201 78 -1 "clc con ci" "cloud cover, convective cirrus (0...1)" "1" 61 201 78 -1 "CLW_CON" "specific cloud water content, convective clouds" "kg/kg" -62 201 78 -1 "clw con vi" "cloud water content, conv clouds, vert integrated" "kg/m**2" +62 201 78 -1 "clw con vi" "cloud water content, conv clouds, vert integrated" "kg/m^2" 63 201 78 -1 "cli con" "specific cloud ice content, convective clouds" "kg/kg" -64 201 78 -1 "cli con vi" "cloud ice content, conv clouds, vert integrated" "kg/m**2" -65 201 78 -1 "mass fl co" "convective mass flux" "kg/(s*m**2)" +64 201 78 -1 "cli con vi" "cloud ice content, conv clouds, vert integrated" "kg/m^2" +65 201 78 -1 "mass fl co" "convective mass flux" "kg/m^2/s" 66 201 78 -1 "upd vel co" "updraft velocity, convection" "m/s" -67 201 78 -1 "entr p co" "entrainment parameter, convection" "m**(-1)" +67 201 78 -1 "entr p co" "entrainment parameter, convection" "1/m" 68 201 78 -1 "HBAS_CON" "cloud base, convective clouds (above msl)" "m" 69 201 78 -1 "HTOP_CON" "cloud top, convective clouds (above msl)" "m" 70 201 78 -1 "con layers" "convective layers (00...77) (BKE)" "1" @@ -74,13 +74,13 @@ GRIB1 72 201 78 -1 "BAS_CON" "convection base index" "1" 73 201 78 -1 "TOP_CON" "convection top index" "1" 74 201 78 -1 "DT_CON" "convective temperature tendency" "K/s" -75 201 78 -1 "DQV_CON" "convective tendency of specific humidity" "s**(-1)" -76 201 78 -1 "H ten co" "convective tendency of total heat" "J/(kg*s)" -77 201 78 -1 "QDW ten co" "convective tendency of total water" "s**(-1)" -78 201 78 -1 "DU_CON" "convective momentum tendency (X-component)" "m/s**2" -79 201 78 -1 "DV_CON" "convective momentum tendency (Y-component)" "m/s**2" -80 201 78 -1 "vor ten co" "convective vorticity tendency" "s**(-2)" -81 201 78 -1 "div ten co" "convective divergence tendency" "s**(-2)" +75 201 78 -1 "DQV_CON" "convective tendency of specific humidity" "1/s" +76 201 78 -1 "H ten co" "convective tendency of total heat" "J/kg/s" +77 201 78 -1 "QDW ten co" "convective tendency of total water" "1/s" +78 201 78 -1 "DU_CON" "convective momentum tendency (X-component)" "m/s^2" +79 201 78 -1 "DV_CON" "convective momentum tendency (Y-component)" "m/s^2" +80 201 78 -1 "vor ten co" "convective vorticity tendency" "1/s^2" +81 201 78 -1 "div ten co" "convective divergence tendency" "1/s^2" 82 201 78 -1 "HTOP_DC" "top of dry convection (above msl)" "m" 83 201 78 -1 "top ind dc" "dry convection top index" "1" 84 201 78 -1 "HZEROCL" "height of 0 degree Celsius isotherm above msl" "m" @@ -99,40 +99,40 @@ GRIB1 97 201 78 -1 "var97" "undefined" "" 98 201 78 -1 "var98" "undefined" "" 99 201 78 -1 "QRS_GSP" "spec water cont of rain/snow needed for w loading" "kg/kg" -100 201 78 -1 "PRR_GSP" "surface precipitation rate, rain, grid scale" "kg/(s*m**2)" -101 201 78 -1 "PRS_GSP" "surface precipitation rate, snow, grid scale" "kg/(s*m**2)" -102 201 78 -1 "RAIN_GSP" "surface precipitation amount, rain, grid scale" "kg/m**2" -103 201 78 -1 "condens gs" "condensation rate, grid scale" "kg/(kg*s)" -104 201 78 -1 "autocon gs" "autoconversion rate, grid scale (C+C --> R)" "kg/(kg*s)" -105 201 78 -1 "accret gs" "accretion rate, grid scale (R+C --> R)" "kg/(kg*s)" -106 201 78 -1 "nucleat gs" "nucleation rate, grid scale (C+C --> S)" "kg/(kg*s)" -107 201 78 -1 "riming gs" "riming rate, grid scale (S+C --> S)" "kg/(kg*s)" -108 201 78 -1 "deposit gs" "deposition rate, grid scale (S+V <--> S)" "kg/(kg*s)" -109 201 78 -1 "melting gs" "melting rate, grid scale (S --> R)" "kg/(kg*s)" -110 201 78 -1 "evapor gs" "evaporation rate, grid scale (R+V <-- R)" "kg/(kg*s)" -111 201 78 -1 "PRR_CON" "surface precipitation rate, rain, convective" "kg/(s*m**2)" -112 201 78 -1 "PRS_CON" "surface precipitation rate, snow, convective" "kg/(s*m**2)" -113 201 78 -1 "RAIN_CON" "surface precipitation amount, rain, convective" "kg/m**2" -114 201 78 -1 "condens co" "condensation rate, convective" "kg/(kg*s)" -115 201 78 -1 "autocon co" "autoconversion rate, convective" "kg/(kg*s)" -116 201 78 -1 "accret co" "accretion rate, convective" "kg/(kg*s)" -117 201 78 -1 "nucleat co" "nucleation rate, convective" "kg/(kg*s)" -118 201 78 -1 "riming co" "riming rate, convective" "kg/(kg*s)" -119 201 78 -1 "sublim co" "sublimation rate, convective" "kg/(kg*s)" -120 201 78 -1 "melting co" "melting rate, convective" "kg/(kg*s)" -121 201 78 -1 "evapor co" "evaporation rate, convective" "kg/(kg*s)" -122 201 78 -1 "rain am" "rain amount, grid-scale plus convective" "kg/m**2" -123 201 78 -1 "snow am" "snow amount, grid-scale plus convective" "kg/m**2" +100 201 78 -1 "PRR_GSP" "surface precipitation rate, rain, grid scale" "kg/m^2/s" +101 201 78 -1 "PRS_GSP" "surface precipitation rate, snow, grid scale" "kg/m^2/s" +102 201 78 -1 "RAIN_GSP" "surface precipitation amount, rain, grid scale" "kg/m^2" +103 201 78 -1 "condens gs" "condensation rate, grid scale" "kg/kg/s" +104 201 78 -1 "autocon gs" "autoconversion rate, grid scale (C+C --> R)" "kg/kg/s" +105 201 78 -1 "accret gs" "accretion rate, grid scale (R+C --> R)" "kg/kg/s" +106 201 78 -1 "nucleat gs" "nucleation rate, grid scale (C+C --> S)" "kg/kg/s" +107 201 78 -1 "riming gs" "riming rate, grid scale (S+C --> S)" "kg/kg/s" +108 201 78 -1 "deposit gs" "deposition rate, grid scale (S+V <--> S)" "kg/kg/s" +109 201 78 -1 "melting gs" "melting rate, grid scale (S --> R)" "kg/kg/s" +110 201 78 -1 "evapor gs" "evaporation rate, grid scale (R+V <-- R)" "kg/kg/s" +111 201 78 -1 "PRR_CON" "surface precipitation rate, rain, convective" "kg/m^2/s" +112 201 78 -1 "PRS_CON" "surface precipitation rate, snow, convective" "kg/m^2/s" +113 201 78 -1 "RAIN_CON" "surface precipitation amount, rain, convective" "kg/m^2" +114 201 78 -1 "condens co" "condensation rate, convective" "kg/kg/s" +115 201 78 -1 "autocon co" "autoconversion rate, convective" "kg/kg/s" +116 201 78 -1 "accret co" "accretion rate, convective" "kg/kg/s" +117 201 78 -1 "nucleat co" "nucleation rate, convective" "kg/kg/s" +118 201 78 -1 "riming co" "riming rate, convective" "kg/kg/s" +119 201 78 -1 "sublim co" "sublimation rate, convective" "kg/kg/s" +120 201 78 -1 "melting co" "melting rate, convective" "kg/kg/s" +121 201 78 -1 "evapor co" "evaporation rate, convective" "kg/kg/s" +122 201 78 -1 "rain am" "rain amount, grid-scale plus convective" "kg/m^2" +123 201 78 -1 "snow am" "snow amount, grid-scale plus convective" "kg/m^2" 124 201 78 -1 "DT_GSP" "temperature tendency, grid-scale condensation" "K/s" -125 201 78 -1 "DQV_GSP" "tendency of specific humidity, grid-scale condens" "s**(-1)" -126 201 78 -1 "H ten gs" "tendency of total heat, grid-scale condensation" "J/(kg*s)" -127 201 78 -1 "DQC_GSP" "tendency of total water, grid-scale condensation" "s**(-1)" +125 201 78 -1 "DQV_GSP" "tendency of specific humidity, grid-scale condens" "1/s" +126 201 78 -1 "H ten gs" "tendency of total heat, grid-scale condensation" "J/kg/s" +127 201 78 -1 "DQC_GSP" "tendency of total water, grid-scale condensation" "1/s" 128 201 78 -1 "snowfall" "snowfall (dimension" "" 129 201 78 -1 "FRESHSNW" "fresh snow factor" "1" -130 201 78 -1 "DQI_GSP" "tend of the sp cl ice cont due to gs precipitation" "kg/(kg*s)" -131 201 78 -1 "PRG_GSP" "surface precipitation rate, graupel, grid scale" "kg/(s*m**2)" -132 201 78 -1 "GRAU_GSP" "surface precipitation amount, graupel, grid scale" "kg/(m**2)" -133 201 78 -1 "RHO_SNOW" "snow density" "kg/m**3" +130 201 78 -1 "DQI_GSP" "tend of the sp cl ice cont due to gs precipitation" "kg/kg/s" +131 201 78 -1 "PRG_GSP" "surface precipitation rate, graupel, grid scale" "kg/m^2/s" +132 201 78 -1 "GRAU_GSP" "surface precipitation amount, graupel, grid scale" "kg/m^2" +133 201 78 -1 "RHO_SNOW" "snow density" "kg/m^3" 134 201 78 -1 "var134" "undefined" "" 135 201 78 -1 "var135" "undefined" "" 136 201 78 -1 "var136" "undefined" "" @@ -148,24 +148,24 @@ GRIB1 146 201 78 -1 "var146" "undefined" "" 147 201 78 -1 "var147" "undefined" "" 148 201 78 -1 "var148" "undefined" "" -149 201 78 -1 "KE" "kinetic energy ((u**2 + v**2) / 2)" "(m**2/s**2)" -150 201 78 -1 "hdi coeff" "coefficient of horizontal diffusion" "m**2/s" -151 201 78 -1 "dissp rate" "dissipation rate" "W/(Pa*m**2)" -152 201 78 -1 "TKE" "turbulent kinetic energy" "(m/s)**2" -153 201 78 -1 "TKVM" "coefficient of vertical diffusion, momentum" "m**2/s" -154 201 78 -1 "TKVH" "coefficient of vertical diffusion, heat" "m**2/s" -155 201 78 -1 "vdi coe cw" "coefficient of vertical diffusion, cloud water" "m**2/s" -156 201 78 -1 "vdi coe ci" "coefficient of vertical diffusion, cloud ice" "m**2/s" -157 201 78 -1 "vdi coe vp" "coefficient of vertical diffusion, water vapour" "m**2/s" +149 201 78 -1 "KE" "kinetic energy ((u^2 + v^2) / 2)" "m^2/s^2" +150 201 78 -1 "hdi coeff" "coefficient of horizontal diffusion" "m^2/s" +151 201 78 -1 "dissp rate" "dissipation rate" "W/Pa/m^2" +152 201 78 -1 "TKE" "turbulent kinetic energy" "(m/s)^2" +153 201 78 -1 "TKVM" "coefficient of vertical diffusion, momentum" "m^2/s" +154 201 78 -1 "TKVH" "coefficient of vertical diffusion, heat" "m^2/s" +155 201 78 -1 "vdi coe cw" "coefficient of vertical diffusion, cloud water" "m^2/s" +156 201 78 -1 "vdi coe ci" "coefficient of vertical diffusion, cloud ice" "m^2/s" +157 201 78 -1 "vdi coe vp" "coefficient of vertical diffusion, water vapour" "m^2/s" 158 201 78 -1 "dis len m" "turbulent dissipation length for momentum" "m" 159 201 78 -1 "dis len h" "turbulent dissipation length for heat" "m" -160 201 78 -1 "var u mom" "variance of u-component of momentum" "(m/s)**2" -161 201 78 -1 "var v mom" "variance of v-component of momentum" "(m/s)**2" -162 201 78 -1 "var w mom" "variance of w-component of momentum" "(m/s)**2" -163 201 78 -1 "var temp" "variance of temperature" "K**2" -164 201 78 -1 "var cl wat" "variance of specific cloud water content" "(kg/kg)**2" -165 201 78 -1 "var cl ice" "variance of specific cloud ice content" "(kg/kg)**2" -166 201 78 -1 "var vap mr" "variance of water vapour mixing ratio" "(kg/kg)**2" +160 201 78 -1 "var u mom" "variance of u-component of momentum" "(m/s)^2" +161 201 78 -1 "var v mom" "variance of v-component of momentum" "(m/s)^2" +162 201 78 -1 "var w mom" "variance of w-component of momentum" "(m/s)^2" +163 201 78 -1 "var temp" "variance of temperature" "K^2" +164 201 78 -1 "var cl wat" "variance of specific cloud water content" "(kg/kg)^2" +165 201 78 -1 "var cl ice" "variance of specific cloud ice content" "(kg/kg)^2" +166 201 78 -1 "var vap mr" "variance of water vapour mixing ratio" "(kg/kg)^2" 167 201 78 -1 "c wat flux" "turbulent vertical flux of spec cloud water" "m/s" 168 201 78 -1 "c ice flux" "turbulent vertical flux of spec cloud ice" "m/s" 169 201 78 -1 "w vap flux" "turbulent vertical flux of water vapour mix ratio" "m/s" @@ -175,20 +175,20 @@ GRIB1 173 201 78 -1 "PBL-top h" "PBL-top h" "m" 174 201 78 -1 "T-jump h" "temperature jump at PBL-top" "K" 175 201 78 -1 "q-jump h" "specific humidity jump at PBL-top" "kg/kg" -176 201 78 -1 "entr at h" "entrainment at PBL-top" "kg/(s*m**2)" -177 201 78 -1 "mass fl h" "upward mass flux at PBL-top" "kg/(s*m**2)" +176 201 78 -1 "entr at h" "entrainment at PBL-top" "kg/m^2/s" +177 201 78 -1 "mass fl h" "upward mass flux at PBL-top" "kg/m^2/s" 178 201 78 -1 "cl cov PBL" "cloud cover of PBL-clouds (0...1)" "1" 179 201 78 -1 "cl wat PBL" "specific cloud water content of PBL-clouds" "kg/kg" 180 201 78 -1 "cl top PBL" "cloud top of PBL-clouds" "m" 181 201 78 -1 "cl bas PBL" "cloud base of PBL-clouds" "m" -182 201 78 -1 "moun wav X" "vertical mountain wave momentum flux (X component)" "kg/(m*s**2)" -183 201 78 -1 "moun wav Y" "vertical mountain wave momentum flux (Y component)" "kg/(m*s**2)" +182 201 78 -1 "moun wav X" "vertical mountain wave momentum flux (X component)" "kg/m/s^2" +183 201 78 -1 "moun wav Y" "vertical mountain wave momentum flux (Y component)" "kg/m/s^2" 184 201 78 -1 "wave Ri" "wave Richardson number" "1" -185 201 78 -1 "wav div X" "mountain wave momentum flux divergence (X comp)" "m/s**2" -186 201 78 -1 "wav div Y" "mountain wave momentum flux divergence (Y comp)" "m/s**2" +185 201 78 -1 "wav div X" "mountain wave momentum flux divergence (X comp)" "m/s^2" +186 201 78 -1 "wav div Y" "mountain wave momentum flux divergence (Y comp)" "m/s^2" 187 201 78 -1 "VMAX_10M" "maximum wind velocity" "m/s" -188 201 78 -1 "wav dis vi" "mountain wave dissipation, vert integrated" "W/m**2" -189 201 78 -1 "wv en flux" "vertical wave energy flux" "kg*m/s**4" +188 201 78 -1 "wav dis vi" "mountain wave dissipation, vert integrated" "W/m^2" +189 201 78 -1 "wv en flux" "vertical wave energy flux" "kg*m/s^4" 190 201 78 -1 "var190" "undefined" "" 191 201 78 -1 "var191" "undefined" "" 192 201 78 -1 "var192" "undefined" "" @@ -197,9 +197,9 @@ GRIB1 195 201 78 -1 "var195" "undefined" "" 196 201 78 -1 "var196" "undefined" "" 197 201 78 -1 "T_SO" "temperature of soil layers" "K" -198 201 78 -1 "W_SO" "water + ice content of soil layers" "kg/(m**2)" -199 201 78 -1 "W_SO_ICE" "ice content of soil layers" "kg/(m**2)" -200 201 78 -1 "W_I" "water content of interception store" "kg/(m**2)" +198 201 78 -1 "W_SO" "water + ice content of soil layers" "kg/m^2" +199 201 78 -1 "W_SO_ICE" "ice content of soil layers" "kg/m^2" +200 201 78 -1 "W_I" "water content of interception store" "kg/m^2" 201 201 78 -1 "interc ice" "icebit for interception store" "1" 202 201 78 -1 "snow fract" "snow fraction" "1" 203 201 78 -1 "T_SNOW" "snow temperature" "K" @@ -239,7 +239,7 @@ GRIB1 237 201 78 -1 "S8" "S8" "1" 238 201 78 -1 "S9" "S9" "1" 239 201 78 -1 "S10" "S10" "1" -240 201 78 -1 "MFLX_CON" "cloud base mass flux kg/(s*m**2)" "" +240 201 78 -1 "MFLX_CON" "cloud base mass flux" "kg/m^2/s" 241 201 78 -1 "CAPE_CON" "convective available potential energy" "J/kg" 242 201 78 -1 "QCVG_CON" "moisture convergence for Kuo-type closure" "1/s" 243 201 78 -1 "TKE_CON" "convective turbulent energy" "J/kg" diff --git a/data/table_files/grib1_dwd_202_146.txt b/data/table_files/grib1_dwd_202_146.txt index 8db49d2e77..3c78812e48 100644 --- a/data/table_files/grib1_dwd_202_146.txt +++ b/data/table_files/grib1_dwd_202_146.txt @@ -1,10 +1,10 @@ GRIB1 0 202 146 -1 "var0" "undefined" "" -1 202 146 -1 "Seeg_peak" "jonswap parameter fm" "s**(-1)" +1 202 146 -1 "Seeg_peak" "jonswap parameter fm" "1/s" 2 202 146 -1 "Seeg_alpha" "jonswap parameter alpha" "1" 3 202 146 -1 "Seeg_gamma" "jonswap parameter gamma" "1" -4 202 146 -1 "Seeg_dir" "Seegang direction" "degree true" -5 202 146 -1 "Seeg_energ" "Seegang energy densitiy" "(m**2)*(s**2)" +4 202 146 -1 "Seeg_dir" "Seegang direction" "degree_true" +5 202 146 -1 "Seeg_energ" "Seegang energy densitiy" "m^2*s^2" 6 202 146 -1 "Seeg_icemk" "Seegang ice mask" "1" 7 202 146 -1 "peak p sw" "peak period of swell" "s" 8 202 146 -1 "peak p ww" "peak period of wind waves" "s" @@ -19,16 +19,16 @@ GRIB1 17 202 146 -1 "var17" "undefined" "" 18 202 146 -1 "var18" "undefined" "" 19 202 146 -1 "var19" "undefined" "" -20 202 146 -1 "Var. Geop." "Varianz Geopotential" "(m/s)**4" -21 202 146 -1 "Var. T" "Varianz Temperatur" "K**2" -22 202 146 -1 "Var. u" "Varianz Zonalwind" "(m/s)**2" -23 202 146 -1 "Var. v" "Varianz Meridionalwind" "(m/s)**2" -24 202 146 -1 "Var. q" "Varianz spezifische Feuchte" "(kg/kg)**2" -25 202 146 -1 "Mer. Imptr" "Meridionaler Impulstransport" "(m/s)**2" -26 202 146 -1 "Mer. TrEpt" "Meridionaler Transport potentieller Energie" "(m/s)**3" +20 202 146 -1 "Var. Geop." "Varianz Geopotential" "(m/s)^4" +21 202 146 -1 "Var. T" "Varianz Temperatur" "K^2" +22 202 146 -1 "Var. u" "Varianz Zonalwind" "(m/s)^2" +23 202 146 -1 "Var. v" "Varianz Meridionalwind" "(m/s)^2" +24 202 146 -1 "Var. q" "Varianz spezifische Feuchte" "(kg/kg)^2" +25 202 146 -1 "Mer. Imptr" "Meridionaler Impulstransport" "(m/s)^2" +26 202 146 -1 "Mer. TrEpt" "Meridionaler Transport potentieller Energie" "(m/s)^3" 27 202 146 -1 "Mer. TrsW" "Meridionaler Transport sensibler Waerme" "K*(m/s)" 28 202 146 -1 "Mer. TrlW" "Meridionaler Transport latenter Waerme" "(kg/kg)*(m/s)" -29 202 146 -1 "Ver. TrEpt" "Vertikaler Transport potentieller Energie" "(m/s)**2*(Pa/s)" +29 202 146 -1 "Ver. TrEpt" "Vertikaler Transport potentieller Energie" "(m/s)^2*(Pa/s)" 30 202 146 -1 "Ver. TrsW" "Vertikaler Transport sensibler Waerme" "K*(Pa/s)" 31 202 146 -1 "Ver.TrlW" "Vertikaler Transport latenter Waerme" "(kg/kg)*(Pa/s)" 32 202 146 -1 "var32" "undefined" "" @@ -39,9 +39,9 @@ GRIB1 37 202 146 -1 "var37" "undefined" "" 38 202 146 -1 "var38" "undefined" "" 39 202 146 -1 "var39" "undefined" "" -40 202 146 -1 "VarAF Geop" "Varianz des Analyse-Fehlers Geopotential" "(m/s)**4" -41 202 146 -1 "VarAF u" "Varianz des Analyse-Fehlers Zonalwind" "(m/s)**2" -42 202 146 -1 "VarAF v" "Varianz des Analyse-Fehlers Meridionalwind" "(m/s)**2" +40 202 146 -1 "VarAF Geop" "Varianz des Analyse-Fehlers Geopotential" "(m/s)^4" +41 202 146 -1 "VarAF u" "Varianz des Analyse-Fehlers Zonalwind" "(m/s)^2" +42 202 146 -1 "VarAF v" "Varianz des Analyse-Fehlers Meridionalwind" "(m/s)^2" 43 202 146 -1 "var43" "undefined" "" 44 202 146 -1 "DU_SSO" "undefined" "" 45 202 146 -1 "DV_SSO" "undefined" "" @@ -49,11 +49,11 @@ GRIB1 47 202 146 -1 "SSO_GAMMA" "anisotropy of topography" "1" 48 202 146 -1 "SSO_THETA" "angle betw. principal axis of orogr. and global E" "1" 49 202 146 -1 "SSO_SIGMA" "mean slope of subgrid scale orography" "1" -50 202 146 -1 "oro varian" "subgrid-scale variance of orography" "m**2" -51 202 146 -1 "E-W oro va" "E-W component of subgrid-scale variance of orogr" "m**2" -52 202 146 -1 "N-S oro va" "N-S component of subgrid-scale variance of orogr" "m**2" -53 202 146 -1 "NW-SE o va" "NW-SE component of subgrid-scale variance of orogr" "m**2" -54 202 146 -1 "NE-SW o va" "NE-SW component of subgrid-scale variance of orogr" "m**2" +50 202 146 -1 "oro varian" "subgrid-scale variance of orography" "m^2" +51 202 146 -1 "E-W oro va" "E-W component of subgrid-scale variance of orogr" "m^2" +52 202 146 -1 "N-S oro va" "N-S component of subgrid-scale variance of orogr" "m^2" +53 202 146 -1 "NW-SE o va" "NW-SE component of subgrid-scale variance of orogr" "m^2" +54 202 146 -1 "NE-SW o va" "NE-SW component of subgrid-scale variance of orogr" "m^2" 55 202 146 -1 "inl w frac" "fraction of inland water" "1" 56 202 146 -1 "EMISS_RAD" "surface emissivity" "1" 57 202 146 -1 "SOILTYP" "soil texture" "1" @@ -73,7 +73,7 @@ GRIB1 71 202 146 -1 "Orographie" "Orographie + Land-Meer-Verteilung" "m" 72 202 146 -1 "r length m" "roughness length momentum" "m" 73 202 146 -1 "r length h" "roughness length heat" "m" -74 202 146 -1 "var smc" "variance of soil moisture content" "kg**2/m**4" +74 202 146 -1 "var smc" "variance of soil moisture content" "kg^2/m^4" 75 202 146 -1 "FOR_E" "ground fraction covered by evergreen forest" "1" 76 202 146 -1 "FOR_D" "ground fraction covered by deciduous forest" "1" 77 202 146 -1 "NDVI" "normalized differential vegetation index" "1" @@ -100,24 +100,24 @@ GRIB1 98 202 146 -1 "var98" "undefined" "" 99 202 146 -1 "var99" "undefined" "" 100 202 146 -1 "var100" "undefined" "" -101 202 146 -1 "tidal tend" "tidal tendencies" "(m/s)**2" +101 202 146 -1 "tidal tend" "tidal tendencies" "(m/s)^2" 102 202 146 -1 "diab heatg" "sum of diabatic heating terms" "K/s" 103 202 146 -1 "adiab heat" "total adiabatic heating" "K/s" -104 202 146 -1 "adv q tend" "advective tendency of specific humidity" "s**(-1)" -105 202 146 -1 "nadv q ten" "non-advective tendency of specific humidity" "s**(-1)" -106 202 146 -1 "adv m te X" "advective momentum tendency (X component)" "m/s**2" -107 202 146 -1 "adv m te Y" "advective momentum tendency (Y component)" "m/s**2" -108 202 146 -1 "nad m te X" "non-advective momentum tendency (X component)" "m/s**2" -109 202 146 -1 "nad m te Y" "non-advective momentum tendency (Y component)" "m/s**2" -110 202 146 -1 "torque" "sum of mountain and frictional torque" "kg*(m/s)**2" +104 202 146 -1 "adv q tend" "advective tendency of specific humidity" "1/s" +105 202 146 -1 "nadv q ten" "non-advective tendency of specific humidity" "1/s" +106 202 146 -1 "adv m te X" "advective momentum tendency (X component)" "m/s^2" +107 202 146 -1 "adv m te Y" "advective momentum tendency (Y component)" "m/s^2" +108 202 146 -1 "nad m te X" "non-advective momentum tendency (X component)" "m/s^2" +109 202 146 -1 "nad m te Y" "non-advective momentum tendency (Y component)" "m/s^2" +110 202 146 -1 "torque" "sum of mountain and frictional torque" "kg*(m/s)^2" 111 202 146 -1 "budget val" "budget values" "1" 112 202 146 -1 "scale fact" "scale factor" "1" -113 202 146 -1 "FC" "Coriolis parameter" "s**(-1)" -114 202 146 -1 "RLAT" "latitude" "degr N" -115 202 146 -1 "RLON" "longitude" "degr E" +113 202 146 -1 "FC" "Coriolis parameter" "1/s" +114 202 146 -1 "RLAT" "latitude" "degrN" +115 202 146 -1 "RLON" "longitude" "degrE" 116 202 146 -1 "relax fact" "relaxation factor (lateral boundary, LAM)" "1" -117 202 146 -1 "climsstint" "climatic sea surface temp interpolated in time" "degr C" -118 202 146 -1 "pot vortic" "potential vorticity" "K*m**2/(s*kg)" +117 202 146 -1 "climsstint" "climatic sea surface temp interpolated in time" "degrC" +118 202 146 -1 "pot vortic" "potential vorticity" "K*m^2/kg/s" 119 202 146 -1 "ln ps" "log surface pressure" "1" 120 202 146 -1 "var120" "undefined" "" 121 202 146 -1 "ZTD" "delay of the GPS signal through the atmosphere" "m" @@ -149,36 +149,36 @@ GRIB1 147 202 146 -1 "var147" "undefined" "" 148 202 146 -1 "var148" "undefined" "" 149 202 146 -1 "var149" "undefined" "" -150 202 146 -1 "SO2-conc" "SO2-concentration" "10**(-6)*g/m**3" -151 202 146 -1 "SO2-dryd" "SO2-dry deposition" "10**(-3)*g/m**2" -152 202 146 -1 "SO2-wetd" "SO2-wet deposition" "10**(-3)*g/m**2" -153 202 146 -1 "SO4-conc" "SO4-concentration" "10**(-6)*g/m**3" -154 202 146 -1 "SO4-dryd" "SO4-dry deposition" "10**(-3)*g/m**2" -155 202 146 -1 "SO4-wetd" "SO4-wet deposition" "10**(-3)*g/m**2" -156 202 146 -1 "NO-conc" "NO-concentration" "10**(-6)*g/m**3" -157 202 146 -1 "NO-dryd" "NO-dry deposition" "10**(-3)*g/m**2" -158 202 146 -1 "NO-wetd" "NO-wet deposition" "10**(-3)*g/m**2" -159 202 146 -1 "NO2-conc" "NO2-concentration" "10**(-6)*g/m**3" -160 202 146 -1 "NO2-dryd" "NO2-dry deposition" "10**(-3)*g/m**2" -161 202 146 -1 "NO2-wetd" "NO2-wet deposition" "10**(-3)*g/m**2" -162 202 146 -1 "NO3-conc" "NO3-concentration" "10**(-6)*g/m**3" -163 202 146 -1 "NO3-dryd" "NO3-dry deposition" "10**(-3)*g/m**2" -164 202 146 -1 "NO3-wetd" "NO3-wet deposition" "10**(-3)*g/m**2" -165 202 146 -1 "HNO3-conc" "HNO3-concentration" "10**(-6)*g/m**3" -166 202 146 -1 "HNO3-dryd" "HNO3-dry deposition" "10**(-3)*g/m**2" -167 202 146 -1 "HNO3-wetd" "HNO3-wet deposition" "10**(-3)*g/m**2" -168 202 146 -1 "NH3-conc" "NH3-concentration" "10**(-6)*g/m**3" -169 202 146 -1 "NH3-dryd" "NH3-dry deposition" "10**(-3)*g/m**2" -170 202 146 -1 "NH3-wetd" "NH3-wet deposition" "10**(-3)*g/m**2" -171 202 146 -1 "NH4-conc" "NH4-concentration" "10**(-6)*g/m**3" -172 202 146 -1 "NH4-dryd" "NH4-dry deposition" "10**(-3)*g/m**2" -173 202 146 -1 "NH4-wetd" "NH4-wet deposition" "10**(-3)*g/m**2" -174 202 146 -1 "O3-conc" "O3-concentration" "10**(-6)*g/m**3" -175 202 146 -1 "PAN-conc" "PAN-concentration" "10**(-6)*g/m**3" -176 202 146 -1 "PAN-dryd" "PAN-dry deposition" "10**(-3)*g/m**2" -177 202 146 -1 "OH-conc" "OH-concentration" "10**(-6)*g/m**3" -178 202 146 -1 "O3-dryd" "O3-dry deposition" "10**(-3)*g/m**2" -179 202 146 -1 "O3-wetd" "O3-wet deposition" "10**(-3)*g/m**2" +150 202 146 -1 "SO2-conc" "SO2-concentration" "1/10^6*g/m^3" +151 202 146 -1 "SO2-dryd" "SO2-dry deposition" "1/10^3*g/m^2" +152 202 146 -1 "SO2-wetd" "SO2-wet deposition" "1/10^3*g/m^2" +153 202 146 -1 "SO4-conc" "SO4-concentration" "1/10^6*g/m^3" +154 202 146 -1 "SO4-dryd" "SO4-dry deposition" "1/10^3*g/m^2" +155 202 146 -1 "SO4-wetd" "SO4-wet deposition" "1/10^3*g/m^2" +156 202 146 -1 "NO-conc" "NO-concentration" "1/10^6*g/m^3" +157 202 146 -1 "NO-dryd" "NO-dry deposition" "1/10^3*g/m^2" +158 202 146 -1 "NO-wetd" "NO-wet deposition" "1/10^3*g/m^2" +159 202 146 -1 "NO2-conc" "NO2-concentration" "1/10^6*g/m^3" +160 202 146 -1 "NO2-dryd" "NO2-dry deposition" "1/10^3*g/m^2" +161 202 146 -1 "NO2-wetd" "NO2-wet deposition" "1/10^3*g/m^2" +162 202 146 -1 "NO3-conc" "NO3-concentration" "1/10^6*g/m^3" +163 202 146 -1 "NO3-dryd" "NO3-dry deposition" "1/10^3*g/m^2" +164 202 146 -1 "NO3-wetd" "NO3-wet deposition" "1/10^3*g/m^2" +165 202 146 -1 "HNO3-conc" "HNO3-concentration" "1/10^6*g/m^3" +166 202 146 -1 "HNO3-dryd" "HNO3-dry deposition" "1/10^3*g/m^2" +167 202 146 -1 "HNO3-wetd" "HNO3-wet deposition" "1/10^3*g/m^2" +168 202 146 -1 "NH3-conc" "NH3-concentration" "1/10^6*g/m^3" +169 202 146 -1 "NH3-dryd" "NH3-dry deposition" "1/10^3*g/m^2" +170 202 146 -1 "NH3-wetd" "NH3-wet deposition" "1/10^3*g/m^2" +171 202 146 -1 "NH4-conc" "NH4-concentration" "1/10^6*g/m^3" +172 202 146 -1 "NH4-dryd" "NH4-dry deposition" "1/10^3*g/m^2" +173 202 146 -1 "NH4-wetd" "NH4-wet deposition" "1/10^3*g/m^2" +174 202 146 -1 "O3-conc" "O3-concentration" "1/10^6*g/m^3" +175 202 146 -1 "PAN-conc" "PAN-concentration" "1/10^6*g/m^3" +176 202 146 -1 "PAN-dryd" "PAN-dry deposition" "1/10^3*g/m^2" +177 202 146 -1 "OH-conc" "OH-concentration" "1/10^6*g/m^3" +178 202 146 -1 "O3-dryd" "O3-dry deposition" "1/10^3*g/m^2" +179 202 146 -1 "O3-wetd" "O3-wet deposition" "1/10^3*g/m^2" 180 202 146 -1 "O3" "O3-mixing ratio" "kg/kg" 181 202 146 -1 "var181" "undefined" "" 182 202 146 -1 "var182" "undefined" "" @@ -199,18 +199,18 @@ GRIB1 197 202 146 -1 "var197" "undefined" "" 198 202 146 -1 "var198" "undefined" "" 199 202 146 -1 "var199" "undefined" "" -200 202 146 -1 "I131-conc" "I131-concentration" "Bq/m**3" -201 202 146 -1 "I131-dryd" "I131-dry deposition" "Bq/m**2" -202 202 146 -1 "I131-wetd" "I131-wet deposition" "Bq/m**2" -203 202 146 -1 "Cs137-conc" "Cs137-concentration" "Bq/m**3" -204 202 146 -1 "Cs137-dryd" "Cs1370dry deposition" "Bq/m**2" -205 202 146 -1 "Cs137-wetd" "Cs137-wet deposition" "Bq/m**2" -206 202 146 -1 "Te132-conc" "Te132-concentration" "Bq/m**3" -207 202 146 -1 "Te132-dryd" "Te132-dry deposition" "Bq/m**2" -208 202 146 -1 "Te132-wetd" "Te132-wet deposition" "Bq/m**2" -209 202 146 -1 "Zr95-conc" "Zr95-concentration" "Bq/m**3" -210 202 146 -1 "Zr95-dryd" "Zr95-dry deposition" "Bq/m**2" -211 202 146 -1 "Zr95-wetd" "Zr95-wet deposition" "Bq/m**2" +200 202 146 -1 "I131-conc" "I131-concentration" "Bq/m^3" +201 202 146 -1 "I131-dryd" "I131-dry deposition" "Bq/m^2" +202 202 146 -1 "I131-wetd" "I131-wet deposition" "Bq/m^2" +203 202 146 -1 "Cs137-conc" "Cs137-concentration" "Bq/m^3" +204 202 146 -1 "Cs137-dryd" "Cs1370dry deposition" "Bq/m^2" +205 202 146 -1 "Cs137-wetd" "Cs137-wet deposition" "Bq/m^2" +206 202 146 -1 "Te132-conc" "Te132-concentration" "Bq/m^3" +207 202 146 -1 "Te132-dryd" "Te132-dry deposition" "Bq/m^2" +208 202 146 -1 "Te132-wetd" "Te132-wet deposition" "Bq/m^2" +209 202 146 -1 "Zr95-conc" "Zr95-concentration" "Bq/m^3" +210 202 146 -1 "Zr95-dryd" "Zr95-dry deposition" "Bq/m^2" +211 202 146 -1 "Zr95-wetd" "Zr95-wet deposition" "Bq/m^2" 212 202 146 -1 "var212" "undefined" "" 213 202 146 -1 "var213" "undefined" "" 214 202 146 -1 "var214" "undefined" "" @@ -230,9 +230,9 @@ GRIB1 228 202 146 -1 "var228" "undefined" "" 229 202 146 -1 "var229" "undefined" "" 230 202 146 -1 "var230" "undefined" "" -231 202 146 -1 "USTR_SSO" "Mom. flux, u component, due to SSO-effects" "(N/(m**2)" -232 202 146 -1 "VSTR_SSO" "Mom. flux, v component, due to SSO-effects" "(N/(m**2)" -233 202 146 -1 "VDIS_SSO" "Dissipation of kinetic energy due to SSO-effects" "(W/(m**2)" +231 202 146 -1 "USTR_SSO" "Mom. flux, u component, due to SSO-effects" "N/m^2" +232 202 146 -1 "VSTR_SSO" "Mom. flux, v component, due to SSO-effects" "N/m^2" +233 202 146 -1 "VDIS_SSO" "Dissipation of kinetic energy due to SSO-effects" "W/m^2" 234 202 146 -1 "var234" "undefined" "" 235 202 146 -1 "var235" "undefined" "" 236 202 146 -1 "var236" "undefined" "" @@ -243,15 +243,15 @@ GRIB1 241 202 146 -1 "BasicUV_IF" "Basic UV_Index m.s.l.,fixed albedo,cloudless(F), h" "1" 242 202 146 -1 "UV_Ind_W_h" "UV_Index corrected for albedo+altitude+clouds(W),h" "1" 243 202 146 -1 "UV_IndmaxF" "UV_Index cloudless (F), daily maximum" "1" -244 202 146 -1 "SB-Index" "Sonnenbrand-Index" "(W*10**(-3))/m**2" -245 202 146 -1 "SB-Index W" "Sonnenbrand-Index bei mittl. Bewoelkung (08z-12z)" "(W*10**(-3))/m**2" -246 202 146 -1 "Kan.UVB-WI" "Kanadischer UVB-Warnindex (bew|lkungsreduziert)" "(W*10**(-3))/m**2" -247 202 146 -1 "gesamt O3" "total column ozone (Gesamtozon)" "Dobson Unit, DU" +244 202 146 -1 "SB-Index" "Sonnenbrand-Index" "(W/10^3)/m^2" +245 202 146 -1 "SB-Index W" "Sonnenbrand-Index bei mittl. Bewoelkung (08z-12z)" "(W/10^3)/m^2" +246 202 146 -1 "Kan.UVB-WI" "Kanadischer UVB-Warnindex (bew|lkungsreduziert)" "(W/10^3)/m^2" +247 202 146 -1 "gesamt O3" "total column ozone (Gesamtozon)" "DobsonUnit(DU)" 248 202 146 -1 "UV_IndmaxW" "UV_Index clouded (W), daily maximum" "1" -249 202 146 -1 "h UV_IndMx" "time of UV_Index maximum" "h UTC" +249 202 146 -1 "h UV_IndMx" "time of UV_Index maximum" "hUTC" 250 202 146 -1 "var250" "undefined" "" 251 202 146 -1 "var251" "undefined" "" 252 202 146 -1 "var252" "undefined" "" 253 202 146 -1 "var253" "undefined" "" 254 202 146 -1 "var254" "undefined" "" -255 202 146 -1 "var255" "undefined" "" \ No newline at end of file +255 202 146 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_dwd_202_78.txt b/data/table_files/grib1_dwd_202_78.txt index 03a91f5a3e..19d83aa2cb 100644 --- a/data/table_files/grib1_dwd_202_78.txt +++ b/data/table_files/grib1_dwd_202_78.txt @@ -1,10 +1,10 @@ GRIB1 0 202 78 -1 "var0" "undefined" "" -1 202 78 -1 "Seeg_peak" "jonswap parameter fm" "s**(-1)" +1 202 78 -1 "Seeg_peak" "jonswap parameter fm" "1/s" 2 202 78 -1 "Seeg_alpha" "jonswap parameter alpha" "1" 3 202 78 -1 "Seeg_gamma" "jonswap parameter gamma" "1" -4 202 78 -1 "Seeg_dir" "Seegang direction" "degree true" -5 202 78 -1 "Seeg_energ" "Seegang energy densitiy" "(m**2)*(s**2)" +4 202 78 -1 "Seeg_dir" "Seegang direction" "degree_true" +5 202 78 -1 "Seeg_energ" "Seegang energy densitiy" "m^2*s^2" 6 202 78 -1 "Seeg_icemk" "Seegang ice mask" "1" 7 202 78 -1 "peak p sw" "peak period of swell" "s" 8 202 78 -1 "peak p ww" "peak period of wind waves" "s" @@ -19,16 +19,16 @@ GRIB1 17 202 78 -1 "var17" "undefined" "" 18 202 78 -1 "var18" "undefined" "" 19 202 78 -1 "var19" "undefined" "" -20 202 78 -1 "Var. Geop." "Varianz Geopotential" "(m/s)**4" -21 202 78 -1 "Var. T" "Varianz Temperatur" "K**2" -22 202 78 -1 "Var. u" "Varianz Zonalwind" "(m/s)**2" -23 202 78 -1 "Var. v" "Varianz Meridionalwind" "(m/s)**2" -24 202 78 -1 "Var. q" "Varianz spezifische Feuchte" "(kg/kg)**2" -25 202 78 -1 "Mer. Imptr" "Meridionaler Impulstransport" "(m/s)**2" -26 202 78 -1 "Mer. TrEpt" "Meridionaler Transport potentieller Energie" "(m/s)**3" +20 202 78 -1 "Var. Geop." "Varianz Geopotential" "(m/s)^4" +21 202 78 -1 "Var. T" "Varianz Temperatur" "K^2" +22 202 78 -1 "Var. u" "Varianz Zonalwind" "(m/s)^2" +23 202 78 -1 "Var. v" "Varianz Meridionalwind" "(m/s)^2" +24 202 78 -1 "Var. q" "Varianz spezifische Feuchte" "(kg/kg)^2" +25 202 78 -1 "Mer. Imptr" "Meridionaler Impulstransport" "(m/s)^2" +26 202 78 -1 "Mer. TrEpt" "Meridionaler Transport potentieller Energie" "(m/s)^3" 27 202 78 -1 "Mer. TrsW" "Meridionaler Transport sensibler Waerme" "K*(m/s)" 28 202 78 -1 "Mer. TrlW" "Meridionaler Transport latenter Waerme" "(kg/kg)*(m/s)" -29 202 78 -1 "Ver. TrEpt" "Vertikaler Transport potentieller Energie" "(m/s)**2*(Pa/s)" +29 202 78 -1 "Ver. TrEpt" "Vertikaler Transport potentieller Energie" "(m/s)^2*(Pa/s)" 30 202 78 -1 "Ver. TrsW" "Vertikaler Transport sensibler Waerme" "K*(Pa/s)" 31 202 78 -1 "Ver.TrlW" "Vertikaler Transport latenter Waerme" "(kg/kg)*(Pa/s)" 32 202 78 -1 "var32" "undefined" "" @@ -39,9 +39,9 @@ GRIB1 37 202 78 -1 "var37" "undefined" "" 38 202 78 -1 "var38" "undefined" "" 39 202 78 -1 "var39" "undefined" "" -40 202 78 -1 "VarAF Geop" "Varianz des Analyse-Fehlers Geopotential" "(m/s)**4" -41 202 78 -1 "VarAF u" "Varianz des Analyse-Fehlers Zonalwind" "(m/s)**2" -42 202 78 -1 "VarAF v" "Varianz des Analyse-Fehlers Meridionalwind" "(m/s)**2" +40 202 78 -1 "VarAF Geop" "Varianz des Analyse-Fehlers Geopotential" "(m/s)^4" +41 202 78 -1 "VarAF u" "Varianz des Analyse-Fehlers Zonalwind" "(m/s)^2" +42 202 78 -1 "VarAF v" "Varianz des Analyse-Fehlers Meridionalwind" "(m/s)^2" 43 202 78 -1 "var43" "undefined" "" 44 202 78 -1 "DU_SSO" "undefined" "" 45 202 78 -1 "DV_SSO" "undefined" "" @@ -49,11 +49,11 @@ GRIB1 47 202 78 -1 "SSO_GAMMA" "anisotropy of topography" "1" 48 202 78 -1 "SSO_THETA" "angle betw. principal axis of orogr. and global E" "1" 49 202 78 -1 "SSO_SIGMA" "mean slope of subgrid scale orography" "1" -50 202 78 -1 "oro varian" "subgrid-scale variance of orography" "m**2" -51 202 78 -1 "E-W oro va" "E-W component of subgrid-scale variance of orogr" "m**2" -52 202 78 -1 "N-S oro va" "N-S component of subgrid-scale variance of orogr" "m**2" -53 202 78 -1 "NW-SE o va" "NW-SE component of subgrid-scale variance of orogr" "m**2" -54 202 78 -1 "NE-SW o va" "NE-SW component of subgrid-scale variance of orogr" "m**2" +50 202 78 -1 "oro varian" "subgrid-scale variance of orography" "m^2" +51 202 78 -1 "E-W oro va" "E-W component of subgrid-scale variance of orogr" "m^2" +52 202 78 -1 "N-S oro va" "N-S component of subgrid-scale variance of orogr" "m^2" +53 202 78 -1 "NW-SE o va" "NW-SE component of subgrid-scale variance of orogr" "m^2" +54 202 78 -1 "NE-SW o va" "NE-SW component of subgrid-scale variance of orogr" "m^2" 55 202 78 -1 "inl w frac" "fraction of inland water" "1" 56 202 78 -1 "EMISS_RAD" "surface emissivity" "1" 57 202 78 -1 "SOILTYP" "soil texture" "1" @@ -73,7 +73,7 @@ GRIB1 71 202 78 -1 "Orographie" "Orographie + Land-Meer-Verteilung" "m" 72 202 78 -1 "r length m" "roughness length momentum" "m" 73 202 78 -1 "r length h" "roughness length heat" "m" -74 202 78 -1 "var smc" "variance of soil moisture content" "kg**2/m**4" +74 202 78 -1 "var smc" "variance of soil moisture content" "kg^2/m^4" 75 202 78 -1 "FOR_E" "ground fraction covered by evergreen forest" "1" 76 202 78 -1 "FOR_D" "ground fraction covered by deciduous forest" "1" 77 202 78 -1 "NDVI" "normalized differential vegetation index" "1" @@ -100,24 +100,24 @@ GRIB1 98 202 78 -1 "var98" "undefined" "" 99 202 78 -1 "var99" "undefined" "" 100 202 78 -1 "var100" "undefined" "" -101 202 78 -1 "tidal tend" "tidal tendencies" "(m/s)**2" +101 202 78 -1 "tidal tend" "tidal tendencies" "(m/s)^2" 102 202 78 -1 "diab heatg" "sum of diabatic heating terms" "K/s" 103 202 78 -1 "adiab heat" "total adiabatic heating" "K/s" -104 202 78 -1 "adv q tend" "advective tendency of specific humidity" "s**(-1)" -105 202 78 -1 "nadv q ten" "non-advective tendency of specific humidity" "s**(-1)" -106 202 78 -1 "adv m te X" "advective momentum tendency (X component)" "m/s**2" -107 202 78 -1 "adv m te Y" "advective momentum tendency (Y component)" "m/s**2" -108 202 78 -1 "nad m te X" "non-advective momentum tendency (X component)" "m/s**2" -109 202 78 -1 "nad m te Y" "non-advective momentum tendency (Y component)" "m/s**2" -110 202 78 -1 "torque" "sum of mountain and frictional torque" "kg*(m/s)**2" +104 202 78 -1 "adv q tend" "advective tendency of specific humidity" "1/s" +105 202 78 -1 "nadv q ten" "non-advective tendency of specific humidity" "1/s" +106 202 78 -1 "adv m te X" "advective momentum tendency (X component)" "m/s^2" +107 202 78 -1 "adv m te Y" "advective momentum tendency (Y component)" "m/s^2" +108 202 78 -1 "nad m te X" "non-advective momentum tendency (X component)" "m/s^2" +109 202 78 -1 "nad m te Y" "non-advective momentum tendency (Y component)" "m/s^2" +110 202 78 -1 "torque" "sum of mountain and frictional torque" "kg*(m/s)^2" 111 202 78 -1 "budget val" "budget values" "1" 112 202 78 -1 "scale fact" "scale factor" "1" -113 202 78 -1 "FC" "Coriolis parameter" "s**(-1)" -114 202 78 -1 "RLAT" "latitude" "degr N" -115 202 78 -1 "RLON" "longitude" "degr E" +113 202 78 -1 "FC" "Coriolis parameter" "1/s" +114 202 78 -1 "RLAT" "latitude" "degrN" +115 202 78 -1 "RLON" "longitude" "degrE" 116 202 78 -1 "relax fact" "relaxation factor (lateral boundary, LAM)" "1" -117 202 78 -1 "climsstint" "climatic sea surface temp interpolated in time" "degr C" -118 202 78 -1 "pot vortic" "potential vorticity" "K*m**2/(s*kg)" +117 202 78 -1 "climsstint" "climatic sea surface temp interpolated in time" "degrC" +118 202 78 -1 "pot vortic" "potential vorticity" "K*m^2/kg/s" 119 202 78 -1 "ln ps" "log surface pressure" "1" 120 202 78 -1 "var120" "undefined" "" 121 202 78 -1 "ZTD" "delay of the GPS signal through the atmosphere" "m" @@ -149,36 +149,36 @@ GRIB1 147 202 78 -1 "var147" "undefined" "" 148 202 78 -1 "var148" "undefined" "" 149 202 78 -1 "var149" "undefined" "" -150 202 78 -1 "SO2-conc" "SO2-concentration" "10**(-6)*g/m**3" -151 202 78 -1 "SO2-dryd" "SO2-dry deposition" "10**(-3)*g/m**2" -152 202 78 -1 "SO2-wetd" "SO2-wet deposition" "10**(-3)*g/m**2" -153 202 78 -1 "SO4-conc" "SO4-concentration" "10**(-6)*g/m**3" -154 202 78 -1 "SO4-dryd" "SO4-dry deposition" "10**(-3)*g/m**2" -155 202 78 -1 "SO4-wetd" "SO4-wet deposition" "10**(-3)*g/m**2" -156 202 78 -1 "NO-conc" "NO-concentration" "10**(-6)*g/m**3" -157 202 78 -1 "NO-dryd" "NO-dry deposition" "10**(-3)*g/m**2" -158 202 78 -1 "NO-wetd" "NO-wet deposition" "10**(-3)*g/m**2" -159 202 78 -1 "NO2-conc" "NO2-concentration" "10**(-6)*g/m**3" -160 202 78 -1 "NO2-dryd" "NO2-dry deposition" "10**(-3)*g/m**2" -161 202 78 -1 "NO2-wetd" "NO2-wet deposition" "10**(-3)*g/m**2" -162 202 78 -1 "NO3-conc" "NO3-concentration" "10**(-6)*g/m**3" -163 202 78 -1 "NO3-dryd" "NO3-dry deposition" "10**(-3)*g/m**2" -164 202 78 -1 "NO3-wetd" "NO3-wet deposition" "10**(-3)*g/m**2" -165 202 78 -1 "HNO3-conc" "HNO3-concentration" "10**(-6)*g/m**3" -166 202 78 -1 "HNO3-dryd" "HNO3-dry deposition" "10**(-3)*g/m**2" -167 202 78 -1 "HNO3-wetd" "HNO3-wet deposition" "10**(-3)*g/m**2" -168 202 78 -1 "NH3-conc" "NH3-concentration" "10**(-6)*g/m**3" -169 202 78 -1 "NH3-dryd" "NH3-dry deposition" "10**(-3)*g/m**2" -170 202 78 -1 "NH3-wetd" "NH3-wet deposition" "10**(-3)*g/m**2" -171 202 78 -1 "NH4-conc" "NH4-concentration" "10**(-6)*g/m**3" -172 202 78 -1 "NH4-dryd" "NH4-dry deposition" "10**(-3)*g/m**2" -173 202 78 -1 "NH4-wetd" "NH4-wet deposition" "10**(-3)*g/m**2" -174 202 78 -1 "O3-conc" "O3-concentration" "10**(-6)*g/m**3" -175 202 78 -1 "PAN-conc" "PAN-concentration" "10**(-6)*g/m**3" -176 202 78 -1 "PAN-dryd" "PAN-dry deposition" "10**(-3)*g/m**2" -177 202 78 -1 "OH-conc" "OH-concentration" "10**(-6)*g/m**3" -178 202 78 -1 "O3-dryd" "O3-dry deposition" "10**(-3)*g/m**2" -179 202 78 -1 "O3-wetd" "O3-wet deposition" "10**(-3)*g/m**2" +150 202 78 -1 "SO2-conc" "SO2-concentration" "1/10^6*g/m^3" +151 202 78 -1 "SO2-dryd" "SO2-dry deposition" "1/10^3*g/m^2" +152 202 78 -1 "SO2-wetd" "SO2-wet deposition" "1/10^3*g/m^2" +153 202 78 -1 "SO4-conc" "SO4-concentration" "1/10^6*g/m^3" +154 202 78 -1 "SO4-dryd" "SO4-dry deposition" "1/10^3*g/m^2" +155 202 78 -1 "SO4-wetd" "SO4-wet deposition" "1/10^3*g/m^2" +156 202 78 -1 "NO-conc" "NO-concentration" "1/10^6*g/m^3" +157 202 78 -1 "NO-dryd" "NO-dry deposition" "1/10^3*g/m^2" +158 202 78 -1 "NO-wetd" "NO-wet deposition" "1/10^3*g/m^2" +159 202 78 -1 "NO2-conc" "NO2-concentration" "1/10^6*g/m^3" +160 202 78 -1 "NO2-dryd" "NO2-dry deposition" "1/10^3*g/m^2" +161 202 78 -1 "NO2-wetd" "NO2-wet deposition" "1/10^3*g/m^2" +162 202 78 -1 "NO3-conc" "NO3-concentration" "1/10^6*g/m^3" +163 202 78 -1 "NO3-dryd" "NO3-dry deposition" "1/10^3*g/m^2" +164 202 78 -1 "NO3-wetd" "NO3-wet deposition" "1/10^3*g/m^2" +165 202 78 -1 "HNO3-conc" "HNO3-concentration" "1/10^6*g/m^3" +166 202 78 -1 "HNO3-dryd" "HNO3-dry deposition" "1/10^3*g/m^2" +167 202 78 -1 "HNO3-wetd" "HNO3-wet deposition" "1/10^3*g/m^2" +168 202 78 -1 "NH3-conc" "NH3-concentration" "1/10^6*g/m^3" +169 202 78 -1 "NH3-dryd" "NH3-dry deposition" "1/10^3*g/m^2" +170 202 78 -1 "NH3-wetd" "NH3-wet deposition" "1/10^3*g/m^2" +171 202 78 -1 "NH4-conc" "NH4-concentration" "1/10^6*g/m^3" +172 202 78 -1 "NH4-dryd" "NH4-dry deposition" "1/10^3*g/m^2" +173 202 78 -1 "NH4-wetd" "NH4-wet deposition" "1/10^3*g/m^2" +174 202 78 -1 "O3-conc" "O3-concentration" "1/10^6*g/m^3" +175 202 78 -1 "PAN-conc" "PAN-concentration" "1/10^6*g/m^3" +176 202 78 -1 "PAN-dryd" "PAN-dry deposition" "1/10^3*g/m^2" +177 202 78 -1 "OH-conc" "OH-concentration" "1/10^6*g/m^3" +178 202 78 -1 "O3-dryd" "O3-dry deposition" "1/10^3*g/m^2" +179 202 78 -1 "O3-wetd" "O3-wet deposition" "1/10^3*g/m^2" 180 202 78 -1 "O3" "O3-mixing ratio" "kg/kg" 181 202 78 -1 "var181" "undefined" "" 182 202 78 -1 "var182" "undefined" "" @@ -199,18 +199,18 @@ GRIB1 197 202 78 -1 "var197" "undefined" "" 198 202 78 -1 "var198" "undefined" "" 199 202 78 -1 "var199" "undefined" "" -200 202 78 -1 "I131-conc" "I131-concentration" "Bq/m**3" -201 202 78 -1 "I131-dryd" "I131-dry deposition" "Bq/m**2" -202 202 78 -1 "I131-wetd" "I131-wet deposition" "Bq/m**2" -203 202 78 -1 "Cs137-conc" "Cs137-concentration" "Bq/m**3" -204 202 78 -1 "Cs137-dryd" "Cs1370dry deposition" "Bq/m**2" -205 202 78 -1 "Cs137-wetd" "Cs137-wet deposition" "Bq/m**2" -206 202 78 -1 "Te132-conc" "Te132-concentration" "Bq/m**3" -207 202 78 -1 "Te132-dryd" "Te132-dry deposition" "Bq/m**2" -208 202 78 -1 "Te132-wetd" "Te132-wet deposition" "Bq/m**2" -209 202 78 -1 "Zr95-conc" "Zr95-concentration" "Bq/m**3" -210 202 78 -1 "Zr95-dryd" "Zr95-dry deposition" "Bq/m**2" -211 202 78 -1 "Zr95-wetd" "Zr95-wet deposition" "Bq/m**2" +200 202 78 -1 "I131-conc" "I131-concentration" "Bq/m^3" +201 202 78 -1 "I131-dryd" "I131-dry deposition" "Bq/m^2" +202 202 78 -1 "I131-wetd" "I131-wet deposition" "Bq/m^2" +203 202 78 -1 "Cs137-conc" "Cs137-concentration" "Bq/m^3" +204 202 78 -1 "Cs137-dryd" "Cs1370dry deposition" "Bq/m^2" +205 202 78 -1 "Cs137-wetd" "Cs137-wet deposition" "Bq/m^2" +206 202 78 -1 "Te132-conc" "Te132-concentration" "Bq/m^3" +207 202 78 -1 "Te132-dryd" "Te132-dry deposition" "Bq/m^2" +208 202 78 -1 "Te132-wetd" "Te132-wet deposition" "Bq/m^2" +209 202 78 -1 "Zr95-conc" "Zr95-concentration" "Bq/m^3" +210 202 78 -1 "Zr95-dryd" "Zr95-dry deposition" "Bq/m^2" +211 202 78 -1 "Zr95-wetd" "Zr95-wet deposition" "Bq/m^2" 212 202 78 -1 "var212" "undefined" "" 213 202 78 -1 "var213" "undefined" "" 214 202 78 -1 "var214" "undefined" "" @@ -230,9 +230,9 @@ GRIB1 228 202 78 -1 "var228" "undefined" "" 229 202 78 -1 "var229" "undefined" "" 230 202 78 -1 "var230" "undefined" "" -231 202 78 -1 "USTR_SSO" "Mom. flux, u component, due to SSO-effects" "(N/(m**2)" -232 202 78 -1 "VSTR_SSO" "Mom. flux, v component, due to SSO-effects" "(N/(m**2)" -233 202 78 -1 "VDIS_SSO" "Dissipation of kinetic energy due to SSO-effects" "(W/(m**2)" +231 202 78 -1 "USTR_SSO" "Mom. flux, u component, due to SSO-effects" "N/m^2" +232 202 78 -1 "VSTR_SSO" "Mom. flux, v component, due to SSO-effects" "N/m^2" +233 202 78 -1 "VDIS_SSO" "Dissipation of kinetic energy due to SSO-effects" "W/m^2" 234 202 78 -1 "var234" "undefined" "" 235 202 78 -1 "var235" "undefined" "" 236 202 78 -1 "var236" "undefined" "" @@ -243,15 +243,15 @@ GRIB1 241 202 78 -1 "BasicUV_IF" "Basic UV_Index m.s.l.,fixed albedo,cloudless(F), h" "1" 242 202 78 -1 "UV_Ind_W_h" "UV_Index corrected for albedo+altitude+clouds(W),h" "1" 243 202 78 -1 "UV_IndmaxF" "UV_Index cloudless (F), daily maximum" "1" -244 202 78 -1 "SB-Index" "Sonnenbrand-Index" "(W*10**(-3))/m**2" -245 202 78 -1 "SB-Index W" "Sonnenbrand-Index bei mittl. Bewoelkung (08z-12z)" "(W*10**(-3))/m**2" -246 202 78 -1 "Kan.UVB-WI" "Kanadischer UVB-Warnindex (bew|lkungsreduziert)" "(W*10**(-3))/m**2" -247 202 78 -1 "gesamt O3" "total column ozone (Gesamtozon)" "Dobson Unit, DU" +244 202 78 -1 "SB-Index" "Sonnenbrand-Index" "(W/10^3)/m^2" +245 202 78 -1 "SB-Index W" "Sonnenbrand-Index bei mittl. Bewoelkung (08z-12z)" "(W/10^3)/m^2" +246 202 78 -1 "Kan.UVB-WI" "Kanadischer UVB-Warnindex (bew|lkungsreduziert)" "(W/10^3)/m^2" +247 202 78 -1 "gesamt O3" "total column ozone (Gesamtozon)" "DobsonUnit(DU)" 248 202 78 -1 "UV_IndmaxW" "UV_Index clouded (W), daily maximum" "1" -249 202 78 -1 "h UV_IndMx" "time of UV_Index maximum" "h UTC" +249 202 78 -1 "h UV_IndMx" "time of UV_Index maximum" "hUTC" 250 202 78 -1 "var250" "undefined" "" 251 202 78 -1 "var251" "undefined" "" 252 202 78 -1 "var252" "undefined" "" 253 202 78 -1 "var253" "undefined" "" 254 202 78 -1 "var254" "undefined" "" -255 202 78 -1 "var255" "undefined" "" \ No newline at end of file +255 202 78 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_dwd_203_146.txt b/data/table_files/grib1_dwd_203_146.txt index bc5cc2cdd1..24325b9803 100644 --- a/data/table_files/grib1_dwd_203_146.txt +++ b/data/table_files/grib1_dwd_203_146.txt @@ -1,15 +1,15 @@ GRIB1 0 203 146 -1 "var0" "undefined" "" 1 203 146 -1 "pressure" "pressure" "hPa" -2 203 146 -1 "geopot h" "geopotential height" "10 * gpm" +2 203 146 -1 "geopot h" "geopotential height" "10*gpm" 3 203 146 -1 "var3" "undefined" "" -4 203 146 -1 "temperatur" "temperature" "1*degree Celsius" -5 203 146 -1 "dew-pnt te" "dew-point temperature" "1*degree Celsius" +4 203 146 -1 "temperatur" "temperature" "1*degree_Celsius" +5 203 146 -1 "dew-pnt te" "dew-point temperature" "1*degree_Celsius" 6 203 146 -1 "windcompXY" "wind components X/Y (X*100000 + ((Y*10)+5000))" "m/s" 7 203 146 -1 "geomet h" "geometrical height" "kft" 8 203 146 -1 "geomet h" "geometrical height" "hft" -9 203 146 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "1*degree, 1*kt" -10 203 146 -1 "3 h pr cha" "3 hour pressure change" "Pa/(3*h)" +9 203 146 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "1*degree,1*kt" +10 203 146 -1 "3 h pr cha" "3 hour pressure change" "Pa/3h" 11 203 146 -1 "Schnee-Mge" "Schneemenge" "mm" 12 203 146 -1 "var12" "undefined" "" 13 203 146 -1 "Bod-Wass-G" "Bodenwassergehalt" "mm" @@ -19,11 +19,11 @@ GRIB1 17 203 146 -1 "var17" "undefined" "" 18 203 146 -1 "max wind" "maximum wind velocity" "km/h" 19 203 146 -1 "max wind" "maximum wind velocity" "kt" -20 203 146 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "5*degrees, 1*(m/s)" -21 203 146 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "5*degrees, 1*kt" -22 203 146 -1 "wave di/he" "direction and height of wind waves (dd*1000 + h)" "1*degree, 1*cm" -23 203 146 -1 "swe. di/he" "direction and height of swell (dd*1000 + h)" "1*degree, 1*cm" -24 203 146 -1 "wave m d/h" "mean direction and height of waves (dd*1000 + h)" "1*degree, 1*cm" +20 203 146 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "5*degrees,1*(m/s)" +21 203 146 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "5*degrees,1*kt" +22 203 146 -1 "wave di/he" "direction and height of wind waves (dd*1000 + h)" "1*degree,1*cm" +23 203 146 -1 "swe. di/he" "direction and height of swell (dd*1000 + h)" "1*degree,1*cm" +24 203 146 -1 "wave m d/h" "mean direction and height of waves (dd*1000 + h)" "1*degree,1*cm" 25 203 146 -1 "wind speed" "wind speed" "kt" 26 203 146 -1 "var26" "undefined" "" 27 203 146 -1 "wind compX" "wind component X-direction" "kt" @@ -32,7 +32,7 @@ GRIB1 30 203 146 -1 "var30" "undefined" "" 31 203 146 -1 "var31" "undefined" "" 32 203 146 -1 "var32" "undefined" "" -33 203 146 -1 "abs voradv" "absolute vorticity advection" "1/(s**2)" +33 203 146 -1 "abs voradv" "absolute vorticity advection" "1/s^2" 34 203 146 -1 "var34" "undefined" "" 35 203 146 -1 "var35" "undefined" "" 36 203 146 -1 "var36" "undefined" "" @@ -54,13 +54,13 @@ GRIB1 52 203 146 -1 "var52" "undefined" "" 53 203 146 -1 "var53" "undefined" "" 54 203 146 -1 "var54" "undefined" "" -55 203 146 -1 "max. temp." "maximum temperature" "1*degree Celsius" -56 203 146 -1 "min. temp." "minimum temperature" "1*degree Celsius" +55 203 146 -1 "max. temp." "maximum temperature" "1*degree_Celsius" +56 203 146 -1 "min. temp." "minimum temperature" "1*degree_Celsius" 57 203 146 -1 "sul_prob" "probability to perceive sultriness" "1" 58 203 146 -1 "clo" "value of isolation of clothes" "1" 59 203 146 -1 "pmva" "predected mean vote (angepasst)" "1" -60 203 146 -1 "feeled t" "feeled temperature" "1*degree Celsius" -61 203 146 -1 "sea temper" "sea temperature" "1*degree Celsius" +60 203 146 -1 "feeled t" "feeled temperature" "1*degree_Celsius" +61 203 146 -1 "sea temper" "sea temperature" "1*degree_Celsius" 62 203 146 -1 "var62" "undefined" "" 63 203 146 -1 "var63" "undefined" "" 64 203 146 -1 "var64" "undefined" "" @@ -85,7 +85,7 @@ GRIB1 83 203 146 -1 "var83" "undefined" "" 84 203 146 -1 "var84" "undefined" "" 85 203 146 -1 "var85" "undefined" "" -86 203 146 -1 "Globalstr." "Summe der Globalstrahlung ueber einen Zeitraum" "kWh/m**2" +86 203 146 -1 "Globalstr." "Summe der Globalstrahlung ueber einen Zeitraum" "kWh/m^2" 87 203 146 -1 "Nied-GW-GE" "Niederschlagsart+Gewitter+Glatteis (T23-i) (0..99)" "1" 88 203 146 -1 "NiedGW-Art" "Niederschlagsart+Gewitter (T23-intern) (0..99)" "1" 89 203 146 -1 "NiedGE-Art" "Niederschlagsart+Glatteis (T23-intern) (0..99)" "1" @@ -100,36 +100,36 @@ GRIB1 98 203 146 -1 "var98" "undefined" "" 99 203 146 -1 "WW" "Wetter (verschluesselt nach ww-Tabelle" "" 100 203 146 -1 "geostr Vor" "geostrophische Vorticity" "1/s" -101 203 146 -1 "Geo VorAdv" "geostrophische Vorticityadvektion" "1/s**2" -102 203 146 -1 "VerGraVoAd" "vert. Gradient der geostr. Vorticityadvektion" "m/(kg*s)" -103 203 146 -1 "Geo TemAdv" "geostrophische Schichtdickenadvektion" "m**3/(kg*s)" -104 203 146 -1 "Lap TemAdv" "Kruemmung der geostr. Schichtdickenadvektion" "m/(kg*s)" -105 203 146 -1 "Omega Forc" "Forcing rechte Seite Omegagleichung" "m/(kg*s)" +101 203 146 -1 "Geo VorAdv" "geostrophische Vorticityadvektion" "1/s^2" +102 203 146 -1 "VerGraVoAd" "vert. Gradient der geostr. Vorticityadvektion" "m/kg/s" +103 203 146 -1 "Geo TemAdv" "geostrophische Schichtdickenadvektion" "m^3/kg/s" +104 203 146 -1 "Lap TemAdv" "Kruemmung der geostr. Schichtdickenadvektion" "m/kg/s" +105 203 146 -1 "Omega Forc" "Forcing rechte Seite Omegagleichung" "m/kg/s" 106 203 146 -1 "var106" "undefined" "" -107 203 146 -1 "Schichtd.A" "Schichtdicken-Advektion" "m**3/(kg*s)" -108 203 146 -1 "AdGeVoThWi" "Advektion von geostr. Vorticity mit dem therm Wind" "m/(kg*s)" +107 203 146 -1 "Schichtd.A" "Schichtdicken-Advektion" "m^3/kg/s" +108 203 146 -1 "AdGeVoThWi" "Advektion von geostr. Vorticity mit dem therm Wind" "m/kg/s" 109 203 146 -1 "Wind-Div." "Winddivergenz" "1/s" -110 203 146 -1 "Q" "Q-vector direction and speed (dd*1000 + fff*1E13)" "5*deg,1E13*m**2/kg/s" -111 203 146 -1 "Qx" "Q-Vektor X-Komponente" "m**2/(kg*s)" -112 203 146 -1 "Qy" "Q-Vektor Y-Komponente" "m**2/(kg*s)" -113 203 146 -1 "Div Q" "Divergenz Q" "m/(kg*s)" -114 203 146 -1 "FrontoGeQn" "Frontogenesefunktion, Q isother-senkrecht-Kompon." "m**2/(kg*s)" -115 203 146 -1 "Qs (geo)" "Qs (geo),Komp. Q-Vektor parallel zu den Isothermen" "m**2/(kg*s)" -116 203 146 -1 "DivQn(geo)" "Divergenz Qn geostrophisch" "m/(kg*s)" -117 203 146 -1 "DivQs(geo)" "Divergenz Qs geostrophisch" "m/(kg*s)" -118 203 146 -1 "Fronto Gen" "Frontogenesefunktion" "K**2/(m**2*s)" +110 203 146 -1 "Q" "Q-vector direction and speed (dd*1000 + fff*1E13)" "5*deg,1E13*m^2/kg/s" +111 203 146 -1 "Qx" "Q-Vektor X-Komponente" "m^2/kg/s" +112 203 146 -1 "Qy" "Q-Vektor Y-Komponente" "m^2/kg/s" +113 203 146 -1 "Div Q" "Divergenz Q" "m/kg/s" +114 203 146 -1 "FrontoGeQn" "Frontogenesefunktion, Q isother-senkrecht-Kompon." "m^2/kg/s" +115 203 146 -1 "Qs (geo)" "Qs (geo),Komp. Q-Vektor parallel zu den Isothermen" "m^2/kg/s" +116 203 146 -1 "DivQn(geo)" "Divergenz Qn geostrophisch" "m/kg/s" +117 203 146 -1 "DivQs(geo)" "Divergenz Qs geostrophisch" "m/kg/s" +118 203 146 -1 "Fronto Gen" "Frontogenesefunktion" "K^2/m^2/s" 119 203 146 -1 "var119" "undefined" "" 120 203 146 -1 "var120" "undefined" "" 121 203 146 -1 "var121" "undefined" "" 122 203 146 -1 "var122" "undefined" "" 123 203 146 -1 "var123" "undefined" "" 124 203 146 -1 "FrontoGenP" "Frontogenese-Parameter" "1" -125 203 146 -1 "Qs-Vektor" "Qs, Komp. Q-Vektor parallel zu den Isothermen" "m**2/(kg*s)" +125 203 146 -1 "Qs-Vektor" "Qs, Komp. Q-Vektor parallel zu den Isothermen" "m^2/kg/s" 126 203 146 -1 "var126" "undefined" "" -127 203 146 -1 "Div Qs" "Divergenz Qs" "m/(kg*s)" +127 203 146 -1 "Div Qs" "Divergenz Qs" "m/kg/s" 128 203 146 -1 "var128" "undefined" "" 129 203 146 -1 "var129" "undefined" "" -130 203 146 -1 "IPV" "Isentrope potentielle Vorticity" "K*m**2/(s*kg)" +130 203 146 -1 "IPV" "Isentrope potentielle Vorticity" "K*m^2/kg/s" 131 203 146 -1 "Wind KompX" "Wind X-Komponente auf isentropen Flaechen" "m/s" 132 203 146 -1 "Wind KompY" "Wind Y-Komponente auf isentropen Flaechen" "m/s" 133 203 146 -1 "Druck-Ise." "Druck einer isentropen Flaeche" "hPa" @@ -235,8 +235,8 @@ GRIB1 233 203 146 -1 "RRgefr12ff" "gefrierender Regen (12std. Folgezeitraum) ja/nein" "1" 234 203 146 -1 "FFboe" "Boeenstaerke in Stufen" "1" 235 203 146 -1 "Gewitter" "Gewitter in Stufen" "1" -236 203 146 -1 "Tx2m12h ze" "2m Maximumtemperatur 12h zentriert" "Grad Celsius" -237 203 146 -1 "Tn2m12h ze" "2m Minimumtemperatur 12h zentriert" "Grad Celsius" +236 203 146 -1 "Tx2m12h ze" "2m Maximumtemperatur 12h zentriert" "GradCelsius" +237 203 146 -1 "Tn2m12h ze" "2m Minimumtemperatur 12h zentriert" "GradCelsius" 238 203 146 -1 "var238" "undefined" "" 239 203 146 -1 "var239" "undefined" "" 240 203 146 -1 "var240" "undefined" "" @@ -254,4 +254,4 @@ GRIB1 252 203 146 -1 "SMOGSTUFEN" "Smog-Intensitaetsstufen" "1" 253 203 146 -1 "var253" "undefined" "" 254 203 146 -1 "SMOGHOEHE" "Obergrenze Smog ( Inversionshoehe )" "m" -255 203 146 -1 "var255" "undefined" "" \ No newline at end of file +255 203 146 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_dwd_203_78.txt b/data/table_files/grib1_dwd_203_78.txt index 14b412a8ac..d1e1366e7f 100644 --- a/data/table_files/grib1_dwd_203_78.txt +++ b/data/table_files/grib1_dwd_203_78.txt @@ -1,15 +1,15 @@ GRIB1 0 203 78 -1 "var0" "undefined" "" 1 203 78 -1 "pressure" "pressure" "hPa" -2 203 78 -1 "geopot h" "geopotential height" "10 * gpm" +2 203 78 -1 "geopot h" "geopotential height" "10*gpm" 3 203 78 -1 "var3" "undefined" "" -4 203 78 -1 "temperatur" "temperature" "1*degree Celsius" -5 203 78 -1 "dew-pnt te" "dew-point temperature" "1*degree Celsius" +4 203 78 -1 "temperatur" "temperature" "1*degree_Celsius" +5 203 78 -1 "dew-pnt te" "dew-point temperature" "1*degree_Celsius" 6 203 78 -1 "windcompXY" "wind components X/Y (X*100000 + ((Y*10)+5000))" "m/s" 7 203 78 -1 "geomet h" "geometrical height" "kft" 8 203 78 -1 "geomet h" "geometrical height" "hft" -9 203 78 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "1*degree, 1*kt" -10 203 78 -1 "3 h pr cha" "3 hour pressure change" "Pa/(3*h)" +9 203 78 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "1*degree,1*kt" +10 203 78 -1 "3 h pr cha" "3 hour pressure change" "Pa/3h" 11 203 78 -1 "Schnee-Mge" "Schneemenge" "mm" 12 203 78 -1 "var12" "undefined" "" 13 203 78 -1 "Bod-Wass-G" "Bodenwassergehalt" "mm" @@ -19,11 +19,11 @@ GRIB1 17 203 78 -1 "var17" "undefined" "" 18 203 78 -1 "max wind" "maximum wind velocity" "km/h" 19 203 78 -1 "max wind" "maximum wind velocity" "kt" -20 203 78 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "5*degrees, 1*(m/s)" -21 203 78 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "5*degrees, 1*kt" -22 203 78 -1 "wave di/he" "direction and height of wind waves (dd*1000 + h)" "1*degree, 1*cm" -23 203 78 -1 "swe. di/he" "direction and height of swell (dd*1000 + h)" "1*degree, 1*cm" -24 203 78 -1 "wave m d/h" "mean direction and height of waves (dd*1000 + h)" "1*degree, 1*cm" +20 203 78 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "5*degrees,1*(m/s)" +21 203 78 -1 "wind di/sp" "wind direction and speed (dd*1000 + ff)" "5*degrees,1*kt" +22 203 78 -1 "wave di/he" "direction and height of wind waves (dd*1000 + h)" "1*degree,1*cm" +23 203 78 -1 "swe. di/he" "direction and height of swell (dd*1000 + h)" "1*degree,1*cm" +24 203 78 -1 "wave m d/h" "mean direction and height of waves (dd*1000 + h)" "1*degree,1*cm" 25 203 78 -1 "wind speed" "wind speed" "kt" 26 203 78 -1 "var26" "undefined" "" 27 203 78 -1 "wind compX" "wind component X-direction" "kt" @@ -32,7 +32,7 @@ GRIB1 30 203 78 -1 "var30" "undefined" "" 31 203 78 -1 "var31" "undefined" "" 32 203 78 -1 "var32" "undefined" "" -33 203 78 -1 "abs voradv" "absolute vorticity advection" "1/(s**2)" +33 203 78 -1 "abs voradv" "absolute vorticity advection" "1/s^2" 34 203 78 -1 "var34" "undefined" "" 35 203 78 -1 "var35" "undefined" "" 36 203 78 -1 "var36" "undefined" "" @@ -54,13 +54,13 @@ GRIB1 52 203 78 -1 "var52" "undefined" "" 53 203 78 -1 "var53" "undefined" "" 54 203 78 -1 "var54" "undefined" "" -55 203 78 -1 "max. temp." "maximum temperature" "1*degree Celsius" -56 203 78 -1 "min. temp." "minimum temperature" "1*degree Celsius" +55 203 78 -1 "max. temp." "maximum temperature" "1*degree_Celsius" +56 203 78 -1 "min. temp." "minimum temperature" "1*degree_Celsius" 57 203 78 -1 "sul_prob" "probability to perceive sultriness" "1" 58 203 78 -1 "clo" "value of isolation of clothes" "1" 59 203 78 -1 "pmva" "predected mean vote (angepasst)" "1" -60 203 78 -1 "feeled t" "feeled temperature" "1*degree Celsius" -61 203 78 -1 "sea temper" "sea temperature" "1*degree Celsius" +60 203 78 -1 "feeled t" "feeled temperature" "1*degree_Celsius" +61 203 78 -1 "sea temper" "sea temperature" "1*degree_Celsius" 62 203 78 -1 "var62" "undefined" "" 63 203 78 -1 "var63" "undefined" "" 64 203 78 -1 "var64" "undefined" "" @@ -85,7 +85,7 @@ GRIB1 83 203 78 -1 "var83" "undefined" "" 84 203 78 -1 "var84" "undefined" "" 85 203 78 -1 "var85" "undefined" "" -86 203 78 -1 "Globalstr." "Summe der Globalstrahlung ueber einen Zeitraum" "kWh/m**2" +86 203 78 -1 "Globalstr." "Summe der Globalstrahlung ueber einen Zeitraum" "kWh/m^2" 87 203 78 -1 "Nied-GW-GE" "Niederschlagsart+Gewitter+Glatteis (T23-i) (0..99)" "1" 88 203 78 -1 "NiedGW-Art" "Niederschlagsart+Gewitter (T23-intern) (0..99)" "1" 89 203 78 -1 "NiedGE-Art" "Niederschlagsart+Glatteis (T23-intern) (0..99)" "1" @@ -100,36 +100,36 @@ GRIB1 98 203 78 -1 "var98" "undefined" "" 99 203 78 -1 "WW" "Wetter (verschluesselt nach ww-Tabelle" "" 100 203 78 -1 "geostr Vor" "geostrophische Vorticity" "1/s" -101 203 78 -1 "Geo VorAdv" "geostrophische Vorticityadvektion" "1/s**2" -102 203 78 -1 "VerGraVoAd" "vert. Gradient der geostr. Vorticityadvektion" "m/(kg*s)" -103 203 78 -1 "Geo TemAdv" "geostrophische Schichtdickenadvektion" "m**3/(kg*s)" -104 203 78 -1 "Lap TemAdv" "Kruemmung der geostr. Schichtdickenadvektion" "m/(kg*s)" -105 203 78 -1 "Omega Forc" "Forcing rechte Seite Omegagleichung" "m/(kg*s)" +101 203 78 -1 "Geo VorAdv" "geostrophische Vorticityadvektion" "1/s^2" +102 203 78 -1 "VerGraVoAd" "vert. Gradient der geostr. Vorticityadvektion" "m/kg/s" +103 203 78 -1 "Geo TemAdv" "geostrophische Schichtdickenadvektion" "m^3/kg/s" +104 203 78 -1 "Lap TemAdv" "Kruemmung der geostr. Schichtdickenadvektion" "m/kg/s" +105 203 78 -1 "Omega Forc" "Forcing rechte Seite Omegagleichung" "m/kg/s" 106 203 78 -1 "var106" "undefined" "" -107 203 78 -1 "Schichtd.A" "Schichtdicken-Advektion" "m**3/(kg*s)" -108 203 78 -1 "AdGeVoThWi" "Advektion von geostr. Vorticity mit dem therm Wind" "m/(kg*s)" +107 203 78 -1 "Schichtd.A" "Schichtdicken-Advektion" "m^3/kg/s" +108 203 78 -1 "AdGeVoThWi" "Advektion von geostr. Vorticity mit dem therm Wind" "m/kg/s" 109 203 78 -1 "Wind-Div." "Winddivergenz" "1/s" -110 203 78 -1 "Q" "Q-vector direction and speed (dd*1000 + fff*1E13)" "5*deg,1E13*m**2/kg/s" -111 203 78 -1 "Qx" "Q-Vektor X-Komponente" "m**2/(kg*s)" -112 203 78 -1 "Qy" "Q-Vektor Y-Komponente" "m**2/(kg*s)" -113 203 78 -1 "Div Q" "Divergenz Q" "m/(kg*s)" -114 203 78 -1 "FrontoGeQn" "Frontogenesefunktion, Q isother-senkrecht-Kompon." "m**2/(kg*s)" -115 203 78 -1 "Qs (geo)" "Qs (geo),Komp. Q-Vektor parallel zu den Isothermen" "m**2/(kg*s)" -116 203 78 -1 "DivQn(geo)" "Divergenz Qn geostrophisch" "m/(kg*s)" -117 203 78 -1 "DivQs(geo)" "Divergenz Qs geostrophisch" "m/(kg*s)" -118 203 78 -1 "Fronto Gen" "Frontogenesefunktion" "K**2/(m**2*s)" +110 203 78 -1 "Q" "Q-vector direction and speed (dd*1000 + fff*1E13)" "5*deg,1E13*m^2/kg/s" +111 203 78 -1 "Qx" "Q-Vektor X-Komponente" "m^2/kg/s" +112 203 78 -1 "Qy" "Q-Vektor Y-Komponente" "m^2/kg/s" +113 203 78 -1 "Div Q" "Divergenz Q" "m/kg/s" +114 203 78 -1 "FrontoGeQn" "Frontogenesefunktion, Q isother-senkrecht-Kompon." "m^2/kg/s" +115 203 78 -1 "Qs (geo)" "Qs (geo),Komp. Q-Vektor parallel zu den Isothermen" "m^2/kg/s" +116 203 78 -1 "DivQn(geo)" "Divergenz Qn geostrophisch" "m/kg/s" +117 203 78 -1 "DivQs(geo)" "Divergenz Qs geostrophisch" "m/kg/s" +118 203 78 -1 "Fronto Gen" "Frontogenesefunktion" "K^2/m^2/s" 119 203 78 -1 "var119" "undefined" "" 120 203 78 -1 "var120" "undefined" "" 121 203 78 -1 "var121" "undefined" "" 122 203 78 -1 "var122" "undefined" "" 123 203 78 -1 "var123" "undefined" "" 124 203 78 -1 "FrontoGenP" "Frontogenese-Parameter" "1" -125 203 78 -1 "Qs-Vektor" "Qs, Komp. Q-Vektor parallel zu den Isothermen" "m**2/(kg*s)" +125 203 78 -1 "Qs-Vektor" "Qs, Komp. Q-Vektor parallel zu den Isothermen" "m^2/kg/s" 126 203 78 -1 "var126" "undefined" "" -127 203 78 -1 "Div Qs" "Divergenz Qs" "m/(kg*s)" +127 203 78 -1 "Div Qs" "Divergenz Qs" "m/kg/s" 128 203 78 -1 "var128" "undefined" "" 129 203 78 -1 "var129" "undefined" "" -130 203 78 -1 "IPV" "Isentrope potentielle Vorticity" "K*m**2/(s*kg)" +130 203 78 -1 "IPV" "Isentrope potentielle Vorticity" "K*m^2/kg/s" 131 203 78 -1 "Wind KompX" "Wind X-Komponente auf isentropen Flaechen" "m/s" 132 203 78 -1 "Wind KompY" "Wind Y-Komponente auf isentropen Flaechen" "m/s" 133 203 78 -1 "Druck-Ise." "Druck einer isentropen Flaeche" "hPa" @@ -235,8 +235,8 @@ GRIB1 233 203 78 -1 "RRgefr12ff" "gefrierender Regen (12std. Folgezeitraum) ja/nein" "1" 234 203 78 -1 "FFboe" "Boeenstaerke in Stufen" "1" 235 203 78 -1 "Gewitter" "Gewitter in Stufen" "1" -236 203 78 -1 "Tx2m12h ze" "2m Maximumtemperatur 12h zentriert" "Grad Celsius" -237 203 78 -1 "Tn2m12h ze" "2m Minimumtemperatur 12h zentriert" "Grad Celsius" +236 203 78 -1 "Tx2m12h ze" "2m Maximumtemperatur 12h zentriert" "GradCelsius" +237 203 78 -1 "Tn2m12h ze" "2m Minimumtemperatur 12h zentriert" "GradCelsius" 238 203 78 -1 "var238" "undefined" "" 239 203 78 -1 "var239" "undefined" "" 240 203 78 -1 "var240" "undefined" "" @@ -254,4 +254,4 @@ GRIB1 252 203 78 -1 "SMOGSTUFEN" "Smog-Intensitaetsstufen" "1" 253 203 78 -1 "var253" "undefined" "" 254 203 78 -1 "SMOGHOEHE" "Obergrenze Smog ( Inversionshoehe )" "m" -255 203 78 -1 "var255" "undefined" "" \ No newline at end of file +255 203 78 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_dwd_204_146.txt b/data/table_files/grib1_dwd_204_146.txt index 916bac37e5..84000f997c 100644 --- a/data/table_files/grib1_dwd_204_146.txt +++ b/data/table_files/grib1_dwd_204_146.txt @@ -6,16 +6,16 @@ GRIB1 4 204 146 -1 "u RMS ia-a" "u RMS-error initialised analysis - analysis" "m/s" 5 204 146 -1 "v RMS fg-a" "v RMS-error first guess - analysis" "m/s" 6 204 146 -1 "v RMS ia-a" "v RMS-error initialised analysis - analysis" "m/s" -7 204 146 -1 "fi E fg-a" "geopotential RMS-error first guess - analysis" "(m**2)/(s**2)" -8 204 146 -1 "fi E ia-a" "geopotential RMS-error init. analysis - analysis" "(m**2)/(s**2)" +7 204 146 -1 "fi E fg-a" "geopotential RMS-error first guess - analysis" "m^2/s^2" +8 204 146 -1 "fi E ia-a" "geopotential RMS-error init. analysis - analysis" "m^2/s^2" 9 204 146 -1 "rh E fg-a" "relative humidity RMS-error first guess - analysis" "1" 10 204 146 -1 "rh E ia-a" "rel. hum. RMS-error init. analysis - analysis" "1" 11 204 146 -1 "t RMS fg-a" "temperature RMS-error first guess - analysis" "K" 12 204 146 -1 "t RMS ia-a" "temperature RMS-error init. analysis - analysis" "K" 13 204 146 -1 "om E fg-a" "omega RMS-error first guess - analysis" "m/s" 14 204 146 -1 "om E ia-a" "omega RMS-error initialised analysis - analysis" "m/s" -15 204 146 -1 "E fg-a KE" "kinetic energy RMS-error first guess - analysis" "(m**2)/(s**2)" -16 204 146 -1 "E ig-a KE" "kinetic energy RMS-error init. analysis" "(m**2)/(s**2)" +15 204 146 -1 "E fg-a KE" "kinetic energy RMS-error first guess - analysis" "m^2/s^2" +16 204 146 -1 "E ig-a KE" "kinetic energy RMS-error init. analysis" "m^2/s^2" 17 204 146 -1 "var17" "undefined" "" 18 204 146 -1 "var18" "undefined" "" 19 204 146 -1 "var19" "undefined" "" diff --git a/data/table_files/grib1_dwd_204_78.txt b/data/table_files/grib1_dwd_204_78.txt index 9c2a23102b..ea2c5fe3e8 100644 --- a/data/table_files/grib1_dwd_204_78.txt +++ b/data/table_files/grib1_dwd_204_78.txt @@ -6,16 +6,16 @@ GRIB1 4 204 78 -1 "u RMS ia-a" "u RMS-error initialised analysis - analysis" "m/s" 5 204 78 -1 "v RMS fg-a" "v RMS-error first guess - analysis" "m/s" 6 204 78 -1 "v RMS ia-a" "v RMS-error initialised analysis - analysis" "m/s" -7 204 78 -1 "fi E fg-a" "geopotential RMS-error first guess - analysis" "(m**2)/(s**2)" -8 204 78 -1 "fi E ia-a" "geopotential RMS-error init. analysis - analysis" "(m**2)/(s**2)" +7 204 78 -1 "fi E fg-a" "geopotential RMS-error first guess - analysis" "m^2/s^2" +8 204 78 -1 "fi E ia-a" "geopotential RMS-error init. analysis - analysis" "m^2/s^2" 9 204 78 -1 "rh E fg-a" "relative humidity RMS-error first guess - analysis" "1" 10 204 78 -1 "rh E ia-a" "rel. hum. RMS-error init. analysis - analysis" "1" 11 204 78 -1 "t RMS fg-a" "temperature RMS-error first guess - analysis" "K" 12 204 78 -1 "t RMS ia-a" "temperature RMS-error init. analysis - analysis" "K" 13 204 78 -1 "om E fg-a" "omega RMS-error first guess - analysis" "m/s" 14 204 78 -1 "om E ia-a" "omega RMS-error initialised analysis - analysis" "m/s" -15 204 78 -1 "E fg-a KE" "kinetic energy RMS-error first guess - analysis" "(m**2)/(s**2)" -16 204 78 -1 "E ig-a KE" "kinetic energy RMS-error init. analysis" "(m**2)/(s**2)" +15 204 78 -1 "E fg-a KE" "kinetic energy RMS-error first guess - analysis" "m^2/s^2" +16 204 78 -1 "E ig-a KE" "kinetic energy RMS-error init. analysis" "m^2/s^2" 17 204 78 -1 "var17" "undefined" "" 18 204 78 -1 "var18" "undefined" "" 19 204 78 -1 "var19" "undefined" "" diff --git a/data/table_files/grib1_dwd_2_146.txt b/data/table_files/grib1_dwd_2_146.txt index 69ccb038ba..6a3cac03b2 100644 --- a/data/table_files/grib1_dwd_2_146.txt +++ b/data/table_files/grib1_dwd_2_146.txt @@ -5,11 +5,11 @@ GRIB1 3 2 146 -1 "DPSDT" "pressure tendency" "Pa/s" 4 2 146 -1 "var4" "undefined" "" 5 2 146 -1 "var5" "undefined" "" -6 2 146 -1 "FI" "geopotential" "(m**2)/(s**2)" +6 2 146 -1 "FI" "geopotential" "m^2/s^2" 7 2 146 -1 "geopot h" "geopotential height" "gpm" 8 2 146 -1 "HH" "geometrical height" "m" 9 2 146 -1 "dev of h" "standard deviation of height" "m" -10 2 146 -1 "TO3" "total ozone" "Dobson Units" +10 2 146 -1 "TO3" "total ozone" "DobsonUnits" 11 2 146 -1 "T" "temperature" "K" 12 2 146 -1 "virt.temp." "virtual temperature" "K" 13 2 146 -1 "pot. temp." "potential temperature" "K" @@ -30,13 +30,13 @@ GRIB1 28 2 146 -1 "wave sp 1" "wave spaectra(1)" "non-dim" 29 2 146 -1 "wave sp 2" "wave spaectra(2)" "non-dim" 30 2 146 -1 "wave sp 3" "wave spaectra(3)" "non-dim" -31 2 146 -1 "DD" "wind direction" "degree true" +31 2 146 -1 "DD" "wind direction" "degree_true" 32 2 146 -1 "FF" "wind speed" "m/s" 33 2 146 -1 "U" "u-component (zonal) of wind" "m/s" 34 2 146 -1 "V" "v-component (merdional) of wind" "m/s" -35 2 146 -1 "stream fun" "stream function" "(m**2)/s" -36 2 146 -1 "vel potent" "velocity potential" "(m**2)/s" -37 2 146 -1 "M.stream f" "Montgomery stream function" "(m**2)/(s**2)" +35 2 146 -1 "stream fun" "stream function" "m^2/s" +36 2 146 -1 "vel potent" "velocity potential" "m^2/s" +37 2 146 -1 "M.stream f" "Montgomery stream function" "m^2/s^2" 38 2 146 -1 "sigma vert" "sigma co-ordinate vertical velocity" "1/s" 39 2 146 -1 "OMEGA" "vertical velocity" "Pa/s" 40 2 146 -1 "W" "vertical velocity" "m/s" @@ -46,25 +46,25 @@ GRIB1 44 2 146 -1 "rel diverg" "relative divergence" "1/s" 45 2 146 -1 "vert.u-shr" "vertical u-component shear" "1/s" 46 2 146 -1 "vert.v-shr" "vertical v-component shear" "1/s" -47 2 146 -1 "dir of cur" "direction of current" "degree true" +47 2 146 -1 "dir of cur" "direction of current" "degree_true" 48 2 146 -1 "spd of cur" "speed of current" "m/s" 49 2 146 -1 "currcomp U" "u-component of current" "m/s" 50 2 146 -1 "currcomp V" "v-component of current" "m/s" 51 2 146 -1 "QV" "specific humidity" "kg/kg" 52 2 146 -1 "RELHUM" "relative humidity" "%" 53 2 146 -1 "hum mixrat" "humidity mixing ratio" "kg/kg" -54 2 146 -1 "TQV" "total precipitable water" "kg/m**2" +54 2 146 -1 "TQV" "total precipitable water" "kg/m^2" 55 2 146 -1 "vapor pres" "vapor pressure" "Pa" 56 2 146 -1 "sat.defic." "saturation deficit" "Pa" -57 2 146 -1 "AEVAP_S" "evaporation" "kg/(m**2)" -58 2 146 -1 "TQI" "total cloud ice content" "kg/m**2" -59 2 146 -1 "prec. rate" "precipitation rate" "kg/((m**2)*s)" +57 2 146 -1 "AEVAP_S" "evaporation" "kg/m^2" +58 2 146 -1 "TQI" "total cloud ice content" "kg/m^2" +59 2 146 -1 "prec. rate" "precipitation rate" "kg/m^2/s" 60 2 146 -1 "thunderst." "thunderstorm probability" "%" -61 2 146 -1 "TOT_PREC" "total precipitation" "kg/(m**2)" -62 2 146 -1 "PREC_GSP" "large scale precipitation" "kg/(m**2)" -63 2 146 -1 "PREC_CON" "convective precipitation" "kg/(m**2)" -64 2 146 -1 "snowf.rate" "snowfall rate water equivalent" "kg/((m**2)*s)" -65 2 146 -1 "W_SNOW" "water equivalent of accumulated snow depth" "kg/(m**2)" +61 2 146 -1 "TOT_PREC" "total precipitation" "kg/m^2" +62 2 146 -1 "PREC_GSP" "large scale precipitation" "kg/m^2" +63 2 146 -1 "PREC_CON" "convective precipitation" "kg/m^2" +64 2 146 -1 "snowf.rate" "snowfall rate water equivalent" "kg/m^2/s" +65 2 146 -1 "W_SNOW" "water equivalent of accumulated snow depth" "kg/m^2" 66 2 146 -1 "H_SNOW" "snow depth" "m" 67 2 146 -1 "mix lay de" "mixed layer depth" "m" 68 2 146 -1 "tr therm d" "transient thermocline depth" "m" @@ -75,56 +75,56 @@ GRIB1 73 2 146 -1 "CLCL" "low cloud cover" "%" 74 2 146 -1 "CLCM" "medium cloud cover" "%" 75 2 146 -1 "CLCH" "high cloud cover" "%" -76 2 146 -1 "TQC" "total cloud water content" "kg/m**2" +76 2 146 -1 "TQC" "total cloud water content" "kg/m^2" 77 2 146 -1 "bli to 500" "best lifted index (to 500 hPa)" "K" -78 2 146 -1 "SNOW_CON" "convective snow" "kg/(m**2)" -79 2 146 -1 "SNOW_GSP" "large scale snow" "kg/(m**2)" +78 2 146 -1 "SNOW_CON" "convective snow" "kg/m^2" +79 2 146 -1 "SNOW_GSP" "large scale snow" "kg/m^2" 80 2 146 -1 "water temp" "water temperature" "K" 81 2 146 -1 "FR_LAND" "land cover (1=land, 0=sea)" "1" 82 2 146 -1 "dev sea-le" "deviation of sea-level from mean" "m" 83 2 146 -1 "Z0" "surface roughness" "m" 84 2 146 -1 "ALB_RAD" "albedo" "%" 85 2 146 -1 "T_soil" "soil temperature" "K" -86 2 146 -1 "W_soil" "soil moisture content" "kg/(m**2)" +86 2 146 -1 "W_soil" "soil moisture content" "kg/m^2" 87 2 146 -1 "PLCOV" "vegetation (plant cover)" "%" 88 2 146 -1 "salinity" "salinity" "kg/kg" -89 2 146 -1 "density" "density" "kg/(m**3)" -90 2 146 -1 "RUNOFF" "water run-off" "kg/(m**2)" +89 2 146 -1 "density" "density" "kg/m^3" +90 2 146 -1 "RUNOFF" "water run-off" "kg/m^2" 91 2 146 -1 "FR_ICE" "ice cover (1=ice, 0=no ice)" "1" 92 2 146 -1 "H_ICE" "ice thickness" "m" -93 2 146 -1 "dir ice dr" "direction of ice drift" "degree true" +93 2 146 -1 "dir ice dr" "direction of ice drift" "degree_true" 94 2 146 -1 "sp ice dr" "speed of ice drift" "m/s" 95 2 146 -1 "ice dr u" "u-component of ice drift" "m/s" 96 2 146 -1 "ice dr v" "v-component of ice drift" "m/s" 97 2 146 -1 "ice growth" "ice growth rate" "m/s" 98 2 146 -1 "ice diverg" "ice divergence" "1/s" -99 2 146 -1 "snow melt" "snow melt" "kg/(m**2)" +99 2 146 -1 "snow melt" "snow melt" "kg/m^2" 100 2 146 -1 "winwav/swe" "significant height of comb. wind waves and swell" "m" -101 2 146 -1 "dir of wav" "direction of wind waves" "degree true" +101 2 146 -1 "dir of wav" "direction of wind waves" "degree_true" 102 2 146 -1 "hei of wav" "significant height of wind waves" "m" 103 2 146 -1 "MP of wiwa" "mean period of wind waves" "s" -104 2 146 -1 "dir of swe" "direction of swell" "degree true" +104 2 146 -1 "dir of swe" "direction of swell" "degree_true" 105 2 146 -1 "hei of swe" "significant height of swell" "m" 106 2 146 -1 "MP of swel" "mean period of swell" "s" -107 2 146 -1 "pr wave di" "primary wave direction" "degree true" +107 2 146 -1 "pr wave di" "primary wave direction" "degree_true" 108 2 146 -1 "pr wave pe" "primary wave period" "s" -109 2 146 -1 "se wave di" "secondary wave direction" "degree true" +109 2 146 -1 "se wave di" "secondary wave direction" "degree_true" 110 2 146 -1 "se wave pe" "secondary wave period" "s" -111 2 146 -1 "ASOB_S" "net short-wave radiation (surface)" "W/(m**2)" -112 2 146 -1 "ATHB_S" "net long-wave radiation (surface)" "W/(m**2)" -113 2 146 -1 "ASOB_T" "net short-wave radiation (top of atmosphere)" "W/(m**2)" -114 2 146 -1 "ATHB_T" "net long-wave radiation (top of atmosphere)" "W/(m**2)" -115 2 146 -1 "l-w rad." "long-wave radiation" "W/(m**2)" -116 2 146 -1 "s-w rad." "short-wave radiation" "W/(m**2)" -117 2 146 -1 "global rad" "global radiation" "W/(m**2)" +111 2 146 -1 "ASOB_S" "net short-wave radiation (surface)" "W/m^2" +112 2 146 -1 "ATHB_S" "net long-wave radiation (surface)" "W/m^2" +113 2 146 -1 "ASOB_T" "net short-wave radiation (top of atmosphere)" "W/m^2" +114 2 146 -1 "ATHB_T" "net long-wave radiation (top of atmosphere)" "W/m^2" +115 2 146 -1 "l-w rad." "long-wave radiation" "W/m^2" +116 2 146 -1 "s-w rad." "short-wave radiation" "W/m^2" +117 2 146 -1 "global rad" "global radiation" "W/m^2" 118 2 146 -1 "var118" "undefined" "" 119 2 146 -1 "var119" "undefined" "" 120 2 146 -1 "var120" "undefined" "" -121 2 146 -1 "ALHFL_S" "latent heat flux" "W/(m**2)" -122 2 146 -1 "ASHFL_S" "sensible heat flux" "W/(m**2)" -123 2 146 -1 "bound l di" "boundary layer dissipation" "W/(m**2)" -124 2 146 -1 "AUMFL_S" "momentum flux, u component" "N/(m**2)" -125 2 146 -1 "AVMFL_S" "momentum flux, v component" "N/(m**2)" +121 2 146 -1 "ALHFL_S" "latent heat flux" "W/m^2" +122 2 146 -1 "ASHFL_S" "sensible heat flux" "W/m^2" +123 2 146 -1 "bound l di" "boundary layer dissipation" "W/m^2" +124 2 146 -1 "AUMFL_S" "momentum flux, u component" "N/m^2" +125 2 146 -1 "AVMFL_S" "momentum flux, v component" "N/m^2" 126 2 146 -1 "wind mix e" "wind mixing energy" "J" 127 2 146 -1 "image data" "image data" "" 128 2 146 -1 "var128" "undefined" "" @@ -141,9 +141,9 @@ GRIB1 139 2 146 -1 "soil temp." "soil temperature (ECMF)" "K" 140 2 146 -1 "var140" "undefined" "" 141 2 146 -1 "var141" "undefined" "" -142 2 146 -1 "ls precip." "large scale precipitation (ECMF)" "kg/(m**2)" -143 2 146 -1 "conv prec." "convective precipitation (ECMF)" "kg/(m**2)" -144 2 146 -1 "snowfall" "snowfall (ECMF)" "m of water equivalent" +142 2 146 -1 "ls precip." "large scale precipitation (ECMF)" "kg/m^2" +143 2 146 -1 "conv prec." "convective precipitation (ECMF)" "kg/m^2" +144 2 146 -1 "snowfall" "snowfall (ECMF)" "m_of_water_equivalent" 145 2 146 -1 "var145" "undefined" "" 146 2 146 -1 "var146" "undefined" "" 147 2 146 -1 "var147" "undefined" "" @@ -254,4 +254,4 @@ GRIB1 252 2 146 -1 "var252" "undefined" "" 253 2 146 -1 "var253" "undefined" "" 254 2 146 -1 "var254" "undefined" "" -255 2 146 -1 "var255" "undefined" "" \ No newline at end of file +255 2 146 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_dwd_2_78.txt b/data/table_files/grib1_dwd_2_78.txt index 84111f30c5..c934a32daf 100644 --- a/data/table_files/grib1_dwd_2_78.txt +++ b/data/table_files/grib1_dwd_2_78.txt @@ -5,11 +5,11 @@ GRIB1 3 2 78 -1 "DPSDT" "pressure tendency" "Pa/s" 4 2 78 -1 "var4" "undefined" "" 5 2 78 -1 "var5" "undefined" "" -6 2 78 -1 "FI" "geopotential" "(m**2)/(s**2)" +6 2 78 -1 "FI" "geopotential" "m^2/s^2" 7 2 78 -1 "geopot h" "geopotential height" "gpm" 8 2 78 -1 "HH" "geometrical height" "m" 9 2 78 -1 "dev of h" "standard deviation of height" "m" -10 2 78 -1 "TO3" "total ozone" "Dobson Units" +10 2 78 -1 "TO3" "total ozone" "DobsonUnits" 11 2 78 -1 "T" "temperature" "K" 12 2 78 -1 "virt.temp." "virtual temperature" "K" 13 2 78 -1 "pot. temp." "potential temperature" "K" @@ -30,13 +30,13 @@ GRIB1 28 2 78 -1 "wave sp 1" "wave spaectra(1)" "non-dim" 29 2 78 -1 "wave sp 2" "wave spaectra(2)" "non-dim" 30 2 78 -1 "wave sp 3" "wave spaectra(3)" "non-dim" -31 2 78 -1 "DD" "wind direction" "degree true" +31 2 78 -1 "DD" "wind direction" "degree_true" 32 2 78 -1 "FF" "wind speed" "m/s" 33 2 78 -1 "U" "u-component (zonal) of wind" "m/s" 34 2 78 -1 "V" "v-component (merdional) of wind" "m/s" -35 2 78 -1 "stream fun" "stream function" "(m**2)/s" -36 2 78 -1 "vel potent" "velocity potential" "(m**2)/s" -37 2 78 -1 "M.stream f" "Montgomery stream function" "(m**2)/(s**2)" +35 2 78 -1 "stream fun" "stream function" "m^2/s" +36 2 78 -1 "vel potent" "velocity potential" "m^2/s" +37 2 78 -1 "M.stream f" "Montgomery stream function" "m^2/s^2" 38 2 78 -1 "sigma vert" "sigma co-ordinate vertical velocity" "1/s" 39 2 78 -1 "OMEGA" "vertical velocity" "Pa/s" 40 2 78 -1 "W" "vertical velocity" "m/s" @@ -46,25 +46,25 @@ GRIB1 44 2 78 -1 "rel diverg" "relative divergence" "1/s" 45 2 78 -1 "vert.u-shr" "vertical u-component shear" "1/s" 46 2 78 -1 "vert.v-shr" "vertical v-component shear" "1/s" -47 2 78 -1 "dir of cur" "direction of current" "degree true" +47 2 78 -1 "dir of cur" "direction of current" "degree_true" 48 2 78 -1 "spd of cur" "speed of current" "m/s" 49 2 78 -1 "currcomp U" "u-component of current" "m/s" 50 2 78 -1 "currcomp V" "v-component of current" "m/s" 51 2 78 -1 "QV" "specific humidity" "kg/kg" 52 2 78 -1 "RELHUM" "relative humidity" "%" 53 2 78 -1 "hum mixrat" "humidity mixing ratio" "kg/kg" -54 2 78 -1 "TQV" "total precipitable water" "kg/m**2" +54 2 78 -1 "TQV" "total precipitable water" "kg/m^2" 55 2 78 -1 "vapor pres" "vapor pressure" "Pa" 56 2 78 -1 "sat.defic." "saturation deficit" "Pa" -57 2 78 -1 "AEVAP_S" "evaporation" "kg/(m**2)" -58 2 78 -1 "TQI" "total cloud ice content" "kg/m**2" -59 2 78 -1 "prec. rate" "precipitation rate" "kg/((m**2)*s)" +57 2 78 -1 "AEVAP_S" "evaporation" "kg/m^2" +58 2 78 -1 "TQI" "total cloud ice content" "kg/m^2" +59 2 78 -1 "prec. rate" "precipitation rate" "kg/m^2/s" 60 2 78 -1 "thunderst." "thunderstorm probability" "%" -61 2 78 -1 "TOT_PREC" "total precipitation" "kg/(m**2)" -62 2 78 -1 "PREC_GSP" "large scale precipitation" "kg/(m**2)" -63 2 78 -1 "PREC_CON" "convective precipitation" "kg/(m**2)" -64 2 78 -1 "snowf.rate" "snowfall rate water equivalent" "kg/((m**2)*s)" -65 2 78 -1 "W_SNOW" "water equivalent of accumulated snow depth" "kg/(m**2)" +61 2 78 -1 "TOT_PREC" "total precipitation" "kg/m^2" +62 2 78 -1 "PREC_GSP" "large scale precipitation" "kg/m^2" +63 2 78 -1 "PREC_CON" "convective precipitation" "kg/m^2" +64 2 78 -1 "snowf.rate" "snowfall rate water equivalent" "kg/m^2/s" +65 2 78 -1 "W_SNOW" "water equivalent of accumulated snow depth" "kg/m^2" 66 2 78 -1 "H_SNOW" "snow depth" "m" 67 2 78 -1 "mix lay de" "mixed layer depth" "m" 68 2 78 -1 "tr therm d" "transient thermocline depth" "m" @@ -75,56 +75,56 @@ GRIB1 73 2 78 -1 "CLCL" "low cloud cover" "%" 74 2 78 -1 "CLCM" "medium cloud cover" "%" 75 2 78 -1 "CLCH" "high cloud cover" "%" -76 2 78 -1 "TQC" "total cloud water content" "kg/m**2" +76 2 78 -1 "TQC" "total cloud water content" "kg/m^2" 77 2 78 -1 "bli to 500" "best lifted index (to 500 hPa)" "K" -78 2 78 -1 "SNOW_CON" "convective snow" "kg/(m**2)" -79 2 78 -1 "SNOW_GSP" "large scale snow" "kg/(m**2)" +78 2 78 -1 "SNOW_CON" "convective snow" "kg/m^2" +79 2 78 -1 "SNOW_GSP" "large scale snow" "kg/m^2" 80 2 78 -1 "water temp" "water temperature" "K" 81 2 78 -1 "FR_LAND" "land cover (1=land, 0=sea)" "1" 82 2 78 -1 "dev sea-le" "deviation of sea-level from mean" "m" 83 2 78 -1 "Z0" "surface roughness" "m" 84 2 78 -1 "ALB_RAD" "albedo" "%" 85 2 78 -1 "T_soil" "soil temperature" "K" -86 2 78 -1 "W_soil" "soil moisture content" "kg/(m**2)" +86 2 78 -1 "W_soil" "soil moisture content" "kg/m^2" 87 2 78 -1 "PLCOV" "vegetation (plant cover)" "%" 88 2 78 -1 "salinity" "salinity" "kg/kg" -89 2 78 -1 "density" "density" "kg/(m**3)" -90 2 78 -1 "RUNOFF" "water run-off" "kg/(m**2)" +89 2 78 -1 "density" "density" "kg/m^3" +90 2 78 -1 "RUNOFF" "water run-off" "kg/m^2" 91 2 78 -1 "FR_ICE" "ice cover (1=ice, 0=no ice)" "1" 92 2 78 -1 "H_ICE" "ice thickness" "m" -93 2 78 -1 "dir ice dr" "direction of ice drift" "degree true" +93 2 78 -1 "dir ice dr" "direction of ice drift" "degree_true" 94 2 78 -1 "sp ice dr" "speed of ice drift" "m/s" 95 2 78 -1 "ice dr u" "u-component of ice drift" "m/s" 96 2 78 -1 "ice dr v" "v-component of ice drift" "m/s" 97 2 78 -1 "ice growth" "ice growth rate" "m/s" 98 2 78 -1 "ice diverg" "ice divergence" "1/s" -99 2 78 -1 "snow melt" "snow melt" "kg/(m**2)" +99 2 78 -1 "snow melt" "snow melt" "kg/m^2" 100 2 78 -1 "winwav/swe" "significant height of comb. wind waves and swell" "m" -101 2 78 -1 "dir of wav" "direction of wind waves" "degree true" +101 2 78 -1 "dir of wav" "direction of wind waves" "degree_true" 102 2 78 -1 "hei of wav" "significant height of wind waves" "m" 103 2 78 -1 "MP of wiwa" "mean period of wind waves" "s" -104 2 78 -1 "dir of swe" "direction of swell" "degree true" +104 2 78 -1 "dir of swe" "direction of swell" "degree_true" 105 2 78 -1 "hei of swe" "significant height of swell" "m" 106 2 78 -1 "MP of swel" "mean period of swell" "s" -107 2 78 -1 "pr wave di" "primary wave direction" "degree true" +107 2 78 -1 "pr wave di" "primary wave direction" "degree_true" 108 2 78 -1 "pr wave pe" "primary wave period" "s" -109 2 78 -1 "se wave di" "secondary wave direction" "degree true" +109 2 78 -1 "se wave di" "secondary wave direction" "degree_true" 110 2 78 -1 "se wave pe" "secondary wave period" "s" -111 2 78 -1 "ASOB_S" "net short-wave radiation (surface)" "W/(m**2)" -112 2 78 -1 "ATHB_S" "net long-wave radiation (surface)" "W/(m**2)" -113 2 78 -1 "ASOB_T" "net short-wave radiation (top of atmosphere)" "W/(m**2)" -114 2 78 -1 "ATHB_T" "net long-wave radiation (top of atmosphere)" "W/(m**2)" -115 2 78 -1 "l-w rad." "long-wave radiation" "W/(m**2)" -116 2 78 -1 "s-w rad." "short-wave radiation" "W/(m**2)" -117 2 78 -1 "global rad" "global radiation" "W/(m**2)" +111 2 78 -1 "ASOB_S" "net short-wave radiation (surface)" "W/m^2" +112 2 78 -1 "ATHB_S" "net long-wave radiation (surface)" "W/m^2" +113 2 78 -1 "ASOB_T" "net short-wave radiation (top of atmosphere)" "W/m^2" +114 2 78 -1 "ATHB_T" "net long-wave radiation (top of atmosphere)" "W/m^2" +115 2 78 -1 "l-w rad." "long-wave radiation" "W/m^2" +116 2 78 -1 "s-w rad." "short-wave radiation" "W/m^2" +117 2 78 -1 "global rad" "global radiation" "W/m^2" 118 2 78 -1 "var118" "undefined" "" 119 2 78 -1 "var119" "undefined" "" 120 2 78 -1 "var120" "undefined" "" -121 2 78 -1 "ALHFL_S" "latent heat flux" "W/(m**2)" -122 2 78 -1 "ASHFL_S" "sensible heat flux" "W/(m**2)" -123 2 78 -1 "bound l di" "boundary layer dissipation" "W/(m**2)" -124 2 78 -1 "AUMFL_S" "momentum flux, u component" "N/(m**2)" -125 2 78 -1 "AVMFL_S" "momentum flux, v component" "N/(m**2)" +121 2 78 -1 "ALHFL_S" "latent heat flux" "W/m^2" +122 2 78 -1 "ASHFL_S" "sensible heat flux" "W/m^2" +123 2 78 -1 "bound l di" "boundary layer dissipation" "W/m^2" +124 2 78 -1 "AUMFL_S" "momentum flux, u component" "N/m^2" +125 2 78 -1 "AVMFL_S" "momentum flux, v component" "N/m^2" 126 2 78 -1 "wind mix e" "wind mixing energy" "J" 127 2 78 -1 "image data" "image data" "" 128 2 78 -1 "var128" "undefined" "" @@ -141,9 +141,9 @@ GRIB1 139 2 78 -1 "soil temp." "soil temperature (ECMF)" "K" 140 2 78 -1 "var140" "undefined" "" 141 2 78 -1 "var141" "undefined" "" -142 2 78 -1 "ls precip." "large scale precipitation (ECMF)" "kg/(m**2)" -143 2 78 -1 "conv prec." "convective precipitation (ECMF)" "kg/(m**2)" -144 2 78 -1 "snowfall" "snowfall (ECMF)" "m of water equivalent" +142 2 78 -1 "ls precip." "large scale precipitation (ECMF)" "kg/m^2" +143 2 78 -1 "conv prec." "convective precipitation (ECMF)" "kg/m^2" +144 2 78 -1 "snowfall" "snowfall (ECMF)" "m_of_water_equivalent" 145 2 78 -1 "var145" "undefined" "" 146 2 78 -1 "var146" "undefined" "" 147 2 78 -1 "var147" "undefined" "" @@ -254,4 +254,4 @@ GRIB1 252 2 78 -1 "var252" "undefined" "" 253 2 78 -1 "var253" "undefined" "" 254 2 78 -1 "var254" "undefined" "" -255 2 78 -1 "var255" "undefined" "" \ No newline at end of file +255 2 78 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_128_98.txt b/data/table_files/grib1_ecmwf_128_98.txt index e964b2b58d..5a01956ec6 100644 --- a/data/table_files/grib1_ecmwf_128_98.txt +++ b/data/table_files/grib1_ecmwf_128_98.txt @@ -1,84 +1,84 @@ GRIB1 0 128 98 -1 "var0" "undefined" "" -1 128 98 -1 "STRF" "Stream function" "m**2 s**-1" -2 128 98 -1 "VPOT" "Velocity potential" "m**2 s**-1" +1 128 98 -1 "STRF" "Stream function" "m^2/s" +2 128 98 -1 "VPOT" "Velocity potential" "m^2/s" 3 128 98 -1 "PT" "Potential temperature" "K" 4 128 98 -1 "EQPT" "Equivalent potential temperature" "K" 5 128 98 -1 "SEPT" "Saturated equivalent potential temperature" "K" -6 128 98 -1 "SSFR" "Soil sand fraction" "(0 - 1)" -7 128 98 -1 "SCFR" "Soil clay fraction" "(0 - 1)" +6 128 98 -1 "SSFR" "Soil sand fraction" "(0-1)" +7 128 98 -1 "SCFR" "Soil clay fraction" "(0-1)" 8 128 98 -1 "SRO" "Surface runoff" "m" 9 128 98 -1 "SSRO" "Sub-surface runoff" "m" -10 128 98 -1 "WIND" "Wind speed" "m s**-1" -11 128 98 -1 "UDVW" "U component of divergent wind" "m s**-1" -12 128 98 -1 "VDVW" "V component of divergent wind" "m s**-1" -13 128 98 -1 "URTW" "U component of rotational wind" "m s**-1" -14 128 98 -1 "VRTW" "V component of rotational wind" "m s**-1" -15 128 98 -1 "ALUVP" "UV visible albedo for direct radiation" "(0 - 1)" -16 128 98 -1 "ALUVD" "UV visible albedo for diffuse radiation" "(0 - 1)" -17 128 98 -1 "ALNIP" "Near IR albedo for direct radiation" "(0 - 1)" -18 128 98 -1 "ALNID" "Near IR albedo for diffuse radiation" "(0 - 1)" -19 128 98 -1 "UVCS" "Clear sky surface UV" "W m**-2 s" -20 128 98 -1 "PARCS" "Clear sky surface PAR" "W m**-2 s" +10 128 98 -1 "WIND" "Wind speed" "m/s" +11 128 98 -1 "UDVW" "U component of divergent wind" "m/s" +12 128 98 -1 "VDVW" "V component of divergent wind" "m/s" +13 128 98 -1 "URTW" "U component of rotational wind" "m/s" +14 128 98 -1 "VRTW" "V component of rotational wind" "m/s" +15 128 98 -1 "ALUVP" "UV visible albedo for direct radiation" "(0-1)" +16 128 98 -1 "ALUVD" "UV visible albedo for diffuse radiation" "(0-1)" +17 128 98 -1 "ALNIP" "Near IR albedo for direct radiation" "(0-1)" +18 128 98 -1 "ALNID" "Near IR albedo for diffuse radiation" "(0-1)" +19 128 98 -1 "UVCS" "Clear sky surface UV" "W/m^2*s" +20 128 98 -1 "PARCS" "Clear sky surface PAR" "W/m^2*s" 21 128 98 -1 "UCTP" "Unbalanced component of temperature" "K" 22 128 98 -1 "UCLN" "Unbalanced component of logarithm of surface pressure" "" -23 128 98 -1 "UCDV" "Unbalanced component of divergence" "s**-1" +23 128 98 -1 "UCDV" "Unbalanced component of divergence" "1/s" 24 128 98 -1 "var24" "Reserved for future unbalanced components" "" 25 128 98 -1 "var25" "Reserved for future unbalanced components" "" -26 128 98 -1 "CL" "Lake cover" "(0 - 1)" -27 128 98 -1 "CVL" "Low vegetation cover" "(0 - 1)" -28 128 98 -1 "CVH" "High vegetation cover" "(0 - 1)" +26 128 98 -1 "CL" "Lake cover" "(0-1)" +27 128 98 -1 "CVL" "Low vegetation cover" "(0-1)" +28 128 98 -1 "CVH" "High vegetation cover" "(0-1)" 29 128 98 -1 "TVL" "Type of low vegetation" "" 30 128 98 -1 "TVH" "Type of high vegetation" "" -31 128 98 -1 "CI" "Sea-ice cover" "(0 - 1)" -32 128 98 -1 "ASN" "Snow albedo" "(0 - 1)" -33 128 98 -1 "RSN" "Snow density" "kg m**-3" +31 128 98 -1 "CI" "Sea-ice cover" "(0-1)" +32 128 98 -1 "ASN" "Snow albedo" "(0-1)" +33 128 98 -1 "RSN" "Snow density" "kg/m^3" 34 128 98 -1 "SSTK" "Sea surface temperature" "K" 35 128 98 -1 "ISTL1" "Ice surface temperature layer 1" "K" 36 128 98 -1 "ISTL2" "Ice surface temperature layer 2" "K" 37 128 98 -1 "ISTL3" "Ice surface temperature layer 3" "K" 38 128 98 -1 "ISTL4" "Ice surface temperature layer 4" "K" -39 128 98 -1 "SWVL1" "Volumetric soil water layer 1" "m**3 m**-3" -40 128 98 -1 "SWVL2" "Volumetric soil water layer 2" "m**3 m**-3" -41 128 98 -1 "SWVL3" "Volumetric soil water layer 3" "m**3 m**-3" -42 128 98 -1 "SWVL4" "Volumetric soil water layer 4" "m**3 m**-3" +39 128 98 -1 "SWVL1" "Volumetric soil water layer 1" "m^3/m^3" +40 128 98 -1 "SWVL2" "Volumetric soil water layer 2" "m^3/m^3" +41 128 98 -1 "SWVL3" "Volumetric soil water layer 3" "m^3/m^3" +42 128 98 -1 "SWVL4" "Volumetric soil water layer 4" "m^3/m^3" 43 128 98 -1 "SLT" "Soil type" "" -44 128 98 -1 "ES" "Snow evaporation" "m of water" -45 128 98 -1 "SMLT" "Snowmelt" "m of water" +44 128 98 -1 "ES" "Snow evaporation" "m_of_water" +45 128 98 -1 "SMLT" "Snowmelt" "m_of_water" 46 128 98 -1 "SDUR" "Solar duration" "s" -47 128 98 -1 "DSRP" "Direct solar radiation" "w m**-2" -48 128 98 -1 "MAGSS" "Magnitude of surface stress" "N m**-2 s" -49 128 98 -1 "10FG" "10 metre wind gust" "m s**-1" +47 128 98 -1 "DSRP" "Direct solar radiation" "w/m^2" +48 128 98 -1 "MAGSS" "Magnitude of surface stress" "N/m^2*s" +49 128 98 -1 "10FG" "10 metre wind gust" "m/s" 50 128 98 -1 "LSPF" "Large-scale precipitation fraction" "s" 51 128 98 -1 "MX2T24" "Maximum temperature at 2 metres since last 24 hours" "K" 52 128 98 -1 "MN2T24" "Minimum temperature at 2 metres since last 24 hours" "K" -53 128 98 -1 "MONT" "Montgomery potential" "m**2 s**-2" +53 128 98 -1 "MONT" "Montgomery potential" "m^2/s^2" 54 128 98 -1 "PRES" "Pressure" "Pa" 55 128 98 -1 "MEAN2T24" "Mean temperature at 2 metres since last 24 hours" "K" 56 128 98 -1 "MN2D24" "Mean 2 metre dewpoint temperature in past 24 hours" "K" -57 128 98 -1 "UVB" "Downward UV radiation at the surface" "w m**-2 s" -58 128 98 -1 "PAR" "Photosynthetically active radiation at the surface" "w m**-2 s" -59 128 98 -1 "CAPE" "Convective available potential energy" "J kg**-1" -60 128 98 -1 "PV" "Potential vorticity" "K m**2 kg**-1 s**-1" -61 128 98 -1 "var61" "undefined" ""s +57 128 98 -1 "UVB" "Downward UV radiation at the surface" "w/m^2*s" +58 128 98 -1 "PAR" "Photosynthetically active radiation at the surface" "w/m^2*s" +59 128 98 -1 "CAPE" "Convective available potential energy" "J/kg" +60 128 98 -1 "PV" "Potential vorticity" "K*m^2/kg/s" +61 128 98 -1 "var61" "undefined" "" 62 128 98 -1 "OBCT" "Observation count" "" 63 128 98 -1 "var63" "Start time for skin temperature difference" "s" 64 128 98 -1 "var64" "Finish time for skin temperature difference" "s" 65 128 98 -1 "var65" "Skin temperature difference" "K" -66 128 98 -1 "var66" "Leaf area index, low vegetation" "m**2 / m**2" -67 128 98 -1 "var67" "Leaf area index, high vegetation" "m**2 / m**2" -68 128 98 -1 "var68" "Minimum stomatal resistance, low vegetation" "s m**-1" -69 128 98 -1 "var69" "Minimum stomatal resistance, high vegetation" "s m**-1" -70 128 98 -1 "var70" "Biome cover, low vegetation" "(0 - 1)" -71 128 98 -1 "var71" "Biome cover, high vegetation" "(0 - 1)" -72 128 98 -1 "ISSRD" "Instantaneous surface solar radiation downwards" "w m**-2" -73 128 98 -1 "ISTRD" "Instantaneous surface thermal radiation downwards" "w m**-2" +66 128 98 -1 "var66" "Leaf area index, low vegetation" "m^2/m^2" +67 128 98 -1 "var67" "Leaf area index, high vegetation" "m^2/m^2" +68 128 98 -1 "var68" "Minimum stomatal resistance, low vegetation" "s/m" +69 128 98 -1 "var69" "Minimum stomatal resistance, high vegetation" "s/m" +70 128 98 -1 "var70" "Biome cover, low vegetation" "(0-1)" +71 128 98 -1 "var71" "Biome cover, high vegetation" "(0-1)" +72 128 98 -1 "ISSRD" "Instantaneous surface solar radiation downwards" "w/m^2" +73 128 98 -1 "ISTRD" "Instantaneous surface thermal radiation downwards" "w/m^2" 74 128 98 -1 "SDFOR" "Standard deviation of filtered subgrid orography" "m" -75 128 98 -1 "CRWC" "Cloud rain water content" "kg kg**-1" -76 128 98 -1 "CSWC" "Cloud snow water content" "kg kg**-1" -77 128 98 -1 "ETADOT" "Eta-coordinate vertical velocity" "s**-1" -78 128 98 -1 "TCLW" "Total column liquid water" "kg m**-2" -79 128 98 -1 "TCIW" "Total column ice water" "kg m**-2" +75 128 98 -1 "CRWC" "Cloud rain water content" "kg/kg" +76 128 98 -1 "CSWC" "Cloud snow water content" "kg/kg" +77 128 98 -1 "ETADOT" "Eta-coordinate vertical velocity" "1/s" +78 128 98 -1 "TCLW" "Total column liquid water" "kg/m^2" +79 128 98 -1 "TCIW" "Total column ice water" "kg/m^2" 80 128 98 -1 "var80" "Experimental product" "" 81 128 98 -1 "var81" "Experimental product" "" 82 128 98 -1 "var82" "Experimental product" "" @@ -122,136 +122,136 @@ GRIB1 120 128 98 -1 "var120" "Experimental product" "" 121 128 98 -1 "MX2T6" "Maximum temperature at 2 metres since last 6 hours" "K" 122 128 98 -1 "MN2T6" "Minimum temperature at 2 metres since last 6 hours" "K" -123 128 98 -1 "10FG6" "10 metre wind gust in the past 6 hours" "m s**-1" +123 128 98 -1 "10FG6" "10 metre wind gust in the past 6 hours" "m/s" 124 128 98 -1 "EMIS" "Surface emissivity" "dimensionless" -125 128 98 -1 "var125" "Vertically integrated total energy" "J m**-2" +125 128 98 -1 "var125" "Vertically integrated total energy" "J/m^2" 126 128 98 -1 "var126" "Generic parameter for sensitive area prediction" "Various" 127 128 98 -1 "AT" "Atmospheric tide" "" 128 128 98 -1 "BV" "Budget values" "" -129 128 98 -1 "Z" "Geopotential" "m**2 s**-2" +129 128 98 -1 "Z" "Geopotential" "m^2/s^2" 130 128 98 -1 "T" "Temperature" "K" -131 128 98 -1 "U" "U velocity" "m s**-1" -132 128 98 -1 "V" "V velocity" "m s**-1" -133 128 98 -1 "Q" "Specific humidity" "kg kg**-1" +131 128 98 -1 "U" "U velocity" "m/s" +132 128 98 -1 "V" "V velocity" "m/s" +133 128 98 -1 "Q" "Specific humidity" "kg/kg" 134 128 98 -1 "SP" "Surface pressure" "Pa" -135 128 98 -1 "W" "Vertical velocity" "Pa s**-1" -136 128 98 -1 "TCW" "Total column water" "kg m**-2" -137 128 98 -1 "TCWV" "Total column water vapour" "kg m**-2" -138 128 98 -1 "VO" "Vorticity (relative)" "s**-1" +135 128 98 -1 "W" "Vertical velocity" "Pa/s" +136 128 98 -1 "TCW" "Total column water" "kg/m^2" +137 128 98 -1 "TCWV" "Total column water vapour" "kg/m^2" +138 128 98 -1 "VO" "Vorticity (relative)" "1/s" 139 128 98 -1 "STL1" "Soil temperature level 1" "K" -140 128 98 -1 "SWL1" "Soil wetness level 1" "m of water" -141 128 98 -1 "SD" "Snow depth" "m of water equivalent" +140 128 98 -1 "SWL1" "Soil wetness level 1" "m_of_water" +141 128 98 -1 "SD" "Snow depth" "m_of_water_equivalent" 142 128 98 -1 "LSP" "Stratiform precipitation (Large-scale precipitation)" "m" 143 128 98 -1 "CP" "Convective precipitation" "m" -144 128 98 -1 "SF" "Snowfall" "m of water equivalent" -145 128 98 -1 "BLD" "Boundary layer dissipation" "W m**-2 s" -146 128 98 -1 "SSHF" "Surface sensible heat flux" "W m**-2 s" -147 128 98 -1 "SLHF" "Surface latent heat flux" "W m**-2 s" +144 128 98 -1 "SF" "Snowfall" "m_of_water_equivalent" +145 128 98 -1 "BLD" "Boundary layer dissipation" "W/m^2*s" +146 128 98 -1 "SSHF" "Surface sensible heat flux" "W/m^2*s" +147 128 98 -1 "SLHF" "Surface latent heat flux" "W/m^2*s" 148 128 98 -1 "CHNK" "Charnock" "" -149 128 98 -1 "SNR" "Surface net radiation" "W m**-2 s" +149 128 98 -1 "SNR" "Surface net radiation" "W/m^2*s" 150 128 98 -1 "TNR" "Top net radiation" "" 151 128 98 -1 "MSL" "Mean sea level pressure" "Pa" 152 128 98 -1 "LNSP" "Logarithm of surface pressure" "" 153 128 98 -1 "SWHR" "Short-wave heating rate" "K" 154 128 98 -1 "LWHR" "Long-wave heating rate" "K" -155 128 98 -1 "D" "Divergence" "s**-1" +155 128 98 -1 "D" "Divergence" "1/s" 156 128 98 -1 "GH" "Height" "gpm" 157 128 98 -1 "R" "Relative humidity" "%" -158 128 98 -1 "TSP" "Tendency of surface pressure" "Pa s**-1" +158 128 98 -1 "TSP" "Tendency of surface pressure" "Pa/s" 159 128 98 -1 "BLH" "Boundary layer height" "m" 160 128 98 -1 "SDOR" "Standard deviation of orography" "" 161 128 98 -1 "ISOR" "Anisotropy of sub-gridscale orography" "" 162 128 98 -1 "ANOR" "Angle of sub-gridscale orography" "rad" 163 128 98 -1 "SLOR" "Slope of sub-gridscale orography" "" -164 128 98 -1 "TCC" "Total cloud cover" "(0 - 1)" -165 128 98 -1 "10U" "10 metre U wind component" "m s**-1" -166 128 98 -1 "10V" "10 metre V wind component" "m s**-1" +164 128 98 -1 "TCC" "Total cloud cover" "(0-1)" +165 128 98 -1 "10U" "10 metre U wind component" "m/s" +166 128 98 -1 "10V" "10 metre V wind component" "m/s" 167 128 98 -1 "2T" "2 metre temperature" "K" 168 128 98 -1 "2D" "2 metre dewpoint temperature" "K" -169 128 98 -1 "SSRD" "Surface solar radiation downwards" "W m**-2 s" +169 128 98 -1 "SSRD" "Surface solar radiation downwards" "W/m^2*s" 170 128 98 -1 "STL2" "Soil temperature level 2" "K" -171 128 98 -1 "SWL2" "Soil wetness level 2" "m of water" -172 128 98 -1 "LSM" "Land-sea mask" "(0 - 1)" +171 128 98 -1 "SWL2" "Soil wetness level 2" "m_of_water" +172 128 98 -1 "LSM" "Land-sea mask" "(0-1)" 173 128 98 -1 "SR" "Surface roughness" "m" -174 128 98 -1 "AL" "Albedo" "(0 - 1)" -175 128 98 -1 "STRD" "Surface thermal radiation downwards" "W m**-2 s" -176 128 98 -1 "SSR" "Surface solar radiation" "W m**-2 s" -177 128 98 -1 "STR" "Surface thermal radiation" "W m**-2 s" -178 128 98 -1 "TSR" "Top solar radiation" "W m**-2 s" -179 128 98 -1 "TTR" "Top thermal radiation" "W m**-2 s" -180 128 98 -1 "EWSS" "East-West surface stress" "N m**-2 s" -181 128 98 -1 "NSSS" "North-South surface stress" "N m**-2 s" -182 128 98 -1 "E" "Evaporation" "m of water" +174 128 98 -1 "AL" "Albedo" "(0-1)" +175 128 98 -1 "STRD" "Surface thermal radiation downwards" "W/m^2*s" +176 128 98 -1 "SSR" "Surface solar radiation" "W/m^2*s" +177 128 98 -1 "STR" "Surface thermal radiation" "W/m^2*s" +178 128 98 -1 "TSR" "Top solar radiation" "W/m^2*s" +179 128 98 -1 "TTR" "Top thermal radiation" "W/m^2*s" +180 128 98 -1 "EWSS" "East-West surface stress" "N/m^2*s" +181 128 98 -1 "NSSS" "North-South surface stress" "N/m^2*s" +182 128 98 -1 "E" "Evaporation" "m_of_water" 183 128 98 -1 "STL3" "Soil temperature level 3" "K" -184 128 98 -1 "SWL3" "Soil wetness level 3" "m of water" -185 128 98 -1 "CCC" "Convective cloud cover" "(0 - 1)" -186 128 98 -1 "LCC" "Low cloud cover" "(0 - 1)" -187 128 98 -1 "MCC" "Medium cloud cover" "(0 - 1)" -188 128 98 -1 "HCC" "High cloud cover" "(0 - 1)" +184 128 98 -1 "SWL3" "Soil wetness level 3" "m_of_water" +185 128 98 -1 "CCC" "Convective cloud cover" "(0-1)" +186 128 98 -1 "LCC" "Low cloud cover" "(0-1)" +187 128 98 -1 "MCC" "Medium cloud cover" "(0-1)" +188 128 98 -1 "HCC" "High cloud cover" "(0-1)" 189 128 98 -1 "SUND" "Sunshine duration" "s" -190 128 98 -1 "EWOV" "East-West component of sub-gridscale orographic variance" "m**2" -191 128 98 -1 "NSOV" "North-South component of sub-gridscale orographic variance" "m**2" -192 128 98 -1 "NWOV" "North-West/South-East component of sub-gridscale orographic variance" "m**2" -193 128 98 -1 "NEOV" "North-East/South-West component of sub-gridscale orographic variance" "m**2" +190 128 98 -1 "EWOV" "East-West component of sub-gridscale orographic variance" "m^2" +191 128 98 -1 "NSOV" "North-South component of sub-gridscale orographic variance" "m^2" +192 128 98 -1 "NWOV" "North-West/South-East component of sub-gridscale orographic variance" "m^2" +193 128 98 -1 "NEOV" "North-East/South-West component of sub-gridscale orographic variance" "m^2" 194 128 98 -1 "BTMP" "Brightness temperature" "K" -195 128 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N m**-2 s" -196 128 98 -1 "MGWS" "Meridional component of gravity wave stress" "N m**-2 s" -197 128 98 -1 "GWD" "Gravity wave dissipation" "W m**-2 s" -198 128 98 -1 "SRC" "Skin reservoir content" "m of water" -199 128 98 -1 "VEG" "Vegetation fraction" "(0 - 1)" -200 128 98 -1 "VSO" "Variance of sub-gridscale orography" "m**2" +195 128 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N/m^2*s" +196 128 98 -1 "MGWS" "Meridional component of gravity wave stress" "N/m^2*s" +197 128 98 -1 "GWD" "Gravity wave dissipation" "W/m^2*s" +198 128 98 -1 "SRC" "Skin reservoir content" "m_of_water" +199 128 98 -1 "VEG" "Vegetation fraction" "(0-1)" +200 128 98 -1 "VSO" "Variance of sub-gridscale orography" "m^2" 201 128 98 -1 "MX2T" "Maximum temperature at 2 metres since previous post-processing" "K" 202 128 98 -1 "MN2T" "Minimum temperature at 2 metres since previous post-processing" "K" -203 128 98 -1 "O3" "Ozone mass mixing ratio" "kg kg**-1" +203 128 98 -1 "O3" "Ozone mass mixing ratio" "kg/kg" 204 128 98 -1 "PAW" "Precipitation analysis weights" "" 205 128 98 -1 "RO" "Runoff" "m" -206 128 98 -1 "TCO3" "Total column ozone" "kg m**-2" -207 128 98 -1 "10SI" "10 metre wind speed" "m s**-1" -208 128 98 -1 "TSRC" "Top net solar radiation, clear sky" "W m**-2 s" -209 128 98 -1 "TTRC" "Top net thermal radiation, clear sky" "W m**-2 s" -210 128 98 -1 "SSRC" "Surface net solar radiation, clear sky" "W m**-2 s" -211 128 98 -1 "STRC" "Surface net thermal radiation, clear sky" "W m**-2 s" -212 128 98 -1 "TISR" "TOA incident solar radiation" "W m**-2 s" -213 128 98 -1 "VIMD" "Vertically integrated moisture divergence" "kg m**-2" +206 128 98 -1 "TCO3" "Total column ozone" "kg/m^2" +207 128 98 -1 "10SI" "10 metre wind speed" "m/s" +208 128 98 -1 "TSRC" "Top net solar radiation, clear sky" "W/m^2*s" +209 128 98 -1 "TTRC" "Top net thermal radiation, clear sky" "W/m^2*s" +210 128 98 -1 "SSRC" "Surface net solar radiation, clear sky" "W/m^2*s" +211 128 98 -1 "STRC" "Surface net thermal radiation, clear sky" "W/m^2*s" +212 128 98 -1 "TISR" "TOA incident solar radiation" "W/m^2*s" +213 128 98 -1 "VIMD" "Vertically integrated moisture divergence" "kg/m^2" 214 128 98 -1 "DHR" "Diabatic heating by radiation" "K" 215 128 98 -1 "DHVD" "Diabatic heating by vertical diffusion" "K" 216 128 98 -1 "DHCC" "Diabatic heating by cumulus convection" "K" 217 128 98 -1 "DHLC" "Diabatic heating large-scale condensation" "K" -218 128 98 -1 "VDZW" "Vertical diffusion of zonal wind" "m s**-1" -219 128 98 -1 "VDMW" "Vertical diffusion of meridional wind" "m s**-1" -220 128 98 -1 "EWGD" "East-West gravity wave drag tendency" "m s**-1" -221 128 98 -1 "NSGD" "North-South gravity wave drag tendency" "m s**-1" -222 128 98 -1 "CTZW" "Convective tendency of zonal wind" "m s**-1" -223 128 98 -1 "CTMW" "Convective tendency of meridional wind" "m s**-1" -224 128 98 -1 "VDH" "Vertical diffusion of humidity" "kg kg**-1" -225 128 98 -1 "HTCC" "Humidity tendency by cumulus convection" "kg kg**-1" -226 128 98 -1 "HTLC" "Humidity tendency by large-scale condensation" "kg kg**-1" -227 128 98 -1 "CRNH" "Change from removal of negative humidity" "kg kg**-1" +218 128 98 -1 "VDZW" "Vertical diffusion of zonal wind" "m/s" +219 128 98 -1 "VDMW" "Vertical diffusion of meridional wind" "m/s" +220 128 98 -1 "EWGD" "East-West gravity wave drag tendency" "m/s" +221 128 98 -1 "NSGD" "North-South gravity wave drag tendency" "m/s" +222 128 98 -1 "CTZW" "Convective tendency of zonal wind" "m/s" +223 128 98 -1 "CTMW" "Convective tendency of meridional wind" "m/s" +224 128 98 -1 "VDH" "Vertical diffusion of humidity" "kg/kg" +225 128 98 -1 "HTCC" "Humidity tendency by cumulus convection" "kg/kg" +226 128 98 -1 "HTLC" "Humidity tendency by large-scale condensation" "kg/kg" +227 128 98 -1 "CRNH" "Change from removal of negative humidity" "kg/kg" 228 128 98 -1 "TP" "Total precipitation" "m" -229 128 98 -1 "IEWS" "Instantaneous X surface stress" "N m**-2" -230 128 98 -1 "INSS" "Instantaneous Y surface stress" "N m**-2" -231 128 98 -1 "ISHF" "Instantaneous surface heat flux" "W m**-2" -232 128 98 -1 "IE" "Instantaneous moisture flux" "kg m**-2 s**-1" -233 128 98 -1 "ASQ" "Apparent surface humidity" "kg kg**-1" +229 128 98 -1 "IEWS" "Instantaneous X surface stress" "N/m^2" +230 128 98 -1 "INSS" "Instantaneous Y surface stress" "N/m^2" +231 128 98 -1 "ISHF" "Instantaneous surface heat flux" "W/m^2" +232 128 98 -1 "IE" "Instantaneous moisture flux" "kg/m^2/s" +233 128 98 -1 "ASQ" "Apparent surface humidity" "kg/kg" 234 128 98 -1 "LSRH" "Logarithm of surface roughness length for heat" "" 235 128 98 -1 "SKT" "Skin temperature" "K" 236 128 98 -1 "STL4" "Soil temperature level 4" "K" 237 128 98 -1 "SWL4" "Soil wetness level 4" "m" 238 128 98 -1 "TSN" "Temperature of snow layer" "K" -239 128 98 -1 "CSF" "Convective snowfall" "m of water equivalent" -240 128 98 -1 "LSF" "Large-scale snowfall" "m of water equivalent" -241 128 98 -1 "ACF" "Accumulated cloud fraction tendency" "(-1 to 1)" -242 128 98 -1 "ALW" "Accumulated liquid water tendency" "(-1 to 1)" -243 128 98 -1 "FAL" "Forecast albedo" "(0 - 1)" +239 128 98 -1 "CSF" "Convective snowfall" "m_of_water_equivalent" +240 128 98 -1 "LSF" "Large-scale snowfall" "m_of_water_equivalent" +241 128 98 -1 "ACF" "Accumulated cloud fraction tendency" "(-1to1)" +242 128 98 -1 "ALW" "Accumulated liquid water tendency" "(-1to1)" +243 128 98 -1 "FAL" "Forecast albedo" "(0-1)" 244 128 98 -1 "FSR" "Forecast surface roughness" "m" 245 128 98 -1 "FLSR" "Forecast logarithm of surface roughness for heat" "" -246 128 98 -1 "CLWC" "Cloud liquid water content" "kg kg**-1" -247 128 98 -1 "CIWC" "Cloud ice water content" "kg kg**-1" -248 128 98 -1 "CC" "Cloud cover" "(0 - 1)" -249 128 98 -1 "AIW" "Accumulated ice water tendency" "(-1 to 1)" -250 128 98 -1 "ICE" "Ice age" "(0 - 1)" +246 128 98 -1 "CLWC" "Cloud liquid water content" "kg/kg" +247 128 98 -1 "CIWC" "Cloud ice water content" "kg/kg" +248 128 98 -1 "CC" "Cloud cover" "(0-1)" +249 128 98 -1 "AIW" "Accumulated ice water tendency" "(-1to1)" +250 128 98 -1 "ICE" "Ice age" "(0-1)" 251 128 98 -1 "ATTE" "Adiabatic tendency of temperature" "K" -252 128 98 -1 "ATHE" "Adiabatic tendency of humidity" "kg kg**-1" -253 128 98 -1 "ATZE" "Adiabatic tendency of zonal wind" "m s**-1" -254 128 98 -1 "ATMW" "Adiabatic tendency of meridional wind" "m s**-1" -255 128 98 -1 "var255" "Indicates a missing value" "" \ No newline at end of file +252 128 98 -1 "ATHE" "Adiabatic tendency of humidity" "kg/kg" +253 128 98 -1 "ATZE" "Adiabatic tendency of zonal wind" "m/s" +254 128 98 -1 "ATMW" "Adiabatic tendency of meridional wind" "m/s" +255 128 98 -1 "var255" "Indicates a missing value" "" diff --git a/data/table_files/grib1_ecmwf_129_98.txt b/data/table_files/grib1_ecmwf_129_98.txt index f7ecb977ce..0c20c756a3 100644 --- a/data/table_files/grib1_ecmwf_129_98.txt +++ b/data/table_files/grib1_ecmwf_129_98.txt @@ -1,7 +1,7 @@ GRIB1 0 129 98 -1 "var0" "undefined" "" -1 129 98 -1 "STRF" "Stream function" "m**2 s**-1" -2 129 98 -1 "VPOT" "Velocity potential" "m**2 s**-1" +1 129 98 -1 "STRF" "Stream function" "m^2/s" +2 129 98 -1 "VPOT" "Velocity potential" "m^2/s" 3 129 98 -1 "PT" "Potential temperature" "K" 4 129 98 -1 "EQPT" "Equivalent potential temperature" "K" 5 129 98 -1 "SEPT" "Saturated equivalent potential temperature" "K" @@ -10,10 +10,10 @@ GRIB1 8 129 98 -1 "var8" "undefined" "" 9 129 98 -1 "var9" "undefined" "" 10 129 98 -1 "var10" "undefined" "" -11 129 98 -1 "UDVW" "U component of divergent wind" "m s**-1" -12 129 98 -1 "VDVW" "V component of divergent wind" "m s**-1" -13 129 98 -1 "URTW" "U component of rotational wind" "m s**-1" -14 129 98 -1 "VRTW" "V component of rotational wind" "m s**-1" +11 129 98 -1 "UDVW" "U component of divergent wind" "m/s" +12 129 98 -1 "VDVW" "V component of divergent wind" "m/s" +13 129 98 -1 "URTW" "U component of rotational wind" "m/s" +14 129 98 -1 "VRTW" "V component of rotational wind" "m/s" 15 129 98 -1 "var15" "undefined" "" 16 129 98 -1 "var16" "undefined" "" 17 129 98 -1 "var17" "undefined" "" @@ -22,63 +22,63 @@ GRIB1 20 129 98 -1 "var20" "undefined" "" 21 129 98 -1 "UCTP" "Unbalanced component of temperature" "K" 22 129 98 -1 "UCLN" "Unbalanced component of logarithm of surface pressure" "" -23 129 98 -1 "UCDV" "Unbalanced component of divergence" "s**-1" +23 129 98 -1 "UCDV" "Unbalanced component of divergence" "1/s" 24 129 98 -1 "var24" "Reserved for future unbalanced components" "" 25 129 98 -1 "var25" "Reserved for future unbalanced components" "" -26 129 98 -1 "CL" "Lake cover" "(0 - 1)" -27 129 98 -1 "CVL" "Low vegetation cover" "(0 - 1)" -28 129 98 -1 "CVH" "High vegetation cover" "(0 - 1)" +26 129 98 -1 "CL" "Lake cover" "(0-1)" +27 129 98 -1 "CVL" "Low vegetation cover" "(0-1)" +28 129 98 -1 "CVH" "High vegetation cover" "(0-1)" 29 129 98 -1 "TVL" "Type of low vegetation" "" 30 129 98 -1 "TVH" "Type of high vegetation" "" -31 129 98 -1 "CI" "Sea-ice cover" "(0 - 1)" -32 129 98 -1 "ASN" "Snow albedo" "(0 - 1)" -33 129 98 -1 "RSN" "Snow density" "kg m**-3" +31 129 98 -1 "CI" "Sea-ice cover" "(0-1)" +32 129 98 -1 "ASN" "Snow albedo" "(0-1)" +33 129 98 -1 "RSN" "Snow density" "kg/m^3" 34 129 98 -1 "SSTK" "Sea surface temperature" "K" 35 129 98 -1 "ISTL1" "Ice surface temperature layer 1" "K" 36 129 98 -1 "ISTL2" "Ice surface temperature layer 2" "K" 37 129 98 -1 "ISTL3" "Ice surface temperature layer 3" "K" 38 129 98 -1 "ISTL4" "Ice surface temperature layer 4" "K" -39 129 98 -1 "SWVL1" "Volumetric soil water layer 1" "m**3 m**-3" -40 129 98 -1 "SWVL2" "Volumetric soil water layer 2" "m**3 m**-3" -41 129 98 -1 "SWVL3" "Volumetric soil water layer 3" "m**3 m**-3" -42 129 98 -1 "SWVL4" "Volumetric soil water layer 4" "m**3 m**-3" +39 129 98 -1 "SWVL1" "Volumetric soil water layer 1" "m^3/m^3" +40 129 98 -1 "SWVL2" "Volumetric soil water layer 2" "m^3/m^3" +41 129 98 -1 "SWVL3" "Volumetric soil water layer 3" "m^3/m^3" +42 129 98 -1 "SWVL4" "Volumetric soil water layer 4" "m^3/m^3" 43 129 98 -1 "SLT" "Soil type" "" -44 129 98 -1 "ES" "Snow evaporation" "m of water" -45 129 98 -1 "SMLT" "Snowmelt" "m of water" +44 129 98 -1 "ES" "Snow evaporation" "m_of_water" +45 129 98 -1 "SMLT" "Snowmelt" "m_of_water" 46 129 98 -1 "SDUR" "Solar duration" "s" -47 129 98 -1 "DSRP" "Direct solar radiation" "w m**-2" -48 129 98 -1 "MAGSS" "Magnitude of surface stress" "N m**-2 s" -49 129 98 -1 "10FG" "10 metre wind gust" "m s**-1" +47 129 98 -1 "DSRP" "Direct solar radiation" "w/m^2" +48 129 98 -1 "MAGSS" "Magnitude of surface stress" "N/m^2*s" +49 129 98 -1 "10FG" "10 metre wind gust" "m/s" 50 129 98 -1 "LSPF" "Large-scale precipitation fraction" "s" 51 129 98 -1 "MX2T24" "Maximum 2 metre temperature" "K" 52 129 98 -1 "MN2T24" "Minimum 2 metre temperature" "K" -53 129 98 -1 "MONT" "Montgomery potential" "m**2 s**-2" +53 129 98 -1 "MONT" "Montgomery potential" "m^2/s^2" 54 129 98 -1 "PRES" "Pressure" "Pa" 55 129 98 -1 "MEAN2T24" "Mean 2 metre temperature in past 24 hours" "K" 56 129 98 -1 "MN2D24" "Mean 2 metre dewpoint temperature in past 24 hours" "K" -57 129 98 -1 "UVB" "Downward UV radiation at the surface" "w m**-2 s" -58 129 98 -1 "PAR" "Photosynthetically active radiation at the surface" "w m**-2 s" -59 129 98 -1 "CAPE" "Convective available potential energy" "J kg**-1" -60 129 98 -1 "PV" "Potential vorticity" "K m**2 kg**-1 s**-1" -61 129 98 -1 "TPO" "Total precipitation from observations" "Millimetres*100 + number of stations" +57 129 98 -1 "UVB" "Downward UV radiation at the surface" "w/m^2*s" +58 129 98 -1 "PAR" "Photosynthetically active radiation at the surface" "w/m^2*s" +59 129 98 -1 "CAPE" "Convective available potential energy" "J/kg" +60 129 98 -1 "PV" "Potential vorticity" "K*m^2/kg/s" +61 129 98 -1 "TPO" "Total precipitation from observations" "Millimetres*100_+_number_of_stations" 62 129 98 -1 "OBCT" "Observation count" "" 63 129 98 -1 "var63" "Start time for skin temperature difference" "s" 64 129 98 -1 "var64" "Finish time for skin temperature difference" "s" 65 129 98 -1 "var65" "Skin temperature difference" "K" -66 129 98 -1 "var66" "Leaf area index, low vegetation" "m**2 / m**2" -67 129 98 -1 "var67" "Leaf area index, high vegetation" "m**2 / m**2" -68 129 98 -1 "var68" "Minimum stomatal resistance, low vegetation" "s m**-1" -69 129 98 -1 "var69" "Minimum stomatal resistance, high vegetation" "s m**-1" -70 129 98 -1 "var70" "Biome cover, low vegetation" "(0 - 1)" -71 129 98 -1 "var71" "Biome cover, high vegetation" "(0 - 1)" +66 129 98 -1 "var66" "Leaf area index, low vegetation" "m^2/m^2" +67 129 98 -1 "var67" "Leaf area index, high vegetation" "m^2/m^2" +68 129 98 -1 "var68" "Minimum stomatal resistance, low vegetation" "s/m" +69 129 98 -1 "var69" "Minimum stomatal resistance, high vegetation" "s/m" +70 129 98 -1 "var70" "Biome cover, low vegetation" "(0-1)" +71 129 98 -1 "var71" "Biome cover, high vegetation" "(0-1)" 72 129 98 -1 "var72" "undefined" "" 73 129 98 -1 "var73" "undefined" "" 74 129 98 -1 "var74" "undefined" "" 75 129 98 -1 "var75" "undefined" "" 76 129 98 -1 "var76" "undefined" "" 77 129 98 -1 "var77" "undefined" "" -78 129 98 -1 "var78" "Total column liquid water" "kg m**-2" -79 129 98 -1 "var79" "Total column ice water" "kg m**-2" +78 129 98 -1 "var78" "Total column liquid water" "kg/m^2" +79 129 98 -1 "var79" "Total column ice water" "kg/m^2" 80 129 98 -1 "var80" "Experimental product" "" 81 129 98 -1 "var81" "Experimental product" "" 82 129 98 -1 "var82" "Experimental product" "" @@ -122,136 +122,136 @@ GRIB1 120 129 98 -1 "var120" "Experimental product" "" 121 129 98 -1 "MX2T6" "Maximum temperature at 2 metres" "K" 122 129 98 -1 "MN2T6" "Minimum temperature at 2 metres" "K" -123 129 98 -1 "10FG6" "10 metre wind gust in the past 6 hours" "m s**-1" +123 129 98 -1 "10FG6" "10 metre wind gust in the past 6 hours" "m/s" 124 129 98 -1 "var124" "undefined" "" -125 129 98 -1 "var125" "Vertically integrated total energy" "J m**-2" +125 129 98 -1 "var125" "Vertically integrated total energy" "J/m^2" 126 129 98 -1 "var126" "Generic parameter for sensitive area prediction" "Various" 127 129 98 -1 "AT" "Atmospheric tide" "" 128 129 98 -1 "BV" "Budget values" "" -129 129 98 -1 "Z" "Geopotential" "m**2 s**-2" +129 129 98 -1 "Z" "Geopotential" "m^2/s^2" 130 129 98 -1 "T" "Temperature" "K" -131 129 98 -1 "U" "U velocity" "m s**-1" -132 129 98 -1 "V" "V velocity" "m s**-1" -133 129 98 -1 "Q" "Specific humidity" "kg kg**-1" +131 129 98 -1 "U" "U velocity" "m/s" +132 129 98 -1 "V" "V velocity" "m/s" +133 129 98 -1 "Q" "Specific humidity" "kg/kg" 134 129 98 -1 "SP" "Surface pressure" "Pa" -135 129 98 -1 "W" "Vertical velocity" "Pa s**-1" -136 129 98 -1 "TCW" "Total column water" "kg m**-2" -137 129 98 -1 "TCWV" "Total column water vapour" "kg m**-2" -138 129 98 -1 "VO" "Vorticity (relative)" "s**-1" +135 129 98 -1 "W" "Vertical velocity" "Pa/s" +136 129 98 -1 "TCW" "Total column water" "kg/m^2" +137 129 98 -1 "TCWV" "Total column water vapour" "kg/m^2" +138 129 98 -1 "VO" "Vorticity (relative)" "1/s" 139 129 98 -1 "STL1" "Soil temperature level 1" "K" -140 129 98 -1 "SWL1" "Soil wetness level 1" "m of water" -141 129 98 -1 "SD" "Snow depth" "m of water equivalent" +140 129 98 -1 "SWL1" "Soil wetness level 1" "m_of_water" +141 129 98 -1 "SD" "Snow depth" "m_of_water_equivalent" 142 129 98 -1 "LSP" "Stratiform precipitation (Large-scale precipitation)" "m" 143 129 98 -1 "CP" "Convective precipitation" "m" -144 129 98 -1 "SF" "Snowfall (convective + stratiform)" "m of water equivalent" -145 129 98 -1 "BLD" "Boundary layer dissipation" "W m**-2 s" -146 129 98 -1 "SSHF" "Surface sensible heat flux" "W m**-2 s" -147 129 98 -1 "SLHF" "Surface latent heat flux" "W m**-2 s" +144 129 98 -1 "SF" "Snowfall (convective + stratiform)" "m_of_water_equivalent" +145 129 98 -1 "BLD" "Boundary layer dissipation" "W/m^2*s" +146 129 98 -1 "SSHF" "Surface sensible heat flux" "W/m^2*s" +147 129 98 -1 "SLHF" "Surface latent heat flux" "W/m^2*s" 148 129 98 -1 "CHNK" "Charnock" "" -149 129 98 -1 "SNR" "Surface net radiation" "W m**-2 s" +149 129 98 -1 "SNR" "Surface net radiation" "W/m^2*s" 150 129 98 -1 "TNR" "Top net radiation" "" 151 129 98 -1 "MSL" "Mean sea level pressure" "Pa" 152 129 98 -1 "LNSP" "Logarithm of surface pressure" "" 153 129 98 -1 "SWHR" "Short-wave heating rate" "K" 154 129 98 -1 "LWHR" "Long-wave heating rate" "K" -155 129 98 -1 "D" "Divergence" "s**-1" +155 129 98 -1 "D" "Divergence" "1/s" 156 129 98 -1 "GH" "Height" "m" 157 129 98 -1 "R" "Relative humidity" "%" -158 129 98 -1 "TSP" "Tendency of surface pressure" "Pa s**-1" +158 129 98 -1 "TSP" "Tendency of surface pressure" "Pa/s" 159 129 98 -1 "BLH" "Boundary layer height" "m" 160 129 98 -1 "SDOR" "Standard deviation of orography" "" 161 129 98 -1 "ISOR" "Anisotropy of sub-gridscale orography" "" 162 129 98 -1 "ANOR" "Angle of sub-gridscale orography" "rad" 163 129 98 -1 "SLOR" "Slope of sub-gridscale orography" "" -164 129 98 -1 "TCC" "Total cloud cover" "(0 - 1)" -165 129 98 -1 "10U" "10 metre U wind component" "m s**-1" -166 129 98 -1 "10V" "10 metre V wind component" "m s**-1" +164 129 98 -1 "TCC" "Total cloud cover" "(0-1)" +165 129 98 -1 "10U" "10 metre U wind component" "m/s" +166 129 98 -1 "10V" "10 metre V wind component" "m/s" 167 129 98 -1 "2T" "2 metre temperature" "K" 168 129 98 -1 "2D" "2 metre dewpoint temperature" "K" -169 129 98 -1 "SSRD" "Surface solar radiation downwards" "W m**-2 s" +169 129 98 -1 "SSRD" "Surface solar radiation downwards" "W/m^2*s" 170 129 98 -1 "STL2" "Soil temperature level 2" "K" -171 129 98 -1 "SWL2" "Soil wetness level 2" "m of water" -172 129 98 -1 "LSM" "Land-sea mask" "(0 - 1)" +171 129 98 -1 "SWL2" "Soil wetness level 2" "m_of_water" +172 129 98 -1 "LSM" "Land-sea mask" "(0-1)" 173 129 98 -1 "SR" "Surface roughness" "m" -174 129 98 -1 "AL" "Albedo" "(0 - 1)" -175 129 98 -1 "STRD" "Surface thermal radiation downwards" "W m**-2 s" -176 129 98 -1 "SSR" "Surface solar radiation" "W m**-2 s" -177 129 98 -1 "STR" "Surface thermal radiation" "W m**-2 s" -178 129 98 -1 "TSR" "Top solar radiation" "W m**-2 s" -179 129 98 -1 "TTR" "Top thermal radiation" "W m**-2 s" -180 129 98 -1 "EWSS" "East-West surface stress" "N m**-2 s" -181 129 98 -1 "NSSS" "North-South surface stress" "N m**-2 s" -182 129 98 -1 "E" "Evaporation" "m of water" +174 129 98 -1 "AL" "Albedo" "(0-1)" +175 129 98 -1 "STRD" "Surface thermal radiation downwards" "W/m^2*s" +176 129 98 -1 "SSR" "Surface solar radiation" "W/m^2*s" +177 129 98 -1 "STR" "Surface thermal radiation" "W/m^2*s" +178 129 98 -1 "TSR" "Top solar radiation" "W/m^2*s" +179 129 98 -1 "TTR" "Top thermal radiation" "W/m^2*s" +180 129 98 -1 "EWSS" "East-West surface stress" "N/m^2*s" +181 129 98 -1 "NSSS" "North-South surface stress" "N/m^2*s" +182 129 98 -1 "E" "Evaporation" "m_of_water" 183 129 98 -1 "STL3" "Soil temperature level 3" "K" -184 129 98 -1 "SWL3" "Soil wetness level 3" "m of water" -185 129 98 -1 "CCC" "Convective cloud cover" "(0 - 1)" -186 129 98 -1 "LCC" "Low cloud cover" "(0 - 1)" -187 129 98 -1 "MCC" "Medium cloud cover" "(0 - 1)" -188 129 98 -1 "HCC" "High cloud cover" "(0 - 1)" +184 129 98 -1 "SWL3" "Soil wetness level 3" "m_of_water" +185 129 98 -1 "CCC" "Convective cloud cover" "(0-1)" +186 129 98 -1 "LCC" "Low cloud cover" "(0-1)" +187 129 98 -1 "MCC" "Medium cloud cover" "(0-1)" +188 129 98 -1 "HCC" "High cloud cover" "(0-1)" 189 129 98 -1 "SUND" "Sunshine duration" "s" -190 129 98 -1 "EWOV" "East-West component of sub-gridscale orographic variance" "m**2" -191 129 98 -1 "NSOV" "North-South component of sub-gridscale orographic variance" "m**2" -192 129 98 -1 "NWOV" "North-West/South-East component of sub-gridscale orographic variance" "m**2" -193 129 98 -1 "NEOV" "North-East/South-West component of sub-gridscale orographic variance" "m**2" +190 129 98 -1 "EWOV" "East-West component of sub-gridscale orographic variance" "m^2" +191 129 98 -1 "NSOV" "North-South component of sub-gridscale orographic variance" "m^2" +192 129 98 -1 "NWOV" "North-West/South-East component of sub-gridscale orographic variance" "m^2" +193 129 98 -1 "NEOV" "North-East/South-West component of sub-gridscale orographic variance" "m^2" 194 129 98 -1 "BTMP" "Brightness temperature" "K" -195 129 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N m**-2 s" -196 129 98 -1 "MGWS" "Meridional component of gravity wave stress" "N m**-2 s" -197 129 98 -1 "GWD" "Gravity wave dissipation" "W m**-2 s" -198 129 98 -1 "SRC" "Skin reservoir content" "m of water" -199 129 98 -1 "VEG" "Vegetation fraction" "(0 - 1)" -200 129 98 -1 "VSO" "Variance of sub-gridscale orography" "m**2" +195 129 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N/m^2*s" +196 129 98 -1 "MGWS" "Meridional component of gravity wave stress" "N/m^2*s" +197 129 98 -1 "GWD" "Gravity wave dissipation" "W/m^2*s" +198 129 98 -1 "SRC" "Skin reservoir content" "m_of_water" +199 129 98 -1 "VEG" "Vegetation fraction" "(0-1)" +200 129 98 -1 "VSO" "Variance of sub-gridscale orography" "m^2" 201 129 98 -1 "MX2T" "Maximum temperature at 2 metres since previous post-processing" "K" 202 129 98 -1 "MN2T" "Minimum temperature at 2 metres since previous post-processing" "K" -203 129 98 -1 "O3" "Ozone mass mixing ratio" "kg kg**-1" +203 129 98 -1 "O3" "Ozone mass mixing ratio" "kg/kg" 204 129 98 -1 "PAW" "Precipitation analysis weights" "" 205 129 98 -1 "RO" "Runoff" "m" -206 129 98 -1 "TCO3" "Total column ozone" "kg m**-2" -207 129 98 -1 "10SI" "10 metre wind speed" "m s**-1" -208 129 98 -1 "TSRC" "Top net solar radiation, clear sky" "W m**-2 s" -209 129 98 -1 "TTRC" "Top net thermal radiation, clear sky" "W m**-2 s" -210 129 98 -1 "SSRC" "Surface net solar radiation, clear sky" "W m**-2 s" -211 129 98 -1 "STRC" "Surface net thermal radiation, clear sky" "W m**-2 s" -212 129 98 -1 "TISR" "TOA incident solar radiation" "W m**-2 s" +206 129 98 -1 "TCO3" "Total column ozone" "kg/m^2" +207 129 98 -1 "10SI" "10 metre wind speed" "m/s" +208 129 98 -1 "TSRC" "Top net solar radiation, clear sky" "W/m^2*s" +209 129 98 -1 "TTRC" "Top net thermal radiation, clear sky" "W/m^2*s" +210 129 98 -1 "SSRC" "Surface net solar radiation, clear sky" "W/m^2*s" +211 129 98 -1 "STRC" "Surface net thermal radiation, clear sky" "W/m^2*s" +212 129 98 -1 "TISR" "TOA incident solar radiation" "W/m^2*s" 213 129 98 -1 "var213" "undefined" "" 214 129 98 -1 "DHR" "Diabatic heating by radiation" "K" 215 129 98 -1 "DHVD" "Diabatic heating by vertical diffusion" "K" 216 129 98 -1 "DHCC" "Diabatic heating by cumulus convection" "K" 217 129 98 -1 "DHLC" "Diabatic heating large-scale condensation" "K" -218 129 98 -1 "VDZW" "Vertical diffusion of zonal wind" "m s**-1" -219 129 98 -1 "VDMW" "Vertical diffusion of meridional wind" "m s**-1" -220 129 98 -1 "EWGD" "East-West gravity wave drag tendency" "m s**-1" -221 129 98 -1 "NSGD" "North-South gravity wave drag tendency" "m s**-1" -222 129 98 -1 "CTZW" "Convective tendency of zonal wind" "m s**-1" -223 129 98 -1 "CTMW" "Convective tendency of meridional wind" "m s**-1" -224 129 98 -1 "VDH" "Vertical diffusion of humidity" "kg kg**-1" -225 129 98 -1 "HTCC" "Humidity tendency by cumulus convection" "kg kg**-1" -226 129 98 -1 "HTLC" "Humidity tendency by large-scale condensation" "kg kg**-1" -227 129 98 -1 "CRNH" "Change from removal of negative humidity" "kg kg**-1" +218 129 98 -1 "VDZW" "Vertical diffusion of zonal wind" "m/s" +219 129 98 -1 "VDMW" "Vertical diffusion of meridional wind" "m/s" +220 129 98 -1 "EWGD" "East-West gravity wave drag tendency" "m/s" +221 129 98 -1 "NSGD" "North-South gravity wave drag tendency" "m/s" +222 129 98 -1 "CTZW" "Convective tendency of zonal wind" "m/s" +223 129 98 -1 "CTMW" "Convective tendency of meridional wind" "m/s" +224 129 98 -1 "VDH" "Vertical diffusion of humidity" "kg/kg" +225 129 98 -1 "HTCC" "Humidity tendency by cumulus convection" "kg/kg" +226 129 98 -1 "HTLC" "Humidity tendency by large-scale condensation" "kg/kg" +227 129 98 -1 "CRNH" "Change from removal of negative humidity" "kg/kg" 228 129 98 -1 "TP" "Total precipitation" "m" -229 129 98 -1 "IEWS" "Instantaneous X surface stress" "N m**-2" -230 129 98 -1 "INSS" "Instantaneous Y surface stress" "N m**-2" -231 129 98 -1 "ISHF" "Instantaneous surface heat flux" "W m**-2" -232 129 98 -1 "IE" "Instantaneous moisture flux" "kg m**-2 s" -233 129 98 -1 "ASQ" "Apparent surface humidity" "kg kg**-1" +229 129 98 -1 "IEWS" "Instantaneous X surface stress" "N/m^2" +230 129 98 -1 "INSS" "Instantaneous Y surface stress" "N/m^2" +231 129 98 -1 "ISHF" "Instantaneous surface heat flux" "W/m^2" +232 129 98 -1 "IE" "Instantaneous moisture flux" "kg/m^2*s" +233 129 98 -1 "ASQ" "Apparent surface humidity" "kg/kg" 234 129 98 -1 "LSRH" "Logarithm of surface roughness length for heat" "" 235 129 98 -1 "SKT" "Skin temperature" "K" 236 129 98 -1 "STL4" "Soil temperature level 4" "K" 237 129 98 -1 "SWL4" "Soil wetness level 4" "m" 238 129 98 -1 "TSN" "Temperature of snow layer" "K" -239 129 98 -1 "CSF" "Convective snowfall" "m of water equivalent" -240 129 98 -1 "LSF" "Large-scale snowfall" "m of water equivalent" -241 129 98 -1 "ACF" "Accumulated cloud fraction tendency" "(-1 to 1)" -242 129 98 -1 "ALW" "Accumulated liquid water tendency" "(-1 to 1)" -243 129 98 -1 "FAL" "Forecast albedo" "(0 - 1)" +239 129 98 -1 "CSF" "Convective snowfall" "m_of_water_equivalent" +240 129 98 -1 "LSF" "Large-scale snowfall" "m_of_water_equivalent" +241 129 98 -1 "ACF" "Accumulated cloud fraction tendency" "(-1to1)" +242 129 98 -1 "ALW" "Accumulated liquid water tendency" "(-1to1)" +243 129 98 -1 "FAL" "Forecast albedo" "(0-1)" 244 129 98 -1 "FSR" "Forecast surface roughness" "m" 245 129 98 -1 "FLSR" "Forecast logarithm of surface roughness for heat" "" -246 129 98 -1 "CLWC" "Cloud liquid water content" "kg kg**-1" -247 129 98 -1 "CIWC" "Cloud ice water content" "kg kg**-1" -248 129 98 -1 "CC" "Cloud cover" "(0 - 1)" -249 129 98 -1 "AIW" "Accumulated ice water tendency" "(-1 to 1)" -250 129 98 -1 "ICE" "Ice age" "(0 - 1)" +246 129 98 -1 "CLWC" "Cloud liquid water content" "kg/kg" +247 129 98 -1 "CIWC" "Cloud ice water content" "kg/kg" +248 129 98 -1 "CC" "Cloud cover" "(0-1)" +249 129 98 -1 "AIW" "Accumulated ice water tendency" "(-1to1)" +250 129 98 -1 "ICE" "Ice age" "(0-1)" 251 129 98 -1 "ATTE" "Adiabatic tendency of temperature" "K" -252 129 98 -1 "ATHE" "Adiabatic tendency of humidity" "kg kg**-1" -253 129 98 -1 "ATZE" "Adiabatic tendency of zonal wind" "m s**-1" -254 129 98 -1 "ATMW" "Adiabatic tendency of meridional wind" "m s**-1" +252 129 98 -1 "ATHE" "Adiabatic tendency of humidity" "kg/kg" +253 129 98 -1 "ATZE" "Adiabatic tendency of zonal wind" "m/s" +254 129 98 -1 "ATMW" "Adiabatic tendency of meridional wind" "m/s" 255 129 98 -1 "var255" "Indicates a missing value" "" \ No newline at end of file diff --git a/data/table_files/grib1_ecmwf_130_98.txt b/data/table_files/grib1_ecmwf_130_98.txt index f41a1be024..7d3a33ac5f 100644 --- a/data/table_files/grib1_ecmwf_130_98.txt +++ b/data/table_files/grib1_ecmwf_130_98.txt @@ -207,31 +207,31 @@ GRIB1 205 130 98 -1 "var205" "undefined" "" 206 130 98 -1 "var206" "undefined" "" 207 130 98 -1 "var207" "undefined" "" -208 130 98 -1 "TSRU" "Top solar radiation upward" "W m**-2" -209 130 98 -1 "TTRU" "Top thermal radiation upward" "W m**-2" -210 130 98 -1 "TSUC" "Top solar radiation upward, clear sky" "W m**-2" -211 130 98 -1 "TTUC" "Top thermal radiation upward, clear sky" "W m**-2" -212 130 98 -1 "CLW" "Cloud liquid water" "kg kg**-1" -213 130 98 -1 "CF" "Cloud fraction" "(0 - 1)" -214 130 98 -1 "DHR" "Diabatic heating by radiation" "K s**-1" -215 130 98 -1 "DHVD" "Diabatic heating by vertical diffusion" "K s**-1" -216 130 98 -1 "DHCC" "Diabatic heating by cumulus convection" "K s**-1" -217 130 98 -1 "DHLC" "Diabatic heating by large-scale condensation" "K s**-1" -218 130 98 -1 "VDZW" "Vertical diffusion of zonal wind" "m**2 s**-3" -219 130 98 -1 "VDMW" "Vertical diffusion of meridional wind" "m**2 s**-3" -220 130 98 -1 "EWGD" "East-West gravity wave drag" "m**2 s**-3" -221 130 98 -1 "NSGD" "North-South gravity wave drag" "m**2 s**-3" -222 130 98 -1 "CTZW" "Convective tendency of zonal wind" "m**2 s**-3" -223 130 98 -1 "CTMW" "Convective tendency of meridional wind" "m**2 s**-3" -224 130 98 -1 "VDH" "Vertical diffusion of humidity" "kg kg**-1 s**-1" -225 130 98 -1 "HTCC" "Humidity tendency by cumulus convection" "kg kg**-1 s**-1" -226 130 98 -1 "HTLC" "Humidity tendency by large-scale condensation" "kg kg**-1 s**-1" -227 130 98 -1 "CRNH" "Change from removal of negative humidity" "kg kg**-1 s**-1" -228 130 98 -1 "ATT" "Adiabatic tendency of temperature" "K s**-1" -229 130 98 -1 "ATH" "Adiabatic tendency of humidity" "kg kg**-1 s**-1" -230 130 98 -1 "ATZW" "Adiabatic tendency of zonal wind" "m**2 s**-3" -231 130 98 -1 "ATMWAX" "Adiabatic tendency of meridional wind" "m**2 s**-3" -232 130 98 -1 "MVV" "Mean vertical velocity" "Pa s**-1" +208 130 98 -1 "TSRU" "Top solar radiation upward" "W/m^2" +209 130 98 -1 "TTRU" "Top thermal radiation upward" "W/m^2" +210 130 98 -1 "TSUC" "Top solar radiation upward, clear sky" "W/m^2" +211 130 98 -1 "TTUC" "Top thermal radiation upward, clear sky" "W/m^2" +212 130 98 -1 "CLW" "Cloud liquid water" "kg/kg" +213 130 98 -1 "CF" "Cloud fraction" "(0-1)" +214 130 98 -1 "DHR" "Diabatic heating by radiation" "K/s" +215 130 98 -1 "DHVD" "Diabatic heating by vertical diffusion" "K/s" +216 130 98 -1 "DHCC" "Diabatic heating by cumulus convection" "K/s" +217 130 98 -1 "DHLC" "Diabatic heating by large-scale condensation" "K/s" +218 130 98 -1 "VDZW" "Vertical diffusion of zonal wind" "m^2/s^3" +219 130 98 -1 "VDMW" "Vertical diffusion of meridional wind" "m^2/s^3" +220 130 98 -1 "EWGD" "East-West gravity wave drag" "m^2/s^3" +221 130 98 -1 "NSGD" "North-South gravity wave drag" "m^2/s^3" +222 130 98 -1 "CTZW" "Convective tendency of zonal wind" "m^2/s^3" +223 130 98 -1 "CTMW" "Convective tendency of meridional wind" "m^2/s^3" +224 130 98 -1 "VDH" "Vertical diffusion of humidity" "kg/kg/s" +225 130 98 -1 "HTCC" "Humidity tendency by cumulus convection" "kg/kg/s" +226 130 98 -1 "HTLC" "Humidity tendency by large-scale condensation" "kg/kg/s" +227 130 98 -1 "CRNH" "Change from removal of negative humidity" "kg/kg/s" +228 130 98 -1 "ATT" "Adiabatic tendency of temperature" "K/s" +229 130 98 -1 "ATH" "Adiabatic tendency of humidity" "kg/kg/s" +230 130 98 -1 "ATZW" "Adiabatic tendency of zonal wind" "m^2/s^3" +231 130 98 -1 "ATMWAX" "Adiabatic tendency of meridional wind" "m^2/s^3" +232 130 98 -1 "MVV" "Mean vertical velocity" "Pa/s" 233 130 98 -1 "var233" "undefined" "" 234 130 98 -1 "var234" "undefined" "" 235 130 98 -1 "var235" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_132_98.txt b/data/table_files/grib1_ecmwf_132_98.txt index eaef116e6c..6201c8cd78 100644 --- a/data/table_files/grib1_ecmwf_132_98.txt +++ b/data/table_files/grib1_ecmwf_132_98.txt @@ -48,7 +48,7 @@ GRIB1 46 132 98 -1 "var46" "undefined" "" 47 132 98 -1 "var47" "undefined" "" 48 132 98 -1 "var48" "undefined" "" -49 132 98 -1 "10FGI" "10 metre wind gust index" "(-1 to 1)" +49 132 98 -1 "10FGI" "10 metre wind gust index" "(-1to1)" 50 132 98 -1 "var50" "undefined" "" 51 132 98 -1 "var51" "undefined" "" 52 132 98 -1 "var52" "undefined" "" @@ -143,7 +143,7 @@ GRIB1 141 132 98 -1 "var141" "undefined" "" 142 132 98 -1 "var142" "undefined" "" 143 132 98 -1 "var143" "undefined" "" -144 132 98 -1 "SFI" "Snowfall index" "(-1 to 1)" +144 132 98 -1 "SFI" "Snowfall index" "(-1to1)" 145 132 98 -1 "var145" "undefined" "" 146 132 98 -1 "var146" "undefined" "" 147 132 98 -1 "var147" "undefined" "" @@ -164,9 +164,9 @@ GRIB1 162 132 98 -1 "var162" "undefined" "" 163 132 98 -1 "var163" "undefined" "" 164 132 98 -1 "var164" "undefined" "" -165 132 98 -1 "10WSI" "10 metre speed index" "(-1 to 1)" +165 132 98 -1 "10WSI" "10 metre speed index" "(-1to1)" 166 132 98 -1 "var166" "undefined" "" -167 132 98 -1 "2TI" "2 metre temperature index" "(-1 to 1)" +167 132 98 -1 "2TI" "2 metre temperature index" "(-1to1)" 168 132 98 -1 "var168" "undefined" "" 169 132 98 -1 "var169" "undefined" "" 170 132 98 -1 "var170" "undefined" "" @@ -199,9 +199,9 @@ GRIB1 197 132 98 -1 "var197" "undefined" "" 198 132 98 -1 "var198" "undefined" "" 199 132 98 -1 "var199" "undefined" "" -200 132 98 -1 "MAXSWHI" "Maximum of significant wave height index" "(-1 to 1)" -201 132 98 -1 "MX2TI" "Maximum temperature at 2 metres index" "(-1 to 1)" -202 132 98 -1 "MN2TI" "Minimum temperature at 2 metres index" "(-1 to 1)" +200 132 98 -1 "MAXSWHI" "Maximum of significant wave height index" "(-1to1)" +201 132 98 -1 "MX2TI" "Maximum temperature at 2 metres index" "(-1to1)" +202 132 98 -1 "MN2TI" "Minimum temperature at 2 metres index" "(-1to1)" 203 132 98 -1 "var203" "undefined" "" 204 132 98 -1 "var204" "undefined" "" 205 132 98 -1 "var205" "undefined" "" @@ -227,7 +227,7 @@ GRIB1 225 132 98 -1 "var225" "undefined" "" 226 132 98 -1 "var226" "undefined" "" 227 132 98 -1 "var227" "undefined" "" -228 132 98 -1 "TPI" "Total precipitation index" "(-1 to 1)" +228 132 98 -1 "TPI" "Total precipitation index" "(-1to1)" 229 132 98 -1 "var229" "undefined" "" 230 132 98 -1 "var230" "undefined" "" 231 132 98 -1 "var231" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_140_98.txt b/data/table_files/grib1_ecmwf_140_98.txt index a4f1caa892..8e2f3b0187 100644 --- a/data/table_files/grib1_ecmwf_140_98.txt +++ b/data/table_files/grib1_ecmwf_140_98.txt @@ -214,8 +214,8 @@ GRIB1 212 140 98 -1 "var212" "undefined" "" 213 140 98 -1 "var213" "undefined" "" 214 140 98 -1 "var214" "undefined" "" -215 140 98 -1 "UST" "U-component stokes drift" "m s**-1" -216 140 98 -1 "VST" "V-component stokes drift" "m s**-1" +215 140 98 -1 "UST" "U-component stokes drift" "m/s" +216 140 98 -1 "VST" "V-component stokes drift" "m/s" 217 140 98 -1 "TMAX" "Period corresponding to maximum individual wave height" "s" 218 140 98 -1 "HMAX" "Maximum individual wave height" "m" 219 140 98 -1 "WMB" "Model bathymetry" "m" @@ -240,18 +240,18 @@ GRIB1 238 140 98 -1 "MDTS" "Mean direction of total swell" "degrees" 239 140 98 -1 "MPTS" "Mean period of total swell" "s" 240 140 98 -1 "SDHS" "Standard deviation wave height" "m" -241 140 98 -1 "MU10" "Mean of 10 metre wind speed" "m s**-1" +241 140 98 -1 "MU10" "Mean of 10 metre wind speed" "m/s" 242 140 98 -1 "MDWI" "Mean wind direction" "degrees" -243 140 98 -1 "SDU" "Standard deviation of 10 metre wind speed" "m s**-1" +243 140 98 -1 "SDU" "Standard deviation of 10 metre wind speed" "m/s" 244 140 98 -1 "MSQS" "Mean square slope of waves" "dimensionless" -245 140 98 -1 "WIND" "10 metre wind speed" "m s**-1" +245 140 98 -1 "WIND" "10 metre wind speed" "m/s" 246 140 98 -1 "AWH" "Altimeter wave height" "m" 247 140 98 -1 "ACWH" "Altimeter corrected wave height" "m" 248 140 98 -1 "ARRC" "Altimeter range relative correction" "" 249 140 98 -1 "DWI" "10 metre wind direction" "degrees" -250 140 98 -1 "2DSP" "2D wave spectra (multiple)" "m**2 s radian**-1" -251 140 98 -1 "2DFD" "2D wave spectra (single)" "m**2 s radian**-1" +250 140 98 -1 "2DSP" "2D wave spectra (multiple)" "m^2*s/radian" +251 140 98 -1 "2DFD" "2D wave spectra (single)" "m^2*s/radian" 252 140 98 -1 "WSK" "Wave spectral kurtosis" "" 253 140 98 -1 "BFI" "Benjamin-Feir index" "" -254 140 98 -1 "WSP" "Wave spectral peakedness" "s**-1" +254 140 98 -1 "WSP" "Wave spectral peakedness" "1/s" 255 140 98 -1 "var255" "Indicates a missing value" "" \ No newline at end of file diff --git a/data/table_files/grib1_ecmwf_150_98.txt b/data/table_files/grib1_ecmwf_150_98.txt index 09010842c7..278bfeb376 100644 --- a/data/table_files/grib1_ecmwf_150_98.txt +++ b/data/table_files/grib1_ecmwf_150_98.txt @@ -128,26 +128,26 @@ GRIB1 126 150 98 -1 "var126" "undefined" "" 127 150 98 -1 "var127" "undefined" "" 128 150 98 -1 "var128" "undefined" "" -129 150 98 -1 "var129" "Ocean potential temperature" "deg C" +129 150 98 -1 "var129" "Ocean potential temperature" "degC" 130 150 98 -1 "var130" "Ocean salinity" "psu" -131 150 98 -1 "var131" "Ocean potential density" "kg m**-3 -1000" +131 150 98 -1 "var131" "Ocean potential density" "kg/m^3-1000" 132 150 98 -1 "var132" "undefined" "" -133 150 98 -1 "var133" "Ocean U velocity" "m s**-1" -134 150 98 -1 "var134" "Ocean V velocity" "m s**-1" -135 150 98 -1 "var135" "Ocean W velocity" "m s**-1" +133 150 98 -1 "var133" "Ocean U velocity" "m/s" +134 150 98 -1 "var134" "Ocean V velocity" "m/s" +135 150 98 -1 "var135" "Ocean W velocity" "m/s" 136 150 98 -1 "var136" "undefined" "" 137 150 98 -1 "var137" "Richardson number" "" 138 150 98 -1 "var138" "undefined" "" -139 150 98 -1 "var139" "U*V product" "m s**-2" -140 150 98 -1 "var140" "U*T product" "m s**-1 deg C" -141 150 98 -1 "var141" "V*T product" "m s**-1 deg C" -142 150 98 -1 "var142" "U*U product" "m s**-2" -143 150 98 -1 "var143" "V*V product" "m s**-2" -144 150 98 -1 "var144" "UV - U~V~" "m s**-2" -145 150 98 -1 "var145" "UT - U~T~" "m s**-1 deg C" -146 150 98 -1 "var146" "VT - V~T~" "m s**-1 deg C" -147 150 98 -1 "var147" "UU - U~U~" "m s**-2" -148 150 98 -1 "var148" "VV - V~V~" "m s**-2" +139 150 98 -1 "var139" "U*V product" "m/s^2" +140 150 98 -1 "var140" "U*T product" "m/s*degC" +141 150 98 -1 "var141" "V*T product" "m/s*degC" +142 150 98 -1 "var142" "U*U product" "m/s^2" +143 150 98 -1 "var143" "V*V product" "m/s^2" +144 150 98 -1 "var144" "UV - U~V~" "m/s^2" +145 150 98 -1 "var145" "UT - U~T~" "m/s*degC" +146 150 98 -1 "var146" "VT - V~T~" "m/s*degC" +147 150 98 -1 "var147" "UU - U~U~" "m/s^2" +148 150 98 -1 "var148" "VV - V~V~" "m/s^2" 149 150 98 -1 "var149" "undefined" "" 150 150 98 -1 "var150" "undefined" "" 151 150 98 -1 "var151" "undefined" "" @@ -179,10 +179,10 @@ GRIB1 177 150 98 -1 "var177" "undefined" "" 178 150 98 -1 "var178" "undefined" "" 179 150 98 -1 "var179" "undefined" "" -180 150 98 -1 "var180" "Diagnosed sea surface temperature error" "deg C" -181 150 98 -1 "var181" "Heat flux correction" "W m**-2" -182 150 98 -1 "var182" "Observed sea surface temperature" "deg C" -183 150 98 -1 "var183" "Observed heat flux" "W m**-2" +180 150 98 -1 "var180" "Diagnosed sea surface temperature error" "degC" +181 150 98 -1 "var181" "Heat flux correction" "W/m^2" +182 150 98 -1 "var182" "Observed sea surface temperature" "degC" +183 150 98 -1 "var183" "Observed heat flux" "W/m^2" 184 150 98 -1 "var184" "undefined" "" 185 150 98 -1 "var185" "undefined" "" 186 150 98 -1 "var186" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_151_98.txt b/data/table_files/grib1_ecmwf_151_98.txt index 2ca6e040e2..69ad5316cf 100644 --- a/data/table_files/grib1_ecmwf_151_98.txt +++ b/data/table_files/grib1_ecmwf_151_98.txt @@ -127,69 +127,69 @@ GRIB1 125 151 98 -1 "var125" "undefined" "" 126 151 98 -1 "var126" "undefined" "" 127 151 98 -1 "var127" "undefined" "" -128 151 98 -1 "var128" "In situ Temperature" "deg C" -129 151 98 -1 "OCPT" "Ocean potential temperature" "deg C" +128 151 98 -1 "var128" "In situ Temperature" "degC" +129 151 98 -1 "OCPT" "Ocean potential temperature" "degC" 130 151 98 -1 "S" "Salinity" "psu" -131 151 98 -1 "OCU" "Ocean current zonal component" "m s**-1" -132 151 98 -1 "OCV" "Ocean current meridional component" "m s**-1" -133 151 98 -1 "OCW" "Ocean current vertical component" "m s**-1" -134 151 98 -1 "MST" "Modulus of strain rate tensor" "s**-1" -135 151 98 -1 "VVS" "Vertical viscosity" "m**2 s**-1" -136 151 98 -1 "VDF" "Vertical diffusivity" "m**2 s**-1" +131 151 98 -1 "OCU" "Ocean current zonal component" "m/s" +132 151 98 -1 "OCV" "Ocean current meridional component" "m/s" +133 151 98 -1 "OCW" "Ocean current vertical component" "m/s" +134 151 98 -1 "MST" "Modulus of strain rate tensor" "1/s" +135 151 98 -1 "VVS" "Vertical viscosity" "m^2/s" +136 151 98 -1 "VDF" "Vertical diffusivity" "m^2/s" 137 151 98 -1 "DEP" "Bottom level Depth" "m" -138 151 98 -1 "STH" "Sigma-theta" "kg m**-3" +138 151 98 -1 "STH" "Sigma-theta" "kg/m^3" 139 151 98 -1 "RN" "Richardson number" "" -140 151 98 -1 "UV" "UV product" "m**2 s**-2" -141 151 98 -1 "UT" "UT product" "m s**-1 degC" -142 151 98 -1 "VT" "VT product" "m s**-1 deg C" -143 151 98 -1 "UU" "UU product" "m**2 s**-2" -144 151 98 -1 "VV" "VV product" "m**2 s**-2" +140 151 98 -1 "UV" "UV product" "m^2/s^2" +141 151 98 -1 "UT" "UT product" "m/s*degC" +142 151 98 -1 "VT" "VT product" "m/s*degC" +143 151 98 -1 "UU" "UU product" "m^2/s^2" +144 151 98 -1 "VV" "VV product" "m^2/s^2" 145 151 98 -1 "SL" "Sea level" "m" 146 151 98 -1 "SL_1" "Sea level previous timestep" "m" -147 151 98 -1 "BSF" "Barotropic stream function" "m**3 s**-1" +147 151 98 -1 "BSF" "Barotropic stream function" "m^3/s" 148 151 98 -1 "MLD" "Mixed layer depth" "m" 149 151 98 -1 "BTP" "Bottom Pressure (equivalent height)" "m" 150 151 98 -1 "SH" "Steric height" "m" -151 151 98 -1 "CRL" "Curl of Wind Stress" "N m**-3" -152 151 98 -1 "var152" "Divergence of wind stress" "Nm**-3" -153 151 98 -1 "TAX" "U stress" "N m**-2" -154 151 98 -1 "TAY" "V stress" "N m**-2" -155 151 98 -1 "TKI" "Turbulent kinetic energy input" "W m**-2" -156 151 98 -1 "NSF" "Net surface heat flux" "W m**-2" -157 151 98 -1 "ASR" "Absorbed solar radiation" "W m**-2" -158 151 98 -1 "PME" "Precipitation - evaporation" "m s**-1" -159 151 98 -1 "SST" "Specified sea surface temperature" "deg C" -160 151 98 -1 "SHF" "Specified surface heat flux" "W m**-2" -161 151 98 -1 "DTE" "Diagnosed sea surface temperature error" "deg C" -162 151 98 -1 "HFC" "Heat flux correction" "W m**-2" +151 151 98 -1 "CRL" "Curl of Wind Stress" "N/m^3" +152 151 98 -1 "var152" "Divergence of wind stress" "1/Nm^3" +153 151 98 -1 "TAX" "U stress" "N/m^2" +154 151 98 -1 "TAY" "V stress" "N/m^2" +155 151 98 -1 "TKI" "Turbulent kinetic energy input" "W/m^2" +156 151 98 -1 "NSF" "Net surface heat flux" "W/m^2" +157 151 98 -1 "ASR" "Absorbed solar radiation" "W/m^2" +158 151 98 -1 "PME" "Precipitation - evaporation" "m/s" +159 151 98 -1 "SST" "Specified sea surface temperature" "degC" +160 151 98 -1 "SHF" "Specified surface heat flux" "W/m^2" +161 151 98 -1 "DTE" "Diagnosed sea surface temperature error" "degC" +162 151 98 -1 "HFC" "Heat flux correction" "W/m^2" 163 151 98 -1 "20D" "20 degrees isotherm depth" "m" -164 151 98 -1 "TAV300" "Average potential temperature in the upper 300m" "degrees C" -165 151 98 -1 "UBA1" "Vertically integrated zonal velocity (previous time step)" "m**2 s**-1" -166 151 98 -1 "VBA1" "Vertically Integrated meridional velocity (previous time step)" "m**2 s**-1" -167 151 98 -1 "ZTR" "Vertically integrated zonal volume transport" "m**2 s**-1" -168 151 98 -1 "MTR" "Vertically integrated meridional volume transport" "m**2 s**-1" -169 151 98 -1 "ZHT" "Vertically integrated zonal heat transport" "J m**-1 s**-1" -170 151 98 -1 "MHT" "Vertically integrated meridional heat transport" "J m**-1 s**-1" -171 151 98 -1 "UMAX" "U velocity maximum" "m s**-1" +164 151 98 -1 "TAV300" "Average potential temperature in the upper 300m" "degreesC" +165 151 98 -1 "UBA1" "Vertically integrated zonal velocity (previous time step)" "m^2/s" +166 151 98 -1 "VBA1" "Vertically Integrated meridional velocity (previous time step)" "m^2/s" +167 151 98 -1 "ZTR" "Vertically integrated zonal volume transport" "m^2/s" +168 151 98 -1 "MTR" "Vertically integrated meridional volume transport" "m^2/s" +169 151 98 -1 "ZHT" "Vertically integrated zonal heat transport" "J/m/s" +170 151 98 -1 "MHT" "Vertically integrated meridional heat transport" "J/m/s" +171 151 98 -1 "UMAX" "U velocity maximum" "m/s" 172 151 98 -1 "DUMAX" "Depth of the velocity maximum" "m" 173 151 98 -1 "SMAX" "Salinity maximum" "psu" 174 151 98 -1 "DSMAX" "Depth of salinity maximum" "m" 175 151 98 -1 "SAV300" "Average salinity in the upper 300m" "psu" 176 151 98 -1 "LDP" "Layer Thickness at scalar points" "m" 177 151 98 -1 "LDU" "Layer Thickness at vector points" "m" -178 151 98 -1 "PTI" "Potential temperature increment" "deg C" -179 151 98 -1 "PTAE" "Potential temperature analysis error" "deg C" -180 151 98 -1 "BPT" "Background potential temperature" "deg C" -181 151 98 -1 "APT" "Analysed potential temperature" "deg C" -182 151 98 -1 "PTBE" "Potential temperature background error" "deg C" +178 151 98 -1 "PTI" "Potential temperature increment" "degC" +179 151 98 -1 "PTAE" "Potential temperature analysis error" "degC" +180 151 98 -1 "BPT" "Background potential temperature" "degC" +181 151 98 -1 "APT" "Analysed potential temperature" "degC" +182 151 98 -1 "PTBE" "Potential temperature background error" "degC" 183 151 98 -1 "AS" "Analysed salinity" "psu" 184 151 98 -1 "SALI" "Salinity increment" "psu" -185 151 98 -1 "EBT" "Estimated Bias in Temperature" "deg C" +185 151 98 -1 "EBT" "Estimated Bias in Temperature" "degC" 186 151 98 -1 "EBS" "Estimated Bias in Salinity" "psu" -187 151 98 -1 "UVI" "Zonal Velocity increment (from balance operator)" "m/s per time step" +187 151 98 -1 "UVI" "Zonal Velocity increment (from balance operator)" "m/s_per_time_step" 188 151 98 -1 "VVI" "Meridional Velocity increment (from balance operator)" "" 189 151 98 -1 "var189" "undefined" "" -190 151 98 -1 "SUBI" "Salinity increment (from salinity data)" "psu per time step" +190 151 98 -1 "SUBI" "Salinity increment (from salinity data)" "psu_per_time_step" 191 151 98 -1 "SALE" "Salinity analysis error" "psu" 192 151 98 -1 "BSAL" "Background Salinity" "psu" 193 151 98 -1 "var193" "Reserved" "" @@ -198,19 +198,19 @@ GRIB1 196 151 98 -1 "var196" "undefined" "" 197 151 98 -1 "var197" "undefined" "" 198 151 98 -1 "var198" "undefined" "" -199 151 98 -1 "EBTA" "Estimated temperature bias from assimilation" "deg C" +199 151 98 -1 "EBTA" "Estimated temperature bias from assimilation" "degC" 200 151 98 -1 "EBSA" "Estimated salinity bias from assimilation" "psu" -201 151 98 -1 "LTI" "Temperature increment from relaxation term" "deg C per time step" +201 151 98 -1 "LTI" "Temperature increment from relaxation term" "degC_per_time_step" 202 151 98 -1 "LSI" "Salinity increment from relaxation term" "" -203 151 98 -1 "BZPGA" "Bias in the zonal pressure gradient (applied)" "Pa**m-1" -204 151 98 -1 "BMPGA" "Bias in the meridional pressure gradient (applied)" "Pa**m-1" -205 151 98 -1 "EBTL" "Estimated temperature bias from relaxation" "deg C" +203 151 98 -1 "BZPGA" "Bias in the zonal pressure gradient (applied)" "Pa/m" +204 151 98 -1 "BMPGA" "Bias in the meridional pressure gradient (applied)" "Pa/m" +205 151 98 -1 "EBTL" "Estimated temperature bias from relaxation" "degC" 206 151 98 -1 "EBSL" "Estimated salinity bias from relaxation" "psu" -207 151 98 -1 "FGBT" "First guess bias in temperature" "deg C" +207 151 98 -1 "FGBT" "First guess bias in temperature" "degC" 208 151 98 -1 "FGBS" "First guess bias in salinity" "psu" 209 151 98 -1 "BPA" "Applied bias in pressure" "Pa" 210 151 98 -1 "FGBP" "FG bias in pressure" "Pa" -211 151 98 -1 "PTA" "Bias in temperature(applied)" "deg C" +211 151 98 -1 "PTA" "Bias in temperature(applied)" "degC" 212 151 98 -1 "PSA" "Bias in salinity (applied)" "psu" 213 151 98 -1 "var213" "undefined" "" 214 151 98 -1 "var214" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_160_98.txt b/data/table_files/grib1_ecmwf_160_98.txt index e5648bbcc0..4b909fcea2 100644 --- a/data/table_files/grib1_ecmwf_160_98.txt +++ b/data/table_files/grib1_ecmwf_160_98.txt @@ -48,7 +48,7 @@ GRIB1 46 160 98 -1 "var46" "undefined" "" 47 160 98 -1 "var47" "undefined" "" 48 160 98 -1 "var48" "undefined" "" -49 160 98 -1 "10FG" "10 metre wind gust during averaging time" "m s**-1" +49 160 98 -1 "10FG" "10 metre wind gust during averaging time" "m/s" 50 160 98 -1 "var50" "undefined" "" 51 160 98 -1 "var51" "undefined" "" 52 160 98 -1 "var52" "undefined" "" @@ -128,25 +128,25 @@ GRIB1 126 160 98 -1 "var126" "undefined" "" 127 160 98 -1 "AT" "Atmospheric tide" "" 128 160 98 -1 "BV" "Budget values" "" -129 160 98 -1 "Z" "Geopotential" "m**2 s**-2" +129 160 98 -1 "Z" "Geopotential" "m^2/s^2" 130 160 98 -1 "T" "Temperature" "K" -131 160 98 -1 "U" "U velocity" "m s**-1" -132 160 98 -1 "V" "V velocity" "m s**-1" -133 160 98 -1 "Q" "Specific humidity" "kg kg**-1" +131 160 98 -1 "U" "U velocity" "m/s" +132 160 98 -1 "V" "V velocity" "m/s" +133 160 98 -1 "Q" "Specific humidity" "kg/kg" 134 160 98 -1 "SP" "Surface pressure" "Pa" -135 160 98 -1 "W" "Vertical velocity" "Pa s**-1" -136 160 98 -1 "TCW" "Total column water" "kg m**-2" -137 160 98 -1 "PWC" "Precipitable water content" "kg m**-2" -138 160 98 -1 "VO" "Vorticity (relative)" "s**-1" +135 160 98 -1 "W" "Vertical velocity" "Pa/s" +136 160 98 -1 "TCW" "Total column water" "kg/m^2" +137 160 98 -1 "PWC" "Precipitable water content" "kg/m^2" +138 160 98 -1 "VO" "Vorticity (relative)" "1/s" 139 160 98 -1 "STL1" "Soil temperature level 1" "K" 140 160 98 -1 "SWL1" "Soil wetness level 1" "m" -141 160 98 -1 "SD" "Snow depth" "m of water" -142 160 98 -1 "LSP" "Large-scale precipitation" "kg m**-2 s**-1" -143 160 98 -1 "CP" "Convective precipitation" "kg m**-2 s**-1" -144 160 98 -1 "SF" "Snowfall" "kg m**-2 s**-1" -145 160 98 -1 "BLD" "Boundary layer dissipation" "W m**-2" -146 160 98 -1 "SSHF" "Surface sensible heat flux" "W m**-2" -147 160 98 -1 "SLHF" "Surface latent heat flux" "W m**-2" +141 160 98 -1 "SD" "Snow depth" "m_of_water" +142 160 98 -1 "LSP" "Large-scale precipitation" "kg/m^2/s" +143 160 98 -1 "CP" "Convective precipitation" "kg/m^2/s" +144 160 98 -1 "SF" "Snowfall" "kg/m^2/s" +145 160 98 -1 "BLD" "Boundary layer dissipation" "W/m^2" +146 160 98 -1 "SSHF" "Surface sensible heat flux" "W/m^2" +147 160 98 -1 "SLHF" "Surface latent heat flux" "W/m^2" 148 160 98 -1 "var148" "undefined" "" 149 160 98 -1 "var149" "undefined" "" 150 160 98 -1 "var150" "undefined" "" @@ -154,104 +154,104 @@ GRIB1 152 160 98 -1 "LNSP" "Logarithm of surface pressure" "" 153 160 98 -1 "var153" "undefined" "" 154 160 98 -1 "var154" "undefined" "" -155 160 98 -1 "D" "Divergence" "s**-1" +155 160 98 -1 "D" "Divergence" "1/s" 156 160 98 -1 "GH" "Height" "m" -157 160 98 -1 "R" "Relative humidity" "(0 - 1)" -158 160 98 -1 "TSP" "Tendency of surface pressure" "Pa s**-1" +157 160 98 -1 "R" "Relative humidity" "(0-1)" +158 160 98 -1 "TSP" "Tendency of surface pressure" "Pa/s" 159 160 98 -1 "var159" "undefined" "" 160 160 98 -1 "var160" "undefined" "" 161 160 98 -1 "var161" "undefined" "" 162 160 98 -1 "var162" "undefined" "" 163 160 98 -1 "var163" "undefined" "" -164 160 98 -1 "TCC" "Total cloud cover" "(0 - 1)" -165 160 98 -1 "10U" "10 metre U wind component" "m s**-1" -166 160 98 -1 "10V" "10 metre V wind component" "m s**-1" +164 160 98 -1 "TCC" "Total cloud cover" "(0-1)" +165 160 98 -1 "10U" "10 metre U wind component" "m/s" +166 160 98 -1 "10V" "10 metre V wind component" "m/s" 167 160 98 -1 "2T" "2 metre temperature" "K" 168 160 98 -1 "2D" "2 metre dewpoint temperature" "K" 169 160 98 -1 "var169" "undefined" "" 170 160 98 -1 "STL2" "Soil temperature level 2" "K" 171 160 98 -1 "SWL2" "Soil wetness level 2" "m" -172 160 98 -1 "LSM" "Land-sea mask" "(0 - 1)" +172 160 98 -1 "LSM" "Land-sea mask" "(0-1)" 173 160 98 -1 "SR" "Surface roughness" "m" -174 160 98 -1 "AL" "Albedo" "(0 - 1)" +174 160 98 -1 "AL" "Albedo" "(0-1)" 175 160 98 -1 "var175" "undefined" "" -176 160 98 -1 "SSR" "Surface solar radiation" "W m**-2" -177 160 98 -1 "STR" "Surface thermal radiation" "W m**-2" -178 160 98 -1 "TSR" "Top solar radiation" "W m**-2" -179 160 98 -1 "TTR" "Top thermal radiation" "W m**-2" -180 160 98 -1 "EWSS" "East-West surface stress" "N m**-2 s**-1" -181 160 98 -1 "NSSS" "North-South surface stress" "N m**-2 s**-1" -182 160 98 -1 "E" "Evaporation" "kg m**-2 s**-1" +176 160 98 -1 "SSR" "Surface solar radiation" "W/m^2" +177 160 98 -1 "STR" "Surface thermal radiation" "W/m^2" +178 160 98 -1 "TSR" "Top solar radiation" "W/m^2" +179 160 98 -1 "TTR" "Top thermal radiation" "W/m^2" +180 160 98 -1 "EWSS" "East-West surface stress" "N/m^2/s" +181 160 98 -1 "NSSS" "North-South surface stress" "N/m^2/s" +182 160 98 -1 "E" "Evaporation" "kg/m^2/s" 183 160 98 -1 "STL3" "Soil temperature level 3" "K" 184 160 98 -1 "SWL3" "Soil wetness level 3" "m" -185 160 98 -1 "CCC" "Convective cloud cover" "(0 - 1)" -186 160 98 -1 "LCC" "Low cloud cover" "(0 - 1)" -187 160 98 -1 "MCC" "Medium cloud cover" "(0 - 1)" -188 160 98 -1 "HCC" "High cloud cover" "(0 - 1)" +185 160 98 -1 "CCC" "Convective cloud cover" "(0-1)" +186 160 98 -1 "LCC" "Low cloud cover" "(0-1)" +187 160 98 -1 "MCC" "Medium cloud cover" "(0-1)" +188 160 98 -1 "HCC" "High cloud cover" "(0-1)" 189 160 98 -1 "var189" "undefined" "" -190 160 98 -1 "EWOV" "East-West component of sub-gridscale orographic variance" "m**2" -191 160 98 -1 "NSOV" "North-South component of sub-gridscale orographic variance" "m**2" -192 160 98 -1 "NWOV" "North-West/South-East component of sub-gridscale orographic variance" "m**2" -193 160 98 -1 "NEOV" "North-East/South-West component of sub-gridscale orographic variance" "m**2" +190 160 98 -1 "EWOV" "East-West component of sub-gridscale orographic variance" "m^2" +191 160 98 -1 "NSOV" "North-South component of sub-gridscale orographic variance" "m^2" +192 160 98 -1 "NWOV" "North-West/South-East component of sub-gridscale orographic variance" "m^2" +193 160 98 -1 "NEOV" "North-East/South-West component of sub-gridscale orographic variance" "m^2" 194 160 98 -1 "var194" "undefined" "" -195 160 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N m**-2 s" -196 160 98 -1 "MGWS" "Meridional component of gravity wave stress" "N m**-2 s" -197 160 98 -1 "GWD" "Gravity wave dissipation" "W m**-2 s" -198 160 98 -1 "SRC" "Skin reservoir content" "m of water" +195 160 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N/m^2*s" +196 160 98 -1 "MGWS" "Meridional component of gravity wave stress" "N/m^2*s" +197 160 98 -1 "GWD" "Gravity wave dissipation" "W/m^2*s" +198 160 98 -1 "SRC" "Skin reservoir content" "m_of_water" 199 160 98 -1 "VEG" "Percentage of vegetation" "%" -200 160 98 -1 "VSO" "Variance of sub-gridscale orography" "m**2" +200 160 98 -1 "VSO" "Variance of sub-gridscale orography" "m^2" 201 160 98 -1 "MX2T" "Maximum temperature at 2 metres during averaging time" "K" 202 160 98 -1 "MN2T" "Minimium temperature at 2 metres during averaging time" "K" 203 160 98 -1 "var203" "undefined" "" 204 160 98 -1 "PAW" "Precipitation analysis weights" "" -205 160 98 -1 "RO" "Runoff" "kg m**-2 s**-1" -206 160 98 -1 "ZZ" "Standard deviation of geopotential" "m**2 s**-2" -207 160 98 -1 "TZ" "Covariance of temperature and geopotential" "K m**2 s**-2" +205 160 98 -1 "RO" "Runoff" "kg/m^2/s" +206 160 98 -1 "ZZ" "Standard deviation of geopotential" "m^2/s^2" +207 160 98 -1 "TZ" "Covariance of temperature and geopotential" "K*m^2/s^2" 208 160 98 -1 "TT" "Standard deviation of temperature" "K" -209 160 98 -1 "QZ" "Covariance of specific humidity and geopotential" "m**2 s**-2" +209 160 98 -1 "QZ" "Covariance of specific humidity and geopotential" "m^2/s^2" 210 160 98 -1 "QT" "Covariance of specific humidity and temperature" "K" -211 160 98 -1 "QQ" "Standard deviation of specific humidity" "(0 - 1)" -212 160 98 -1 "UZ" "Covariance of U component and geopotential" "m**3 s**-3" -213 160 98 -1 "UT" "Covariance of U component and temperature" "K m s**-1" -214 160 98 -1 "UQ" "Covariance of U component and specific humidity" "m s**-1" -215 160 98 -1 "UU" "Standard deviation of U velocity" "m s**-1" -216 160 98 -1 "VZ" "Covariance of V component and geopotential" "m**3 s**-3" -217 160 98 -1 "VT" "Covariance of V component and temperature" "K m s**-1" -218 160 98 -1 "VQ" "Covariance of V component and specific humidity" "m s**-1" -219 160 98 -1 "VU" "Covariance of V component and U component" "m**2 s**-2" -220 160 98 -1 "VV" "Standard deviation of V component" "m s**-1" -221 160 98 -1 "WZ" "Covariance of W component and geopotential" "Pa m**2 s**-3" -222 160 98 -1 "WT" "Covariance of W component and temperature" "K Pa s**-1" -223 160 98 -1 "WQ" "Covariance of W component and specific humidity" "Pa s**-1" -224 160 98 -1 "WU" "Covariance of W component and U component" "Pa m s**-2" -225 160 98 -1 "WV" "Covariance of W component and V component" "Pa m s**-2" -226 160 98 -1 "WW" "Standard deviation of vertical velocity" "Pa s**-1" +211 160 98 -1 "QQ" "Standard deviation of specific humidity" "(0-1)" +212 160 98 -1 "UZ" "Covariance of U component and geopotential" "m^3/s^3" +213 160 98 -1 "UT" "Covariance of U component and temperature" "K*m/s" +214 160 98 -1 "UQ" "Covariance of U component and specific humidity" "m/s" +215 160 98 -1 "UU" "Standard deviation of U velocity" "m/s" +216 160 98 -1 "VZ" "Covariance of V component and geopotential" "m^3/s^3" +217 160 98 -1 "VT" "Covariance of V component and temperature" "K*m/s" +218 160 98 -1 "VQ" "Covariance of V component and specific humidity" "m/s" +219 160 98 -1 "VU" "Covariance of V component and U component" "m^2/s^2" +220 160 98 -1 "VV" "Standard deviation of V component" "m/s" +221 160 98 -1 "WZ" "Covariance of W component and geopotential" "Pa*m^2/s^3" +222 160 98 -1 "WT" "Covariance of W component and temperature" "K*Pa/s" +223 160 98 -1 "WQ" "Covariance of W component and specific humidity" "Pa/s" +224 160 98 -1 "WU" "Covariance of W component and U component" "Pa*m/s^2" +225 160 98 -1 "WV" "Covariance of W component and V component" "Pa*m/s^2" +226 160 98 -1 "WW" "Standard deviation of vertical velocity" "Pa/s" 227 160 98 -1 "var227" "undefined" "" 228 160 98 -1 "TP" "Total precipitation" "m" -229 160 98 -1 "IEWS" "Instantaneous X surface stress" "N m**-2" -230 160 98 -1 "INSS" "Instantaneous Y surface stress" "N m**-2" -231 160 98 -1 "ISHF" "Instantaneous surface heat flux" "W m**-2" -232 160 98 -1 "IE" "Instantaneous moisture flux" "kg m**-2 s**-1" -233 160 98 -1 "ASQ" "Apparent surface humidity" "kg kg**-1" +229 160 98 -1 "IEWS" "Instantaneous X surface stress" "N/m^2" +230 160 98 -1 "INSS" "Instantaneous Y surface stress" "N/m^2" +231 160 98 -1 "ISHF" "Instantaneous surface heat flux" "W/m^2" +232 160 98 -1 "IE" "Instantaneous moisture flux" "kg/m^2/s" +233 160 98 -1 "ASQ" "Apparent surface humidity" "kg/kg" 234 160 98 -1 "LSRH" "Logarithm of surface roughness length for heat" "" 235 160 98 -1 "SKT" "Skin temperature" "K" 236 160 98 -1 "STL4" "Soil temperature level 4" "K" 237 160 98 -1 "SWL4" "Soil wetness level 4" "m" 238 160 98 -1 "TSN" "Temperature of snow layer" "K" -239 160 98 -1 "CSF" "Convective snowfall" "kg m**-2 s**-1" -240 160 98 -1 "LSF" "Large-scale snowfall" "kg m**-2 s**-1" -241 160 98 -1 "CLWCER" "Cloud liquid water content" "kg kg**-1" -242 160 98 -1 "CC" "Cloud cover" "(0 - 1)" +239 160 98 -1 "CSF" "Convective snowfall" "kg/m^2/s" +240 160 98 -1 "LSF" "Large-scale snowfall" "kg/m^2/s" +241 160 98 -1 "CLWCER" "Cloud liquid water content" "kg/kg" +242 160 98 -1 "CC" "Cloud cover" "(0-1)" 243 160 98 -1 "FAL" "Forecast albedo" "" 244 160 98 -1 "FSR" "Forecast surface roughness" "m" 245 160 98 -1 "FLSR" "Forecast logarithm of surface roughness for heat" "" -246 160 98 -1 "10WS" "10 metre wind speed" "m s**-1" -247 160 98 -1 "MOFL" "Momentum flux" "N m**-2" +246 160 98 -1 "10WS" "10 metre wind speed" "m/s" +247 160 98 -1 "MOFL" "Momentum flux" "N/m^2" 248 160 98 -1 "var248" "undefined" "" -249 160 98 -1 "var249" "Gravity wave dissipation flux" "W m**-2" +249 160 98 -1 "var249" "Gravity wave dissipation flux" "W/m^2" 250 160 98 -1 "var250" "undefined" "" 251 160 98 -1 "var251" "undefined" "" 252 160 98 -1 "var252" "undefined" "" 253 160 98 -1 "var253" "undefined" "" -254 160 98 -1 "HSD" "Heaviside beta function" "(0 - 1)" +254 160 98 -1 "HSD" "Heaviside beta function" "(0-1)" 255 160 98 -1 "var255" "Indicates a missing value" "" \ No newline at end of file diff --git a/data/table_files/grib1_ecmwf_162_98.txt b/data/table_files/grib1_ecmwf_162_98.txt index 3571367d2c..272472f0e7 100644 --- a/data/table_files/grib1_ecmwf_162_98.txt +++ b/data/table_files/grib1_ecmwf_162_98.txt @@ -50,43 +50,43 @@ GRIB1 48 162 98 -1 "var48" "undefined" "" 49 162 98 -1 "var49" "undefined" "" 50 162 98 -1 "var50" "undefined" "" -51 162 98 -1 "var51" "Surface geopotential" "m**2 s**-2" +51 162 98 -1 "var51" "Surface geopotential" "m^2/s^2" 52 162 98 -1 "var52" "Surface pressure" "Pa" -53 162 98 -1 "var53" "Vertical integral of mass of atmosphere" "kg m**-2" -54 162 98 -1 "var54" "Vertical integral of temperature" "K kg m**-2" -55 162 98 -1 "var55" "Vertical integral of total column water vapour" "kg m**-2" -56 162 98 -1 "var56" "Vertical integral of total column liquid cloud water" "kg m**-2" -57 162 98 -1 "var57" "Vertical integral of total column frozen cloud water" "kg m**-2" -58 162 98 -1 "var58" "Vertical integral of total column ozone" "kg m**-2" -59 162 98 -1 "var59" "Vertical integral of kinetic energy" "J m**-2" -60 162 98 -1 "var60" "Vertical integral of thermal energy" "J m**-2" -61 162 98 -1 "var61" "Vertical integral of dry static energy" "J m**-2" -62 162 98 -1 "var62" "Vertical integral of moist static energy" "J m**-2" -63 162 98 -1 "var63" "Vertical integral of total energy" "J m**-2" -64 162 98 -1 "var64" "Vertical integral of energy conversion" "W m**-2" -65 162 98 -1 "var65" "Vertical integral of eastward mass flux" "kg m**-1 s**-1" -66 162 98 -1 "var66" "Vertical integral of northward mass flux" "kg m**-1 s**-1" -67 162 98 -1 "var67" "Vertical integral of eastward kinetic energy flux" "W m**-2" -68 162 98 -1 "var68" "Vertical integral of northward kinetic energy flux" "W m**-2" -69 162 98 -1 "var69" "Vertical integral of eastward heat flux" "W m**-2" -70 162 98 -1 "var70" "Vertical integral of northward heat flux" "W m**-2" -71 162 98 -1 "var71" "Vertical integral of eastward water vapour flux" "kg m**-1 s**-1" -72 162 98 -1 "var72" "Vertical integral of northward water vapour flux" "kg m**-1 s**-1" -73 162 98 -1 "var73" "Vertical integral of eastward geopotential flux" "W m**-2" -74 162 98 -1 "var74" "Vertical integral of northward geopotential flux" "W m**-2" -75 162 98 -1 "var75" "Vertical integral of eastward total energy flux" "W m**-2" -76 162 98 -1 "var76" "Vertical integral of northward total energy flux" "W m**-2" -77 162 98 -1 "var77" "Vertical integral of eastward ozone flux" "kg m**-1 s**-1" -78 162 98 -1 "var78" "Vertical integral of northward ozone flux" "kg m**-1 s**-1" +53 162 98 -1 "var53" "Vertical integral of mass of atmosphere" "kg/m^2" +54 162 98 -1 "var54" "Vertical integral of temperature" "K*kg/m^2" +55 162 98 -1 "var55" "Vertical integral of total column water vapour" "kg/m^2" +56 162 98 -1 "var56" "Vertical integral of total column liquid cloud water" "kg/m^2" +57 162 98 -1 "var57" "Vertical integral of total column frozen cloud water" "kg/m^2" +58 162 98 -1 "var58" "Vertical integral of total column ozone" "kg/m^2" +59 162 98 -1 "var59" "Vertical integral of kinetic energy" "J/m^2" +60 162 98 -1 "var60" "Vertical integral of thermal energy" "J/m^2" +61 162 98 -1 "var61" "Vertical integral of dry static energy" "J/m^2" +62 162 98 -1 "var62" "Vertical integral of moist static energy" "J/m^2" +63 162 98 -1 "var63" "Vertical integral of total energy" "J/m^2" +64 162 98 -1 "var64" "Vertical integral of energy conversion" "W/m^2" +65 162 98 -1 "var65" "Vertical integral of eastward mass flux" "kg/m/s" +66 162 98 -1 "var66" "Vertical integral of northward mass flux" "kg/m/s" +67 162 98 -1 "var67" "Vertical integral of eastward kinetic energy flux" "W/m^2" +68 162 98 -1 "var68" "Vertical integral of northward kinetic energy flux" "W/m^2" +69 162 98 -1 "var69" "Vertical integral of eastward heat flux" "W/m^2" +70 162 98 -1 "var70" "Vertical integral of northward heat flux" "W/m^2" +71 162 98 -1 "var71" "Vertical integral of eastward water vapour flux" "kg/m/s" +72 162 98 -1 "var72" "Vertical integral of northward water vapour flux" "kg/m/s" +73 162 98 -1 "var73" "Vertical integral of eastward geopotential flux" "W/m^2" +74 162 98 -1 "var74" "Vertical integral of northward geopotential flux" "W/m^2" +75 162 98 -1 "var75" "Vertical integral of eastward total energy flux" "W/m^2" +76 162 98 -1 "var76" "Vertical integral of northward total energy flux" "W/m^2" +77 162 98 -1 "var77" "Vertical integral of eastward ozone flux" "kg/m/s" +78 162 98 -1 "var78" "Vertical integral of northward ozone flux" "kg/m/s" 79 162 98 -1 "var79" "undefined" "" 80 162 98 -1 "var80" "undefined" "" -81 162 98 -1 "var81" "Vertical integral of divergence of mass flux" "kg m**-2 s**-1" -82 162 98 -1 "var82" "Vertical integral of divergence of kinetic energy flux" "W m**-2" -83 162 98 -1 "var83" "Vertical integral of divergence of thermal energy flux" "W m**-2" -84 162 98 -1 "var84" "Vertical integral of divergence of moisture flux" "kg m**-2 s**-1" -85 162 98 -1 "var85" "Vertical integral of divergence of geopotential flux" "W m**-2" -86 162 98 -1 "var86" "Vertical integral of divergence of total energy flux" "W m**-2" -87 162 98 -1 "var87" "Vertical integral of divergence of ozone flux" "kg m**-2 s**-1" +81 162 98 -1 "var81" "Vertical integral of divergence of mass flux" "kg/m^2/s" +82 162 98 -1 "var82" "Vertical integral of divergence of kinetic energy flux" "W/m^2" +83 162 98 -1 "var83" "Vertical integral of divergence of thermal energy flux" "W/m^2" +84 162 98 -1 "var84" "Vertical integral of divergence of moisture flux" "kg/m^2/s" +85 162 98 -1 "var85" "Vertical integral of divergence of geopotential flux" "W/m^2" +86 162 98 -1 "var86" "Vertical integral of divergence of total energy flux" "W/m^2" +87 162 98 -1 "var87" "Vertical integral of divergence of ozone flux" "kg/m^2/s" 88 162 98 -1 "var88" "undefined" "" 89 162 98 -1 "var89" "undefined" "" 90 162 98 -1 "var90" "undefined" "" @@ -103,16 +103,16 @@ GRIB1 101 162 98 -1 "var101" "Tendency of long wave radiation" "K" 102 162 98 -1 "var102" "Tendency of clear sky short wave radiation" "K" 103 162 98 -1 "var103" "Tendency of clear sky long wave radiation" "K" -104 162 98 -1 "var104" "Updraught mass flux" "kg m**-2" -105 162 98 -1 "var105" "Downdraught mass flux" "kg m**-2" -106 162 98 -1 "var106" "Updraught detrainment rate" "kg m**-3" -107 162 98 -1 "var107" "Downdraught detrainment rate" "kg m**-3" -108 162 98 -1 "var108" "Total precipitation flux" "kg m**-2" -109 162 98 -1 "var109" "Turbulent diffusion coefficient for heat" "m**2" +104 162 98 -1 "var104" "Updraught mass flux" "kg/m^2" +105 162 98 -1 "var105" "Downdraught mass flux" "kg/m^2" +106 162 98 -1 "var106" "Updraught detrainment rate" "kg/m^3" +107 162 98 -1 "var107" "Downdraught detrainment rate" "kg/m^3" +108 162 98 -1 "var108" "Total precipitation flux" "kg/m^2" +109 162 98 -1 "var109" "Turbulent diffusion coefficient for heat" "m^2" 110 162 98 -1 "var110" "Tendency of temperature due to physics" "K" -111 162 98 -1 "var111" "Tendency of specific humidity due to physics" "kg kg**-1" -112 162 98 -1 "var112" "Tendency of u component due to physics" "m s**-1" -113 162 98 -1 "var113" "Tendency of v component due to physics" "m s**-1" +111 162 98 -1 "var111" "Tendency of specific humidity due to physics" "kg/kg" +112 162 98 -1 "var112" "Tendency of u component due to physics" "m/s" +113 162 98 -1 "var113" "Tendency of v component due to physics" "m/s" 114 162 98 -1 "var114" "undefined" "" 115 162 98 -1 "var115" "undefined" "" 116 162 98 -1 "var116" "undefined" "" @@ -205,33 +205,33 @@ GRIB1 203 162 98 -1 "var203" "undefined" "" 204 162 98 -1 "var204" "undefined" "" 205 162 98 -1 "var205" "undefined" "" -206 162 98 -1 "var206" "Variance of geopotential" "m**4 s**-4" -207 162 98 -1 "var207" "Covariance of geopotential/temperature" "m**2 K s**-2" -208 162 98 -1 "var208" "Variance of temperature" "K**2" -209 162 98 -1 "var209" "Covariance of geopotential/specific humidity" "m**2 s**-2" +206 162 98 -1 "var206" "Variance of geopotential" "m^4/s^4" +207 162 98 -1 "var207" "Covariance of geopotential/temperature" "m^2*K/s^2" +208 162 98 -1 "var208" "Variance of temperature" "K^2" +209 162 98 -1 "var209" "Covariance of geopotential/specific humidity" "m^2/s^2" 210 162 98 -1 "var210" "Covariance of temperature/specific humidity" "K" 211 162 98 -1 "var211" "Variance of specific humidity" "" -212 162 98 -1 "var212" "Covariance of u component/geopotential" "M**3 s**-3" -213 162 98 -1 "var213" "Covariance of u component/temperature" "m s**-1 K" -214 162 98 -1 "var214" "Covariance of u component/specific humidity" "m s**-1" -215 162 98 -1 "var215" "Variance of u component" "m**2 s**-2" -216 162 98 -1 "var216" "Covariance of v component/geopotential" "M**3 s**-3" -217 162 98 -1 "var217" "Covariance of v component/temperaure" "m s**-1 K" -218 162 98 -1 "var218" "Covariance of v component/specific humidity" "m s**-1" -219 162 98 -1 "var219" "Covariance of v component/u component" "m**2 s**-2" -220 162 98 -1 "var220" "Variance of v component" "m**2 s**-2" -221 162 98 -1 "var221" "Covariance of omega/geopotential" "m**2 Pa s**-3" -222 162 98 -1 "var222" "Covariance of omega/temperature" "Pa s**-1 K" -223 162 98 -1 "var223" "Covariance of omega/specific humidity" "Pa s**-1" -224 162 98 -1 "var224" "Covariance of omega/u component" "m Pa s**-2" -225 162 98 -1 "var225" "Covariance of omega/v component" "m Pa s**-2" -226 162 98 -1 "var226" "Variance of omega" "Pa**2 s**-2" -227 162 98 -1 "var227" "Variance of surface pressure" "Pa**2" +212 162 98 -1 "var212" "Covariance of u component/geopotential" "M^3/s^3" +213 162 98 -1 "var213" "Covariance of u component/temperature" "m/s*K" +214 162 98 -1 "var214" "Covariance of u component/specific humidity" "m/s" +215 162 98 -1 "var215" "Variance of u component" "m^2/s^2" +216 162 98 -1 "var216" "Covariance of v component/geopotential" "M^3/s^3" +217 162 98 -1 "var217" "Covariance of v component/temperaure" "m/s*K" +218 162 98 -1 "var218" "Covariance of v component/specific humidity" "m/s" +219 162 98 -1 "var219" "Covariance of v component/u component" "m^2/s^2" +220 162 98 -1 "var220" "Variance of v component" "m^2/s^2" +221 162 98 -1 "var221" "Covariance of omega/geopotential" "m^2*Pa/s^3" +222 162 98 -1 "var222" "Covariance of omega/temperature" "Pa/s*K" +223 162 98 -1 "var223" "Covariance of omega/specific humidity" "Pa/s" +224 162 98 -1 "var224" "Covariance of omega/u component" "m*Pa/s^2" +225 162 98 -1 "var225" "Covariance of omega/v component" "m*Pa/s^2" +226 162 98 -1 "var226" "Variance of omega" "Pa^2/s^2" +227 162 98 -1 "var227" "Variance of surface pressure" "Pa^2" 228 162 98 -1 "var228" "undefined" "" 229 162 98 -1 "var229" "Variance of relative humidity" "dimensionless" -230 162 98 -1 "var230" "Covariance of u component/ozone" "m s**-1" -231 162 98 -1 "var231" "Covariance of v component/ozone" "m s**-1" -232 162 98 -1 "var232" "Covariance of omega/ozone" "Pa s**-1" +230 162 98 -1 "var230" "Covariance of u component/ozone" "m/s" +231 162 98 -1 "var231" "Covariance of v component/ozone" "m/s" +232 162 98 -1 "var232" "Covariance of omega/ozone" "Pa/s" 233 162 98 -1 "var233" "Variance of ozone" "dimensionless" 234 162 98 -1 "var234" "undefined" "" 235 162 98 -1 "var235" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_170_98.txt b/data/table_files/grib1_ecmwf_170_98.txt index d6f75dab83..be95775976 100644 --- a/data/table_files/grib1_ecmwf_170_98.txt +++ b/data/table_files/grib1_ecmwf_170_98.txt @@ -128,19 +128,19 @@ GRIB1 126 170 98 -1 "var126" "undefined" "" 127 170 98 -1 "var127" "undefined" "" 128 170 98 -1 "var128" "undefined" "" -129 170 98 -1 "Z" "Geopotential" "m**2 s**-2" +129 170 98 -1 "Z" "Geopotential" "m^2/s^2" 130 170 98 -1 "T" "Temperature" "K" -131 170 98 -1 "U" "U velocity" "m s**-1" -132 170 98 -1 "V" "V velocity" "m s**-1" +131 170 98 -1 "U" "U velocity" "m/s" +132 170 98 -1 "V" "V velocity" "m/s" 133 170 98 -1 "var133" "undefined" "" 134 170 98 -1 "var134" "undefined" "" 135 170 98 -1 "var135" "undefined" "" 136 170 98 -1 "var136" "undefined" "" 137 170 98 -1 "var137" "undefined" "" -138 170 98 -1 "VO" "Vorticity (relative)" "s**-1" +138 170 98 -1 "VO" "Vorticity (relative)" "1/s" 139 170 98 -1 "var139" "undefined" "" 140 170 98 -1 "SWL1" "Soil wetness level 1" "m" -141 170 98 -1 "SD" "Snow depth" "m of water equivalent" +141 170 98 -1 "SD" "Snow depth" "m_of_water_equivalent" 142 170 98 -1 "var142" "undefined" "" 143 170 98 -1 "var143" "undefined" "" 144 170 98 -1 "var144" "undefined" "" @@ -154,7 +154,7 @@ GRIB1 152 170 98 -1 "var152" "undefined" "" 153 170 98 -1 "var153" "undefined" "" 154 170 98 -1 "var154" "undefined" "" -155 170 98 -1 "D" "Divergence" "s**-1" +155 170 98 -1 "D" "Divergence" "1/s" 156 170 98 -1 "var156" "undefined" "" 157 170 98 -1 "var157" "undefined" "" 158 170 98 -1 "var158" "undefined" "" @@ -178,7 +178,7 @@ GRIB1 176 170 98 -1 "var176" "undefined" "" 177 170 98 -1 "var177" "undefined" "" 178 170 98 -1 "var178" "undefined" "" -179 170 98 -1 "TTR" "Top thermal radiation" "W m-2" +179 170 98 -1 "TTR" "Top thermal radiation" "W/m^2" 180 170 98 -1 "var180" "undefined" "" 181 170 98 -1 "var181" "undefined" "" 182 170 98 -1 "var182" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_171_98.txt b/data/table_files/grib1_ecmwf_171_98.txt index b889705abb..3ac8c9124f 100644 --- a/data/table_files/grib1_ecmwf_171_98.txt +++ b/data/table_files/grib1_ecmwf_171_98.txt @@ -1,7 +1,7 @@ GRIB1 0 171 98 -1 "var0" "undefined" "" -1 171 98 -1 "STRFA" "Stream function anomaly" "m**2 s**-1" -2 171 98 -1 "VPOTA" "Velocity potential anomaly" "m**2 s**-1" +1 171 98 -1 "STRFA" "Stream function anomaly" "m^2/s" +2 171 98 -1 "VPOTA" "Velocity potential anomaly" "m^2/s" 3 171 98 -1 "var3" "Potential temperature" "K" 4 171 98 -1 "var4" "Equivalent potential temperature" "K" 5 171 98 -1 "var5" "Saturated equivalent potential temperature" "K" @@ -10,10 +10,10 @@ GRIB1 8 171 98 -1 "var8" "undefined" "" 9 171 98 -1 "var9" "undefined" "" 10 171 98 -1 "var10" "undefined" "" -11 171 98 -1 "var11" "U component of divergent wind" "m s**-1" -12 171 98 -1 "var12" "V component of divergent wind" "m s**-1" -13 171 98 -1 "var13" "U component of rotational wind" "m s**-1" -14 171 98 -1 "var14" "V component of rotational wind" "m s**-1" +11 171 98 -1 "var11" "U component of divergent wind" "m/s" +12 171 98 -1 "var12" "V component of divergent wind" "m/s" +13 171 98 -1 "var13" "U component of rotational wind" "m/s" +14 171 98 -1 "var14" "V component of rotational wind" "m/s" 15 171 98 -1 "var15" "undefined" "" 16 171 98 -1 "var16" "undefined" "" 17 171 98 -1 "var17" "undefined" "" @@ -22,45 +22,45 @@ GRIB1 20 171 98 -1 "var20" "undefined" "" 21 171 98 -1 "var21" "Unbalanced component of temperature" "K" 22 171 98 -1 "var22" "Unbalanced component of logarithm of surface pressure" "" -23 171 98 -1 "var23" "Unbalanced component of divergence" "s**-1" +23 171 98 -1 "var23" "Unbalanced component of divergence" "1/s" 24 171 98 -1 "var24" "undefined" "" 25 171 98 -1 "var25" "undefined" "" -26 171 98 -1 "var26" "Lake cover" "(0 - 1)" -27 171 98 -1 "var27" "Low vegetation cover" "(0 - 1)" -28 171 98 -1 "var28" "High vegetation cover" "(0 - 1)" +26 171 98 -1 "var26" "Lake cover" "(0-1)" +27 171 98 -1 "var27" "Low vegetation cover" "(0-1)" +28 171 98 -1 "var28" "High vegetation cover" "(0-1)" 29 171 98 -1 "var29" "Type of low vegetation" "" 30 171 98 -1 "var30" "Type of high vegetation" "" -31 171 98 -1 "var31" "Sea-ice cover" "(0 - 1)" -32 171 98 -1 "var32" "Snow albedo" "(0 - 1)" -33 171 98 -1 "var33" "Snow density" "kg m**-3" +31 171 98 -1 "var31" "Sea-ice cover" "(0-1)" +32 171 98 -1 "var32" "Snow albedo" "(0-1)" +33 171 98 -1 "var33" "Snow density" "kg/m^3" 34 171 98 -1 "var34" "Sea surface temperature" "K" 35 171 98 -1 "var35" "Ice surface temperature layer 1" "K" 36 171 98 -1 "var36" "Ice surface temperature layer 2" "K" 37 171 98 -1 "var37" "Ice surface temperature layer 3" "K" 38 171 98 -1 "var38" "Ice surface temperature layer 4" "K" -39 171 98 -1 "var39" "Volumetric soil water layer 1" "m**3 m**-3" -40 171 98 -1 "var40" "Volumetric soil water layer 2" "m**3 m**-3" -41 171 98 -1 "var41" "Volumetric soil water layer 3" "m**3 m**-3" -42 171 98 -1 "var42" "Volumetric soil water layer 4" "m**3 m**-3" +39 171 98 -1 "var39" "Volumetric soil water layer 1" "m^3/m^3" +40 171 98 -1 "var40" "Volumetric soil water layer 2" "m^3/m^3" +41 171 98 -1 "var41" "Volumetric soil water layer 3" "m^3/m^3" +42 171 98 -1 "var42" "Volumetric soil water layer 4" "m^3/m^3" 43 171 98 -1 "var43" "Soil type" "" -44 171 98 -1 "var44" "Snow evaporation" "m of water" -45 171 98 -1 "var45" "Snowmelt" "m of water" +44 171 98 -1 "var44" "Snow evaporation" "m_of_water" +45 171 98 -1 "var45" "Snowmelt" "m_of_water" 46 171 98 -1 "var46" "Solar duration" "s" -47 171 98 -1 "var47" "Direct solar radiation" "w m**-2" -48 171 98 -1 "var48" "Magnitude of surface stress" "N m**-2 s" -49 171 98 -1 "var49" "10 metre wind gust" "m s**-1" +47 171 98 -1 "var47" "Direct solar radiation" "w/m^2" +48 171 98 -1 "var48" "Magnitude of surface stress" "N/m^2*s" +49 171 98 -1 "var49" "10 metre wind gust" "m/s" 50 171 98 -1 "var50" "Large-scale precipitation fraction" "s" 51 171 98 -1 "var51" "Maximum 2 metre temperature" "K" 52 171 98 -1 "var52" "Minimum 2 metre temperature" "K" -53 171 98 -1 "var53" "Montgomery potential" "m**2 s**-2" +53 171 98 -1 "var53" "Montgomery potential" "m^2/s^2" 54 171 98 -1 "var54" "Pressure" "Pa" 55 171 98 -1 "var55" "Mean 2 metre temperature in past 24 hours" "K" 56 171 98 -1 "var56" "Mean 2 metre dewpoint temperature in past 24 hours" "K" -57 171 98 -1 "var57" "Downward UV radiation at the surface" "w m**-2" -58 171 98 -1 "var58" "Photosynthetically active radiation at the surface" "w m**-2" -59 171 98 -1 "var59" "Convective available potential energy" "J kg**-1" -60 171 98 -1 "var60" "Potential vorticity" "K m**2 kg**-1 s**-1" -61 171 98 -1 "var61" "Total precipitation from observations" "Millimetres*100 + number of stations" +57 171 98 -1 "var57" "Downward UV radiation at the surface" "w/m^2" +58 171 98 -1 "var58" "Photosynthetically active radiation at the surface" "w/m^2" +59 171 98 -1 "var59" "Convective available potential energy" "J/kg" +60 171 98 -1 "var60" "Potential vorticity" "K*m^2/kg/s" +61 171 98 -1 "var61" "Total precipitation from observations" "Millimetres*100_+_number_of_stations" 62 171 98 -1 "var62" "Observation count" "" 63 171 98 -1 "var63" "Start time for skin temperature difference" "s" 64 171 98 -1 "var64" "Finish time for skin temperature difference" "s" @@ -77,8 +77,8 @@ GRIB1 75 171 98 -1 "var75" "undefined" "" 76 171 98 -1 "var76" "undefined" "" 77 171 98 -1 "var77" "undefined" "" -78 171 98 -1 "TCLWA" "Total column liquid water anomaly" "kg m**-2" -79 171 98 -1 "TCIWA" "Total column ice water anomaly" "kg m**-2" +78 171 98 -1 "TCLWA" "Total column liquid water anomaly" "kg/m^2" +79 171 98 -1 "TCIWA" "Total column ice water anomaly" "kg/m^2" 80 171 98 -1 "var80" "undefined" "" 81 171 98 -1 "var81" "undefined" "" 82 171 98 -1 "var82" "undefined" "" @@ -124,134 +124,134 @@ GRIB1 122 171 98 -1 "var122" "undefined" "" 123 171 98 -1 "var123" "undefined" "" 124 171 98 -1 "var124" "undefined" "" -125 171 98 -1 "var125" "Vertically integrated total energy" "J m**-2" +125 171 98 -1 "var125" "Vertically integrated total energy" "J/m^2" 126 171 98 -1 "var126" "Generic parameter for sensitive area prediction" "Various" 127 171 98 -1 "var127" "Atmospheric tide" "" 128 171 98 -1 "var128" "Budget values" "" -129 171 98 -1 "ZA" "Geopotential anomaly" "m**2 s**-2" +129 171 98 -1 "ZA" "Geopotential anomaly" "m^2/s^2" 130 171 98 -1 "TA" "Temperature anomaly" "K" -131 171 98 -1 "UA" "U velocity anomaly" "m s**-1" -132 171 98 -1 "VA" "V velocity anomaly" "m s**-1" -133 171 98 -1 "var133" "Specific humidity" "kg kg**-1" +131 171 98 -1 "UA" "U velocity anomaly" "m/s" +132 171 98 -1 "VA" "V velocity anomaly" "m/s" +133 171 98 -1 "var133" "Specific humidity" "kg/kg" 134 171 98 -1 "var134" "Surface pressure" "Pa" -135 171 98 -1 "var135" "Vertical velocity" "Pa s**-1" -136 171 98 -1 "TCWA" "Total column water" "kg m**-2" -137 171 98 -1 "TCWVA" "Total column water vapour" "kg m**-2" -138 171 98 -1 "var138" "Vorticity (relative)" "s**-1" +135 171 98 -1 "var135" "Vertical velocity" "Pa/s" +136 171 98 -1 "TCWA" "Total column water" "kg/m^2" +137 171 98 -1 "TCWVA" "Total column water vapour" "kg/m^2" +138 171 98 -1 "var138" "Vorticity (relative)" "1/s" 139 171 98 -1 "STAL1" "Soil temperature level 1" "K" -140 171 98 -1 "var140" "Soil wetness level 1" "m of water" -141 171 98 -1 "var141" "Snow depth" "m of water equivalent" +140 171 98 -1 "var140" "Soil wetness level 1" "m_of_water" +141 171 98 -1 "var141" "Snow depth" "m_of_water_equivalent" 142 171 98 -1 "var142" "Stratiform precipitation (Large-scale precipitation)" "m" 143 171 98 -1 "var143" "Convective precipitation" "m" -144 171 98 -1 "var144" "Snowfall (convective + stratiform)" "m of water equivalent" -145 171 98 -1 "var145" "Boundary layer dissipation" "W m**-2 s" -146 171 98 -1 "var146" "Surface sensible heat flux" "W m**-2 s" -147 171 98 -1 "var147" "Surface latent heat flux" "W m**-2 s" +144 171 98 -1 "var144" "Snowfall (convective + stratiform)" "m_of_water_equivalent" +145 171 98 -1 "var145" "Boundary layer dissipation" "W/m^2*s" +146 171 98 -1 "var146" "Surface sensible heat flux" "W/m^2*s" +147 171 98 -1 "var147" "Surface latent heat flux" "W/m^2*s" 148 171 98 -1 "var148" "Charnock" "" -149 171 98 -1 "var149" "Surface net radiation" "W m**-2 s" +149 171 98 -1 "var149" "Surface net radiation" "W/m^2*s" 150 171 98 -1 "var150" "Top net radiation" "" 151 171 98 -1 "MSLA" "Mean sea level pressure anomaly" "Pa" 152 171 98 -1 "var152" "Logarithm of surface pressure" "" 153 171 98 -1 "var153" "Short-wave heating rate" "K" 154 171 98 -1 "var154" "Long-wave heating rate" "K" -155 171 98 -1 "var155" "Divergence" "s**-1" +155 171 98 -1 "var155" "Divergence" "1/s" 156 171 98 -1 "var156" "Height" "m" 157 171 98 -1 "var157" "Relative humidity" "%" -158 171 98 -1 "var158" "Tendency of surface pressure" "Pa s**-1" +158 171 98 -1 "var158" "Tendency of surface pressure" "Pa/s" 159 171 98 -1 "var159" "Boundary layer height" "m" 160 171 98 -1 "var160" "Standard deviation of orography" "" 161 171 98 -1 "var161" "Anisotropy of sub-gridscale orography" "" 162 171 98 -1 "var162" "Angle of sub-gridscale orography" "rad" 163 171 98 -1 "var163" "Slope of sub-gridscale orography" "" -164 171 98 -1 "TCCA" "Total cloud cover anomaly" "(0 - 1)" -165 171 98 -1 "10UA" "10 metre U wind component anomaly" "m s**-1" -166 171 98 -1 "10VA" "10 metre V wind component anomaly" "m s**-1" +164 171 98 -1 "TCCA" "Total cloud cover anomaly" "(0-1)" +165 171 98 -1 "10UA" "10 metre U wind component anomaly" "m/s" +166 171 98 -1 "10VA" "10 metre V wind component anomaly" "m/s" 167 171 98 -1 "2TA" "2 metre temperature anomaly" "K" 168 171 98 -1 "var168" "2 metre dewpoint temperature" "K" -169 171 98 -1 "var169" "Surface solar radiation downwards" "W m**-2 s" +169 171 98 -1 "var169" "Surface solar radiation downwards" "W/m^2*s" 170 171 98 -1 "var170" "Soil temperature level 2" "K" -171 171 98 -1 "var171" "Soil wetness level 2" "m of water" -172 171 98 -1 "var172" "Land-sea mask" "(0 - 1)" +171 171 98 -1 "var171" "Soil wetness level 2" "m_of_water" +172 171 98 -1 "var172" "Land-sea mask" "(0-1)" 173 171 98 -1 "var173" "Surface roughness" "m" -174 171 98 -1 "var174" "Albedo" "(0 - 1)" -175 171 98 -1 "var175" "Surface thermal radiation downwards" "W m**-2 s" -176 171 98 -1 "var176" "Surface solar radiation" "W m**-2 s" -177 171 98 -1 "var177" "Surface thermal radiation" "W m**-2 s" -178 171 98 -1 "var178" "Top solar radiation" "W m**-2 s" -179 171 98 -1 "var179" "Top thermal radiation" "W m**-2 s" -180 171 98 -1 "var180" "East-West surface stress" "N m**-2 s" -181 171 98 -1 "var181" "North-South surface stress" "N m**-2 s" -182 171 98 -1 "var182" "Evaporation" "m of water" +174 171 98 -1 "var174" "Albedo" "(0-1)" +175 171 98 -1 "var175" "Surface thermal radiation downwards" "W/m^2*s" +176 171 98 -1 "var176" "Surface solar radiation" "W/m^2*s" +177 171 98 -1 "var177" "Surface thermal radiation" "W/m^2*s" +178 171 98 -1 "var178" "Top solar radiation" "W/m^2*s" +179 171 98 -1 "var179" "Top thermal radiation" "W/m^2*s" +180 171 98 -1 "var180" "East-West surface stress" "N/m^2*s" +181 171 98 -1 "var181" "North-South surface stress" "N/m^2*s" +182 171 98 -1 "var182" "Evaporation" "m_of_water" 183 171 98 -1 "var183" "Soil temperature level 3" "K" -184 171 98 -1 "var184" "Soil wetness level 3" "m of water" -185 171 98 -1 "var185" "Convective cloud cover" "(0 - 1)" -186 171 98 -1 "var186" "Low cloud cover" "(0 - 1)" -187 171 98 -1 "var187" "Medium cloud cover" "(0 - 1)" -188 171 98 -1 "var188" "High cloud cover" "(0 - 1)" +184 171 98 -1 "var184" "Soil wetness level 3" "m_of_water" +185 171 98 -1 "var185" "Convective cloud cover" "(0-1)" +186 171 98 -1 "var186" "Low cloud cover" "(0-1)" +187 171 98 -1 "var187" "Medium cloud cover" "(0-1)" +188 171 98 -1 "var188" "High cloud cover" "(0-1)" 189 171 98 -1 "SUNDA" "Sunshine duration anomaly" "s" -190 171 98 -1 "var190" "East-West component of sub-gridscale orographic variance" "m**2" -191 171 98 -1 "var191" "North-South component of sub-gridscale orographic variance" "m**2" -192 171 98 -1 "var192" "North-West/South-East component of sub-gridscale orographic variance" "m**2" -193 171 98 -1 "var193" "North-East/South-West component of sub-gridscale orographic variance" "m**2" +190 171 98 -1 "var190" "East-West component of sub-gridscale orographic variance" "m^2" +191 171 98 -1 "var191" "North-South component of sub-gridscale orographic variance" "m^2" +192 171 98 -1 "var192" "North-West/South-East component of sub-gridscale orographic variance" "m^2" +193 171 98 -1 "var193" "North-East/South-West component of sub-gridscale orographic variance" "m^2" 194 171 98 -1 "var194" "Brightness temperature" "K" -195 171 98 -1 "var195" "Latitudinal component of gravity wave stress" "N m**-2 s" -196 171 98 -1 "var196" "Meridional component of gravity wave stress" "N m**-2 s" -197 171 98 -1 "var197" "Gravity wave dissipation" "W m**-2 s" -198 171 98 -1 "var198" "Skin reservoir content" "m of water" -199 171 98 -1 "var199" "Vegetation fraction" "(0 - 1)" -200 171 98 -1 "var200" "Variance of sub-gridscale orography" "m**2" +195 171 98 -1 "var195" "Latitudinal component of gravity wave stress" "N/m^2*s" +196 171 98 -1 "var196" "Meridional component of gravity wave stress" "N/m^2*s" +197 171 98 -1 "var197" "Gravity wave dissipation" "W/m^2*s" +198 171 98 -1 "var198" "Skin reservoir content" "m_of_water" +199 171 98 -1 "var199" "Vegetation fraction" "(0-1)" +200 171 98 -1 "var200" "Variance of sub-gridscale orography" "m^2" 201 171 98 -1 "MX2TA" "Maximum temperature at 2 metres anomaly" "K" 202 171 98 -1 "MN2TA" "Minimum temperature at 2 metres anomaly" "K" -203 171 98 -1 "var203" "Ozone mass mixing ratio" "kg kg**-1" +203 171 98 -1 "var203" "Ozone mass mixing ratio" "kg/kg" 204 171 98 -1 "var204" "Precipitation analysis weights" "" 205 171 98 -1 "var205" "Runoff" "m" -206 171 98 -1 "var206" "Total column ozone" "kg m**-2" -207 171 98 -1 "var207" "10 metre wind speed" "m s**-1" -208 171 98 -1 "var208" "Top net solar radiation, clear sky" "W m**-2 s" -209 171 98 -1 "var209" "Top net thermal radiation, clear sky" "W m**-2 s" -210 171 98 -1 "var210" "Surface net solar radiation, clear sky" "W m**-2 s" -211 171 98 -1 "var211" "Surface net thermal radiation, clear sky" "W m**-2 s" -212 171 98 -1 "var212" "Solar insolation" "W m**-2" +206 171 98 -1 "var206" "Total column ozone" "kg/m^2" +207 171 98 -1 "var207" "10 metre wind speed" "m/s" +208 171 98 -1 "var208" "Top net solar radiation, clear sky" "W/m^2*s" +209 171 98 -1 "var209" "Top net thermal radiation, clear sky" "W/m^2*s" +210 171 98 -1 "var210" "Surface net solar radiation, clear sky" "W/m^2*s" +211 171 98 -1 "var211" "Surface net thermal radiation, clear sky" "W/m^2*s" +212 171 98 -1 "var212" "Solar insolation" "W/m^2" 213 171 98 -1 "var213" "undefined" "" 214 171 98 -1 "var214" "Diabatic heating by radiation" "K" 215 171 98 -1 "var215" "Diabatic heating by vertical diffusion" "K" 216 171 98 -1 "var216" "Diabatic heating by cumulus convection" "K" 217 171 98 -1 "var217" "Diabatic heating by large-scale condensation" "K" -218 171 98 -1 "var218" "Vertical diffusion of zonal wind" "m s**-1" -219 171 98 -1 "var219" "Vertical diffusion of meridional wind" "m s**-1" -220 171 98 -1 "var220" "East-West gravity wave drag tendency" "m s**-1" -221 171 98 -1 "var221" "North-South gravity wave drag tendency" "m s**-1" -222 171 98 -1 "var222" "Convective tendency of zonal wind" "m s**-1" -223 171 98 -1 "var223" "Convective tendency of meridional wind" "m s**-1" -224 171 98 -1 "var224" "Vertical diffusion of humidity" "kg kg**-1" -225 171 98 -1 "var225" "Humidity tendency by cumulus convection" "kg kg**-1" -226 171 98 -1 "var226" "Humidity tendency by large-scale condensation" "kg kg**-1" -227 171 98 -1 "var227" "Change from removal of negative humidity" "kg kg**-1" +218 171 98 -1 "var218" "Vertical diffusion of zonal wind" "m/s" +219 171 98 -1 "var219" "Vertical diffusion of meridional wind" "m/s" +220 171 98 -1 "var220" "East-West gravity wave drag tendency" "m/s" +221 171 98 -1 "var221" "North-South gravity wave drag tendency" "m/s" +222 171 98 -1 "var222" "Convective tendency of zonal wind" "m/s" +223 171 98 -1 "var223" "Convective tendency of meridional wind" "m/s" +224 171 98 -1 "var224" "Vertical diffusion of humidity" "kg/kg" +225 171 98 -1 "var225" "Humidity tendency by cumulus convection" "kg/kg" +226 171 98 -1 "var226" "Humidity tendency by large-scale condensation" "kg/kg" +227 171 98 -1 "var227" "Change from removal of negative humidity" "kg/kg" 228 171 98 -1 "TPA" "Total precipitation anomaly" "m" -229 171 98 -1 "var229" "Instantaneous X surface stress" "N m**-2" -230 171 98 -1 "var230" "Instantaneous Y surface stress" "N m**-2" -231 171 98 -1 "var231" "Instantaneous surface heat flux" "W m**-2" -232 171 98 -1 "var232" "Instantaneous moisture flux" "kg m**-2 s" -233 171 98 -1 "var233" "Apparent surface humidity" "kg kg**-1" +229 171 98 -1 "var229" "Instantaneous X surface stress" "N/m^2" +230 171 98 -1 "var230" "Instantaneous Y surface stress" "N/m^2" +231 171 98 -1 "var231" "Instantaneous surface heat flux" "W/m^2" +232 171 98 -1 "var232" "Instantaneous moisture flux" "kg/m^2*s" +233 171 98 -1 "var233" "Apparent surface humidity" "kg/kg" 234 171 98 -1 "var234" "Logarithm of surface roughness length for heat" "" 235 171 98 -1 "var235" "Skin temperature" "K" 236 171 98 -1 "var236" "Soil temperature level 4" "K" 237 171 98 -1 "var237" "Soil wetness level 4" "m" 238 171 98 -1 "var238" "Temperature of snow layer" "K" -239 171 98 -1 "var239" "Convective snowfall" "m of water equivalent" -240 171 98 -1 "var240" "Large-scale snowfall" "m of water equivalent" -241 171 98 -1 "var241" "Accumulated cloud fraction tendency" "(-1 to 1)" -242 171 98 -1 "var242" "Accumulated liquid water tendency" "(-1 to 1)" -243 171 98 -1 "var243" "Forecast albedo" "(0 - 1)" +239 171 98 -1 "var239" "Convective snowfall" "m_of_water_equivalent" +240 171 98 -1 "var240" "Large-scale snowfall" "m_of_water_equivalent" +241 171 98 -1 "var241" "Accumulated cloud fraction tendency" "(-1to1)" +242 171 98 -1 "var242" "Accumulated liquid water tendency" "(-1to1)" +243 171 98 -1 "var243" "Forecast albedo" "(0-1)" 244 171 98 -1 "var244" "Forecast surface roughness" "m" 245 171 98 -1 "var245" "Forecast logarithm of surface roughness for heat" "" -246 171 98 -1 "var246" "Cloud liquid water content" "kg kg**-1" -247 171 98 -1 "var247" "Cloud ice water content" "kg kg**-1" -248 171 98 -1 "var248" "Cloud cover" "(0 - 1)" -249 171 98 -1 "var249" "Accumulated ice water tendency" "(-1 to 1)" -250 171 98 -1 "var250" "Ice age" "(0 - 1)" +246 171 98 -1 "var246" "Cloud liquid water content" "kg/kg" +247 171 98 -1 "var247" "Cloud ice water content" "kg/kg" +248 171 98 -1 "var248" "Cloud cover" "(0-1)" +249 171 98 -1 "var249" "Accumulated ice water tendency" "(-1to1)" +250 171 98 -1 "var250" "Ice age" "(0-1)" 251 171 98 -1 "var251" "Adiabatic tendency of temperature" "K" -252 171 98 -1 "var252" "Adiabatic tendency of humidity" "kg kg**-1" -253 171 98 -1 "var253" "Adiabatic tendency of zonal wind" "m s**-1" -254 171 98 -1 "var254" "Adiabatic tendency of meridional wind" "m s**-1" +252 171 98 -1 "var252" "Adiabatic tendency of humidity" "kg/kg" +253 171 98 -1 "var253" "Adiabatic tendency of zonal wind" "m/s" +254 171 98 -1 "var254" "Adiabatic tendency of meridional wind" "m/s" 255 171 98 -1 "var255" "Indicates a missing value" "" \ No newline at end of file diff --git a/data/table_files/grib1_ecmwf_172_98.txt b/data/table_files/grib1_ecmwf_172_98.txt index 95e8a1f3e2..f57bab6afc 100644 --- a/data/table_files/grib1_ecmwf_172_98.txt +++ b/data/table_files/grib1_ecmwf_172_98.txt @@ -43,11 +43,11 @@ GRIB1 41 172 98 -1 "var41" "undefined" "" 42 172 98 -1 "var42" "undefined" "" 43 172 98 -1 "var43" "undefined" "" -44 172 98 -1 "SNOE" "Snow evaporation (m of water)" "s**-1" -45 172 98 -1 "SNOM" "Snow melt (m of water)" "s**-1" +44 172 98 -1 "SNOE" "Snow evaporation (m of water)" "1/s" +45 172 98 -1 "SNOM" "Snow melt (m of water)" "1/s" 46 172 98 -1 "var46" "undefined" "" 47 172 98 -1 "var47" "undefined" "" -48 172 98 -1 "MSS" "magnitude of surface stress" "N m**-2" +48 172 98 -1 "MSS" "magnitude of surface stress" "N/m^2" 49 172 98 -1 "var49" "undefined" "" 50 172 98 -1 "var50" "Large-scale precipitation fraction" "-" 51 172 98 -1 "var51" "undefined" "" @@ -141,19 +141,19 @@ GRIB1 139 172 98 -1 "var139" "undefined" "" 140 172 98 -1 "var140" "undefined" "" 141 172 98 -1 "var141" "undefined" "" -142 172 98 -1 "LSP" "Large scale precipitation" "m s**-1" -143 172 98 -1 "CP" "Convective precipitation" "m s**-1" -144 172 98 -1 "SF" "Snowfall (convective + stratiform) (m of water equivalent)" "s**-1" -145 172 98 -1 "BLD" "Boundary layer dissipation" "W m**-2" -146 172 98 -1 "SSHF" "Surface sensible heat flux" "W m**-2" -147 172 98 -1 "SLHF" "Surface latent heat flux" "W m**-2" -148 172 98 -1 "SNR" "Surface net radiation" "W m**-2" +142 172 98 -1 "LSP" "Large scale precipitation" "m/s" +143 172 98 -1 "CP" "Convective precipitation" "m/s" +144 172 98 -1 "SF" "Snowfall (convective + stratiform) (m of water equivalent)" "1/s" +145 172 98 -1 "BLD" "Boundary layer dissipation" "W/m^2" +146 172 98 -1 "SSHF" "Surface sensible heat flux" "W/m^2" +147 172 98 -1 "SLHF" "Surface latent heat flux" "W/m^2" +148 172 98 -1 "SNR" "Surface net radiation" "W/m^2" 149 172 98 -1 "var149" "undefined" "" 150 172 98 -1 "var150" "undefined" "" 151 172 98 -1 "var151" "undefined" "" 152 172 98 -1 "var152" "undefined" "" -153 172 98 -1 "SWHR" "Short-wave heating rate" "K s**-1" -154 172 98 -1 "LWHR" "Long-wave heating rate" "K s**-1" +153 172 98 -1 "SWHR" "Short-wave heating rate" "K/s" +154 172 98 -1 "LWHR" "Long-wave heating rate" "K/s" 155 172 98 -1 "var155" "undefined" "" 156 172 98 -1 "var156" "undefined" "" 157 172 98 -1 "var157" "undefined" "" @@ -168,20 +168,20 @@ GRIB1 166 172 98 -1 "var166" "undefined" "" 167 172 98 -1 "var167" "undefined" "" 168 172 98 -1 "var168" "undefined" "" -169 172 98 -1 "SSRD" "Surface solar radiation downwards" "W m**-2" +169 172 98 -1 "SSRD" "Surface solar radiation downwards" "W/m^2" 170 172 98 -1 "var170" "undefined" "" 171 172 98 -1 "var171" "undefined" "" 172 172 98 -1 "var172" "undefined" "" 173 172 98 -1 "var173" "undefined" "" 174 172 98 -1 "var174" "undefined" "" -175 172 98 -1 "STRD" "Surface thermal radiation downwards" "W m**-2" -176 172 98 -1 "SSR" "Surface solar radiation" "W m**-2" -177 172 98 -1 "STR" "Surface thermal radiation" "W m**-2" -178 172 98 -1 "TSR" "Top solar radiation" "W m**-2" -179 172 98 -1 "TTR" "Top thermal radiation" "W m-2" -180 172 98 -1 "EWSS" "East-West surface stress" "N m**-2" -181 172 98 -1 "NSSS" "North-South surface stress" "N m**-2" -182 172 98 -1 "E" "Evaporation (m of water)" "s**-1" +175 172 98 -1 "STRD" "Surface thermal radiation downwards" "W/m^2" +176 172 98 -1 "SSR" "Surface solar radiation" "W/m^2" +177 172 98 -1 "STR" "Surface thermal radiation" "W/m^2" +178 172 98 -1 "TSR" "Top solar radiation" "W/m^2" +179 172 98 -1 "TTR" "Top thermal radiation" "W/m^2" +180 172 98 -1 "EWSS" "East-West surface stress" "N/m^2" +181 172 98 -1 "NSSS" "North-South surface stress" "N/m^2" +182 172 98 -1 "E" "Evaporation (m of water)" "1/s" 183 172 98 -1 "var183" "undefined" "" 184 172 98 -1 "var184" "undefined" "" 185 172 98 -1 "var185" "undefined" "" @@ -194,9 +194,9 @@ GRIB1 192 172 98 -1 "var192" "undefined" "" 193 172 98 -1 "var193" "undefined" "" 194 172 98 -1 "var194" "undefined" "" -195 172 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N m**-2" -196 172 98 -1 "MGWS" "Meridional component of gravity wave stress" "N m**-2" -197 172 98 -1 "GWD" "Gravity wave dissipation" "W m**-2" +195 172 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N/m^2" +196 172 98 -1 "MGWS" "Meridional component of gravity wave stress" "N/m^2" +197 172 98 -1 "GWD" "Gravity wave dissipation" "W/m^2" 198 172 98 -1 "var198" "undefined" "" 199 172 98 -1 "var199" "undefined" "" 200 172 98 -1 "var200" "undefined" "" @@ -204,14 +204,14 @@ GRIB1 202 172 98 -1 "var202" "undefined" "" 203 172 98 -1 "var203" "undefined" "" 204 172 98 -1 "var204" "undefined" "" -205 172 98 -1 "RO" "Runoff" "m s**-1" +205 172 98 -1 "RO" "Runoff" "m/s" 206 172 98 -1 "var206" "undefined" "" 207 172 98 -1 "var207" "undefined" "" -208 172 98 -1 "TSRC" "Top net solar radiation, clear sky" "W m**-2" -209 172 98 -1 "TTRC" "Top net thermal radiation, clear sky" "W m**-2" -210 172 98 -1 "SSRC" "Surface net solar radiation, clear sky" "W m**-2" -211 172 98 -1 "STRC" "Surface net thermal radiation, clear sky" "W m**-2" -212 172 98 -1 "SI" "Solar insolation" "Wm**-2" +208 172 98 -1 "TSRC" "Top net solar radiation, clear sky" "W/m^2" +209 172 98 -1 "TTRC" "Top net thermal radiation, clear sky" "W/m^2" +210 172 98 -1 "SSRC" "Surface net solar radiation, clear sky" "W/m^2" +211 172 98 -1 "STRC" "Surface net thermal radiation, clear sky" "W/m^2" +212 172 98 -1 "SI" "Solar insolation" "1/Wm^2" 213 172 98 -1 "var213" "undefined" "" 214 172 98 -1 "var214" "undefined" "" 215 172 98 -1 "var215" "undefined" "" @@ -227,7 +227,7 @@ GRIB1 225 172 98 -1 "var225" "undefined" "" 226 172 98 -1 "var226" "undefined" "" 227 172 98 -1 "var227" "undefined" "" -228 172 98 -1 "TP" "Total precipitation" "m s**-1" +228 172 98 -1 "TP" "Total precipitation" "m/s" 229 172 98 -1 "var229" "undefined" "" 230 172 98 -1 "var230" "undefined" "" 231 172 98 -1 "var231" "undefined" "" @@ -238,8 +238,8 @@ GRIB1 236 172 98 -1 "var236" "undefined" "" 237 172 98 -1 "var237" "undefined" "" 238 172 98 -1 "var238" "undefined" "" -239 172 98 -1 "CSF" "Convective snowfall m of water equivalent" "s**-1" -240 172 98 -1 "LSF" "Large-scale snowfall m of water equivalent" "s**-1" +239 172 98 -1 "CSF" "Convective snowfall m of water equivalent" "1/s" +240 172 98 -1 "LSF" "Large-scale snowfall m of water equivalent" "1/s" 241 172 98 -1 "var241" "undefined" "" 242 172 98 -1 "var242" "undefined" "" 243 172 98 -1 "var243" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_173_98.txt b/data/table_files/grib1_ecmwf_173_98.txt index 7af70831c2..980d0f7dbd 100644 --- a/data/table_files/grib1_ecmwf_173_98.txt +++ b/data/table_files/grib1_ecmwf_173_98.txt @@ -43,11 +43,11 @@ GRIB1 41 173 98 -1 "var41" "undefined" "" 42 173 98 -1 "var42" "undefined" "" 43 173 98 -1 "var43" "undefined" "" -44 173 98 -1 "var44" "Snow evaporation anomaly" "m of water s**-1" -45 173 98 -1 "var45" "Snowmelt anomaly" "m of water s**-1" +44 173 98 -1 "var44" "Snow evaporation anomaly" "m_of_water/s" +45 173 98 -1 "var45" "Snowmelt anomaly" "m_of_water/s" 46 173 98 -1 "var46" "undefined" "" 47 173 98 -1 "var47" "undefined" "" -48 173 98 -1 "var48" "Magnitude of surface stress anomaly" "N m**-2" +48 173 98 -1 "var48" "Magnitude of surface stress anomaly" "N/m^2" 49 173 98 -1 "var49" "undefined" "" 50 173 98 -1 "var50" "Large-scale precipitation fraction anomaly" "" 51 173 98 -1 "var51" "undefined" "" @@ -141,19 +141,19 @@ GRIB1 139 173 98 -1 "var139" "undefined" "" 140 173 98 -1 "var140" "undefined" "" 141 173 98 -1 "var141" "undefined" "" -142 173 98 -1 "var142" "Stratiform precipitation (Large-scale precipitation) anomaly" "m s**-1" -143 173 98 -1 "var143" "Convective precipitation anomaly" "m s**-1" -144 173 98 -1 "SFARA" "Snowfall (convective + stratiform) anomalous rate of accumulation" "m of water equivalent s**-1" -145 173 98 -1 "var145" "Boundary layer dissipation anomaly" "W m**-2" -146 173 98 -1 "var146" "Surface sensible heat flux anomaly" "W m**-2" -147 173 98 -1 "var147" "Surface latent heat flux anomaly" "W m**-2" +142 173 98 -1 "var142" "Stratiform precipitation (Large-scale precipitation) anomaly" "m/s" +143 173 98 -1 "var143" "Convective precipitation anomaly" "m/s" +144 173 98 -1 "SFARA" "Snowfall (convective + stratiform) anomalous rate of accumulation" "m_of_water_equivalent/s" +145 173 98 -1 "var145" "Boundary layer dissipation anomaly" "W/m^2" +146 173 98 -1 "var146" "Surface sensible heat flux anomaly" "W/m^2" +147 173 98 -1 "var147" "Surface latent heat flux anomaly" "W/m^2" 148 173 98 -1 "var148" "undefined" "" -149 173 98 -1 "var149" "Surface net radiation anomaly" "W m**-2" +149 173 98 -1 "var149" "Surface net radiation anomaly" "W/m^2" 150 173 98 -1 "var150" "undefined" "" 151 173 98 -1 "var151" "undefined" "" 152 173 98 -1 "var152" "undefined" "" -153 173 98 -1 "var153" "Short-wave heating rate anomaly" "K s**-1" -154 173 98 -1 "var154" "Long-wave heating rate anomaly" "K s**-1" +153 173 98 -1 "var153" "Short-wave heating rate anomaly" "K/s" +154 173 98 -1 "var154" "Long-wave heating rate anomaly" "K/s" 155 173 98 -1 "var155" "undefined" "" 156 173 98 -1 "var156" "undefined" "" 157 173 98 -1 "var157" "undefined" "" @@ -168,20 +168,20 @@ GRIB1 166 173 98 -1 "var166" "undefined" "" 167 173 98 -1 "var167" "undefined" "" 168 173 98 -1 "var168" "undefined" "" -169 173 98 -1 "var169" "Surface solar radiation downwards anomaly" "W m**-2" +169 173 98 -1 "var169" "Surface solar radiation downwards anomaly" "W/m^2" 170 173 98 -1 "var170" "undefined" "" 171 173 98 -1 "var171" "undefined" "" 172 173 98 -1 "var172" "undefined" "" 173 173 98 -1 "var173" "undefined" "" 174 173 98 -1 "var174" "undefined" "" -175 173 98 -1 "var175" "Surface thermal radiation downwards anomaly" "W m**-2" -176 173 98 -1 "var176" "Surface solar radiation anomaly" "W m**-2" -177 173 98 -1 "var177" "Surface thermal radiation anomaly" "W m**-2" -178 173 98 -1 "var178" "Top solar radiation anomaly" "W m**-2" -179 173 98 -1 "var179" "Top thermal radiation anomaly" "W m**-2" -180 173 98 -1 "var180" "East-West surface stress anomaly" "N m**-2" -181 173 98 -1 "var181" "North-South surface stress anomaly" "N m**-2" -182 173 98 -1 "var182" "Evaporation anomaly" "m of water s**-1" +175 173 98 -1 "var175" "Surface thermal radiation downwards anomaly" "W/m^2" +176 173 98 -1 "var176" "Surface solar radiation anomaly" "W/m^2" +177 173 98 -1 "var177" "Surface thermal radiation anomaly" "W/m^2" +178 173 98 -1 "var178" "Top solar radiation anomaly" "W/m^2" +179 173 98 -1 "var179" "Top thermal radiation anomaly" "W/m^2" +180 173 98 -1 "var180" "East-West surface stress anomaly" "N/m^2" +181 173 98 -1 "var181" "North-South surface stress anomaly" "N/m^2" +182 173 98 -1 "var182" "Evaporation anomaly" "m_of_water/s" 183 173 98 -1 "var183" "undefined" "" 184 173 98 -1 "var184" "undefined" "" 185 173 98 -1 "var185" "undefined" "" @@ -194,9 +194,9 @@ GRIB1 192 173 98 -1 "var192" "undefined" "" 193 173 98 -1 "var193" "undefined" "" 194 173 98 -1 "var194" "undefined" "" -195 173 98 -1 "var195" "Latitudinal component of gravity wave stress anomaly" "N m**-2" -196 173 98 -1 "var196" "Meridional component of gravity wave stress anomaly" "N m**-2" -197 173 98 -1 "var197" "Gravity wave dissipation anomaly" "W m**-2" +195 173 98 -1 "var195" "Latitudinal component of gravity wave stress anomaly" "N/m^2" +196 173 98 -1 "var196" "Meridional component of gravity wave stress anomaly" "N/m^2" +197 173 98 -1 "var197" "Gravity wave dissipation anomaly" "W/m^2" 198 173 98 -1 "var198" "undefined" "" 199 173 98 -1 "var199" "undefined" "" 200 173 98 -1 "var200" "undefined" "" @@ -204,14 +204,14 @@ GRIB1 202 173 98 -1 "var202" "undefined" "" 203 173 98 -1 "var203" "undefined" "" 204 173 98 -1 "var204" "undefined" "" -205 173 98 -1 "var205" "Runoff anomaly" "m s**-1" +205 173 98 -1 "var205" "Runoff anomaly" "m/s" 206 173 98 -1 "var206" "undefined" "" 207 173 98 -1 "var207" "undefined" "" -208 173 98 -1 "var208" "Top net solar radiation, clear sky anomaly" "W m**-2" -209 173 98 -1 "var209" "Top net thermal radiation, clear sky anomaly" "W m**-2" -210 173 98 -1 "var210" "Surface net solar radiation, clear sky anomaly" "W m**-2" -211 173 98 -1 "var211" "Surface net thermal radiation, clear sky anomaly" "W m**-2" -212 173 98 -1 "var212" "Solar insolation anomaly" "W m**-2 s**-1" +208 173 98 -1 "var208" "Top net solar radiation, clear sky anomaly" "W/m^2" +209 173 98 -1 "var209" "Top net thermal radiation, clear sky anomaly" "W/m^2" +210 173 98 -1 "var210" "Surface net solar radiation, clear sky anomaly" "W/m^2" +211 173 98 -1 "var211" "Surface net thermal radiation, clear sky anomaly" "W/m^2" +212 173 98 -1 "var212" "Solar insolation anomaly" "W/m^2/s" 213 173 98 -1 "var213" "undefined" "" 214 173 98 -1 "var214" "undefined" "" 215 173 98 -1 "var215" "undefined" "" @@ -227,7 +227,7 @@ GRIB1 225 173 98 -1 "var225" "undefined" "" 226 173 98 -1 "var226" "undefined" "" 227 173 98 -1 "var227" "undefined" "" -228 173 98 -1 "TPARA" "Total precipitation anomalous rate of accumulation" "m s**-1" +228 173 98 -1 "TPARA" "Total precipitation anomalous rate of accumulation" "m/s" 229 173 98 -1 "var229" "undefined" "" 230 173 98 -1 "var230" "undefined" "" 231 173 98 -1 "var231" "undefined" "" @@ -238,8 +238,8 @@ GRIB1 236 173 98 -1 "var236" "undefined" "" 237 173 98 -1 "var237" "undefined" "" 238 173 98 -1 "var238" "undefined" "" -239 173 98 -1 "var239" "Convective snowfall anomaly" "m of water equivalent s**-1" -240 173 98 -1 "var240" "Large-scale snowfall anomaly" "m of water equivalent s**-1" +239 173 98 -1 "var239" "Convective snowfall anomaly" "m_of_water_equivalent/s" +240 173 98 -1 "var240" "Large-scale snowfall anomaly" "m_of_water_equivalent/s" 241 173 98 -1 "var241" "undefined" "" 242 173 98 -1 "var242" "undefined" "" 243 173 98 -1 "var243" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_174_98.txt b/data/table_files/grib1_ecmwf_174_98.txt index 217c9777ee..a3c1a75a97 100644 --- a/data/table_files/grib1_ecmwf_174_98.txt +++ b/data/table_files/grib1_ecmwf_174_98.txt @@ -7,8 +7,8 @@ GRIB1 5 174 98 -1 "var5" "undefined" "" 6 174 98 -1 "var6" "Total soil moisture" "m" 7 174 98 -1 "var7" "undefined" "" -8 174 98 -1 "SRO" "Surface runoff" "kg m**-2" -9 174 98 -1 "SSRO" "Sub-surface runoff" "kg m**-2" +8 174 98 -1 "SRO" "Surface runoff" "kg/m^2" +9 174 98 -1 "SSRO" "Sub-surface runoff" "kg/m^2" 10 174 98 -1 "var10" "undefined" "" 11 174 98 -1 "var11" "undefined" "" 12 174 98 -1 "var12" "undefined" "" @@ -30,7 +30,7 @@ GRIB1 28 174 98 -1 "var28" "undefined" "" 29 174 98 -1 "var29" "undefined" "" 30 174 98 -1 "var30" "undefined" "" -31 174 98 -1 "var31" "Fraction of sea-ice in sea" "(0 - 1)" +31 174 98 -1 "var31" "Fraction of sea-ice in sea" "(0-1)" 32 174 98 -1 "var32" "undefined" "" 33 174 98 -1 "var33" "undefined" "" 34 174 98 -1 "var34" "Open-sea surface temperature" "K" @@ -38,17 +38,17 @@ GRIB1 36 174 98 -1 "var36" "undefined" "" 37 174 98 -1 "var37" "undefined" "" 38 174 98 -1 "var38" "undefined" "" -39 174 98 -1 "var39" "Volumetric soil water layer 1" "m**3 m**-3" -40 174 98 -1 "var40" "Volumetric soil water layer 2" "m**3 m**-3" -41 174 98 -1 "var41" "Volumetric soil water layer 3" "m**3 m**-3" -42 174 98 -1 "var42" "Volumetric soil water layer 4" "m**3 m**-3" +39 174 98 -1 "var39" "Volumetric soil water layer 1" "m^3/m^3" +40 174 98 -1 "var40" "Volumetric soil water layer 2" "m^3/m^3" +41 174 98 -1 "var41" "Volumetric soil water layer 3" "m^3/m^3" +42 174 98 -1 "var42" "Volumetric soil water layer 4" "m^3/m^3" 43 174 98 -1 "var43" "undefined" "" 44 174 98 -1 "var44" "undefined" "" 45 174 98 -1 "var45" "undefined" "" 46 174 98 -1 "var46" "undefined" "" 47 174 98 -1 "var47" "undefined" "" 48 174 98 -1 "var48" "undefined" "" -49 174 98 -1 "var49" "10 metre wind gust over last 24 hours" "m s**-1" +49 174 98 -1 "var49" "10 metre wind gust over last 24 hours" "m/s" 50 174 98 -1 "var50" "undefined" "" 51 174 98 -1 "var51" "undefined" "" 52 174 98 -1 "var52" "undefined" "" @@ -82,19 +82,19 @@ GRIB1 80 174 98 -1 "var80" "undefined" "" 81 174 98 -1 "var81" "undefined" "" 82 174 98 -1 "var82" "undefined" "" -83 174 98 -1 "var83" "Net primary productivity" "kg C m**-2 s**-1" +83 174 98 -1 "var83" "Net primary productivity" "kg*C/m^2/s" 84 174 98 -1 "var84" "undefined" "" -85 174 98 -1 "var85" "10m U wind over land" "m s**-1" -86 174 98 -1 "var86" "10m V wind over land" "m s**-1" +85 174 98 -1 "var85" "10m U wind over land" "m/s" +86 174 98 -1 "var86" "10m V wind over land" "m/s" 87 174 98 -1 "var87" "1.5m temperature over land" "K" 88 174 98 -1 "var88" "1.5m dewpoint temperature over land" "K" -89 174 98 -1 "var89" "Top incoming solar radiation" "W m**-2 s" -90 174 98 -1 "var90" "Top outgoing solar radiation" "W m**-2 s" +89 174 98 -1 "var89" "Top incoming solar radiation" "W/m^2*s" +90 174 98 -1 "var90" "Top outgoing solar radiation" "W/m^2*s" 91 174 98 -1 "var91" "undefined" "" 92 174 98 -1 "var92" "undefined" "" 93 174 98 -1 "var93" "undefined" "" 94 174 98 -1 "var94" "Mean sea surface temperature" "K" -95 174 98 -1 "var95" "1.5m specific humidity" "kg kg**-1" +95 174 98 -1 "var95" "1.5m specific humidity" "kg/kg" 96 174 98 -1 "var96" "undefined" "" 97 174 98 -1 "var97" "undefined" "" 98 174 98 -1 "var98" "Sea-ice thickness" "m" @@ -109,7 +109,7 @@ GRIB1 107 174 98 -1 "var107" "undefined" "" 108 174 98 -1 "var108" "undefined" "" 109 174 98 -1 "var109" "undefined" "" -110 174 98 -1 "var110" "Ocean ice concentration" "(0 - 1)" +110 174 98 -1 "var110" "Ocean ice concentration" "(0-1)" 111 174 98 -1 "var111" "Ocean mean ice depth" "m" 112 174 98 -1 "var112" "undefined" "" 113 174 98 -1 "var113" "undefined" "" @@ -163,7 +163,7 @@ GRIB1 161 174 98 -1 "var161" "undefined" "" 162 174 98 -1 "var162" "undefined" "" 163 174 98 -1 "var163" "undefined" "" -164 174 98 -1 "var164" "Average potential temperature in upper 293.4m" "degrees C" +164 174 98 -1 "var164" "Average potential temperature in upper 293.4m" "degreesC" 165 174 98 -1 "var165" "undefined" "" 166 174 98 -1 "var166" "undefined" "" 167 174 98 -1 "var167" "1.5m temperature" "K" @@ -171,7 +171,7 @@ GRIB1 169 174 98 -1 "var169" "undefined" "" 170 174 98 -1 "var170" "Soil temperature layer 2" "K" 171 174 98 -1 "var171" "undefined" "" -172 174 98 -1 "var172" "Fractional land mask" "(0 - 1)" +172 174 98 -1 "var172" "Fractional land mask" "(0-1)" 173 174 98 -1 "var173" "undefined" "" 174 174 98 -1 "var174" "undefined" "" 175 174 98 -1 "var175" "Average salinity in upper 293.4m" "psu" diff --git a/data/table_files/grib1_ecmwf_180_98.txt b/data/table_files/grib1_ecmwf_180_98.txt index 689f6ac424..2db6b5caff 100644 --- a/data/table_files/grib1_ecmwf_180_98.txt +++ b/data/table_files/grib1_ecmwf_180_98.txt @@ -128,25 +128,25 @@ GRIB1 126 180 98 -1 "var126" "undefined" "" 127 180 98 -1 "var127" "undefined" "" 128 180 98 -1 "var128" "undefined" "" -129 180 98 -1 "Z" "Geopotential" "m**2 s**-2" +129 180 98 -1 "Z" "Geopotential" "m^2/s^2" 130 180 98 -1 "T" "Temperature" "K" -131 180 98 -1 "U" "U velocity" "m s**-1" -132 180 98 -1 "V" "V velocity" "m s**-1" -133 180 98 -1 "Q" "Specific humidity" "kg kg**-1" +131 180 98 -1 "U" "U velocity" "m/s" +132 180 98 -1 "V" "V velocity" "m/s" +133 180 98 -1 "Q" "Specific humidity" "kg/kg" 134 180 98 -1 "SP" "Surface pressure" "Pa" 135 180 98 -1 "var135" "undefined" "" 136 180 98 -1 "var136" "undefined" "" -137 180 98 -1 "TCWV" "Total column water vapour" "kg m**-2" -138 180 98 -1 "VO" "Vorticity (relative)" "s**-1" +137 180 98 -1 "TCWV" "Total column water vapour" "kg/m^2" +138 180 98 -1 "VO" "Vorticity (relative)" "1/s" 139 180 98 -1 "var139" "undefined" "" 140 180 98 -1 "var140" "undefined" "" -141 180 98 -1 "SD" "Snow depth" "m of water equivalent" +141 180 98 -1 "SD" "Snow depth" "m_of_water_equivalent" 142 180 98 -1 "LSP" "Large-scale precipitation" "m" 143 180 98 -1 "CP" "Convective precipitation" "m" -144 180 98 -1 "SF" "Snowfall" "m of water equivalent" +144 180 98 -1 "SF" "Snowfall" "m_of_water_equivalent" 145 180 98 -1 "var145" "undefined" "" -146 180 98 -1 "SSHF" "Surface sensible heat flux" "W m**-2 s" -147 180 98 -1 "SLHF" "Surface latent heat flux" "W m**-2 s" +146 180 98 -1 "SSHF" "Surface sensible heat flux" "W/m^2*s" +147 180 98 -1 "SLHF" "Surface latent heat flux" "W/m^2*s" 148 180 98 -1 "var148" "undefined" "" 149 180 98 -1 "TSW" "Total soil wetness" "m" 150 180 98 -1 "var150" "undefined" "" @@ -154,7 +154,7 @@ GRIB1 152 180 98 -1 "var152" "undefined" "" 153 180 98 -1 "var153" "undefined" "" 154 180 98 -1 "var154" "undefined" "" -155 180 98 -1 "D" "Divergence" "s**-1" +155 180 98 -1 "D" "Divergence" "1/s" 156 180 98 -1 "var156" "undefined" "" 157 180 98 -1 "var157" "undefined" "" 158 180 98 -1 "var158" "undefined" "" @@ -163,25 +163,25 @@ GRIB1 161 180 98 -1 "var161" "undefined" "" 162 180 98 -1 "var162" "undefined" "" 163 180 98 -1 "var163" "undefined" "" -164 180 98 -1 "TCC" "Total cloud cover" "(0 - 1)" -165 180 98 -1 "10U" "10 metre U wind component" "m s**-1" -166 180 98 -1 "10V" "10 metre V wind component" "m s**-1" +164 180 98 -1 "TCC" "Total cloud cover" "(0-1)" +165 180 98 -1 "10U" "10 metre U wind component" "m/s" +166 180 98 -1 "10V" "10 metre V wind component" "m/s" 167 180 98 -1 "2T" "2 metre temperature" "K" 168 180 98 -1 "2D" "2 metre dewpoint temperature" "K" 169 180 98 -1 "var169" "undefined" "" 170 180 98 -1 "var170" "undefined" "" 171 180 98 -1 "var171" "undefined" "" -172 180 98 -1 "LSM" "Land-sea mask" "(0 - 1)" +172 180 98 -1 "LSM" "Land-sea mask" "(0-1)" 173 180 98 -1 "var173" "undefined" "" 174 180 98 -1 "var174" "undefined" "" 175 180 98 -1 "var175" "undefined" "" -176 180 98 -1 "SSR" "Surface solar radiation" "J m**-2 s" -177 180 98 -1 "STR" "Surface thermal radiation" "J m**-2 s" -178 180 98 -1 "TSR" "Top solar radiation" "J m**-2 s" -179 180 98 -1 "TTR" "Top thermal radiation" "J m**-2 s" -180 180 98 -1 "EWSS" "East-West surface stress" "N m**-2 s" -181 180 98 -1 "NSSS" "North-South surface stress" "N m**-2 s" -182 180 98 -1 "E" "Evaporation" "m of water" +176 180 98 -1 "SSR" "Surface solar radiation" "J/m^2/s" +177 180 98 -1 "STR" "Surface thermal radiation" "J/m^2/s" +178 180 98 -1 "TSR" "Top solar radiation" "J/m^2/s" +179 180 98 -1 "TTR" "Top thermal radiation" "J/m^2/s" +180 180 98 -1 "EWSS" "East-West surface stress" "N/m^2*s" +181 180 98 -1 "NSSS" "North-South surface stress" "N/m^2*s" +182 180 98 -1 "E" "Evaporation" "m_of_water" 183 180 98 -1 "var183" "undefined" "" 184 180 98 -1 "var184" "undefined" "" 185 180 98 -1 "var185" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_190_98.txt b/data/table_files/grib1_ecmwf_190_98.txt index 2cfe827c89..ddadc3b8ec 100644 --- a/data/table_files/grib1_ecmwf_190_98.txt +++ b/data/table_files/grib1_ecmwf_190_98.txt @@ -128,11 +128,11 @@ GRIB1 126 190 98 -1 "var126" "undefined" "" 127 190 98 -1 "var127" "undefined" "" 128 190 98 -1 "var128" "undefined" "" -129 190 98 -1 "Z" "Geopotential" "m**2 s**-2" +129 190 98 -1 "Z" "Geopotential" "m^2/s^2" 130 190 98 -1 "T" "Temperature" "K" -131 190 98 -1 "U" "U velocity" "m s**-1" -132 190 98 -1 "V" "V velocity" "m s**-1" -133 190 98 -1 "Q" "Specific humidity" "kg kg**-1" +131 190 98 -1 "U" "U velocity" "m/s" +132 190 98 -1 "V" "V velocity" "m/s" +133 190 98 -1 "Q" "Specific humidity" "kg/kg" 134 190 98 -1 "var134" "undefined" "" 135 190 98 -1 "var135" "undefined" "" 136 190 98 -1 "var136" "undefined" "" @@ -140,13 +140,13 @@ GRIB1 138 190 98 -1 "var138" "undefined" "" 139 190 98 -1 "STL1" "Soil temperature level 1" "K" 140 190 98 -1 "var140" "undefined" "" -141 190 98 -1 "SD" "Snow depth" "m of water" +141 190 98 -1 "SD" "Snow depth" "m_of_water" 142 190 98 -1 "var142" "undefined" "" 143 190 98 -1 "var143" "undefined" "" 144 190 98 -1 "var144" "undefined" "" 145 190 98 -1 "var145" "undefined" "" -146 190 98 -1 "SSHF" "Surface sensible heat flux" "W m**-2 s" -147 190 98 -1 "SLHF" "Surface latent heat flux" "W m**-2 s" +146 190 98 -1 "SSHF" "Surface sensible heat flux" "W/m^2*s" +147 190 98 -1 "SLHF" "Surface latent heat flux" "W/m^2*s" 148 190 98 -1 "var148" "undefined" "" 149 190 98 -1 "var149" "undefined" "" 150 190 98 -1 "var150" "undefined" "" @@ -163,25 +163,25 @@ GRIB1 161 190 98 -1 "var161" "undefined" "" 162 190 98 -1 "var162" "undefined" "" 163 190 98 -1 "var163" "undefined" "" -164 190 98 -1 "TCC" "Total cloud cover" "(0 - 1)" -165 190 98 -1 "10U" "10 metre U wind component" "m s**-1" -166 190 98 -1 "10V" "10 metre V wind component" "m s**-1" +164 190 98 -1 "TCC" "Total cloud cover" "(0-1)" +165 190 98 -1 "10U" "10 metre U wind component" "m/s" +166 190 98 -1 "10V" "10 metre V wind component" "m/s" 167 190 98 -1 "2T" "2 metre temperature" "K" 168 190 98 -1 "2D" "2 metre dewpoint temperature" "K" -169 190 98 -1 "SSRD" "Downward surface solar radiation" "W m**-2 s (W m**-2 for monthly means)" -170 190 98 -1 "CAP" "Field capacity" "(0 - 1)" -171 190 98 -1 "WILT" "Wilting point" "(0 - 1)" -172 190 98 -1 "LSM" "Land-sea mask" "(0 - 1)" -173 190 98 -1 "SR" "Roughness length" "(0 - 1)" -174 190 98 -1 "AL" "Albedo" "(0 - 1)" -175 190 98 -1 "STRD" "Downward surface long wave radiation" "W m**-2 s (W m**-2 for monthly means)" -176 190 98 -1 "SSR" "Surface net solar radiation" "W m**-2 s (W m**-2 for monthly means)" -177 190 98 -1 "STR" "Surface net long wave radiation" "W m**-2 s (W m**-2 for monthly means)" -178 190 98 -1 "TSR" "Top net solar radiation" "W m**-2 s (W m**-2 for monthly means)" -179 190 98 -1 "TTR" "Top net long wave radiation" "W m**-2 s (W m**-2 for monthly means)" +169 190 98 -1 "SSRD" "Downward surface solar radiation" "W/m^2*s(W/m^2_for_monthly_means)" +170 190 98 -1 "CAP" "Field capacity" "(0-1)" +171 190 98 -1 "WILT" "Wilting point" "(0-1)" +172 190 98 -1 "LSM" "Land-sea mask" "(0-1)" +173 190 98 -1 "SR" "Roughness length" "(0-1)" +174 190 98 -1 "AL" "Albedo" "(0-1)" +175 190 98 -1 "STRD" "Downward surface long wave radiation" "W/m^2*s(W/m^2_for_monthly_means)" +176 190 98 -1 "SSR" "Surface net solar radiation" "W/m^2*s(W/m^2_for_monthly_means)" +177 190 98 -1 "STR" "Surface net long wave radiation" "W/m^2*s(W/m^2_for_monthly_means)" +178 190 98 -1 "TSR" "Top net solar radiation" "W/m^2*s(W/m^2_for_monthly_means)" +179 190 98 -1 "TTR" "Top net long wave radiation" "W/m^2*s(W/m^2_for_monthly_means)" 180 190 98 -1 "var180" "undefined" "" 181 190 98 -1 "var181" "undefined" "" -182 190 98 -1 "E" "Evaporation" "m (m s**-1 for monthly means)" +182 190 98 -1 "E" "Evaporation" "m(m/s_for_monthly_means)" 183 190 98 -1 "var183" "undefined" "" 184 190 98 -1 "var184" "undefined" "" 185 190 98 -1 "var185" "undefined" "" @@ -227,8 +227,8 @@ GRIB1 225 190 98 -1 "var225" "undefined" "" 226 190 98 -1 "var226" "undefined" "" 227 190 98 -1 "var227" "undefined" "" -228 190 98 -1 "TP" "Total precipitation" "m (m s**-1 for monthly means)" -229 190 98 -1 "TSM" "Total soil moisture" "m**3 m**-3" +228 190 98 -1 "TP" "Total precipitation" "m(m/s_for_monthly_means)" +229 190 98 -1 "TSM" "Total soil moisture" "m^3/m^3" 230 190 98 -1 "var230" "undefined" "" 231 190 98 -1 "var231" "undefined" "" 232 190 98 -1 "var232" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_200_98.txt b/data/table_files/grib1_ecmwf_200_98.txt index daf6eccc1f..06f9f3a499 100644 --- a/data/table_files/grib1_ecmwf_200_98.txt +++ b/data/table_files/grib1_ecmwf_200_98.txt @@ -1,7 +1,7 @@ GRIB1 0 200 98 -1 "var0" "undefined" "" -1 200 98 -1 "STRF" "Stream function" "m**2 s**-1" -2 200 98 -1 "VPOT" "Velocity potential" "m**2 s**-1" +1 200 98 -1 "STRF" "Stream function" "m^2/s" +2 200 98 -1 "VPOT" "Velocity potential" "m^2/s" 3 200 98 -1 "PT" "Potential temperature" "K" 4 200 98 -1 "EQPT" "Equivalent potential temperature" "K" 5 200 98 -1 "SEPT" "Saturated equivalent potential temperature" "K" @@ -10,10 +10,10 @@ GRIB1 8 200 98 -1 "var8" "undefined" "" 9 200 98 -1 "var9" "undefined" "" 10 200 98 -1 "var10" "undefined" "" -11 200 98 -1 "UDVW" "U component of divergent wind" "m s**-1" -12 200 98 -1 "VDVW" "V component of divergent wind" "m s**-1" -13 200 98 -1 "URTW" "U component of rotational wind" "m s**-1" -14 200 98 -1 "VRTW" "V component of rotational wind" "m s**-1" +11 200 98 -1 "UDVW" "U component of divergent wind" "m/s" +12 200 98 -1 "VDVW" "V component of divergent wind" "m/s" +13 200 98 -1 "URTW" "U component of rotational wind" "m/s" +14 200 98 -1 "VRTW" "V component of rotational wind" "m/s" 15 200 98 -1 "var15" "undefined" "" 16 200 98 -1 "var16" "undefined" "" 17 200 98 -1 "var17" "undefined" "" @@ -22,63 +22,63 @@ GRIB1 20 200 98 -1 "var20" "undefined" "" 21 200 98 -1 "UCTP" "Unbalanced component of temperature" "K" 22 200 98 -1 "UCLN" "Unbalanced component of logarithm of surface pressure" "" -23 200 98 -1 "UCDV" "Unbalanced component of divergence" "s**-1" +23 200 98 -1 "UCDV" "Unbalanced component of divergence" "1/s" 24 200 98 -1 "var24" "Reserved for future unbalanced components" "" 25 200 98 -1 "var25" "Reserved for future unbalanced components" "" -26 200 98 -1 "CL" "Lake cover" "(0 - 1)" -27 200 98 -1 "CVL" "Low vegetation cover" "(0 - 1)" -28 200 98 -1 "CVH" "High vegetation cover" "(0 - 1)" +26 200 98 -1 "CL" "Lake cover" "(0-1)" +27 200 98 -1 "CVL" "Low vegetation cover" "(0-1)" +28 200 98 -1 "CVH" "High vegetation cover" "(0-1)" 29 200 98 -1 "TVL" "Type of low vegetation" "" 30 200 98 -1 "TVH" "Type of high vegetation" "" -31 200 98 -1 "CI" "Sea-ice cover" "(0 - 1)" -32 200 98 -1 "ASN" "Snow albedo" "(0 - 1)" -33 200 98 -1 "RSN" "Snow density" "kg m**-3" +31 200 98 -1 "CI" "Sea-ice cover" "(0-1)" +32 200 98 -1 "ASN" "Snow albedo" "(0-1)" +33 200 98 -1 "RSN" "Snow density" "kg/m^3" 34 200 98 -1 "SSTK" "Sea surface temperature" "K" 35 200 98 -1 "ISTL1" "Ice surface temperature layer 1" "K" 36 200 98 -1 "ISTL2" "Ice surface temperature layer 2" "K" 37 200 98 -1 "ISTL3" "Ice surface temperature layer 3" "K" 38 200 98 -1 "ISTL4" "Ice surface temperature layer 4" "K" -39 200 98 -1 "SWVL1" "Volumetric soil water layer 1" "m**3 m**-3" -40 200 98 -1 "SWVL2" "Volumetric soil water layer 2" "m**3 m**-3" -41 200 98 -1 "SWVL3" "Volumetric soil water layer 3" "m**3 m**-3" -42 200 98 -1 "SWVL4" "Volumetric soil water layer 4" "m**3 m**-3" +39 200 98 -1 "SWVL1" "Volumetric soil water layer 1" "m^3/m^3" +40 200 98 -1 "SWVL2" "Volumetric soil water layer 2" "m^3/m^3" +41 200 98 -1 "SWVL3" "Volumetric soil water layer 3" "m^3/m^3" +42 200 98 -1 "SWVL4" "Volumetric soil water layer 4" "m^3/m^3" 43 200 98 -1 "SLT" "Soil type" "" -44 200 98 -1 "ES" "Snow evaporation" "m of water" -45 200 98 -1 "SMLT" "Snowmelt" "m of water" +44 200 98 -1 "ES" "Snow evaporation" "m_of_water" +45 200 98 -1 "SMLT" "Snowmelt" "m_of_water" 46 200 98 -1 "SDUR" "Solar duration" "s" -47 200 98 -1 "DSRP" "Direct solar radiation" "w m**-2" -48 200 98 -1 "MAGSS" "Magnitude of surface stress" "N m**-2 s" -49 200 98 -1 "10FG" "10 metre wind gust" "m s**-1" +47 200 98 -1 "DSRP" "Direct solar radiation" "w/m^2" +48 200 98 -1 "MAGSS" "Magnitude of surface stress" "N/m^2*s" +49 200 98 -1 "10FG" "10 metre wind gust" "m/s" 50 200 98 -1 "LSPF" "Large-scale precipitation fraction" "s" 51 200 98 -1 "MX2T24" "Maximum 2 metre temperature" "K" 52 200 98 -1 "MN2T24" "Minimum 2 metre temperature" "K" -53 200 98 -1 "MONT" "Montgomery potential" "m**2 s**-2" +53 200 98 -1 "MONT" "Montgomery potential" "m^2/s^2" 54 200 98 -1 "PRES" "Pressure" "Pa" 55 200 98 -1 "MEAN2T24" "Mean 2 metre temperature in past 24 hours" "K" 56 200 98 -1 "MN2D24" "Mean 2 metre dewpoint temperature in past 24 hours" "K" -57 200 98 -1 "UVB" "Downward UV radiation at the surface" "w m**-2 s" -58 200 98 -1 "PAR" "Photosynthetically active radiation at the surface" "w m**-2 s" -59 200 98 -1 "CAPE" "Convective available potential energy" "J kg**-1" -60 200 98 -1 "PV" "Potential vorticity" "K m**2 kg**-1 s**-1" -61 200 98 -1 "TPO" "Total precipitation from observations" "Millimetres*100 + number of stations" +57 200 98 -1 "UVB" "Downward UV radiation at the surface" "w/m^2*s" +58 200 98 -1 "PAR" "Photosynthetically active radiation at the surface" "w/m^2*s" +59 200 98 -1 "CAPE" "Convective available potential energy" "J/kg" +60 200 98 -1 "PV" "Potential vorticity" "K*m^2/kg/s" +61 200 98 -1 "TPO" "Total precipitation from observations" "Millimetres*100_+_number_of_stations" 62 200 98 -1 "OBCT" "Observation count" "" 63 200 98 -1 "var63" "Start time for skin temperature difference" "s" 64 200 98 -1 "var64" "Finish time for skin temperature difference" "s" 65 200 98 -1 "var65" "Skin temperature difference" "K" -66 200 98 -1 "var66" "Leaf area index, low vegetation" "m**2 / m**2" -67 200 98 -1 "var67" "Leaf area index, high vegetation" "m**2 / m**2" -68 200 98 -1 "var68" "Minimum stomatal resistance, low vegetation" "s m**-1" -69 200 98 -1 "var69" "Minimum stomatal resistance, high vegetation" "s m**-1" -70 200 98 -1 "var70" "Biome cover, low vegetation" "(0 - 1)" -71 200 98 -1 "var71" "Biome cover, high vegetation" "(0 - 1)" +66 200 98 -1 "var66" "Leaf area index, low vegetation" "m^2/m^2" +67 200 98 -1 "var67" "Leaf area index, high vegetation" "m^2/m^2" +68 200 98 -1 "var68" "Minimum stomatal resistance, low vegetation" "s/m" +69 200 98 -1 "var69" "Minimum stomatal resistance, high vegetation" "s/m" +70 200 98 -1 "var70" "Biome cover, low vegetation" "(0-1)" +71 200 98 -1 "var71" "Biome cover, high vegetation" "(0-1)" 72 200 98 -1 "var72" "undefined" "" 73 200 98 -1 "var73" "undefined" "" 74 200 98 -1 "var74" "undefined" "" 75 200 98 -1 "var75" "undefined" "" 76 200 98 -1 "var76" "undefined" "" 77 200 98 -1 "var77" "undefined" "" -78 200 98 -1 "var78" "Total column liquid water" "kg m**-2" -79 200 98 -1 "var79" "Total column ice water" "kg m**-2" +78 200 98 -1 "var78" "Total column liquid water" "kg/m^2" +79 200 98 -1 "var79" "Total column ice water" "kg/m^2" 80 200 98 -1 "var80" "Experimental product" "" 81 200 98 -1 "var81" "Experimental product" "" 82 200 98 -1 "var82" "Experimental product" "" @@ -122,136 +122,136 @@ GRIB1 120 200 98 -1 "var120" "Experimental product" "" 121 200 98 -1 "MX2T6" "Maximum temperature at 2 metres" "K" 122 200 98 -1 "MN2T6" "Minimum temperature at 2 metres" "K" -123 200 98 -1 "10FG6" "10 metre wind gust in the past 6 hours" "m s**-1" +123 200 98 -1 "10FG6" "10 metre wind gust in the past 6 hours" "m/s" 124 200 98 -1 "var124" "undefined" "" -125 200 98 -1 "var125" "Vertically integrated total energy" "J m**-2" +125 200 98 -1 "var125" "Vertically integrated total energy" "J/m^2" 126 200 98 -1 "var126" "Generic parameter for sensitive area prediction" "Various" 127 200 98 -1 "AT" "Atmospheric tide" "" 128 200 98 -1 "BV" "Budget values" "" -129 200 98 -1 "Z" "Geopotential" "m**2 s**-2" +129 200 98 -1 "Z" "Geopotential" "m^2/s^2" 130 200 98 -1 "T" "Temperature" "K" -131 200 98 -1 "U" "U velocity" "m s**-1" -132 200 98 -1 "V" "V velocity" "m s**-1" -133 200 98 -1 "Q" "Specific humidity" "kg kg**-1" +131 200 98 -1 "U" "U velocity" "m/s" +132 200 98 -1 "V" "V velocity" "m/s" +133 200 98 -1 "Q" "Specific humidity" "kg/kg" 134 200 98 -1 "SP" "Surface pressure" "Pa" -135 200 98 -1 "W" "Vertical velocity" "Pa s**-1" -136 200 98 -1 "TCW" "Total column water" "kg m**-2" -137 200 98 -1 "TCWV" "Total column water vapour" "kg m**-2" -138 200 98 -1 "VO" "Vorticity (relative)" "s**-1" +135 200 98 -1 "W" "Vertical velocity" "Pa/s" +136 200 98 -1 "TCW" "Total column water" "kg/m^2" +137 200 98 -1 "TCWV" "Total column water vapour" "kg/m^2" +138 200 98 -1 "VO" "Vorticity (relative)" "1/s" 139 200 98 -1 "STL1" "Soil temperature level 1" "K" -140 200 98 -1 "SWL1" "Soil wetness level 1" "m of water" -141 200 98 -1 "SD" "Snow depth" "m of water equivalent" +140 200 98 -1 "SWL1" "Soil wetness level 1" "m_of_water" +141 200 98 -1 "SD" "Snow depth" "m_of_water_equivalent" 142 200 98 -1 "LSP" "Stratiform precipitation (Large-scale precipitation)" "m" 143 200 98 -1 "CP" "Convective precipitation" "m" -144 200 98 -1 "SF" "Snowfall (convective + stratiform)" "m of water equivalent" -145 200 98 -1 "BLD" "Boundary layer dissipation" "W m**-2 s" -146 200 98 -1 "SSHF" "Surface sensible heat flux" "W m**-2 s" -147 200 98 -1 "SLHF" "Surface latent heat flux" "W m**-2 s" +144 200 98 -1 "SF" "Snowfall (convective + stratiform)" "m_of_water_equivalent" +145 200 98 -1 "BLD" "Boundary layer dissipation" "W/m^2*s" +146 200 98 -1 "SSHF" "Surface sensible heat flux" "W/m^2*s" +147 200 98 -1 "SLHF" "Surface latent heat flux" "W/m^2*s" 148 200 98 -1 "CHNK" "Charnock" "" -149 200 98 -1 "SNR" "Surface net radiation" "W m**-2 s" +149 200 98 -1 "SNR" "Surface net radiation" "W/m^2*s" 150 200 98 -1 "TNR" "Top net radiation" "" 151 200 98 -1 "MSL" "Mean sea level pressure" "Pa" 152 200 98 -1 "LNSP" "Logarithm of surface pressure" "" 153 200 98 -1 "SWHR" "Short-wave heating rate" "K" 154 200 98 -1 "LWHR" "Long-wave heating rate" "K" -155 200 98 -1 "D" "Divergence" "s**-1" +155 200 98 -1 "D" "Divergence" "1/s" 156 200 98 -1 "GH" "Height" "m" 157 200 98 -1 "R" "Relative humidity" "%" -158 200 98 -1 "TSP" "Tendency of surface pressure" "Pa s**-1" +158 200 98 -1 "TSP" "Tendency of surface pressure" "Pa/s" 159 200 98 -1 "BLH" "Boundary layer height" "m" 160 200 98 -1 "SDOR" "Standard deviation of orography" "" 161 200 98 -1 "ISOR" "Anisotropy of sub-gridscale orography" "" 162 200 98 -1 "ANOR" "Angle of sub-gridscale orography" "rad" 163 200 98 -1 "SLOR" "Slope of sub-gridscale orography" "" -164 200 98 -1 "TCC" "Total cloud cover" "(0 - 1)" -165 200 98 -1 "10U" "10 metre U wind component" "m s**-1" -166 200 98 -1 "10V" "10 metre V wind component" "m s**-1" +164 200 98 -1 "TCC" "Total cloud cover" "(0-1)" +165 200 98 -1 "10U" "10 metre U wind component" "m/s" +166 200 98 -1 "10V" "10 metre V wind component" "m/s" 167 200 98 -1 "2T" "2 metre temperature" "K" 168 200 98 -1 "2D" "2 metre dewpoint temperature" "K" -169 200 98 -1 "SSRD" "Surface solar radiation downwards" "W m**-2 s" +169 200 98 -1 "SSRD" "Surface solar radiation downwards" "W/m^2*s" 170 200 98 -1 "STL2" "Soil temperature level 2" "K" -171 200 98 -1 "SWL2" "Soil wetness level 2" "m of water" -172 200 98 -1 "LSM" "Land-sea mask" "(0 - 1)" +171 200 98 -1 "SWL2" "Soil wetness level 2" "m_of_water" +172 200 98 -1 "LSM" "Land-sea mask" "(0-1)" 173 200 98 -1 "SR" "Surface roughness" "m" -174 200 98 -1 "AL" "Albedo" "(0 - 1)" -175 200 98 -1 "STRD" "Surface thermal radiation downwards" "W m**-2 s" -176 200 98 -1 "SSR" "Surface solar radiation" "W m**-2 s" -177 200 98 -1 "STR" "Surface thermal radiation" "W m**-2 s" -178 200 98 -1 "TSR" "Top solar radiation" "W m**-2 s" -179 200 98 -1 "TTR" "Top thermal radiation" "W m**-2 s" -180 200 98 -1 "EWSS" "East-West surface stress" "N m**-2 s" -181 200 98 -1 "NSSS" "North-South surface stress" "N m**-2 s" -182 200 98 -1 "E" "Evaporation" "m of water" +174 200 98 -1 "AL" "Albedo" "(0-1)" +175 200 98 -1 "STRD" "Surface thermal radiation downwards" "W/m^2*s" +176 200 98 -1 "SSR" "Surface solar radiation" "W/m^2*s" +177 200 98 -1 "STR" "Surface thermal radiation" "W/m^2*s" +178 200 98 -1 "TSR" "Top solar radiation" "W/m^2*s" +179 200 98 -1 "TTR" "Top thermal radiation" "W/m^2*s" +180 200 98 -1 "EWSS" "East-West surface stress" "N/m^2*s" +181 200 98 -1 "NSSS" "North-South surface stress" "N/m^2*s" +182 200 98 -1 "E" "Evaporation" "m_of_water" 183 200 98 -1 "STL3" "Soil temperature level 3" "K" -184 200 98 -1 "SWL3" "Soil wetness level 3" "m of water" -185 200 98 -1 "CCC" "Convective cloud cover" "(0 - 1)" -186 200 98 -1 "LCC" "Low cloud cover" "(0 - 1)" -187 200 98 -1 "MCC" "Medium cloud cover" "(0 - 1)" -188 200 98 -1 "HCC" "High cloud cover" "(0 - 1)" +184 200 98 -1 "SWL3" "Soil wetness level 3" "m_of_water" +185 200 98 -1 "CCC" "Convective cloud cover" "(0-1)" +186 200 98 -1 "LCC" "Low cloud cover" "(0-1)" +187 200 98 -1 "MCC" "Medium cloud cover" "(0-1)" +188 200 98 -1 "HCC" "High cloud cover" "(0-1)" 189 200 98 -1 "SUND" "Sunshine duration" "s" -190 200 98 -1 "EWOV" "East-West component of sub-gridscale orographic variance" "m**2" -191 200 98 -1 "NSOV" "North-South component of sub-gridscale orographic variance" "m**2" -192 200 98 -1 "NWOV" "North-West/South-East component of sub-gridscale orographic variance" "m**2" -193 200 98 -1 "NEOV" "North-East/South-West component of sub-gridscale orographic variance" "m**2" +190 200 98 -1 "EWOV" "East-West component of sub-gridscale orographic variance" "m^2" +191 200 98 -1 "NSOV" "North-South component of sub-gridscale orographic variance" "m^2" +192 200 98 -1 "NWOV" "North-West/South-East component of sub-gridscale orographic variance" "m^2" +193 200 98 -1 "NEOV" "North-East/South-West component of sub-gridscale orographic variance" "m^2" 194 200 98 -1 "BTMP" "Brightness temperature" "K" -195 200 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N m**-2 s" -196 200 98 -1 "MGWS" "Meridional component of gravity wave stress" "N m**-2 s" -197 200 98 -1 "GWD" "Gravity wave dissipation" "W m**-2 s" -198 200 98 -1 "SRC" "Skin reservoir content" "m of water" -199 200 98 -1 "VEG" "Vegetation fraction" "(0 - 1)" -200 200 98 -1 "VSO" "Variance of sub-gridscale orography" "m**2" +195 200 98 -1 "LGWS" "Latitudinal component of gravity wave stress" "N/m^2*s" +196 200 98 -1 "MGWS" "Meridional component of gravity wave stress" "N/m^2*s" +197 200 98 -1 "GWD" "Gravity wave dissipation" "W/m^2*s" +198 200 98 -1 "SRC" "Skin reservoir content" "m_of_water" +199 200 98 -1 "VEG" "Vegetation fraction" "(0-1)" +200 200 98 -1 "VSO" "Variance of sub-gridscale orography" "m^2" 201 200 98 -1 "MX2T" "Maximum temperature at 2 metres since previous post-processing" "K" 202 200 98 -1 "MN2T" "Minimum temperature at 2 metres since previous post-processing" "K" -203 200 98 -1 "O3" "Ozone mass mixing ratio" "kg kg**-1" +203 200 98 -1 "O3" "Ozone mass mixing ratio" "kg/kg" 204 200 98 -1 "PAW" "Precipitation analysis weights" "" 205 200 98 -1 "RO" "Runoff" "m" -206 200 98 -1 "TCO3" "Total column ozone" "kg m**-2" -207 200 98 -1 "10SI" "10 metre wind speed" "m s**-1" -208 200 98 -1 "TSRC" "Top net solar radiation, clear sky" "W m**-2 s" -209 200 98 -1 "TTRC" "Top net thermal radiation, clear sky" "W m**-2 s" -210 200 98 -1 "SSRC" "Surface net solar radiation, clear sky" "W m**-2 s" -211 200 98 -1 "STRC" "Surface net thermal radiation, clear sky" "W m**-2 s" -212 200 98 -1 "TISR" "TOA incident solar radiation" "W m**-2 s" +206 200 98 -1 "TCO3" "Total column ozone" "kg/m^2" +207 200 98 -1 "10SI" "10 metre wind speed" "m/s" +208 200 98 -1 "TSRC" "Top net solar radiation, clear sky" "W/m^2*s" +209 200 98 -1 "TTRC" "Top net thermal radiation, clear sky" "W/m^2*s" +210 200 98 -1 "SSRC" "Surface net solar radiation, clear sky" "W/m^2*s" +211 200 98 -1 "STRC" "Surface net thermal radiation, clear sky" "W/m^2*s" +212 200 98 -1 "TISR" "TOA incident solar radiation" "W/m^2*s" 213 200 98 -1 "var213" "undefined" "" 214 200 98 -1 "DHR" "Diabatic heating by radiation" "K" 215 200 98 -1 "DHVD" "Diabatic heating by vertical diffusion" "K" 216 200 98 -1 "DHCC" "Diabatic heating by cumulus convection" "K" 217 200 98 -1 "DHLC" "Diabatic heating large-scale condensation" "K" -218 200 98 -1 "VDZW" "Vertical diffusion of zonal wind" "m s**-1" -219 200 98 -1 "VDMW" "Vertical diffusion of meridional wind" "m s**-1" -220 200 98 -1 "EWGD" "East-West gravity wave drag tendency" "m s**-1" -221 200 98 -1 "NSGD" "North-South gravity wave drag tendency" "m s**-1" -222 200 98 -1 "CTZW" "Convective tendency of zonal wind" "m s**-1" -223 200 98 -1 "CTMW" "Convective tendency of meridional wind" "m s**-1" -224 200 98 -1 "VDH" "Vertical diffusion of humidity" "kg kg**-1" -225 200 98 -1 "HTCC" "Humidity tendency by cumulus convection" "kg kg**-1" -226 200 98 -1 "HTLC" "Humidity tendency by large-scale condensation" "kg kg**-1" -227 200 98 -1 "CRNH" "Change from removal of negative humidity" "kg kg**-1" +218 200 98 -1 "VDZW" "Vertical diffusion of zonal wind" "m/s" +219 200 98 -1 "VDMW" "Vertical diffusion of meridional wind" "m/s" +220 200 98 -1 "EWGD" "East-West gravity wave drag tendency" "m/s" +221 200 98 -1 "NSGD" "North-South gravity wave drag tendency" "m/s" +222 200 98 -1 "CTZW" "Convective tendency of zonal wind" "m/s" +223 200 98 -1 "CTMW" "Convective tendency of meridional wind" "m/s" +224 200 98 -1 "VDH" "Vertical diffusion of humidity" "kg/kg" +225 200 98 -1 "HTCC" "Humidity tendency by cumulus convection" "kg/kg" +226 200 98 -1 "HTLC" "Humidity tendency by large-scale condensation" "kg/kg" +227 200 98 -1 "CRNH" "Change from removal of negative humidity" "kg/kg" 228 200 98 -1 "TP" "Total precipitation" "m" -229 200 98 -1 "IEWS" "Instantaneous X surface stress" "N m**-2" -230 200 98 -1 "INSS" "Instantaneous Y surface stress" "N m**-2" -231 200 98 -1 "ISHF" "Instantaneous surface heat flux" "W m**-2" -232 200 98 -1 "IE" "Instantaneous moisture flux" "kg m**-2 s" -233 200 98 -1 "ASQ" "Apparent surface humidity" "kg kg**-1" +229 200 98 -1 "IEWS" "Instantaneous X surface stress" "N/m^2" +230 200 98 -1 "INSS" "Instantaneous Y surface stress" "N/m^2" +231 200 98 -1 "ISHF" "Instantaneous surface heat flux" "W/m^2" +232 200 98 -1 "IE" "Instantaneous moisture flux" "kg/m^2*s" +233 200 98 -1 "ASQ" "Apparent surface humidity" "kg/kg" 234 200 98 -1 "LSRH" "Logarithm of surface roughness length for heat" "" 235 200 98 -1 "SKT" "Skin temperature" "K" 236 200 98 -1 "STL4" "Soil temperature level 4" "K" 237 200 98 -1 "SWL4" "Soil wetness level 4" "m" 238 200 98 -1 "TSN" "Temperature of snow layer" "K" -239 200 98 -1 "CSF" "Convective snowfall" "m of water equivalent" -240 200 98 -1 "LSF" "Large-scale snowfall" "m of water equivalent" -241 200 98 -1 "ACF" "Accumulated cloud fraction tendency" "(-1 to 1)" -242 200 98 -1 "ALW" "Accumulated liquid water tendency" "(-1 to 1)" -243 200 98 -1 "FAL" "Forecast albedo" "(0 - 1)" +239 200 98 -1 "CSF" "Convective snowfall" "m_of_water_equivalent" +240 200 98 -1 "LSF" "Large-scale snowfall" "m_of_water_equivalent" +241 200 98 -1 "ACF" "Accumulated cloud fraction tendency" "(-1to1)" +242 200 98 -1 "ALW" "Accumulated liquid water tendency" "(-1to1)" +243 200 98 -1 "FAL" "Forecast albedo" "(0-1)" 244 200 98 -1 "FSR" "Forecast surface roughness" "m" 245 200 98 -1 "FLSR" "Forecast logarithm of surface roughness for heat" "" -246 200 98 -1 "CLWC" "Cloud liquid water content" "kg kg**-1" -247 200 98 -1 "CIWC" "Cloud ice water content" "kg kg**-1" -248 200 98 -1 "CC" "Cloud cover" "(0 - 1)" -249 200 98 -1 "AIW" "Accumulated ice water tendency" "(-1 to 1)" -250 200 98 -1 "ICE" "Ice age" "(0 - 1)" +246 200 98 -1 "CLWC" "Cloud liquid water content" "kg/kg" +247 200 98 -1 "CIWC" "Cloud ice water content" "kg/kg" +248 200 98 -1 "CC" "Cloud cover" "(0-1)" +249 200 98 -1 "AIW" "Accumulated ice water tendency" "(-1to1)" +250 200 98 -1 "ICE" "Ice age" "(0-1)" 251 200 98 -1 "ATTE" "Adiabatic tendency of temperature" "K" -252 200 98 -1 "ATHE" "Adiabatic tendency of humidity" "kg kg**-1" -253 200 98 -1 "ATZE" "Adiabatic tendency of zonal wind" "m s**-1" -254 200 98 -1 "ATMW" "Adiabatic tendency of meridional wind" "m s**-1" +252 200 98 -1 "ATHE" "Adiabatic tendency of humidity" "kg/kg" +253 200 98 -1 "ATZE" "Adiabatic tendency of zonal wind" "m/s" +254 200 98 -1 "ATMW" "Adiabatic tendency of meridional wind" "m/s" 255 200 98 -1 "var255" "Indicates a missing value" "" \ No newline at end of file diff --git a/data/table_files/grib1_ecmwf_210_98.txt b/data/table_files/grib1_ecmwf_210_98.txt index 7695d46749..884664020f 100644 --- a/data/table_files/grib1_ecmwf_210_98.txt +++ b/data/table_files/grib1_ecmwf_210_98.txt @@ -1,58 +1,58 @@ GRIB1 0 210 98 -1 "var0" "undefined" "" -1 210 98 -1 "AERMR01" "Sea Salt Aerosol (0.03 - 0.5 um) Mixing Ratio" "kg kg**-1" -2 210 98 -1 "AERMR02" "Sea Salt Aerosol (0.5 - 5 um) Mixing Ratio" "kg kg**-1" -3 210 98 -1 "AERMR03" "Sea Salt Aerosol (5 - 20 um) Mixing Ratio" "kg kg**-1" -4 210 98 -1 "AERMR04" "Dust Aerosol (0.03 - 0.55 um) Mixing Ratio" "kg kg**-1" -5 210 98 -1 "AERMR05" "Dust Aerosol (0.55 - 0.9 um) Mixing Ratio" "kg kg**-1" -6 210 98 -1 "AERMR06" "Dust Aerosol (0.9 - 20 um) Mixing Ratio" "kg kg**-1" -7 210 98 -1 "AERMR07" "Hydrophobic Organic Matter Aerosol Mixing Ratio" "kg kg**-1" -8 210 98 -1 "AERMR08" "Hydrophilic Organic Matter Aerosol Mixing Ratio" "kg kg**-1" -9 210 98 -1 "AERMR09" "Hydrophobic Black Carbon Aerosol Mixing Ratio" "kg kg**-1" -10 210 98 -1 "AERMR10" "Hydrophilic Black Carbon Aerosol Mixing Ratio" "kg kg**-1" -11 210 98 -1 "AERMR11" "Sulphate Aerosol Mixing Ratio" "kg kg**-1" -12 210 98 -1 "AERMR12" "Aerosol type 12 mixing ratio" "kg kg**-1" +1 210 98 -1 "AERMR01" "Sea Salt Aerosol (0.03 - 0.5 um) Mixing Ratio" "kg/kg" +2 210 98 -1 "AERMR02" "Sea Salt Aerosol (0.5 - 5 um) Mixing Ratio" "kg/kg" +3 210 98 -1 "AERMR03" "Sea Salt Aerosol (5 - 20 um) Mixing Ratio" "kg/kg" +4 210 98 -1 "AERMR04" "Dust Aerosol (0.03 - 0.55 um) Mixing Ratio" "kg/kg" +5 210 98 -1 "AERMR05" "Dust Aerosol (0.55 - 0.9 um) Mixing Ratio" "kg/kg" +6 210 98 -1 "AERMR06" "Dust Aerosol (0.9 - 20 um) Mixing Ratio" "kg/kg" +7 210 98 -1 "AERMR07" "Hydrophobic Organic Matter Aerosol Mixing Ratio" "kg/kg" +8 210 98 -1 "AERMR08" "Hydrophilic Organic Matter Aerosol Mixing Ratio" "kg/kg" +9 210 98 -1 "AERMR09" "Hydrophobic Black Carbon Aerosol Mixing Ratio" "kg/kg" +10 210 98 -1 "AERMR10" "Hydrophilic Black Carbon Aerosol Mixing Ratio" "kg/kg" +11 210 98 -1 "AERMR11" "Sulphate Aerosol Mixing Ratio" "kg/kg" +12 210 98 -1 "AERMR12" "Aerosol type 12 mixing ratio" "kg/kg" 13 210 98 -1 "var13" "undefined" "" 14 210 98 -1 "var14" "undefined" "" 15 210 98 -1 "var15" "undefined" "" -16 210 98 -1 "AERGN01" "Aerosol type 1 source/gain accumulated" "kg m**-2" -17 210 98 -1 "AERGN02" "Aerosol type 2 source/gain accumulated" "kg m**-2" -18 210 98 -1 "AERGN03" "Aerosol type 3 source/gain accumulated" "kg m**-2" -19 210 98 -1 "AERGN04" "Aerosol type 4 source/gain accumulated" "kg m**-2" -20 210 98 -1 "AERGN05" "Aerosol type 5 source/gain accumulated" "kg m**-2" -21 210 98 -1 "AERGN06" "Aerosol type 6 source/gain accumulated" "kg m**-2" -22 210 98 -1 "AERGN07" "Aerosol type 7 source/gain accumulated" "kg m**-2" -23 210 98 -1 "AERGN08" "Aerosol type 8 source/gain accumulated" "kg m**-2" -24 210 98 -1 "AERGN09" "Aerosol type 9 source/gain accumulated" "kg m**-2" -25 210 98 -1 "AERGN10" "Aerosol type 10 source/gain accumulated" "kg m**-2" -26 210 98 -1 "AERGN11" "Aerosol type 11 source/gain accumulated" "kg m**-2" -27 210 98 -1 "AERGN12" "Aerosol type 12 source/gain accumulated" "kg m**-2" +16 210 98 -1 "AERGN01" "Aerosol type 1 source/gain accumulated" "kg/m^2" +17 210 98 -1 "AERGN02" "Aerosol type 2 source/gain accumulated" "kg/m^2" +18 210 98 -1 "AERGN03" "Aerosol type 3 source/gain accumulated" "kg/m^2" +19 210 98 -1 "AERGN04" "Aerosol type 4 source/gain accumulated" "kg/m^2" +20 210 98 -1 "AERGN05" "Aerosol type 5 source/gain accumulated" "kg/m^2" +21 210 98 -1 "AERGN06" "Aerosol type 6 source/gain accumulated" "kg/m^2" +22 210 98 -1 "AERGN07" "Aerosol type 7 source/gain accumulated" "kg/m^2" +23 210 98 -1 "AERGN08" "Aerosol type 8 source/gain accumulated" "kg/m^2" +24 210 98 -1 "AERGN09" "Aerosol type 9 source/gain accumulated" "kg/m^2" +25 210 98 -1 "AERGN10" "Aerosol type 10 source/gain accumulated" "kg/m^2" +26 210 98 -1 "AERGN11" "Aerosol type 11 source/gain accumulated" "kg/m^2" +27 210 98 -1 "AERGN12" "Aerosol type 12 source/gain accumulated" "kg/m^2" 28 210 98 -1 "var28" "undefined" "" 29 210 98 -1 "var29" "undefined" "" 30 210 98 -1 "var30" "undefined" "" -31 210 98 -1 "AERLS01" "Aerosol type 1 sink/loss accumulated" "kg m**-2" -32 210 98 -1 "AERLS02" "Aerosol type 2 sink/loss accumulated" "kg m**-2" -33 210 98 -1 "AERLS03" "Aerosol type 3 sink/loss accumulated" "kg m**-2" -34 210 98 -1 "AERLS04" "Aerosol type 4 sink/loss accumulated" "kg m**-2" -35 210 98 -1 "AERLS05" "Aerosol type 5 sink/loss accumulated" "kg m**-2" -36 210 98 -1 "AERLS06" "Aerosol type 6 sink/loss accumulated" "kg m**-2" -37 210 98 -1 "AERLS07" "Aerosol type 7 sink/loss accumulated" "kg m**-2" -38 210 98 -1 "AERLS08" "Aerosol type 8 sink/loss accumulated" "kg m**-2" -39 210 98 -1 "AERLS09" "Aerosol type 9 sink/loss accumulated" "kg m**-2" -40 210 98 -1 "AERLS10" "Aerosol type 10 sink/loss accumulated" "kg m**-2" -41 210 98 -1 "AERLS11" "Aerosol type 11 sink/loss accumulated" "kg m**-2" -42 210 98 -1 "AERLS12" "Aerosol type 12 sink/loss accumulated" "kg m**-2" +31 210 98 -1 "AERLS01" "Aerosol type 1 sink/loss accumulated" "kg/m^2" +32 210 98 -1 "AERLS02" "Aerosol type 2 sink/loss accumulated" "kg/m^2" +33 210 98 -1 "AERLS03" "Aerosol type 3 sink/loss accumulated" "kg/m^2" +34 210 98 -1 "AERLS04" "Aerosol type 4 sink/loss accumulated" "kg/m^2" +35 210 98 -1 "AERLS05" "Aerosol type 5 sink/loss accumulated" "kg/m^2" +36 210 98 -1 "AERLS06" "Aerosol type 6 sink/loss accumulated" "kg/m^2" +37 210 98 -1 "AERLS07" "Aerosol type 7 sink/loss accumulated" "kg/m^2" +38 210 98 -1 "AERLS08" "Aerosol type 8 sink/loss accumulated" "kg/m^2" +39 210 98 -1 "AERLS09" "Aerosol type 9 sink/loss accumulated" "kg/m^2" +40 210 98 -1 "AERLS10" "Aerosol type 10 sink/loss accumulated" "kg/m^2" +41 210 98 -1 "AERLS11" "Aerosol type 11 sink/loss accumulated" "kg/m^2" +42 210 98 -1 "AERLS12" "Aerosol type 12 sink/loss accumulated" "kg/m^2" 43 210 98 -1 "var43" "undefined" "" 44 210 98 -1 "var44" "undefined" "" 45 210 98 -1 "var45" "undefined" "" -46 210 98 -1 "AERPR" "Aerosol precursor mixing ratio" "kg kg**-1" -47 210 98 -1 "AERSM" "Aerosol small mode mixing ratio" "kg kg**-1" -48 210 98 -1 "AERLG" "Aerosol large mode mixing ratio" "kg kg**-1" +46 210 98 -1 "AERPR" "Aerosol precursor mixing ratio" "kg/kg" +47 210 98 -1 "AERSM" "Aerosol small mode mixing ratio" "kg/kg" +48 210 98 -1 "AERLG" "Aerosol large mode mixing ratio" "kg/kg" 49 210 98 -1 "AODPR" "Aerosol precursor optical depth" "dimensionless" 50 210 98 -1 "AODSM" "Aerosol small mode optical depth" "dimensionless" 51 210 98 -1 "AODLG" "Aerosol large mode optical depth" "dimensionless" -52 210 98 -1 "AERDEP" "Dust emission potential" "kg s**2 m**-5" -53 210 98 -1 "AERLTS" "Lifting threshold speed" "m s**-1" +52 210 98 -1 "AERDEP" "Dust emission potential" "kg*s^2/m^5" +53 210 98 -1 "AERLTS" "Lifting threshold speed" "m/s" 54 210 98 -1 "AERSCC" "Soil clay content" "%" 55 210 98 -1 "var55" "undefined" "" 56 210 98 -1 "var56" "undefined" "" @@ -60,17 +60,17 @@ GRIB1 58 210 98 -1 "var58" "undefined" "" 59 210 98 -1 "var59" "undefined" "" 60 210 98 -1 "var60" "undefined" "" -61 210 98 -1 "CO2" "Carbon Dioxide" "kg kg**-1" -62 210 98 -1 "CH4" "Methane" "kg kg**-1" -63 210 98 -1 "N2O" "Nitrous oxide" "kg kg**-1" -64 210 98 -1 "TCCO2" "Total column Carbon Dioxide" "kg m**-2" -65 210 98 -1 "TCCH4" "Total column Methane" "kg m**-2" -66 210 98 -1 "TCN2O" "Total column Nitrous oxide" "kg m**-2" -67 210 98 -1 "CO2OF" "Ocean flux of Carbon Dioxide" "kg m**-2 s**-1" -68 210 98 -1 "CO2NBF" "Natural biosphere flux of Carbon Dioxide" "kg m**-2 s**-1" -69 210 98 -1 "CO2APF" "Anthropogenic emissions of Carbon Dioxide" "kg m**-2 s**-1" -70 210 98 -1 "CH4F" "Methane Surface Fluxes" "kg m**-2 s**-1" -71 210 98 -1 "kCH4" "Methane loss rate due to radical hydroxyl (OH)" "s**-1" +61 210 98 -1 "CO2" "Carbon Dioxide" "kg/kg" +62 210 98 -1 "CH4" "Methane" "kg/kg" +63 210 98 -1 "N2O" "Nitrous oxide" "kg/kg" +64 210 98 -1 "TCCO2" "Total column Carbon Dioxide" "kg/m^2" +65 210 98 -1 "TCCH4" "Total column Methane" "kg/m^2" +66 210 98 -1 "TCN2O" "Total column Nitrous oxide" "kg/m^2" +67 210 98 -1 "CO2OF" "Ocean flux of Carbon Dioxide" "kg/m^2/s" +68 210 98 -1 "CO2NBF" "Natural biosphere flux of Carbon Dioxide" "kg/m^2/s" +69 210 98 -1 "CO2APF" "Anthropogenic emissions of Carbon Dioxide" "kg/m^2/s" +70 210 98 -1 "CH4F" "Methane Surface Fluxes" "kg/m^2/s" +71 210 98 -1 "kCH4" "Methane loss rate due to radical hydroxyl (OH)" "1/s" 72 210 98 -1 "var72" "undefined" "" 73 210 98 -1 "var73" "undefined" "" 74 210 98 -1 "var74" "undefined" "" @@ -79,27 +79,27 @@ GRIB1 77 210 98 -1 "var77" "undefined" "" 78 210 98 -1 "var78" "undefined" "" 79 210 98 -1 "var79" "undefined" "" -80 210 98 -1 "CO2FIRE" "Wildfire flux of Carbon Dioxide" "kg m**-2 s**-1" -81 210 98 -1 "COFIRE" "Wildfire flux of Carbon Monoxide" "kg m**-2 s**-1" -82 210 98 -1 "CH4FIRE" "Wildfire flux of Methane" "kg m**-2 s**-1" -83 210 98 -1 "NMHCFIRE" "Wildfire flux of Non-Methane Hydro-Carbons" "kg m**-2 s**-1" -84 210 98 -1 "H2FIRE" "Wildfire flux of Hydrogen" "kg m**-2 s**-1" -85 210 98 -1 "NOXFIRE" "Wildfire flux of Nitrogen Oxides NOx" "kg m**-2 s**-1" -86 210 98 -1 "N2OFIRE" "Wildfire flux of Nitrous Oxide" "kg m**-2 s**-1" -87 210 98 -1 "PM2P5FIRE" "Wildfire flux of Particulate Matter PM2.5" "kg m**-2 s**-1" -88 210 98 -1 "TPMFIRE" "Wildfire flux of Total Particulate Matter" "kg m**-2 s**-1" -89 210 98 -1 "TCFIRE" "Wildfire flux of Total Carbon in Aerosols" "kg m**-2 s**-1" -90 210 98 -1 "OCFIRE" "Wildfire flux of Organic Carbon" "kg m**-2 s**-1" -91 210 98 -1 "BCFIRE" "Wildfire flux of Black Carbon" "kg m**-2 s**-1" -92 210 98 -1 "CFIRE" "Wildfire overall flux of burnt Carbon" "kg m**-2 s**-1" +80 210 98 -1 "CO2FIRE" "Wildfire flux of Carbon Dioxide" "kg/m^2/s" +81 210 98 -1 "COFIRE" "Wildfire flux of Carbon Monoxide" "kg/m^2/s" +82 210 98 -1 "CH4FIRE" "Wildfire flux of Methane" "kg/m^2/s" +83 210 98 -1 "NMHCFIRE" "Wildfire flux of Non-Methane Hydro-Carbons" "kg/m^2/s" +84 210 98 -1 "H2FIRE" "Wildfire flux of Hydrogen" "kg/m^2/s" +85 210 98 -1 "NOXFIRE" "Wildfire flux of Nitrogen Oxides NOx" "kg/m^2/s" +86 210 98 -1 "N2OFIRE" "Wildfire flux of Nitrous Oxide" "kg/m^2/s" +87 210 98 -1 "PM2P5FIRE" "Wildfire flux of Particulate Matter PM2.5" "kg/m^2/s" +88 210 98 -1 "TPMFIRE" "Wildfire flux of Total Particulate Matter" "kg/m^2/s" +89 210 98 -1 "TCFIRE" "Wildfire flux of Total Carbon in Aerosols" "kg/m^2/s" +90 210 98 -1 "OCFIRE" "Wildfire flux of Organic Carbon" "kg/m^2/s" +91 210 98 -1 "BCFIRE" "Wildfire flux of Black Carbon" "kg/m^2/s" +92 210 98 -1 "CFIRE" "Wildfire overall flux of burnt Carbon" "kg/m^2/s" 93 210 98 -1 "C4FFIRE" "Wildfire fraction of C4 plants" "dimensionless" 94 210 98 -1 "VEGFIRE" "Wildfire vegetation map index" "dimensionless" 95 210 98 -1 "CCFIRE" "Wildfire Combustion Completeness" "dimensionless" 96 210 98 -1 "FLFIRE" "Wildfire Fuel Load" "" 97 210 98 -1 "BFFIRE" "Wildfire fraction of area burnt" "dimensionless" -98 210 98 -1 "OAFIRE" "Wildfire observed area" "m**2" -99 210 98 -1 "FRPFIRE" "Wildfire radiative power" "W m**-2" -100 210 98 -1 "CRFIRE" "Wildfire combustion rate" "kg m**-2 s**-1" +98 210 98 -1 "OAFIRE" "Wildfire observed area" "m^2" +99 210 98 -1 "FRPFIRE" "Wildfire radiative power" "W/m^2" +100 210 98 -1 "CRFIRE" "Wildfire combustion rate" "kg/m^2/s" 101 210 98 -1 "var101" "undefined" "" 102 210 98 -1 "var102" "undefined" "" 103 210 98 -1 "var103" "undefined" "" @@ -120,52 +120,52 @@ GRIB1 118 210 98 -1 "var118" "undefined" "" 119 210 98 -1 "var119" "undefined" "" 120 210 98 -1 "var120" "undefined" "" -121 210 98 -1 "NO2" "Nitrogen dioxide" "kg kg**-1" -122 210 98 -1 "SO2" "Sulphur dioxide" "kg kg**-1" -123 210 98 -1 "CO" "Carbon monoxide" "kg kg**-1" -124 210 98 -1 "HCHO" "Formaldehyde" "kg kg**-1" -125 210 98 -1 "TCNO2" "Total column Nitrogen dioxide" "kg m**-2" -126 210 98 -1 "TCSO2" "Total column Sulphur dioxide" "kg m**-2" -127 210 98 -1 "TCCO" "Total column Carbon monoxide" "kg m**-2" -128 210 98 -1 "TCHCHO" "Total column Formaldehyde" "kg m**-2" -129 210 98 -1 "NOX" "Nitrogen Oxides" "kg kg**-1" -130 210 98 -1 "TCNOX" "Total Column Nitrogen Oxides" "kg m**-2" -131 210 98 -1 "GRG1" "Reactive tracer 1 mass mixing ratio" "kg kg**-1" -132 210 98 -1 "TCGRG1" "Total column GRG tracer 1" "kg m**-2" -133 210 98 -1 "GRG2" "Reactive tracer 2 mass mixing ratio" "kg kg**-1" -134 210 98 -1 "TCGRG2" "Total column GRG tracer 2" "kg m**-2" -135 210 98 -1 "GRG3" "Reactive tracer 3 mass mixing ratio" "kg kg**-1" -136 210 98 -1 "TCGRG3" "Total column GRG tracer 3" "kg m**-2" -137 210 98 -1 "GRG4" "Reactive tracer 4 mass mixing ratio" "kg kg**-1" -138 210 98 -1 "TCGRG4" "Total column GRG tracer 4" "kg m**-2" -139 210 98 -1 "GRG5" "Reactive tracer 5 mass mixing ratio" "kg kg**-1" -140 210 98 -1 "TCGRG5" "Total column GRG tracer 5" "kg m**-2" -141 210 98 -1 "GRG6" "Reactive tracer 6 mass mixing ratio" "kg kg**-1" -142 210 98 -1 "TCGRG6" "Total column GRG tracer 6" "kg m**-2" -143 210 98 -1 "GRG7" "Reactive tracer 7 mass mixing ratio" "kg kg**-1" -144 210 98 -1 "TCGRG7" "Total column GRG tracer 7" "kg m**-2" -145 210 98 -1 "GRG8" "Reactive tracer 8 mass mixing ratio" "kg kg**-1" -146 210 98 -1 "TCGRG8" "Total column GRG tracer 8" "kg m**-2" -147 210 98 -1 "GRG9" "Reactive tracer 9 mass mixing ratio" "kg kg**-1" -148 210 98 -1 "TCGRG9" "Total column GRG tracer 9" "kg m**-2" -149 210 98 -1 "GRG10" "Reactive tracer 10 mass mixing ratio" "kg kg**-1" -150 210 98 -1 "TCGRG10" "Total column GRG tracer 10" "kg m**-2" -151 210 98 -1 "SFNOX" "Surface flux Nitrogen oxides" "kg m**-2 s**-1" -152 210 98 -1 "SFNO2" "Surface flux Nitrogen dioxide" "kg m**-2 s**-1" -153 210 98 -1 "SFSO2" "Surface flux Sulphur dioxide" "kg m**-2 s**-1" -154 210 98 -1 "SFCO2" "Surface flux Carbon monoxide" "kg m**-2 s**-1" -155 210 98 -1 "SFHCHO" "Surface flux Formaldehyde" "kg m**-2 s**-1" -156 210 98 -1 "SFGO3" "Surface flux GEMS Ozone" "kg m**-2 s**-1" -157 210 98 -1 "SFGR1" "Surface flux reactive tracer 1" "kg m**-2 s**-1" -158 210 98 -1 "SFGR2" "Surface flux reactive tracer 2" "kg m**-2 s**-1" -159 210 98 -1 "SFGR3" "Surface flux reactive tracer 3" "kg m**-2 s**-1" -160 210 98 -1 "SFGR4" "Surface flux reactive tracer 4" "kg m**-2 s**-1" -161 210 98 -1 "SFGR5" "Surface flux reactive tracer 5" "kg m**-2 s**-1" -162 210 98 -1 "SFGR6" "Surface flux reactive tracer 6" "kg m**-2 s**-1" -163 210 98 -1 "SFGR7" "Surface flux reactive tracer 7" "kg m**-2 s**-1" -164 210 98 -1 "SFGR8" "Surface flux reactive tracer 8" "kg m**-2 s**-1" -165 210 98 -1 "SFGR9" "Surface flux reactive tracer 9" "kg m**-2 s**-1" -166 210 98 -1 "SFGR10" "Surface flux reactive tracer 10" "kg m**-2 s**-1" +121 210 98 -1 "NO2" "Nitrogen dioxide" "kg/kg" +122 210 98 -1 "SO2" "Sulphur dioxide" "kg/kg" +123 210 98 -1 "CO" "Carbon monoxide" "kg/kg" +124 210 98 -1 "HCHO" "Formaldehyde" "kg/kg" +125 210 98 -1 "TCNO2" "Total column Nitrogen dioxide" "kg/m^2" +126 210 98 -1 "TCSO2" "Total column Sulphur dioxide" "kg/m^2" +127 210 98 -1 "TCCO" "Total column Carbon monoxide" "kg/m^2" +128 210 98 -1 "TCHCHO" "Total column Formaldehyde" "kg/m^2" +129 210 98 -1 "NOX" "Nitrogen Oxides" "kg/kg" +130 210 98 -1 "TCNOX" "Total Column Nitrogen Oxides" "kg/m^2" +131 210 98 -1 "GRG1" "Reactive tracer 1 mass mixing ratio" "kg/kg" +132 210 98 -1 "TCGRG1" "Total column GRG tracer 1" "kg/m^2" +133 210 98 -1 "GRG2" "Reactive tracer 2 mass mixing ratio" "kg/kg" +134 210 98 -1 "TCGRG2" "Total column GRG tracer 2" "kg/m^2" +135 210 98 -1 "GRG3" "Reactive tracer 3 mass mixing ratio" "kg/kg" +136 210 98 -1 "TCGRG3" "Total column GRG tracer 3" "kg/m^2" +137 210 98 -1 "GRG4" "Reactive tracer 4 mass mixing ratio" "kg/kg" +138 210 98 -1 "TCGRG4" "Total column GRG tracer 4" "kg/m^2" +139 210 98 -1 "GRG5" "Reactive tracer 5 mass mixing ratio" "kg/kg" +140 210 98 -1 "TCGRG5" "Total column GRG tracer 5" "kg/m^2" +141 210 98 -1 "GRG6" "Reactive tracer 6 mass mixing ratio" "kg/kg" +142 210 98 -1 "TCGRG6" "Total column GRG tracer 6" "kg/m^2" +143 210 98 -1 "GRG7" "Reactive tracer 7 mass mixing ratio" "kg/kg" +144 210 98 -1 "TCGRG7" "Total column GRG tracer 7" "kg/m^2" +145 210 98 -1 "GRG8" "Reactive tracer 8 mass mixing ratio" "kg/kg" +146 210 98 -1 "TCGRG8" "Total column GRG tracer 8" "kg/m^2" +147 210 98 -1 "GRG9" "Reactive tracer 9 mass mixing ratio" "kg/kg" +148 210 98 -1 "TCGRG9" "Total column GRG tracer 9" "kg/m^2" +149 210 98 -1 "GRG10" "Reactive tracer 10 mass mixing ratio" "kg/kg" +150 210 98 -1 "TCGRG10" "Total column GRG tracer 10" "kg/m^2" +151 210 98 -1 "SFNOX" "Surface flux Nitrogen oxides" "kg/m^2/s" +152 210 98 -1 "SFNO2" "Surface flux Nitrogen dioxide" "kg/m^2/s" +153 210 98 -1 "SFSO2" "Surface flux Sulphur dioxide" "kg/m^2/s" +154 210 98 -1 "SFCO2" "Surface flux Carbon monoxide" "kg/m^2/s" +155 210 98 -1 "SFHCHO" "Surface flux Formaldehyde" "kg/m^2/s" +156 210 98 -1 "SFGO3" "Surface flux GEMS Ozone" "kg/m^2/s" +157 210 98 -1 "SFGR1" "Surface flux reactive tracer 1" "kg/m^2/s" +158 210 98 -1 "SFGR2" "Surface flux reactive tracer 2" "kg/m^2/s" +159 210 98 -1 "SFGR3" "Surface flux reactive tracer 3" "kg/m^2/s" +160 210 98 -1 "SFGR4" "Surface flux reactive tracer 4" "kg/m^2/s" +161 210 98 -1 "SFGR5" "Surface flux reactive tracer 5" "kg/m^2/s" +162 210 98 -1 "SFGR6" "Surface flux reactive tracer 6" "kg/m^2/s" +163 210 98 -1 "SFGR7" "Surface flux reactive tracer 7" "kg/m^2/s" +164 210 98 -1 "SFGR8" "Surface flux reactive tracer 8" "kg/m^2/s" +165 210 98 -1 "SFGR9" "Surface flux reactive tracer 9" "kg/m^2/s" +166 210 98 -1 "SFGR10" "Surface flux reactive tracer 10" "kg/m^2/s" 167 210 98 -1 "var167" "undefined" "" 168 210 98 -1 "var168" "undefined" "" 169 210 98 -1 "var169" "undefined" "" @@ -180,11 +180,11 @@ GRIB1 178 210 98 -1 "var178" "undefined" "" 179 210 98 -1 "var179" "undefined" "" 180 210 98 -1 "var180" "undefined" "" -181 210 98 -1 "Ra" "Radon" "kg kg**-1" -182 210 98 -1 "SF6" "Sulphur Hexafluoride" "kg kg**-1" -183 210 98 -1 "TCRa" "Total column Radon" "kg m**-2" -184 210 98 -1 "TCSF6" "Total column Sulphur Hexafluoride" "kg m**-2" -185 210 98 -1 "SF6APF" "Anthropogenic Emissions of Sulphur Hexafluoride" "kg m**-2 s**-1" +181 210 98 -1 "Ra" "Radon" "kg/kg" +182 210 98 -1 "SF6" "Sulphur Hexafluoride" "kg/kg" +183 210 98 -1 "TCRa" "Total column Radon" "kg/m^2" +184 210 98 -1 "TCSF6" "Total column Sulphur Hexafluoride" "kg/m^2" +185 210 98 -1 "SF6APF" "Anthropogenic Emissions of Sulphur Hexafluoride" "kg/m^2/s" 186 210 98 -1 "var186" "undefined" "" 187 210 98 -1 "var187" "undefined" "" 188 210 98 -1 "var188" "undefined" "" @@ -202,10 +202,10 @@ GRIB1 200 210 98 -1 "var200" "undefined" "" 201 210 98 -1 "var201" "undefined" "" 202 210 98 -1 "var202" "undefined" "" -203 210 98 -1 "GO3" "GEMS Ozone" "kg kg**-1" +203 210 98 -1 "GO3" "GEMS Ozone" "kg/kg" 204 210 98 -1 "var204" "undefined" "" 205 210 98 -1 "var205" "undefined" "" -206 210 98 -1 "GTCO3" "GEMS Total column ozone" "kg m**-2" +206 210 98 -1 "GTCO3" "GEMS Total column ozone" "kg/m^2" 207 210 98 -1 "AOD550" "Total Aerosol Optical Depth at 550nm" "-" 208 210 98 -1 "SSAOD550" "Sea Salt Aerosol Optical Depth at 550nm" "-" 209 210 98 -1 "DUAOD550" "Dust Aerosol Optical Depth at 550nm" "-" diff --git a/data/table_files/grib1_ecmwf_211_98.txt b/data/table_files/grib1_ecmwf_211_98.txt index 9d2e2234bf..344b82ff0e 100644 --- a/data/table_files/grib1_ecmwf_211_98.txt +++ b/data/table_files/grib1_ecmwf_211_98.txt @@ -45,9 +45,9 @@ GRIB1 43 211 98 -1 "var43" "undefined" "" 44 211 98 -1 "var44" "undefined" "" 45 211 98 -1 "var45" "undefined" "" -46 211 98 -1 "AERPR" "Aerosol precursor mixing ratio" "kg kg**-1" -47 211 98 -1 "AERSM" "Aerosol small mode mixing ratio" "kg kg**-1" -48 211 98 -1 "AERLG" "Aerosol large mode mixing ratio" "kg kg**-1" +46 211 98 -1 "AERPR" "Aerosol precursor mixing ratio" "kg/kg" +47 211 98 -1 "AERSM" "Aerosol small mode mixing ratio" "kg/kg" +48 211 98 -1 "AERLG" "Aerosol large mode mixing ratio" "kg/kg" 49 211 98 -1 "AODPR" "Aerosol precursor optical depth" "dimensionless" 50 211 98 -1 "AODSM" "Aerosol small mode optical depth" "dimensionless" 51 211 98 -1 "AODLG" "Aerosol large mode optical depth" "dimensionless" @@ -60,9 +60,9 @@ GRIB1 58 211 98 -1 "var58" "undefined" "" 59 211 98 -1 "var59" "undefined" "" 60 211 98 -1 "var60" "undefined" "" -61 211 98 -1 "CO2" "Carbon Dioxide" "kg kg**-1" -62 211 98 -1 "CH4" "Methane" "kg kg**-1" -63 211 98 -1 "N2O" "Nitrous oxide" "kg kg**-1" +61 211 98 -1 "CO2" "Carbon Dioxide" "kg/kg" +62 211 98 -1 "CH4" "Methane" "kg/kg" +63 211 98 -1 "N2O" "Nitrous oxide" "kg/kg" 64 211 98 -1 "var64" "undefined" "" 65 211 98 -1 "var65" "undefined" "" 66 211 98 -1 "var66" "undefined" "" @@ -120,10 +120,10 @@ GRIB1 118 211 98 -1 "var118" "undefined" "" 119 211 98 -1 "var119" "undefined" "" 120 211 98 -1 "var120" "undefined" "" -121 211 98 -1 "NO2" "Nitrogen dioxide" "kg kg**-1" -122 211 98 -1 "SO2" "Sulphur dioxide" "kg kg**-1" -123 211 98 -1 "CO" "Carbon monoxide" "kg kg**-1" -124 211 98 -1 "HCHO" "Formaldehyde" "kg kg**-1" +121 211 98 -1 "NO2" "Nitrogen dioxide" "kg/kg" +122 211 98 -1 "SO2" "Sulphur dioxide" "kg/kg" +123 211 98 -1 "CO" "Carbon monoxide" "kg/kg" +124 211 98 -1 "HCHO" "Formaldehyde" "kg/kg" 125 211 98 -1 "var125" "undefined" "" 126 211 98 -1 "var126" "undefined" "" 127 211 98 -1 "var127" "undefined" "" @@ -202,7 +202,7 @@ GRIB1 200 211 98 -1 "var200" "undefined" "" 201 211 98 -1 "var201" "undefined" "" 202 211 98 -1 "var202" "undefined" "" -203 211 98 -1 "GO3" "GEMS Ozone" "kg kg**-1" +203 211 98 -1 "GO3" "GEMS Ozone" "kg/kg" 204 211 98 -1 "var204" "undefined" "" 205 211 98 -1 "var205" "undefined" "" 206 211 98 -1 "var206" "undefined" "" diff --git a/data/table_files/grib1_ecmwf_228_98.txt b/data/table_files/grib1_ecmwf_228_98.txt index a6c31dd4fb..507116e183 100644 --- a/data/table_files/grib1_ecmwf_228_98.txt +++ b/data/table_files/grib1_ecmwf_228_98.txt @@ -1,11 +1,11 @@ GRIB1 0 228 98 -1 "var0" "undefined" "" -1 228 98 -1 "CIN" "Convective inhibition" "J kg**-1" +1 228 98 -1 "CIN" "Convective inhibition" "J/kg" 2 228 98 -1 "OROG" "Orography" "m" -3 228 98 -1 "ZUST" "Friction velocity" "m s**-1" +3 228 98 -1 "ZUST" "Friction velocity" "m/s" 4 228 98 -1 "MEAN2T" "Mean temperature at 2 metres" "K" -5 228 98 -1 "MEAN10WS" "Mean of 10 metre wind speed" "m s**-1" -6 228 98 -1 "MEANTCC" "Mean total cloud cover" "(0 - 1)" +5 228 98 -1 "MEAN10WS" "Mean of 10 metre wind speed" "m/s" +6 228 98 -1 "MEANTCC" "Mean total cloud cover" "(0-1)" 7 228 98 -1 "DL" "Lake depth" "m" 8 228 98 -1 "LMLT" "Lake mix-layer temperature" "K" 9 228 98 -1 "LMLD" "Lake mix-layer depth" "m" @@ -14,8 +14,8 @@ GRIB1 12 228 98 -1 "LSHF" "Lake shape factor" "dimensionless" 13 228 98 -1 "LICT" "Lake ice temperature" "K" 14 228 98 -1 "LICD" "Lake ice depth" "m" -15 228 98 -1 "DNDZN" "Minimum vertical gradient of refractivity inside trapping layer" "m**-1" -16 228 98 -1 "DNDZA" "Mean vertical gradient of refractivity inside trapping layer" "m**-1" +15 228 98 -1 "DNDZN" "Minimum vertical gradient of refractivity inside trapping layer" "1/m" +16 228 98 -1 "DNDZA" "Mean vertical gradient of refractivity inside trapping layer" "1/m" 17 228 98 -1 "DCTB" "Duct base height" "m" 18 228 98 -1 "TPLB" "Trapping layer base height" "m" 19 228 98 -1 "TPLT" "Trapping layer top height" "m" @@ -38,7 +38,7 @@ GRIB1 36 228 98 -1 "var36" "undefined" "" 37 228 98 -1 "var37" "undefined" "" 38 228 98 -1 "var38" "undefined" "" -39 228 98 -1 "SM" "Soil Moisture" "kg m**-3" +39 228 98 -1 "SM" "Soil Moisture" "kg/m^3" 40 228 98 -1 "var40" "undefined" "" 41 228 98 -1 "var41" "undefined" "" 42 228 98 -1 "var42" "undefined" "" @@ -130,12 +130,12 @@ GRIB1 128 228 98 -1 "var128" "undefined" "" 129 228 98 -1 "var129" "undefined" "" 130 228 98 -1 "var130" "undefined" "" -131 228 98 -1 "U10N" "Neutral wind at 10 m x-component" "m s**-1" -132 228 98 -1 "V10N" "Neutral wind at 10 m y-component" "m s**-1" +131 228 98 -1 "U10N" "Neutral wind at 10 m x-component" "m/s" +132 228 98 -1 "V10N" "Neutral wind at 10 m y-component" "m/s" 133 228 98 -1 "var133" "undefined" "" -134 228 98 -1 "VTNOWD" "V-tendency from non-orographic wave drag" "m s**-2" +134 228 98 -1 "VTNOWD" "V-tendency from non-orographic wave drag" "m/s^2" 135 228 98 -1 "var135" "undefined" "" -136 228 98 -1 "UTNOWD" "U-tendency from non-orographic wave drag" "m s**-2" +136 228 98 -1 "UTNOWD" "U-tendency from non-orographic wave drag" "m/s^2" 137 228 98 -1 "var137" "undefined" "" 138 228 98 -1 "var138" "undefined" "" 139 228 98 -1 "ST" "Soil Temperature" "K" @@ -143,7 +143,7 @@ GRIB1 141 228 98 -1 "SD" "Snow Depth water equivalent" "m" 142 228 98 -1 "var142" "undefined" "" 143 228 98 -1 "var143" "undefined" "" -144 228 98 -1 "SF" "Snow Fall water equivalent" "kg m**-2" +144 228 98 -1 "SF" "Snow Fall water equivalent" "kg/m^2" 145 228 98 -1 "var145" "undefined" "" 146 228 98 -1 "var146" "undefined" "" 147 228 98 -1 "var147" "undefined" "" @@ -169,8 +169,8 @@ GRIB1 167 228 98 -1 "var167" "undefined" "" 168 228 98 -1 "var168" "undefined" "" 169 228 98 -1 "var169" "undefined" "" -170 228 98 -1 "CAP" "Field capacity" "kg m**-3" -171 228 98 -1 "WILT" "Wilting point" "kg m**-3" +170 228 98 -1 "CAP" "Field capacity" "kg/m^3" +171 228 98 -1 "WILT" "Wilting point" "kg/m^3" 172 228 98 -1 "var172" "undefined" "" 173 228 98 -1 "var173" "undefined" "" 174 228 98 -1 "var174" "undefined" "" @@ -227,7 +227,7 @@ GRIB1 225 228 98 -1 "var225" "undefined" "" 226 228 98 -1 "var226" "undefined" "" 227 228 98 -1 "var227" "undefined" "" -228 228 98 -1 "TP" "Total Precipitation" "kg m**-2" +228 228 98 -1 "TP" "Total Precipitation" "kg/m^2" 229 228 98 -1 "var229" "undefined" "" 230 228 98 -1 "var230" "undefined" "" 231 228 98 -1 "var231" "undefined" "" diff --git a/data/table_files/grib1_jra55_200.txt b/data/table_files/grib1_jra55_200.txt new file mode 100644 index 0000000000..4d257a8aed --- /dev/null +++ b/data/table_files/grib1_jra55_200.txt @@ -0,0 +1,257 @@ +GRIB1 +0 200 34 -1 "var0" "undefined" "" +1 200 34 -1 "PRES" "Pressure" "Pa" +2 200 34 -1 "PRMSL" "Pressure reduced to MSL" "Pa" +3 200 34 -1 "var3" "undefined" "" +4 200 34 -1 "pVOR" "Potential vorticity" "Km^2/kg/s" +5 200 34 -1 "var5" "undefined" "" +6 200 34 -1 "GP" "Geopotential" "m^2/s^2" +7 200 34 -1 "HGT" "Geopotential height" "gpm" +8 200 34 -1 "var8" "undefined" "" +9 200 34 -1 "var9" "undefined" "" +10 200 34 -1 "TOZNE" "Total ozone" "Dobson" +11 200 34 -1 "TMP" "Temperature" "K" +12 200 34 -1 "var12" "undefined" "" +13 200 34 -1 "POT" "Potential temperature" "K" +14 200 34 -1 "var14" "undefined" "" +15 200 34 -1 "TMAX" "Maximum temperature" "K" +16 200 34 -1 "TMIN" "Minimum temperature" "K" +17 200 34 -1 "var17" "undefined" "" +18 200 34 -1 "DEPR" "Dew-point depression" "K" +19 200 34 -1 "var19" "undefined" "" +20 200 34 -1 "var20" "undefined" "" +21 200 34 -1 "var21" "undefined" "" +22 200 34 -1 "var22" "undefined" "" +23 200 34 -1 "var23" "undefined" "" +24 200 34 -1 "var24" "undefined" "" +25 200 34 -1 "var25" "undefined" "" +26 200 34 -1 "var26" "undefined" "" +27 200 34 -1 "var27" "undefined" "" +28 200 34 -1 "var28" "undefined" "" +29 200 34 -1 "var29" "undefined" "" +30 200 34 -1 "var30" "undefined" "" +31 200 34 -1 "var31" "undefined" "" +32 200 34 -1 "var32" "undefined" "" +33 200 34 -1 "UGRD" "u-component of wind" "m/s" +34 200 34 -1 "VGRD" "v-component of wind" "m/s" +35 200 34 -1 "STRM" "Stream function" "m^2/s" +36 200 34 -1 "VPOT" "Velocity potential" "m^2/s" +37 200 34 -1 "MNTSF" "Montgomery stream function" "m^2/s^2" +38 200 34 -1 "var38" "undefined" "" +39 200 34 -1 "VVEL" "Vertical velocity" "Pa/s" +40 200 34 -1 "var40" "undefined" "" +41 200 34 -1 "var41" "undefined" "" +42 200 34 -1 "var42" "undefined" "" +43 200 34 -1 "RELV" "Relative vorticity" "1/s" +44 200 34 -1 "RELD" "Relative divergence" "1/s" +45 200 34 -1 "var45" "undefined" "" +46 200 34 -1 "var46" "undefined" "" +47 200 34 -1 "var47" "undefined" "" +48 200 34 -1 "var48" "undefined" "" +49 200 34 -1 "var49" "undefined" "" +50 200 34 -1 "var50" "undefined" "" +51 200 34 -1 "SPFH" "Specific humidity" "kg/kg" +52 200 34 -1 "RH" "Relative humidity" "%" +53 200 34 -1 "var53" "undefined" "" +54 200 34 -1 "PWAT" "Precipitable water" "kg/m^2" +55 200 34 -1 "var55" "undefined" "" +56 200 34 -1 "var56" "undefined" "" +57 200 34 -1 "EVP" "Evaporation" "mm/day" +58 200 34 -1 "CICE" "Cloud ice" "kg/m^2" +59 200 34 -1 "var59" "undefined" "" +60 200 34 -1 "var60" "undefined" "" +61 200 34 -1 "TPRAT" "Total precipitation" "mm/day" +62 200 34 -1 "LPRAT" "Large scale precipitation" "mm/day" +63 200 34 -1 "CPRAT" "Convective precipitation" "mm/day" +64 200 34 -1 "SRWEQ" "Snowfall rate water equivalent" "mm/day" +65 200 34 -1 "SnWe" "Water equivalent of accumulated snow depth" "kg/m^2" +66 200 34 -1 "SnowD" "Snow depth" "m" +67 200 34 -1 "var67" "undefined" "" +68 200 34 -1 "var68" "undefined" "" +69 200 34 -1 "var69" "undefined" "" +70 200 34 -1 "var70" "undefined" "" +71 200 34 -1 "TCDC" "Total cloud cover" "%" +72 200 34 -1 "var72" "undefined" "" +73 200 34 -1 "LCDC" "Low cloud cover" "%" +74 200 34 -1 "MCDC" "Medium cloud cover" "%" +75 200 34 -1 "HCDC" "High cloud cover" "%" +76 200 34 -1 "var76" "undefined" "" +77 200 34 -1 "var77" "undefined" "" +78 200 34 -1 "var78" "undefined" "" +79 200 34 -1 "var79" "undefined" "" +80 200 34 -1 "var80" "undefined" "" +81 200 34 -1 "LAND" "Land cover (1 = land, 0 = sea)" "Proportion" +82 200 34 -1 "var82" "undefined" "" +83 200 34 -1 "SFCR" "Surface roughness" "m" +84 200 34 -1 "var84" "undefined" "" +85 200 34 -1 "SoilT" "Soil temperature" "K" +86 200 34 -1 "var86" "undefined" "" +87 200 34 -1 "var87" "undefined" "" +88 200 34 -1 "var88" "undefined" "" +89 200 34 -1 "var89" "undefined" "" +90 200 34 -1 "ROF" "Water run-off" "mm/day" +91 200 34 -1 "ICEC" "Ice cover (1 = ice, 0 = no ice)" "Proportion" +92 200 34 -1 "var92" "undefined" "" +93 200 34 -1 "var93" "undefined" "" +94 200 34 -1 "var94" "undefined" "" +95 200 34 -1 "var95" "undefined" "" +96 200 34 -1 "var96" "undefined" "" +97 200 34 -1 "var97" "undefined" "" +98 200 34 -1 "var98" "undefined" "" +99 200 34 -1 "var99" "undefined" "" +100 200 34 -1 "var100" "undefined" "" +101 200 34 -1 "var101" "undefined" "" +102 200 34 -1 "var102" "undefined" "" +103 200 34 -1 "var103" "undefined" "" +104 200 34 -1 "var104" "undefined" "" +105 200 34 -1 "var105" "undefined" "" +106 200 34 -1 "var106" "undefined" "" +107 200 34 -1 "var107" "undefined" "" +108 200 34 -1 "var108" "undefined" "" +109 200 34 -1 "var109" "undefined" "" +110 200 34 -1 "var110" "undefined" "" +111 200 34 -1 "var111" "undefined" "" +112 200 34 -1 "var112" "undefined" "" +113 200 34 -1 "var113" "undefined" "" +114 200 34 -1 "var114" "undefined" "" +115 200 34 -1 "var115" "undefined" "" +116 200 34 -1 "var116" "undefined" "" +117 200 34 -1 "var117" "undefined" "" +118 200 34 -1 "BRTMP" "Brightness temperature" "K" +119 200 34 -1 "var119" "undefined" "" +120 200 34 -1 "var120" "undefined" "" +121 200 34 -1 "LHTFL" "Latent heat flux" "W/m^2" +122 200 34 -1 "SHTFL" "Sensible heat flux" "W/m^2" +123 200 34 -1 "var123" "undefined" "" +124 200 34 -1 "UFLX" "Momentum flux, u-component" "N/m^2" +125 200 34 -1 "VFLX" "Momentum flux, v-component" "N/m^2" +126 200 34 -1 "var126" "undefined" "" +127 200 34 -1 "var127" "undefined" "" +128 200 34 -1 "var128" "undefined" "" +129 200 34 -1 "var129" "undefined" "" +130 200 34 -1 "var130" "undefined" "" +131 200 34 -1 "var131" "undefined" "" +132 200 34 -1 "BVF2" "Square of Brunt-Vaisala frequency" "1/s^2" +133 200 34 -1 "var133" "undefined" "" +134 200 34 -1 "var134" "undefined" "" +135 200 34 -1 "var135" "undefined" "" +136 200 34 -1 "var136" "undefined" "" +137 200 34 -1 "var137" "undefined" "" +138 200 34 -1 "var138" "undefined" "" +139 200 34 -1 "var139" "undefined" "" +140 200 34 -1 "var140" "undefined" "" +141 200 34 -1 "var141" "undefined" "" +142 200 34 -1 "var142" "undefined" "" +143 200 34 -1 "var143" "undefined" "" +144 200 34 -1 "TSC" "Canopy temperature" "K" +145 200 34 -1 "TSG" "Ground temperature" "K" +146 200 34 -1 "CWORK" "Cloud work function" "J/kg" +147 200 34 -1 "FGLU" "Zonal momentum flux by long gravity wave" "N/m^2" +148 200 34 -1 "FGLV" "Meridional momentum flux by long gravity wave" "N/m^2" +149 200 34 -1 "var149" "undefined" "" +150 200 34 -1 "var150" "undefined" "" +151 200 34 -1 "ADUA" "Adiabatic zonal acceleration" "m/s/day" +152 200 34 -1 "VWV" "Meridional water vapour flux" "Kg/m/s" +153 200 34 -1 "var153" "undefined" "" +154 200 34 -1 "FGSV" "Meridional momentum flux by short gravity wave" "N/m^2" +155 200 34 -1 "GFLX" "Ground heat flux" "W/m^2" +156 200 34 -1 "var156" "undefined" "" +157 200 34 -1 "UWV" "Zonal water vapour flux" "kg/m/s" +158 200 34 -1 "var158" "undefined" "" +159 200 34 -1 "FGSU" "Zonal momentum flux by short gravity wave" "N/m^2" +160 200 34 -1 "CSUSF" "Clear sky upward solar radiation flux" "W/m^2" +161 200 34 -1 "CSDSF" "Clear sky downward solar radiation flux" "W/m^2" +162 200 34 -1 "CSULF" "Clear sky upward long wave radiation flux" "W/m^2" +163 200 34 -1 "CSDLF" "Clear sky downward long wave radiation flux" "W/m^2" +164 200 34 -1 "var164" "undefined" "" +165 200 34 -1 "ADVA" "Adiabatic meridional acceleration" "m/s/day" +166 200 34 -1 "var166" "undefined" "" +167 200 34 -1 "var167" "undefined" "" +168 200 34 -1 "var168" "undefined" "" +169 200 34 -1 "var169" "undefined" "" +170 200 34 -1 "FRCV" "Frequency of deep convection" "%" +171 200 34 -1 "FRCVS" "Frequency of shallow convection" "%" +172 200 34 -1 "FRSC" "Frequency of stratocumulus parameterisation" "%" +173 200 34 -1 "GWDUA" "Gravity wave zonal acceleration" "m/s/day" +174 200 34 -1 "GWDVA" "Gravity wave meridional acceleration" "m/s/day" +175 200 34 -1 "var175" "undefined" "" +176 200 34 -1 "var176" "undefined" "" +177 200 34 -1 "var177" "undefined" "" +178 200 34 -1 "var178" "undefined" "" +179 200 34 -1 "var179" "undefined" "" +180 200 34 -1 "var180" "undefined" "" +181 200 34 -1 "var181" "undefined" "" +182 200 34 -1 "var182" "undefined" "" +183 200 34 -1 "var183" "undefined" "" +184 200 34 -1 "var184" "undefined" "" +185 200 34 -1 "var185" "undefined" "" +186 200 34 -1 "var186" "undefined" "" +187 200 34 -1 "var187" "undefined" "" +188 200 34 -1 "var188" "undefined" "" +189 200 34 -1 "var189" "undefined" "" +190 200 34 -1 "UTHE" "Zonal thermal energy flux" "W/m" +191 200 34 -1 "VTHE" "Meridional thermal energy flux" "W/m" +192 200 34 -1 "var192" "undefined" "" +193 200 34 -1 "var193" "undefined" "" +194 200 34 -1 "var194" "undefined" "" +195 200 34 -1 "var195" "undefined" "" +196 200 34 -1 "var196" "undefined" "" +197 200 34 -1 "var197" "undefined" "" +198 200 34 -1 "var198" "undefined" "" +199 200 34 -1 "var199" "undefined" "" +200 200 34 -1 "var200" "undefined" "" +201 200 34 -1 "var201" "undefined" "" +202 200 34 -1 "LTRS" "Evapotranspiration" "W/m^2" +203 200 34 -1 "LINT" "Interception loss" "W/m^2" +204 200 34 -1 "DSWRF" "Downward solar radiation flux" "W/m^2" +205 200 34 -1 "DLWRF" "Downward long wave radiation flux" "W/m^2" +206 200 34 -1 "var206" "undefined" "" +207 200 34 -1 "var207" "undefined" "" +208 200 34 -1 "var208" "undefined" "" +209 200 34 -1 "var209" "undefined" "" +210 200 34 -1 "var210" "undefined" "" +211 200 34 -1 "USWRF" "Upward solar radiation flux" "W/m^2" +212 200 34 -1 "ULWRF" "Upward long wave radiation flux" "W/m^2" +213 200 34 -1 "var213" "undefined" "" +214 200 34 -1 "var214" "undefined" "" +215 200 34 -1 "var215" "undefined" "" +216 200 34 -1 "var216" "undefined" "" +217 200 34 -1 "var217" "undefined" "" +218 200 34 -1 "var218" "undefined" "" +219 200 34 -1 "WSMX" "Maximum wind speed" "m/s" +220 200 34 -1 "var220" "undefined" "" +221 200 34 -1 "CWAT" "Cloud water" "kg/kg" +222 200 34 -1 "ADHR" "Adiabatic heating rate" "K/day" +223 200 34 -1 "MSC" "Moisture storage on canopy" "m" +224 200 34 -1 "MSG" "Moisture storage on ground/cover" "m" +225 200 34 -1 "SoilW" "Soil wetness" "Proportion" +226 200 34 -1 "SMC" "Mass concentration of condensed water in soil" "kg/m^3" +227 200 34 -1 "CW" "Cloud liquid water" "kg/m^2" +228 200 34 -1 "CLWC" "Cloud liquid water" "kg/kg" +229 200 34 -1 "CIWC" "Cloud ice" "kg/kg" +230 200 34 -1 "MFLXB" "Upward mass flux at cloud base" "kg/m^2/s" +231 200 34 -1 "MFLUX" "Upward mass flux" "kg/m^2/s" +232 200 34 -1 "var232" "undefined" "" +233 200 34 -1 "var233" "undefined" "" +234 200 34 -1 "var234" "undefined" "" +235 200 34 -1 "var235" "undefined" "" +236 200 34 -1 "ADMR" "Adiabatic moistening rate" "kg/kg/day" +237 200 34 -1 "OZONE" "Ozone mixing ratio" "mg/kg" +238 200 34 -1 "var238" "undefined" "" +239 200 34 -1 "CNVUA" "Convective zonal acceleration" "m/s/day" +240 200 34 -1 "CNVVA" "Convective meridional acceleration" "m/s/day" +241 200 34 -1 "LRGHR" "Large scale condensation heating rate" "K/day" +242 200 34 -1 "CNVHR" "Convective heating rate" "k/day" +243 200 34 -1 "CNVMR" "Convective moistening rate" "kg/kg/day" +244 200 34 -1 "var244" "undefined" "" +245 200 34 -1 "var245" "undefined" "" +246 200 34 -1 "VDFHR" "Vertical diffusion heating rate" "K/day" +247 200 34 -1 "VDFUA" "Vertical diffusion zonal acceleration" "m/s/day" +248 200 34 -1 "VDFVA" "Vertical diffusion meridional acceleration" "m/s/day" +249 200 34 -1 "VDFMR" "Vertical diffusion moistening rate" "kg/kg/day" +250 200 34 -1 "SWHR" "Solar radiative heating rate" "k/day" +251 200 34 -1 "LWHR" "Long wave radiative heating rate" "K/day" +252 200 34 -1 "VTYPE" "Type of vegetation" "" +253 200 34 -1 "LRGMR" "Large scale moistening rate" "kg/kg/day" +254 200 34 -1 "var254" "undefined" "" +255 200 34 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_ncep_128_7.txt b/data/table_files/grib1_ncep_128_7.txt index 96ed0f1e90..b1bc513a18 100644 --- a/data/table_files/grib1_ncep_128_7.txt +++ b/data/table_files/grib1_ncep_128_7.txt @@ -3,7 +3,7 @@ GRIB1 1 128 7 -1 "PRES" "Pressure" "Pa" 2 128 7 -1 "PRMSL" "Pressure reduced to MSL" "Pa" 3 128 7 -1 "PTEND" "Pressure tendency" "Pa/s" -4 128 7 -1 "PVORT" "Potential vorticity" "K m^2 kg-1 s-1" +4 128 7 -1 "PVORT" "Potential vorticity" "K*m^2/kg/s" 5 128 7 -1 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m" 6 128 7 -1 "GP" "Geopotential" "m^2/s^2" 7 128 7 -1 "HGT" "Geopotential height" "gpm" @@ -30,7 +30,7 @@ GRIB1 28 128 7 -1 "WVSP1" "Wave Spectra (1)" "" 29 128 7 -1 "WVSP2" "Wave Spectra (2)" "" 30 128 7 -1 "WVSP3" "Wave Spectra (3)" "" -31 128 7 -1 "WDIR" "Wind direction (from which blowing)" "deg true" +31 128 7 -1 "WDIR" "Wind direction (from which blowing)" "deg_true" 32 128 7 -1 "WIND" "Wind speed" "m/s" 33 128 7 -1 "UGRD" "u-component of wind" "m/s" 34 128 7 -1 "VGRD" "v-component of wind" "m/s" @@ -46,7 +46,7 @@ GRIB1 44 128 7 -1 "RELD" "Relative divergence" "/s" 45 128 7 -1 "VUCSH" "Vertical u-component shear" "/s" 46 128 7 -1 "VVCSH" "Vertical v-component shear" "/s" -47 128 7 -1 "DIRC" "Direction of current" "Degree true" +47 128 7 -1 "DIRC" "Direction of current" "Degree_true" 48 128 7 -1 "SPC" "Speed of current" "m/s" 49 128 7 -1 "UOGRD" "u-component of current" "m/s" 50 128 7 -1 "VOGRD" "v-component of current" "m/s" @@ -92,7 +92,7 @@ GRIB1 90 128 7 -1 "WATR" "Water runoff" "kg/m^2" 91 128 7 -1 "ICEC" "Ice cover (ice=1, no ice=0)" "proportion" 92 128 7 -1 "ICETK" "Ice thickness" "m" -93 128 7 -1 "DICED" "Direction of ice drift" "deg true" +93 128 7 -1 "DICED" "Direction of ice drift" "deg_true" 94 128 7 -1 "SICED" "Speed of ice drift" "m/s" 95 128 7 -1 "UICE" "u-component of ice drift" "m/s" 96 128 7 -1 "VICE" "v-component of ice drift" "m/s" @@ -100,15 +100,15 @@ GRIB1 98 128 7 -1 "ICED" "Ice divergence" "m/s" 99 128 7 -1 "SNOM" "Snow melt" "kg/m^2" 100 128 7 -1 "HTSGW" "Significant height of combined wind waves and swell" "m" -101 128 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree true" +101 128 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree_true" 102 128 7 -1 "WVHGT" "Significant height of wind waves" "m" 103 128 7 -1 "WVPER" "Mean period of wind waves" "s" -104 128 7 -1 "SWDIR" "Direction of swell waves" "Degree true" +104 128 7 -1 "SWDIR" "Direction of swell waves" "Degree_true" 105 128 7 -1 "SWELL" "Significant height of swell waves" "m" 106 128 7 -1 "SWPER" "Mean period of swell waves" "s" -107 128 7 -1 "DIRPW" "Primary wave direction" "Degree true" +107 128 7 -1 "DIRPW" "Primary wave direction" "Degree_true" 108 128 7 -1 "PERPW" "Primary wave mean period" "s" -109 128 7 -1 "DIRSW" "Secondary wave direction" "Degree true" +109 128 7 -1 "DIRSW" "Secondary wave direction" "Degree_true" 110 128 7 -1 "PERSW" "Secondary wave mean period" "s" 111 128 7 -1 "NSWRS" "Net short-wave radiation flux (surface)" "W/m^2" 112 128 7 -1 "NLWRS" "Net long wave radiation flux (surface)" "W/m^2" @@ -127,7 +127,7 @@ GRIB1 125 128 7 -1 "VFLX" "Momentum flux, v component" "N/m^2" 126 128 7 -1 "WMIXE" "Wind mixing energy" "J" 127 128 7 -1 "IMGD" "Image data" "" -128 7 -1 128 7 -1 "AVDEPTH" "Ocean depth - mean" "m" +128 128 7 -1 "AVDEPTH" "Ocean depth - mean" "m" 129 128 7 -1 "DEPTH" "Ocean depth - instantaneous" "m" 130 128 7 -1 "ELEV" "Ocean surface elevation relative to geoid" "m" 131 128 7 -1 "MXEL24" "Max ocean surface elevation inlast 24 hours" "m" @@ -194,9 +194,9 @@ GRIB1 192 128 7 -1 "LAYTH" "LayerThickness" "m" 193 128 7 -1 "SSTT" "Surface temperature trend" "deg/day" 194 128 7 -1 "SSST" "Surface salinity trend" "psu/day" -195 128 7 -1 "OVHD" "Ocean Vertical Heat Diffusivity" "m^2s-1" -196 128 7 -1 "OVSD" "Ocean Vertical Salt Diffusivity" "m^2s-1" -197 128 7 -1 "OVMD" "Ocean Vertical Momentum Diffusivity" "m^2s-1" +195 128 7 -1 "OVHD" "Ocean Vertical Heat Diffusivity" "m^2/s" +196 128 7 -1 "OVSD" "Ocean Vertical Salt Diffusivity" "m^2/s" +197 128 7 -1 "OVMD" "Ocean Vertical Momentum Diffusivity" "m^2/s" 198 128 7 -1 "var198" "undefined" "" 199 128 7 -1 "var199" "undefined" "" 200 128 7 -1 "var200" "undefined" "" @@ -254,4 +254,4 @@ GRIB1 252 128 7 -1 "var252" "undefined" "" 253 128 7 -1 "var253" "undefined" "" 254 128 7 -1 "REV" "Relative error variance" "non-dim" -255 128 7 -1 "var255" "undefined" "" \ No newline at end of file +255 128 7 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_ncep_129_7.txt b/data/table_files/grib1_ncep_129_7.txt index eef20ff595..4e263b983f 100644 --- a/data/table_files/grib1_ncep_129_7.txt +++ b/data/table_files/grib1_ncep_129_7.txt @@ -3,7 +3,7 @@ GRIB1 1 129 7 -1 "PRES" "Pressure" "Pa" 2 129 7 -1 "PRMSL" "Pressure reduced to MSL" "Pa" 3 129 7 -1 "PTEND" "Pressure tendency" "Pa/s" -4 129 7 -1 "PVORT" "Potential vorticity" "K m^2 kg-1 s-1" +4 129 7 -1 "PVORT" "Potential vorticity" "K*m^2/kg/s" 5 129 7 -1 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m" 6 129 7 -1 "GP" "Geopotential" "m^2/s^2" 7 129 7 -1 "HGT" "Geopotential height" "gpm" @@ -30,7 +30,7 @@ GRIB1 28 129 7 -1 "WVSP1" "Wave Spectra (1)" "" 29 129 7 -1 "WVSP2" "Wave Spectra (2)" "" 30 129 7 -1 "WVSP3" "Wave Spectra (3)" "" -31 129 7 -1 "WDIR" "Wind direction (from which blowing)" "deg true" +31 129 7 -1 "WDIR" "Wind direction (from which blowing)" "deg_true" 32 129 7 -1 "WIND" "Wind speed" "m/s" 33 129 7 -1 "UGRD" "u-component of wind" "m/s" 34 129 7 -1 "VGRD" "v-component of wind" "m/s" @@ -46,7 +46,7 @@ GRIB1 44 129 7 -1 "RELD" "Relative divergence" "/s" 45 129 7 -1 "VUCSH" "Vertical u-component shear" "/s" 46 129 7 -1 "VVCSH" "Vertical v-component shear" "/s" -47 129 7 -1 "DIRC" "Direction of current" "Degree true" +47 129 7 -1 "DIRC" "Direction of current" "Degree_true" 48 129 7 -1 "SPC" "Speed of current" "m/s" 49 129 7 -1 "UOGRD" "u-component of current" "m/s" 50 129 7 -1 "VOGRD" "v-component of current" "m/s" @@ -92,7 +92,7 @@ GRIB1 90 129 7 -1 "WATR" "Water runoff" "kg/m^2" 91 129 7 -1 "ICEC" "Ice cover (ice=1, no ice=0)" "proportion" 92 129 7 -1 "ICETK" "Ice thickness" "m" -93 129 7 -1 "DICED" "Direction of ice drift" "deg true" +93 129 7 -1 "DICED" "Direction of ice drift" "deg_true" 94 129 7 -1 "SICED" "Speed of ice drift" "m/s" 95 129 7 -1 "UICE" "u-component of ice drift" "m/s" 96 129 7 -1 "VICE" "v-component of ice drift" "m/s" @@ -100,15 +100,15 @@ GRIB1 98 129 7 -1 "ICED" "Ice divergence" "m/s" 99 129 7 -1 "SNOM" "Snow melt" "kg/m^2" 100 129 7 -1 "HTSGW" "Significant height of combined wind waves and swell" "m" -101 129 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree true" +101 129 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree_true" 102 129 7 -1 "WVHGT" "Significant height of wind waves" "m" 103 129 7 -1 "WVPER" "Mean period of wind waves" "s" -104 129 7 -1 "SWDIR" "Direction of swell waves" "Degree true" +104 129 7 -1 "SWDIR" "Direction of swell waves" "Degree_true" 105 129 7 -1 "SWELL" "Significant height of swell waves" "m" 106 129 7 -1 "SWPER" "Mean period of swell waves" "s" -107 129 7 -1 "DIRPW" "Primary wave direction" "Degree true" +107 129 7 -1 "DIRPW" "Primary wave direction" "Degree_true" 108 129 7 -1 "PERPW" "Primary wave mean period" "s" -109 129 7 -1 "DIRSW" "Secondary wave direction" "Degree true" +109 129 7 -1 "DIRSW" "Secondary wave direction" "Degree_true" 110 129 7 -1 "PERSW" "Secondary wave mean period" "s" 111 129 7 -1 "NSWRS" "Net short-wave radiation flux (surface)" "W/m^2" 112 129 7 -1 "NLWRS" "Net long wave radiation flux (surface)" "W/m^2" @@ -128,7 +128,7 @@ GRIB1 126 129 7 -1 "WMIXE" "Wind mixing energy" "J" 127 129 7 -1 "IMGD" "Image data" "" 128 129 7 -1 "PAOT" "Probability anomaly of temperature" "%" -129 7 -1 129 7 -1 "PAOP" "Probability anomaly of precipitation" "%" +129 129 7 -1 "PAOP" "Probability anomaly of precipitation" "%" 130 129 7 -1 "CWR" "Probability of Wetting Rain, exceeding 0.10 in a given time period" "%" 131 129 7 -1 "FRAIN" "Rain fraction of total liquid water" "non-dim" 132 129 7 -1 "FICE" "Ice fraction of total condensate" "non-dim" @@ -155,18 +155,18 @@ GRIB1 153 129 7 -1 "PPAN" "Probability of Precipitation being above normal" "%" 154 129 7 -1 "PPNN" "Probability of Precipitation being near normal" "%" 155 129 7 -1 "PPBN" "Probability of Precipitation being below normal" "%" -156 129 7 -1 "PMTC" "Particulate matter (coarse)" "µg/m^3" -157 129 7 -1 "PMTF" "Particulate matter (fine)" "µg/m^3" +156 129 7 -1 "PMTC" "Particulate matter (coarse)" "10^-6g/m^3" +157 129 7 -1 "PMTF" "Particulate matter (fine)" "10^-6g/m^3" 158 129 7 -1 "AETMP" "Analysis error of temperature" "K" 159 129 7 -1 "AEDPT" "Analysis error of dew point" "%" 160 129 7 -1 "AESPH" "Analysis error of specific humidity" "kg/kg" 161 129 7 -1 "AEUWD" "Analysis error of u-wind" "m/s" 162 129 7 -1 "AEVWD" "Analysis error of v-wind" "m/s" -163 129 7 -1 "LPMTF" "Particulate matter (fine)" "log10(µg/m^3)" -164 129 7 -1 "LIPMF" "Integrated column particulate matter (fine)" "log10(µg/m^3)" -165 129 7 -1 "REFZR" "Derived radar reflectivity backscatter from rain" "mm6/m^3" -166 129 7 -1 "REFZI" "Derived radar reflectivity backscatter from ice" "mm6/m^3" -167 129 7 -1 "REFZC" "Derived radar reflectivity backscatter from parameterized convection" "mm6/m^3" +163 129 7 -1 "LPMTF" "Particulate matter (fine)" "log10(10^-6g/m^3)" +164 129 7 -1 "LIPMF" "Integrated column particulate matter (fine)" "log10(10^-6g/m^3)" +165 129 7 -1 "REFZR" "Derived radar reflectivity backscatter from rain" "mm^6/m^3" +166 129 7 -1 "REFZI" "Derived radar reflectivity backscatter from ice" "mm^6/m^3" +167 129 7 -1 "REFZC" "Derived radar reflectivity backscatter from parameterized convection" "mm^6/m^3" 168 129 7 -1 "TCLSW" "Total column-integrated supercooled liquid water" "kg/m^2" 169 129 7 -1 "TCOLM" "Total column-integrated melting ice" "kg/m^2" 170 129 7 -1 "ELRDI" "Ellrod Index" "non-dim" @@ -195,7 +195,7 @@ GRIB1 193 129 7 -1 "LOUV" "Longitude of U wind component of velocity" "deg" 194 129 7 -1 "TCHP" "Tropical Cyclone Heat Potential" "J/m^2K" 195 129 7 -1 "DBSS" "Geometric Depth Below Sea Surface" "m" -196 129 7 -1 "ODHA" "Ocean Dynamic Height Anomaly" "dynamic m" +196 129 7 -1 "ODHA" "Ocean Dynamic Height Anomaly" "dynamic_m" 197 129 7 -1 "OHC" "OceanHeat Content" "J/m^2" 198 129 7 -1 "SSHG" "SeaSurface Height Relative to Geoid" "m" 199 129 7 -1 "SLTFL" "Salt Flux" "kg/m^2s" @@ -232,8 +232,8 @@ GRIB1 230 129 7 -1 "RHPW" "Relative Humidity with Respect to Precipitable Water" "%" 231 129 7 -1 "OZMAX1" "Ozone Daily Max from 1-hour Average" "ppbV" 232 129 7 -1 "OZMAX8" "Ozone Daily Max from 8-hour Average" "ppbV" -233 129 7 -1 "PDMAX1" "PM 2.5 Daily Max from 1-hour Average" "mcg/m^3" -234 129 7 -1 "PDMX24" "PM 2.5 Daily Max from 24-hour Average" "mcg/m^3" +233 129 7 -1 "PDMAX1" "PM 2.5 Daily Max from 1-hour Average" "10^-6g/m^3" +234 129 7 -1 "PDMX24" "PM 2.5 Daily Max from 24-hour Average" "10^-6g/m^3" 235 129 7 -1 "MAXREF" "Hourly Maximum of Simulated Reflectivity" "dbZ" 236 129 7 -1 "MXUPHL" "Hourly Maximum of Updraft Helicity" "m^2/s^2" 237 129 7 -1 "MAXUVV" "Hourly Maximum of Upward Vertical Velocity" "m/s" diff --git a/data/table_files/grib1_ncep_130_7.txt b/data/table_files/grib1_ncep_130_7.txt index 964fae7a2d..ff67c962a6 100644 --- a/data/table_files/grib1_ncep_130_7.txt +++ b/data/table_files/grib1_ncep_130_7.txt @@ -3,7 +3,7 @@ GRIB1 1 130 7 -1 "PRES" "Pressure" "Pa" 2 130 7 -1 "PRMSL" "Pressure reduced to MSL" "Pa" 3 130 7 -1 "PTEND" "Pressure tendency" "Pa/s" -4 130 7 -1 "PVORT" "Potential vorticity" "K m^2 kg-1 s-1" +4 130 7 -1 "PVORT" "Potential vorticity" "K*m^2/kg/s" 5 130 7 -1 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m" 6 130 7 -1 "GP" "Geopotential" "m^2/s^2" 7 130 7 -1 "HGT" "Geopotential height" "gpm" @@ -30,7 +30,7 @@ GRIB1 28 130 7 -1 "WVSP1" "Wave Spectra (1)" "" 29 130 7 -1 "WVSP2" "Wave Spectra (2)" "" 30 130 7 -1 "WVSP3" "Wave Spectra (3)" "" -31 130 7 -1 "WDIR" "Wind direction (from which blowing)" "deg true" +31 130 7 -1 "WDIR" "Wind direction (from which blowing)" "deg_true" 32 130 7 -1 "WIND" "Wind speed" "m/s" 33 130 7 -1 "UGRD" "u-component of wind" "m/s" 34 130 7 -1 "VGRD" "v-component of wind" "m/s" @@ -46,7 +46,7 @@ GRIB1 44 130 7 -1 "RELD" "Relative divergence" "/s" 45 130 7 -1 "VUCSH" "Vertical u-component shear" "/s" 46 130 7 -1 "VVCSH" "Vertical v-component shear" "/s" -47 130 7 -1 "DIRC" "Direction of current" "Degree true" +47 130 7 -1 "DIRC" "Direction of current" "Degree_true" 48 130 7 -1 "SPC" "Speed of current" "m/s" 49 130 7 -1 "UOGRD" "u-component of current" "m/s" 50 130 7 -1 "VOGRD" "v-component of current" "m/s" @@ -92,7 +92,7 @@ GRIB1 90 130 7 -1 "WATR" "Water runoff" "kg/m^2" 91 130 7 -1 "ICEC" "Ice cover (ice=1, no ice=0)" "proportion" 92 130 7 -1 "ICETK" "Ice thickness" "m" -93 130 7 -1 "DICED" "Direction of ice drift" "deg true" +93 130 7 -1 "DICED" "Direction of ice drift" "deg_true" 94 130 7 -1 "SICED" "Speed of ice drift" "m/s" 95 130 7 -1 "UICE" "u-component of ice drift" "m/s" 96 130 7 -1 "VICE" "v-component of ice drift" "m/s" @@ -100,15 +100,15 @@ GRIB1 98 130 7 -1 "ICED" "Ice divergence" "m/s" 99 130 7 -1 "SNOM" "Snow melt" "kg/m^2" 100 130 7 -1 "HTSGW" "Significant height of combined wind waves and swell" "m" -101 130 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree true" +101 130 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree_true" 102 130 7 -1 "WVHGT" "Significant height of wind waves" "m" 103 130 7 -1 "WVPER" "Mean period of wind waves" "s" -104 130 7 -1 "SWDIR" "Direction of swell waves" "Degree true" +104 130 7 -1 "SWDIR" "Direction of swell waves" "Degree_true" 105 130 7 -1 "SWELL" "Significant height of swell waves" "m" 106 130 7 -1 "SWPER" "Mean period of swell waves" "s" -107 130 7 -1 "DIRPW" "Primary wave direction" "Degree true" +107 130 7 -1 "DIRPW" "Primary wave direction" "Degree_true" 108 130 7 -1 "PERPW" "Primary wave mean period" "s" -109 130 7 -1 "DIRSW" "Secondary wave direction" "Degree true" +109 130 7 -1 "DIRSW" "Secondary wave direction" "Degree_true" 110 130 7 -1 "PERSW" "Secondary wave mean period" "s" 111 130 7 -1 "NSWRS" "Net short-wave radiation flux (surface)" "W/m^2" 112 130 7 -1 "NLWRS" "Net long wave radiation flux (surface)" "W/m^2" @@ -129,7 +129,7 @@ GRIB1 127 130 7 -1 "IMGD" "Image data" "" 128 130 7 -1 "var128" "undefined" "" 129 130 7 -1 "var129" "undefined" "" -130 7 -1 130 7 -1 "var130" "undefined" "" +130 130 7 -1 "var130" "undefined" "" 131 130 7 -1 "var131" "undefined" "" 132 130 7 -1 "var132" "undefined" "" 133 130 7 -1 "var133" "undefined" "" @@ -205,7 +205,7 @@ GRIB1 203 130 7 -1 "RSMIN" "Minimal stomatal resistance" "s/m" 204 130 7 -1 "DSWRF" "Downward shortwave radiation flux" "W/m^2" 205 130 7 -1 "DLWRF" "Downward longwave radiation flux" "W/m^2" -206 130 7 -1 "VIL" "Vertically Integrated Liquid" "kg m-2" +206 130 7 -1 "VIL" "Vertically Integrated Liquid" "kg/m^2" 207 130 7 -1 "MSTAV" "Moisture availability" "%" 208 130 7 -1 "SFEXC" "Exchange coefficient" "(kg/m^3)(m/s)" 209 130 7 -1 "var209" "undefined" "" @@ -223,8 +223,8 @@ GRIB1 221 130 7 -1 "HPBL" "Planetary boundary layer height" "m" 222 130 7 -1 "SLTYP" "Surface slope type" "Index" 223 130 7 -1 "CNWAT" "Plant canopy surface water" "kg/m^2" -224 130 7 -1 "SOTYP" "Soil type" "Index (0-9)" -225 130 7 -1 "VGTYP" "Vegetation type" "Index (0-13)" +224 130 7 -1 "SOTYP" "Soil type" "Index(0-9)" +225 130 7 -1 "VGTYP" "Vegetation type" "Index(0-13)" 226 130 7 -1 "BMIXL" "Blackadars mixing length scale" "m" 227 130 7 -1 "AMIXL" "Asymptotic mixing length scale" "m" 228 130 7 -1 "PEVAP" "Potential evaporation" "kg/m^2" @@ -254,4 +254,4 @@ GRIB1 252 130 7 -1 "CD" "Surface drag coefficient" "non-dim" 253 130 7 -1 "FRICV" "Surface friction velocity" "m/s" 254 130 7 -1 "RI" "Richardson number" "non-dim" -255 130 7 -1 "var255" "undefined" "" \ No newline at end of file +255 130 7 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_ncep_131_7.txt b/data/table_files/grib1_ncep_131_7.txt index 4c74a552cf..2555099d12 100644 --- a/data/table_files/grib1_ncep_131_7.txt +++ b/data/table_files/grib1_ncep_131_7.txt @@ -3,7 +3,7 @@ GRIB1 1 131 7 -1 "PRES" "Pressure" "Pa" 2 131 7 -1 "PRMSL" "Pressure reduced to MSL" "Pa" 3 131 7 -1 "PTEND" "Pressure tendency" "Pa/s" -4 131 7 -1 "PVORT" "Potential vorticity" "K m^2 kg-1 s-1" +4 131 7 -1 "PVORT" "Potential vorticity" "K*m^2/kg/s" 5 131 7 -1 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m" 6 131 7 -1 "GP" "Geopotential" "m^2/s^2" 7 131 7 -1 "HGT" "Geopotential height" "gpm" @@ -30,7 +30,7 @@ GRIB1 28 131 7 -1 "WVSP1" "Wave Spectra (1)" "" 29 131 7 -1 "WVSP2" "Wave Spectra (2)" "" 30 131 7 -1 "WVSP3" "Wave Spectra (3)" "" -31 131 7 -1 "WDIR" "Wind direction (from which blowing)" "deg true" +31 131 7 -1 "WDIR" "Wind direction (from which blowing)" "deg_true" 32 131 7 -1 "WIND" "Wind speed" "m/s" 33 131 7 -1 "UGRD" "u-component of wind" "m/s" 34 131 7 -1 "VGRD" "v-component of wind" "m/s" @@ -46,7 +46,7 @@ GRIB1 44 131 7 -1 "RELD" "Relative divergence" "/s" 45 131 7 -1 "VUCSH" "Vertical u-component shear" "/s" 46 131 7 -1 "VVCSH" "Vertical v-component shear" "/s" -47 131 7 -1 "DIRC" "Direction of current" "Degree true" +47 131 7 -1 "DIRC" "Direction of current" "Degree_true" 48 131 7 -1 "SPC" "Speed of current" "m/s" 49 131 7 -1 "UOGRD" "u-component of current" "m/s" 50 131 7 -1 "VOGRD" "v-component of current" "m/s" @@ -92,7 +92,7 @@ GRIB1 90 131 7 -1 "WATR" "Water runoff" "kg/m^2" 91 131 7 -1 "ICEC" "Ice cover (ice=1, no ice=0)" "proportion" 92 131 7 -1 "ICETK" "Ice thickness" "m" -93 131 7 -1 "DICED" "Direction of ice drift" "deg true" +93 131 7 -1 "DICED" "Direction of ice drift" "deg_true" 94 131 7 -1 "SICED" "Speed of ice drift" "m/s" 95 131 7 -1 "UICE" "u-component of ice drift" "m/s" 96 131 7 -1 "VICE" "v-component of ice drift" "m/s" @@ -100,15 +100,15 @@ GRIB1 98 131 7 -1 "ICED" "Ice divergence" "m/s" 99 131 7 -1 "SNOM" "Snow melt" "kg/m^2" 100 131 7 -1 "HTSGW" "Significant height of combined wind waves and swell" "m" -101 131 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree true" +101 131 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree_true" 102 131 7 -1 "WVHGT" "Significant height of wind waves" "m" 103 131 7 -1 "WVPER" "Mean period of wind waves" "s" -104 131 7 -1 "SWDIR" "Direction of swell waves" "Degree true" +104 131 7 -1 "SWDIR" "Direction of swell waves" "Degree_true" 105 131 7 -1 "SWELL" "Significant height of swell waves" "m" 106 131 7 -1 "SWPER" "Mean period of swell waves" "s" -107 131 7 -1 "DIRPW" "Primary wave direction" "Degree true" +107 131 7 -1 "DIRPW" "Primary wave direction" "Degree_true" 108 131 7 -1 "PERPW" "Primary wave mean period" "s" -109 131 7 -1 "DIRSW" "Secondary wave direction" "Degree true" +109 131 7 -1 "DIRSW" "Secondary wave direction" "Degree_true" 110 131 7 -1 "PERSW" "Secondary wave mean period" "s" 111 131 7 -1 "NSWRS" "Net short-wave radiation flux (surface)" "W/m^2" 112 131 7 -1 "NLWRS" "Net long wave radiation flux (surface)" "W/m^2" @@ -130,15 +130,15 @@ GRIB1 128 131 7 -1 "MSLSA" "Mean sea levelpressure (Std Atm)" "Pa" 129 131 7 -1 "var129" "undefined" "" 130 131 7 -1 "MSLET" "Mean sea levelpressure (ETA model)" "Pa" -131 7 -1 131 7 -1 "LFTX" "Surface lifted index" "K" +131 131 7 -1 "LFTX" "Surface lifted index" "K" 132 131 7 -1 "4LFTX" "Best (4-layer) lifted index" "K" 133 131 7 -1 "var133" "undefined" "" 134 131 7 -1 "PRESN" "Pressure(nearest grid point)" "Pa" 135 131 7 -1 "MCONV" "Horizontal moisture divergence" "kg/kg/s" 136 131 7 -1 "VWSH" "Vertical speed shear" "l/s" -137 131 7 -1 "LTNGSD" "Lightning Strike Density" "m-2 s-1" +137 131 7 -1 "LTNGSD" "Lightning Strike Density" "1/m^2/s" 138 131 7 -1 "var138" "undefined" "" -139 131 7 -1 "PVMWW" "Potential vorticity (mass-weighted)" "1/s/m" +139 131 7 -1 "PVMW" "Potential vorticity (mass-weighted)" "1/s/m" 140 131 7 -1 "CRAIN" "Categorical rain [yes=1; no=0]" "" 141 131 7 -1 "CFRZR" "Categorical freezing rain [yes=1; no=0]" "" 142 131 7 -1 "CICEP" "Categorical ice pellets [yes=1; no=0]" "" diff --git a/data/table_files/grib1_ncep_132_7.txt b/data/table_files/grib1_ncep_132_7.txt index 12cb87b330..5ec8464f9c 100644 --- a/data/table_files/grib1_ncep_132_7.txt +++ b/data/table_files/grib1_ncep_132_7.txt @@ -80,7 +80,7 @@ GRIB1 78 132 7 -1 "SNOC" "Convective snow" "kg/m^2" 79 132 7 -1 "SNOL" "Large scale snow" "kg/m^2" 80 132 7 -1 "WTMP" "Water temp." "K" -81 132 7 -1 "LAND" "Land-sea mask" "1=land; 0=sea" +81 132 7 -1 "LAND" "Land-sea mask" "1=land;0=sea" 82 132 7 -1 "DSLM" "Deviation of sea level from mean" "m" 83 132 7 -1 "SFCR" "Surface roughness" "m" 84 132 7 -1 "ALBDO" "Albedo" "%" @@ -90,7 +90,7 @@ GRIB1 88 132 7 -1 "SALTY" "Salinity" "kg/kg" 89 132 7 -1 "DEN" "Density" "kg/m^3" 90 132 7 -1 "RUNOF" "Runoff" "kg/m^2" -91 132 7 -1 "ICEC" "Ice concentration" "ice=1;no ice=0" +91 132 7 -1 "ICEC" "Ice concentration" "ice=1;no_ice=0" 92 132 7 -1 "ICETK" "Ice thickness" "m" 93 132 7 -1 "DICED" "Direction of ice drift" "deg" 94 132 7 -1 "SICED" "Speed of ice drift" "m/s" diff --git a/data/table_files/grib1_ncep_133_7.txt b/data/table_files/grib1_ncep_133_7.txt index 6a48109989..91d95dd0f8 100644 --- a/data/table_files/grib1_ncep_133_7.txt +++ b/data/table_files/grib1_ncep_133_7.txt @@ -3,7 +3,7 @@ GRIB1 1 133 7 -1 "PRES" "Pressure" "Pa" 2 133 7 -1 "PRMSL" "Pressure reduced to MSL" "Pa" 3 133 7 -1 "PTEND" "Pressure tendency" "Pa/s" -4 133 7 -1 "PVORT" "Potential vorticity" "K m^2 kg-1 s-1" +4 133 7 -1 "PVORT" "Potential vorticity" "K*m^2/kg/s" 5 133 7 -1 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m" 6 133 7 -1 "GP" "Geopotential" "m^2/s^2" 7 133 7 -1 "HGT" "Geopotential height" "gpm" @@ -30,7 +30,7 @@ GRIB1 28 133 7 -1 "WVSP1" "Wave Spectra (1)" "" 29 133 7 -1 "WVSP2" "Wave Spectra (2)" "" 30 133 7 -1 "WVSP3" "Wave Spectra (3)" "" -31 133 7 -1 "WDIR" "Wind direction (from which blowing)" "deg true" +31 133 7 -1 "WDIR" "Wind direction (from which blowing)" "deg_true" 32 133 7 -1 "WIND" "Wind speed" "m/s" 33 133 7 -1 "UGRD" "u-component of wind" "m/s" 34 133 7 -1 "VGRD" "v-component of wind" "m/s" @@ -46,7 +46,7 @@ GRIB1 44 133 7 -1 "RELD" "Relative divergence" "/s" 45 133 7 -1 "VUCSH" "Vertical u-component shear" "/s" 46 133 7 -1 "VVCSH" "Vertical v-component shear" "/s" -47 133 7 -1 "DIRC" "Direction of current" "Degree true" +47 133 7 -1 "DIRC" "Direction of current" "Degree_true" 48 133 7 -1 "SPC" "Speed of current" "m/s" 49 133 7 -1 "UOGRD" "u-component of current" "m/s" 50 133 7 -1 "VOGRD" "v-component of current" "m/s" @@ -92,7 +92,7 @@ GRIB1 90 133 7 -1 "WATR" "Water runoff" "kg/m^2" 91 133 7 -1 "ICEC" "Ice cover (ice=1, no ice=0)" "proportion" 92 133 7 -1 "ICETK" "Ice thickness" "m" -93 133 7 -1 "DICED" "Direction of ice drift" "deg true" +93 133 7 -1 "DICED" "Direction of ice drift" "deg_true" 94 133 7 -1 "SICED" "Speed of ice drift" "m/s" 95 133 7 -1 "UICE" "u-component of ice drift" "m/s" 96 133 7 -1 "VICE" "v-component of ice drift" "m/s" @@ -100,15 +100,15 @@ GRIB1 98 133 7 -1 "ICED" "Ice divergence" "m/s" 99 133 7 -1 "SNOM" "Snow melt" "kg/m^2" 100 133 7 -1 "HTSGW" "Significant height of combined wind waves and swell" "m" -101 133 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree true" +101 133 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree_true" 102 133 7 -1 "WVHGT" "Significant height of wind waves" "m" 103 133 7 -1 "WVPER" "Mean period of wind waves" "s" -104 133 7 -1 "SWDIR" "Direction of swell waves" "Degree true" +104 133 7 -1 "SWDIR" "Direction of swell waves" "Degree_true" 105 133 7 -1 "SWELL" "Significant height of swell waves" "m" 106 133 7 -1 "SWPER" "Mean period of swell waves" "s" -107 133 7 -1 "DIRPW" "Primary wave direction" "Degree true" +107 133 7 -1 "DIRPW" "Primary wave direction" "Degree_true" 108 133 7 -1 "PERPW" "Primary wave mean period" "s" -109 133 7 -1 "DIRSW" "Secondary wave direction" "Degree true" +109 133 7 -1 "DIRSW" "Secondary wave direction" "Degree_true" 110 133 7 -1 "PERSW" "Secondary wave mean period" "s" 111 133 7 -1 "NSWRS" "Net short-wave radiation flux (surface)" "W/m^2" 112 133 7 -1 "NLWRS" "Net long wave radiation flux (surface)" "W/m^2" @@ -132,7 +132,7 @@ GRIB1 130 133 7 -1 "var130" "undefined" "" 131 133 7 -1 "var131" "undefined" "" 132 133 7 -1 "var132" "undefined" "" -133 7 -1 133 7 -1 "var133" "undefined" "" +133 133 7 -1 "var133" "undefined" "" 134 133 7 -1 "var134" "undefined" "" 135 133 7 -1 "var135" "undefined" "" 136 133 7 -1 "var136" "undefined" "" @@ -191,7 +191,7 @@ GRIB1 189 133 7 -1 "var189" "undefined" "" 190 133 7 -1 "var190" "undefined" "" 191 133 7 -1 "SUNSD" "Sunshine Duration" "s" -192 133 7 -1 "MOSF" "Meridional Overturning Stream Function" "106m^3s-1" +192 133 7 -1 "MOSF" "Meridional Overturning Stream Function" "10^6m^3/s" 193 133 7 -1 "EPSR" "Radiative emissivity" "" 194 133 7 -1 "var194" "undefined" "" 195 133 7 -1 "QZ0" "Specific humidity at top of viscous sublayer" "kg/kg" @@ -254,4 +254,4 @@ GRIB1 252 133 7 -1 "var252" "undefined" "" 253 133 7 -1 "var253" "undefined" "" 254 133 7 -1 "var254" "undefined" "" -255 133 7 -1 "var255" "undefined" "" \ No newline at end of file +255 133 7 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_ncep_140_7.txt b/data/table_files/grib1_ncep_140_7.txt index a2e05a99fa..5e5aa945ac 100644 --- a/data/table_files/grib1_ncep_140_7.txt +++ b/data/table_files/grib1_ncep_140_7.txt @@ -3,7 +3,7 @@ GRIB1 1 140 7 -1 "PRES" "Pressure" "Pa" 2 140 7 -1 "PRMSL" "Pressure reduced to MSL" "Pa" 3 140 7 -1 "PTEND" "Pressure tendency" "Pa/s" -4 140 7 -1 "PVORT" "Potential vorticity" "K m^2 kg-1 s-1" +4 140 7 -1 "PVORT" "Potential vorticity" "K*m^2/kg/s" 5 140 7 -1 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m" 6 140 7 -1 "GP" "Geopotential" "m^2/s^2" 7 140 7 -1 "HGT" "Geopotential height" "gpm" @@ -30,7 +30,7 @@ GRIB1 28 140 7 -1 "WVSP1" "Wave Spectra (1)" "" 29 140 7 -1 "WVSP2" "Wave Spectra (2)" "" 30 140 7 -1 "WVSP3" "Wave Spectra (3)" "" -31 140 7 -1 "WDIR" "Wind direction (from which blowing)" "deg true" +31 140 7 -1 "WDIR" "Wind direction (from which blowing)" "deg_true" 32 140 7 -1 "WIND" "Wind speed" "m/s" 33 140 7 -1 "UGRD" "u-component of wind" "m/s" 34 140 7 -1 "VGRD" "v-component of wind" "m/s" @@ -46,7 +46,7 @@ GRIB1 44 140 7 -1 "RELD" "Relative divergence" "/s" 45 140 7 -1 "VUCSH" "Vertical u-component shear" "/s" 46 140 7 -1 "VVCSH" "Vertical v-component shear" "/s" -47 140 7 -1 "DIRC" "Direction of current" "Degree true" +47 140 7 -1 "DIRC" "Direction of current" "Degree_true" 48 140 7 -1 "SPC" "Speed of current" "m/s" 49 140 7 -1 "UOGRD" "u-component of current" "m/s" 50 140 7 -1 "VOGRD" "v-component of current" "m/s" @@ -92,7 +92,7 @@ GRIB1 90 140 7 -1 "WATR" "Water runoff" "kg/m^2" 91 140 7 -1 "ICEC" "Ice cover (ice=1, no ice=0)" "proportion" 92 140 7 -1 "ICETK" "Ice thickness" "m" -93 140 7 -1 "DICED" "Direction of ice drift" "deg true" +93 140 7 -1 "DICED" "Direction of ice drift" "deg_true" 94 140 7 -1 "SICED" "Speed of ice drift" "m/s" 95 140 7 -1 "UICE" "u-component of ice drift" "m/s" 96 140 7 -1 "VICE" "v-component of ice drift" "m/s" @@ -100,15 +100,15 @@ GRIB1 98 140 7 -1 "ICED" "Ice divergence" "m/s" 99 140 7 -1 "SNOM" "Snow melt" "kg/m^2" 100 140 7 -1 "HTSGW" "Significant height of combined wind waves and swell" "m" -101 140 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree true" +101 140 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree_true" 102 140 7 -1 "WVHGT" "Significant height of wind waves" "m" 103 140 7 -1 "WVPER" "Mean period of wind waves" "s" -104 140 7 -1 "SWDIR" "Direction of swell waves" "Degree true" +104 140 7 -1 "SWDIR" "Direction of swell waves" "Degree_true" 105 140 7 -1 "SWELL" "Significant height of swell waves" "m" 106 140 7 -1 "SWPER" "Mean period of swell waves" "s" -107 140 7 -1 "DIRPW" "Primary wave direction" "Degree true" +107 140 7 -1 "DIRPW" "Primary wave direction" "Degree_true" 108 140 7 -1 "PERPW" "Primary wave mean period" "s" -109 140 7 -1 "DIRSW" "Secondary wave direction" "Degree true" +109 140 7 -1 "DIRSW" "Secondary wave direction" "Degree_true" 110 140 7 -1 "PERSW" "Secondary wave mean period" "s" 111 140 7 -1 "NSWRS" "Net short-wave radiation flux (surface)" "W/m^2" 112 140 7 -1 "NLWRS" "Net long wave radiation flux (surface)" "W/m^2" @@ -139,7 +139,7 @@ GRIB1 137 140 7 -1 "var137" "undefined" "" 138 140 7 -1 "var138" "undefined" "" 139 140 7 -1 "var139" "undefined" "" -140 7 -1 140 7 -1 "var140" "undefined" "" +140 140 7 -1 "var140" "undefined" "" 141 140 7 -1 "var141" "undefined" "" 142 140 7 -1 "var142" "undefined" "" 143 140 7 -1 "var143" "undefined" "" @@ -254,4 +254,4 @@ GRIB1 252 140 7 -1 "var252" "undefined" "" 253 140 7 -1 "var253" "undefined" "" 254 140 7 -1 "var254" "undefined" "" -255 140 7 -1 "var255" "undefined" "" \ No newline at end of file +255 140 7 -1 "var255" "undefined" "" diff --git a/data/table_files/grib1_ncep_141_7.txt b/data/table_files/grib1_ncep_141_7.txt index e99143d851..2c93c42e9d 100644 --- a/data/table_files/grib1_ncep_141_7.txt +++ b/data/table_files/grib1_ncep_141_7.txt @@ -3,7 +3,7 @@ GRIB1 1 141 7 -1 "PRES" "Pressure" "Pa" 2 141 7 -1 "PRMSL" "Pressure reduced to MSL" "Pa" 3 141 7 -1 "PTEND" "Pressure tendency" "Pa/s" -4 141 7 -1 "PVORT" "Potential vorticity" "Km^2 kg-1 s-1" +4 141 7 -1 "PVORT" "Potential vorticity" "K*m^2/kg/s" 5 141 7 -1 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m" 6 141 7 -1 "GP" "Geopotential" "m^2/s^2" 7 141 7 -1 "HGT" "Geopotential height" "gpm" @@ -30,7 +30,7 @@ GRIB1 28 141 7 -1 "WVSP1" "Wave Spectra (1)" "" 29 141 7 -1 "WVSP2" "Wave Spectra (2)" "" 30 141 7 -1 "WVSP3" "Wave Spectra (3)" "" -31 141 7 -1 "WDIR" "Wind direction (from which blowing)" "deg true" +31 141 7 -1 "WDIR" "Wind direction (from which blowing)" "deg_true" 32 141 7 -1 "WIND" "Wind speed" "m/s" 33 141 7 -1 "UGRD" "u-component of wind" "m/s" 34 141 7 -1 "VGRD" "v-component of wind" "m/s" @@ -46,7 +46,7 @@ GRIB1 44 141 7 -1 "RELD" "Relative divergence" "/s" 45 141 7 -1 "VUCSH" "Vertical u-component shear" "/s" 46 141 7 -1 "VVCSH" "Vertical v-component shear" "/s" -47 141 7 -1 "DIRC" "Direction of current" "Degree true" +47 141 7 -1 "DIRC" "Direction of current" "Degree_true" 48 141 7 -1 "SPC" "Speed of current" "m/s" 49 141 7 -1 "UOGRD" "u-component of current" "m/s" 50 141 7 -1 "VOGRD" "v-component of current" "m/s" @@ -92,7 +92,7 @@ GRIB1 90 141 7 -1 "WATR" "Water runoff" "kg/m^2" 91 141 7 -1 "ICEC" "Ice cover (ice=1, no ice=0)" "proportion" 92 141 7 -1 "ICETK" "Ice thickness" "m" -93 141 7 -1 "DICED" "Direction of ice drift" "deg true" +93 141 7 -1 "DICED" "Direction of ice drift" "deg_true" 94 141 7 -1 "SICED" "Speed of ice drift" "m/s" 95 141 7 -1 "UICE" "u-component of ice drift" "m/s" 96 141 7 -1 "VICE" "v-component of ice drift" "m/s" @@ -100,15 +100,15 @@ GRIB1 98 141 7 -1 "ICED" "Ice divergence" "m/s" 99 141 7 -1 "SNOM" "Snow melt" "kg/m^2" 100 141 7 -1 "HTSGW" "Significant height of combined wind waves and swell" "m" -101 141 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree true" +101 141 7 -1 "WVDIR" "Direction of wind waves (from which)" "Degree_true" 102 141 7 -1 "WVHGT" "Significant height of wind waves" "m" 103 141 7 -1 "WVPER" "Mean period of wind waves" "s" -104 141 7 -1 "SWDIR" "Direction of swell waves" "Degree true" +104 141 7 -1 "SWDIR" "Direction of swell waves" "Degree_true" 105 141 7 -1 "SWELL" "Significant height of swell waves" "m" 106 141 7 -1 "SWPER" "Mean period of swell waves" "s" -107 141 7 -1 "DIRPW" "Primary wave direction" "Degree true" +107 141 7 -1 "DIRPW" "Primary wave direction" "Degree_true" 108 141 7 -1 "PERPW" "Primary wave mean period" "s" -109 141 7 -1 "DIRSW" "Secondary wave direction" "Degree true" +109 141 7 -1 "DIRSW" "Secondary wave direction" "Degree_true" 110 141 7 -1 "PERSW" "Secondary wave mean period" "s" 111 141 7 -1 "NSWRS" "Net short-wave radiation flux (surface)" "W/m^2" 112 141 7 -1 "NLWRS" "Net long wave radiation flux (surface)" "W/m^2" @@ -127,11 +127,11 @@ GRIB1 125 141 7 -1 "VFLX" "Momentum flux, v component" "N/m^2" 126 141 7 -1 "WMIXE" "Wind mixing energy" "J" 127 141 7 -1 "IMGD" "Image data" "" -128 141 7 -1 "EXTNC" "Aerosol Extinction Coefficient" "km-1" +128 141 7 -1 "EXTNC" "Aerosol Extinction Coefficient" "1/km" 129 141 7 -1 "AOD" "Aerosol Optical Depth" "" 130 141 7 -1 "ASFTR" "Aerosol Asymmetry Factor" "" 131 141 7 -1 "SSALBD" "Aerosol Single Scatter Albedo" "" -132 141 7 -1 "BSCTRS" "Aerosol Back Scattering" "km-1sr-1" +132 141 7 -1 "BSCTRS" "Aerosol Back Scattering" "1/km/sr" 133 141 7 -1 "var133" "undefined" "" 134 141 7 -1 "var134" "undefined" "" 135 141 7 -1 "var135" "undefined" "" diff --git a/data/table_files/grib1_ncep_2_7.txt b/data/table_files/grib1_ncep_2_7.txt index 6b08ac25b9..aecb12799d 100644 --- a/data/table_files/grib1_ncep_2_7.txt +++ b/data/table_files/grib1_ncep_2_7.txt @@ -80,7 +80,7 @@ GRIB1 78 2 7 0 "SNOC" "Convective snow" "kg/m^2" 79 2 7 0 "SNOL" "Large scale snow" "kg/m^2" 80 2 7 0 "WTMP" "Water temp." "K" -81 2 7 0 "LAND" "Land-sea mask" "1=land; 0=sea" +81 2 7 0 "LAND" "Land-sea mask" "1=land;0=sea" 82 2 7 0 "DSLM" "Deviation of sea level from mean" "m" 83 2 7 0 "SFCR" "Surface roughness" "m" 84 2 7 0 "ALBDO" "Albedo" "%" @@ -90,7 +90,7 @@ GRIB1 88 2 7 0 "SALTY" "Salinity" "kg/kg" 89 2 7 0 "DEN" "Density" "kg/m^3" 90 2 7 0 "RUNOF" "Runoff" "kg/m^2" -91 2 7 0 "ICEC" "Ice concentration" "ice=1;no ice=0" +91 2 7 0 "ICEC" "Ice concentration" "ice=1;no_ice=0" 92 2 7 0 "ICETK" "Ice thickness" "m" 93 2 7 0 "DICED" "Direction of ice drift" "deg" 94 2 7 0 "SICED" "Speed of ice drift" "m/s" @@ -592,7 +592,7 @@ GRIB1 78 2 7 2 "SNOC" "Convective snow" "kg/m^2", 79 2 7 2 "SNOL" "Large scale snow" "kg/m^2", 80 2 7 2 "WTMP" "Water temp." "K", -81 2 7 2 "LAND" "Land-sea mask" "1=land; 0=sea", +81 2 7 2 "LAND" "Land-sea mask" "1=land;0=sea", 82 2 7 2 "DSLM" "Deviation of sea level from mean" "m", 83 2 7 2 "SFCR" "Surface roughness" "m", 84 2 7 2 "ALBDO" "Albedo" "%", @@ -602,7 +602,7 @@ GRIB1 88 2 7 2 "SALTY" "Salinity" "kg/kg", 89 2 7 2 "DEN" "Density" "kg/m^3", 90 2 7 2 "RUNOF" "Runoff" "kg/m^2", -91 2 7 2 "ICEC" "Ice concentration" "ice=1;no ice=0", +91 2 7 2 "ICEC" "Ice concentration" "ice=1;no_ice=0", 92 2 7 2 "ICETK" "Ice thickness" "m", 93 2 7 2 "DICED" "Direction of ice drift" "deg", 94 2 7 2 "SICED" "Speed of ice drift" "m/s", diff --git a/data/table_files/grib2_all.txt b/data/table_files/grib2_all.txt index 270675890f..0f3df5a905 100644 --- a/data/table_files/grib2_all.txt +++ b/data/table_files/grib2_all.txt @@ -1,1019 +1,1670 @@ GRIB2 -0 0 0 255 7 1 7 193 "4LFTX" "Best (4 layer) Lifted Index" "K" -0 1 0 255 0 0 7 11 "4LFTX" "Best (4 layer) Lifted Index" "K" -0 0 0 255 7 1 3 197 "5WAVA" "5-Wave Geopotential Height Anomaly" "gpm" -0 1 0 255 0 0 3 19 "5WAVA" "5-Wave Geopotential Height Anomaly" "gpm" -0 0 0 255 7 1 3 193 "5WAVH" "5-Wave Geopotential Height" "gpm" -0 1 0 255 0 0 3 15 "5WAVH" "5-Wave Geopotential Height" "gpm" -0 1 0 255 0 0 20 106 "AACOEF" "Aerosol Absorption Coefficient" "1/m" -0 1 0 255 0 0 2 11 "ABSD" "Absolute Divergence" "1/s" -4 1 0 255 0 0 2 5 "ABSFRQ" "HF Absorption Frequency" "Hz" -0 1 0 255 0 0 1 18 "ABSH" "Absolute Humidity" "kg/m^3" -4 1 0 255 0 0 2 6 "ABSRB" "HF Absorption" "dB" -0 1 0 255 0 0 2 10 "ABSV" "Absolute Vorticity" "1/s" -0 1 0 255 0 0 18 0 "ACCES" "Air Concentration of Caesium 137" "Bq/m^3" -0 1 0 255 0 0 18 1 "ACIOD" "Air Concentration of Iodine 131" "Bq/m^3" -2 0 0 255 7 1 0 228 "ACOND" "Aerodynamic conductance" "m/s" -0 1 0 255 0 0 1 10 "ACPCP" "Convective Precipitation" "kg/m^2" -0 0 0 255 7 1 1 224 "ACPCPN" "Convective precipitation (nearest grid point)" "kg/m^2" -0 1 0 255 0 0 18 2 "ACRADP" "Air Concentration of Radioactive Pollutant" "Bq/m^3" -1 1 0 255 0 0 2 11 "ACWSR" "Attenuation Coefficient of Water with Respect to Solar Radiation" "1/m" -10 1 0 255 0 0 4 13 "ACWSRD" "Attenuation Coefficient Of Water With Respect to Solar Radiation" "1/m" -0 1 0 255 0 0 20 105 "AECOEF" "Aerosol Extinction Coefficient" "1/m" -0 1 0 255 0 0 20 3 "AEMFLX" "Atmosphere Emission Mass Flux" "kg/m^2/s" -0 1 0 255 0 0 13 0 "AEROT" "Aerosol Type" "-" -0 1 0 255 0 0 2 36 "AFRWE" "Amplitude Function for Rossby Wave Envelope for Meridional Wind" "m/s" -0 1 0 255 0 0 20 50 "AIA" "Amount in Atmosphere" "mol" -0 1 0 255 0 0 18 10 "AIRCON" "Air Concentration" "Bq/m^3" -2 0 0 255 7 1 0 208 "AKHS" "Surface exchange coefficients for T and Q divided by delta z" "m/s" -2 0 0 255 7 1 0 209 "AKMS" "Surface exchange coefficients for U and V divided by delta z" "m/s" -0 1 0 255 0 0 19 1 "ALBDO" "Albedo" "%" -0 1 0 255 0 0 20 108 "ALBGRD" "Aerosol Lidar Backscatter from the Ground" "1/m/sr" -0 1 0 255 0 0 20 107 "ALBSAT" "Aerosol Lidar Backscatter from Satellite" "1/m/sr" -10 1 0 255 0 0 0 38 "ALCWH" "Altimeter Corrected Wave Height" "m" -0 1 0 255 0 0 20 110 "ALEGRD" "Aerosol Lidar Extinction from the Ground" "1/m" -0 1 0 255 0 0 20 109 "ALESAT" "Aerosol Lidar Extinction from Satellite" "1/m" -10 1 0 255 0 0 0 39 "ALRRC" "Altimeter Range Relative Correction" "-" -0 1 0 255 0 0 3 11 "ALTS" "Altimeter Setting" "Pa" -10 1 0 255 0 0 0 37 "ALTWH" "Altimeter Wave Height" "m" -2 0 0 255 7 1 0 219 "AMIXL" "Asymptotic mixing length scale" "m" -3 0 0 255 7 1 192 11 "AMSRE10" "Simulated Brightness Temperature for AMSRE on Aqua Channel 10" "K" -3 0 0 255 7 1 192 12 "AMSRE11" "Simulated Brightness Temperature for AMSRE on Aqua Channel 11" "K" -3 0 0 255 7 1 192 13 "AMSRE12" "Simulated Brightness Temperature for AMSRE on Aqua Channel 12" "K" -3 0 0 255 7 1 192 10 "AMSRE9" "Simulated Brightness Temperature for AMSRE on Aqua Channel 9" "K" -0 1 0 255 0 0 20 59 "ANCON" "Aerosol Number Concentration" "1/m^3" -3 1 0 255 0 0 1 23 "ANGCOE" "Angstrom Coefficient" "-" -0 1 0 255 0 0 20 111 "ANGSTEXP" "Angstrom Exponent" "Numeric" -0 1 0 255 0 0 20 5 "ANPEMFLX" "Atmosphere Net Production And Emision Mass Flux" "kg/m^2/s" -0 1 0 255 0 0 20 4 "ANPMFLX" "Atmosphere Net Production Mass Flux" "kg/m^2/s" -10 0 0 255 7 1 3 197 "AOHFLX" "Net Air-Ocean Heat Flux" "W/m^2" -0 1 0 255 0 0 3 21 "AOSGSO" "Angle of Sub-Grid Scale Orography" "rad" -3 1 0 255 0 0 1 20 "AOT06" "Aerosol Optical Thickness at 0.635 um" "-" -3 1 0 255 0 0 1 21 "AOT08" "Aerosol Optical Thickness at 0.810 um" "-" -3 1 0 255 0 0 1 22 "AOT16" "Aerosol Optical Thickness at 1.640 um" "-" -0 1 0 255 0 0 20 102 "AOTK" "Aerosol Optical Thickness" "Numeric" -0 1 0 255 0 0 1 8 "APCP" "Total Precipitation" "kg/m^2" -0 0 0 255 7 1 1 223 "APCPN" "Total precipitation (nearest grid point)" "kg/m^2" -0 1 0 255 0 0 0 21 "APTMP" "Apparent Temperature" "K" -0 0 0 255 7 1 1 221 "ARAIN" "Liquid precipitation (Rainfall)" "kg/m^2" -0 1 0 255 0 0 20 8 "AREMFLX" "Atmosphere Re-Emission Mass Flux" "kg/m^2/s" -0 1 0 255 0 0 3 24 "ASGSO" "Anisotropy of Sub-Grid Scale Orography" "Numeric" -10 0 0 255 7 1 3 198 "ASHFL" "Assimilative Heat Flux" "W/m^2" -0 1 0 255 0 0 1 29 "ASNOW" "Total Snowfall" "m" -0 1 0 255 0 0 20 104 "ASYSFK" "Asymmetry Factor" "Numeric" -0 1 0 255 0 0 190 0 "ATEXT" "Arbitrary Text String" "CCITTIA5" -3 1 0 255 0 0 1 13 "ATMDIV" "Atmospheric Divergence" "1/s" -0 1 0 255 0 0 20 101 "ATMTK" "Vertical Visual Range" "m" -2 0 0 255 7 1 3 201 "AVSFT" "Average Surface Skin Temperature" "K" -2 0 0 255 7 1 3 200 "BARET" "Bare Soil Surface Skin temperature" "K" -10 1 0 255 0 0 4 7 "BATHY" "Bathymetry" "m" -10 1 0 255 0 0 0 44 "BENINX" "Benjamin-Feir Index" "-" -1 0 0 255 7 1 0 192 "BGRUN" "Baseflow-Groundwater Runoff" "kg/m^2" -1 1 0 255 0 0 0 5 "BGRUN" "Baseflow-Groundwater Runoff" "kg/m^2" -10 0 0 255 7 1 4 194 "BKENG" "Barotropic Kinectic Energy" "J/kg" -0 1 0 255 0 0 7 1 "BLI" "Best Lifted Index (to 500 hPa)" "K" -0 1 0 255 0 0 2 20 "BLYDP" "Boundary Layer Dissipation" "W/m^2" -2 0 0 255 7 1 0 197 "BMIXL" "Blackadars Mixing Length Scale" "m" -2 1 0 255 0 0 0 14 "BMIXL" "Blackadars Mixing Length Scale" "m" -2 1 0 255 0 0 3 4 "BOTLST" "Bottom Layer Soil Temperature" "K" -0 1 0 255 0 0 15 1 "BREF" "Base Reflectivity" "dB" -0 1 0 255 0 0 5 7 "BRTEMP" "Brightness Temperature" "K" -0 1 0 255 0 0 4 4 "BRTMP" "Brightness Temperature" "K" -0 1 0 255 0 0 15 2 "BRVEL" "Base Radial Velocity" "m/s" -0 1 0 255 0 0 15 0 "BSWID" "Base Spectrum Width" "m/s" -4 1 0 255 0 0 3 0 "BTOT" "Magnetic Field Magnitude" "T" -4 1 0 255 0 0 3 1 "BVEC1" "1st Vector Component of Magnetic Field" "T" -4 1 0 255 0 0 3 2 "BVEC2" "2nd Vector Component of Magnetic Field" "T" -4 1 0 255 0 0 3 3 "BVEC3" "3rd Vector Component of Magnetic Field" "T" -4 1 0 255 0 0 8 4 "CAIIRAD" "CaII-K Radiance" "W/sr/m^2" -2 0 0 255 7 1 1 192 "CANL" "Cold Advisory for Newborn Livestock" "-" -0 1 0 255 0 0 7 6 "CAPE" "Convective Available Potential Energy" "J/kg" -0 1 0 255 0 0 19 22 "CAT" "Clear Air Turbulence (CAT)" "%" -0 1 0 255 0 0 6 25 "CBHE" "Horizontal Extent of Cumulonimbus (CB)" "%" -3 1 0 255 0 0 1 14 "CBTMP" "Cloudy Brightness Temperature" "K" -2 0 0 255 7 1 0 199 "CCOND" "Canopy Conductance" "m/s" -2 1 0 255 0 0 0 15 "CCOND" "Canopy Conductance" "m/s" -0 0 0 255 7 1 2 196 "CD" "Drag Coefficient" "non-dim" -0 1 0 255 0 0 2 29 "CD" "Drag Coefficient" "Numeric" -0 1 0 255 0 0 6 7 "CDCA" "Cloud Amount" "%" -0 1 0 255 0 0 6 11 "CDCB" "Cloud Base" "m" -0 1 0 255 0 0 6 22 "CDCC" "Cloud Cover" "%" -0 1 0 255 0 0 6 23 "CDCIMR" "Cloud Ice Mixing Ratio" "kg/kg" -0 1 0 255 0 0 6 2 "CDCON" "Convective Cloud Cover" "%" -0 1 0 255 0 0 6 8 "CDCT" "Cloud Type" "-" -0 1 0 255 0 0 6 12 "CDCTOP" "Cloud Top" "m" -0 0 0 255 7 1 6 192 "CDLYR" "Non-Convective Cloud Cover" "%" -0 1 0 255 0 0 6 14 "CDLYR" "Non-Convective Cloud Cover" "%" -0 0 0 255 7 1 4 195 "CDUVB" "Clear sky UV-B Downward Solar Flux" "W/m^2" -10 1 0 255 0 0 0 16 "CDWW" "Coefficient of Drag With Waves" "-" -0 1 0 255 0 0 6 13 "CEIL" "Ceiling" "m" -0 0 0 255 7 1 5 197 "CFNLF" "Cloud Forcing Net Long Wave Flux" "W/m^2" -0 0 0 255 7 1 4 199 "CFNSF" "Cloud Forcing Net Solar Flux" "W/m^2" -0 0 0 255 7 1 1 193 "CFRZR" "Categorical Freezing Rain" "-" -0 1 0 255 0 0 1 34 "CFRZR" "Categorical Freezing Rain" "-" -0 1 0 255 0 0 20 54 "CGDRC" "Chemical Gross Destruction Rate of Concentration" "mol/m^3/s" -0 1 0 255 0 0 20 53 "CGPRC" "Chemical Gross Production Rate of Concentration" "mol/m^3/s" -0 1 0 255 0 0 6 0 "CICE" "Cloud Ice" "kg/m^2" -0 0 0 255 7 1 19 206 "CICEL" "Confidence - Ceiling" "-" -0 0 0 255 7 1 1 194 "CICEP" "Categorical Ice Pellets" "-" -0 1 0 255 0 0 1 35 "CICEP" "Categorical Ice Pellets" "-" -10 1 0 255 0 0 2 12 "CICES" "Compressive Ice Strength" "N/m" -0 0 0 255 7 1 19 208 "CIFLT" "Confidence - Flight Category" "-" -0 1 0 255 0 0 1 82 "CIMIXR" "Cloud Ice Mixing Ratio" "kg/kg" -0 1 0 255 0 0 7 7 "CIN" "Convective Inhibition" "J/kg" -2 1 0 255 0 0 3 22 "CISICE" "Column-Integrated Soil Ice" "kg/m^2" -2 1 0 255 0 0 3 20 "CISOILM" "Column-Integrated Soil Moisture" "kg/m^2" -2 1 0 255 0 0 0 23 "CISOILW" "Column-Integrated Soil Water" "kg/m^2" -0 0 0 255 7 1 19 207 "CIVIS" "Confidence - Visibility" "-" -3 1 0 255 0 0 1 16 "CLDRAD" "Cloudy Radiance (with respect to wave number)" "W/m/sr" -3 1 0 255 0 0 0 7 "CLOUDM" "Cloud Mask" "-" -0 1 0 255 0 0 1 22 "CLWMR" "Cloud Mixing Ratio" "kg/kg" -0 0 0 255 7 1 2 216 "CNGWDU" "Convective Gravity wave drag zonal acceleration" "m/s^2" -0 0 0 255 7 1 2 217 "CNGWDV" "Convective Gravity wave drag meridional acceleration" "m/s^2" -0 0 0 255 7 1 3 209 "CNVDEMF" "Convective detrainment mass flux" "kg/m^2/s" -0 0 0 255 7 1 3 208 "CNVDMF" "Convective downdraft mass flux" "kg/m^2/s" -0 0 0 255 7 1 0 196 "CNVHR" "Deep Convective Heating Rate" "K/s" -0 0 0 255 7 1 1 213 "CNVMR" "Deep Convective Moistening Rate" "kg/kg/s" -0 0 0 255 7 1 2 212 "CNVU" "Convective zonal momentum mixing acceleration" "m/s^2" -0 0 0 255 7 1 3 207 "CNVUMF" "Convective updraft mass flux" "kg/m^2/s" -0 0 0 255 7 1 2 213 "CNVV" "Convective meridional momentum mixing acceleration" "m/s^2" -2 0 0 255 7 1 0 196 "CNWAT" "Plant Canopy Surface Water" "kg/m^2" -2 1 0 255 0 0 0 13 "CNWAT" "Plant Canopy Surface Water" "kg/m^2" -0 1 0 255 0 0 20 56 "COAIA" "Changes Of Amount in Atmosphere" "mol/s" -0 1 0 255 0 0 20 1 "COLMD" "Column-Integrated Mass Density" "kg/m^2" -0 1 0 255 0 0 20 51 "CONAIR" "Concentration In Air" "mol/m^3" -0 0 0 255 7 1 1 216 "CONDP" "Condensation Pressure of Parcali Lifted From Indicate Surface" "Pa" -0 1 0 255 0 0 19 16 "CONTB" "Contrail Base" "m" -0 1 0 255 0 0 19 14 "CONTET" "Contrail Engine Type" "-" -0 1 0 255 0 0 19 13 "CONTI" "Contrail Intensity" "-" -0 1 0 255 0 0 19 24 "CONTKE" "Convective Turbulent Kinetic Energy" "J/kg" -0 1 0 255 0 0 19 15 "CONTT" "Contrail Top" "m" -0 1 0 255 0 0 19 26 "CONVO" "Convective Outlook" "-" -0 0 0 255 7 1 19 222 "CONVP" "Convection Potential" "-" -0 0 0 255 7 1 192 6 "COVMM" "Covariance between meridional and meridional components of the wind. Defined as [vv]-[v][v] where [] indicates the mean over the indicated time span." "m^2/s^2" -0 0 0 255 7 1 192 1 "COVMZ" "Covariance between zonal and meridional components of the wind. Defined as [uv]-[u][v] where [] indicates the mean over the indicated time span." "m^2/s^2" -0 0 0 255 7 1 2 205 "COVMZ" "Covariance between Meridional and Zonal Components of the wind." "m^2/s^2" -0 0 0 255 7 1 192 11 "COVPSPS" "Covariance between surface pressure and surface pressure. Defined as [Psfc]-[Psfc][Psfc] where [] indicates the mean over the indicated time span." "Pa*Pa" -0 0 0 255 7 1 192 8 "COVQM" "Covariance between specific humidity and meridional components of the wind. Defined as [vq]-[v][q] where [] indicates the mean over the indicated time span." "kg/kg*m/s" -0 0 0 255 7 1 192 12 "COVQQ" "Covariance between specific humidity and specific humidy. Defined as [qq]-[q][q] where [] indicates the mean over the indicated time span." "kg/kg*kg/kg" -0 0 0 255 7 1 192 10 "COVQVV" "Covariance between specific humidity and vertical components of the wind. Defined as [Omegaq]-[Omega][q] where [] indicates the mean over the indicated time span." "kg/kg*Pa/s" -0 0 0 255 7 1 192 7 "COVQZ" "Covariance between specific humidity and zonal components of the wind. Defined as [uq]-[u][q] where [] indicates the mean over the indicated time span." "kg/kg*m/s" -0 0 0 255 7 1 192 3 "COVTM" "Covariance between meridional component of the wind and temperature. Defined as [vT]-[v][T] where [] indicates the mean over the indicated time span." "K*m/s" -0 0 0 255 7 1 2 207 "COVTM" "Covariance between Temperature and Meridional Components of the wind." "K*m/s" -0 0 0 255 7 1 192 14 "COVTT" "Covariance between temperature and temperature. Defined as [TT]-[T][T] where [] indicates the mean over the indicated time span." "K*K" -0 0 0 255 7 1 192 9 "COVTVV" "Covariance between temperature and vertical components of the wind. Defined as [OmegaT]-[Omega][T] where [] indicates the mean over the indicated time span." "K*Pa/s" -0 0 0 255 7 1 192 4 "COVTW" "Covariance between temperature and vertical component of the wind. Defined as [wT]-[w][T] where [] indicates the mean over the indicated time span." "K*m/s" -0 0 0 255 7 1 192 2 "COVTZ" "Covariance between zonal component of the wind and temperature. Defined as [uT]-[u][T] where [] indicates the mean over the indicated time span." "K*m/s" -0 0 0 255 7 1 2 206 "COVTZ" "Covariance between Temperature and Zonal Components of the wind." "K*m/s" -0 0 0 255 7 1 192 13 "COVVVVV" "Covariance between vertical and vertical components of the wind. Defined as [OmegaOmega]-[Omega][Omega] where [] indicates the mean over the indicated time span." "Pa^2/s^2" -0 0 0 255 7 1 192 5 "COVZZ" "Covariance between zonal and zonal components of the wind. Defined as [uu]-[u][u] where [] indicates the mean over the indicated time span." "m^2/s^2" -0 1 0 255 0 0 1 39 "CPOFP" "Percent frozen precipitation" "%" -1 0 0 255 7 1 1 193 "CPOFP" "Percent of Frozen Precipitation" "%" -1 0 0 255 7 1 1 192 "CPOZP" "Probability of Freezing Precipitation" "%" -1 1 0 255 0 0 1 0 "CPPOP" "Conditional percent precipitation amount fractile for an overall period (encoded as an accumulation)" "kg/m^2" -0 0 0 255 7 1 1 196 "CPRAT" "Convective Precipitation Rate" "kg/m^2/s" -0 1 0 255 0 0 1 37 "CPRAT" "Convective Precipitation Rate" "kg/m^2/s" -0 0 0 255 7 1 1 192 "CRAIN" "Categorical Rain" "-" -0 1 0 255 0 0 1 33 "CRAIN" "Categorical Rain" "-" -0 1 0 255 0 0 1 76 "CRRATE" "Convective Rain Rate" "kg/m^2/s" -4 1 0 255 0 0 2 9 "CRTFRQ" "Critical Frequency" "Hz" -3 1 0 255 0 0 1 15 "CSBTMP" "Clear Sky Brightness Temperature" "K" -0 0 0 255 7 1 5 196 "CSDLF" "Clear Sky Downward Long Wave Flux" "W/m^2" -0 0 0 255 7 1 4 196 "CSDSF" "Clear Sky Downward Solar Flux" "W/m^2" -3 1 0 255 0 0 1 17 "CSKYRAD" "Clear Sky Radiance (with respect to wave number)" "W/m/sr" -0 0 0 255 7 1 1 195 "CSNOW" "Categorical Snow" "-" -0 1 0 255 0 0 1 36 "CSNOW" "Categorical Snow" "-" -0 1 0 255 0 0 1 58 "CSRATE" "Convective Snowfall Rate" "m/s" -0 1 0 255 0 0 1 55 "CSRWE" "Convective Snowfall Rate Water Equivalent" "kg/m^2/s" -0 0 0 255 7 1 5 195 "CSULF" "Clear Sky Upward Long Wave Flux" "W/m^2" -0 0 0 255 7 1 4 198 "CSUSF" "Clear Sky Upward Solar Flux" "W/m^2" -3 1 0 255 0 0 1 2 "CTOPH" "Cloud Top Height" "m" -3 1 0 255 0 0 1 3 "CTOPHQI" "Cloud Top Height Quality Indicator" "-" -0 1 0 255 0 0 19 21 "CTP" "In-Cloud Turbulence" "%" -0 0 0 255 7 1 6 194 "CUEFI" "Convective Cloud Efficiency" "non-dim" -0 1 0 255 0 0 6 16 "CUEFI" "Convective Cloud Efficiency" "Proportion" -0 1 0 255 0 0 6 6 "CWAT" "Cloud Water" "kg/m^2" -0 0 0 255 7 1 7 195 "CWDI" "Convective Weather Detection Index" "-" -0 0 0 255 7 1 6 193 "CWORK" "Cloud Work Function" "J/kg" -0 1 0 255 0 0 6 15 "CWORK" "Cloud Work Function" "J/kg" -0 1 0 255 0 0 1 48 "CWP" "Convective Water Precipitation" "kg/m^2" -1 0 0 255 7 1 1 195 "CWR" "Probability of Wetting Rain exceeding in 0.10 in a given time period" "%" -10 0 0 255 7 1 4 195 "DBSS" "Geometric Depth Below Sea Surface" "m" -0 1 0 255 0 0 20 12 "DDMFLX" "Dry Deposition Mass Flux" "kg/m^2/s" -2 1 0 255 0 0 0 30 "DECFC" "Deciduous Forest Cover" "Proportion" -0 1 0 255 0 0 3 10 "DEN" "Density" "kg/m^3" -0 1 0 255 0 0 3 14 "DENALT" "Density Altitude" "m" -0 1 0 255 0 0 0 7 "DEPR" "Dew Point Depression (or Deficit)" "K" -10 1 0 255 0 0 2 2 "DICED" "Direction of Ice Drift" "deg" -4 1 0 255 0 0 4 2 "DIFEFLUX" "Electron Flux (Differential)" "1/(m^2s*sr*eV)" -4 1 0 255 0 0 4 4 "DIFIFLUX" "Heavy Ion Flux (Differential)" "1/(m^2s*sr*eV/nuc)" -4 1 0 255 0 0 4 0 "DIFPFLUX" "Proton Flux (Differential)" "1/(m^2s*sr*eV)" -10 1 0 255 0 0 1 0 "DIRC" "Current Direction" "deg" -2 1 0 255 0 0 3 14 "DIREC" "Direct Evaporation Cease(Soil Moisture)" "kg/m^3" -10 1 0 255 0 0 0 10 "DIRPW" "Primary Wave Direction" "deg" -10 1 0 255 0 0 0 12 "DIRSW" "Secondary Wave Direction" "deg" -10 1 0 255 0 0 0 33 "DIRWTS" "Directional Width of The Total Swell" "-" -10 1 0 255 0 0 0 32 "DIRWWW" "Directional Width of The Wind Waves" "-" -1 1 0 255 0 0 0 7 "DISRS" "Discharge from Rivers or Streams" "m^3/s" -0 1 0 255 0 0 3 6 "DIST" "Geometric Height" "m" -0 0 0 255 7 1 5 192 "DLWRF" "Downward Long-Wave Rad. Flux" "W/m^2" -0 1 0 255 0 0 5 3 "DLWRF" "Downward Long-Wave Rad. Flux" "W/m^2" -0 1 0 255 0 0 0 6 "DPT" "Dew Point Temperature" "K" -0 1 0 255 0 0 18 12 "DRYDEP" "Dry Deposition" "Bq/m^2" -4 1 0 255 0 0 7 2 "DSKDAY" "Disk Intensity Day" "1/m^2/s" -4 1 0 255 0 0 7 1 "DSKINT" "Disk Intensity" "1/m^2/s" -4 1 0 255 0 0 7 3 "DSKNGT" "Disk Intensity Night" "1/m^2/s" -10 1 0 255 0 0 3 1 "DSLM" "Deviation of Sea Level from Mean" "m" -0 1 0 255 0 0 191 3 "DSLOBS" "Days Since Last Observation" "d" -10 1 0 255 0 0 191 3 "DSLOBSO" "Days Since Last Observation" "d" -0 0 0 255 7 1 4 192 "DSWRF" "Downward Short-Wave Radiation Flux" "W/m^2" -0 1 0 255 0 0 4 7 "DSWRF" "Downward Short-Wave Radiation Flux" "W/m^2" -0 0 0 255 7 1 4 204 "DTRF" "Downward Total Radiation Flux" "W/m^2" -0 0 0 255 7 1 4 194 "DUVB" "UV-B Downward Solar Flux" "W/m^2" -0 1 0 255 0 0 4 12 "DWUVR" "Downward UV Radiation" "W/m^2" -0 1 0 255 0 0 2 9 "DZDT" "Vertical Velocity (Geometric)" "m/s" -0 1 0 255 0 0 7 9 "EHLX" "Energy Helicity Index" "Numeric" -4 1 0 255 0 0 2 1 "ELCDEN" "Electron Density" "1/m^3" -4 1 0 255 0 0 0 1 "ELECTMP" "Electron Temperature" "K" -10 0 0 255 7 1 3 194 "ELEV" "Ocean Surface Elevation Relative to Geoid" "m" -0 0 0 255 7 1 191 193 "ELON" "East Longitude (0 to 360)" "deg" -0 0 0 255 7 1 191 197 "ELONN" "East Longitude (nearest neighbor) (0 to 360)" "deg" -0 0 0 255 7 1 1 211 "EMNP" "Evaporation - Precipitation" "cm/day" -0 1 0 255 0 0 0 3 "EPOT" "Pseudo-Adiabatic Potential Temperature (or Equivalent Potential Temperature)" "K" -0 0 0 255 7 1 19 218 "EPSR" "Radiative emissivity" "-" -1 1 0 255 0 0 0 3 "ESCT" "Elevation of Snow Covered Terrain" "-" -3 1 0 255 0 0 1 0 "ESTP" "Estimated Precipitation" "kg/m^2" -3 1 0 255 0 0 1 4 "ESTUGRD" "Estimated u-Component of Wind" "m/s" -3 1 0 255 0 0 1 5 "ESTVGRD" "Estimated v-Component of Wind" "m/s" -0 1 0 255 0 0 2 32 "ETACVV" "Eta Coordinate Vertical Velocity" "1/s" -10 0 0 255 7 1 3 250 "ETCWL" "Extra Tropical Storm Surge Combined Surge and Tide" "m" -4 1 0 255 0 0 3 4 "ETOT" "Electric Field Magnitude" "V/m" -10 0 0 255 7 1 3 193 "ETSRG" "Extra Tropical Storm Surge" "m" -0 1 0 255 0 0 2 38 "ETSS" "Eastward Turbulent Surface Stress" "N/m^2*s" -4 1 0 255 0 0 6 3 "EUVIRR" "Solar EUV Irradiance" "W/m^2" -4 1 0 255 0 0 8 1 "EUVRAD" "EUV Radiance" "W/sr/m^2" -2 1 0 255 0 0 0 6 "EVAPT" "Evapotranspiration" "1/kg^2/s" -0 1 0 255 0 0 1 79 "EVARATE" "Evaporation Rate" "kg/m^2/s" -2 0 0 255 7 1 3 198 "EVBS" "Direct Evaporation from Bare Soil" "W/m^2" -2 0 0 255 7 1 0 229 "EVCW" "Canopy water evaporation" "W/m^2" -4 1 0 255 0 0 3 5 "EVEC1" "1st Vector Component of Electric Field" "V/m" -4 1 0 255 0 0 3 6 "EVEC2" "2nd Vector Component of Electric Field" "V/m" -4 1 0 255 0 0 3 7 "EVEC3" "3rd Vector Component of Electric Field" "V/m" -2 1 0 255 0 0 0 29 "EVGFC" "Evergreen Forest Cover" "Proportion" -0 1 0 255 0 0 1 6 "EVP" "Evaporation" "kg/m^2" -2 0 0 255 7 1 0 213 "EWATR" "Open water evaporation (standing water)" "W/m^2" -0 1 0 255 0 0 3 26 "EXPRES" "Exner Pressure" "Numeric" -4 1 0 255 0 0 6 5 "F107" "F10.7" "W/m^2/Hz" -2 1 0 255 0 0 4 3 "FBAREA" "Fire Burned Area" "%" -0 1 0 255 0 0 6 37 "FCONPC" "Fraction of Convective Precipitation Cover" "Proportion" -1 1 0 255 0 0 0 0 "FFLDG" "Flash Flood Guidance (Encoded as an accumulation over a floating subinterval of time between the reference time and valid time)" "kg/m^2" -1 1 0 255 0 0 0 1 "FFLDRO" "Flash Flood Runoff (Encoded as an accumulation over a floating subinterval of time)" "kg/m^2" -0 0 0 255 7 1 6 199 "FICE" "Ice fraction of total condensate" "non-dim" -0 1 0 255 0 0 6 21 "FICE" "Ice fraction of total condensate" "Proportion" -3 1 0 255 0 0 0 9 "FIREDI" "Fire Detection Indicator" "-" -2 1 0 255 0 0 4 1 "FIREODT" "Fire Outlook Due to Dry Thunderstorm" "-" -2 1 0 255 0 0 4 0 "FIREOLK" "Fire Outlook" "-" -2 0 0 255 7 1 3 203 "FLDCP" "Field Capacity" "Fraction" -0 0 0 255 7 1 19 205 "FLGHT" "Flight Category" "-" -2 1 0 255 0 0 4 4 "FOSINDX" "Fosberg Index" "Numeric" -0 1 0 255 0 0 1 67 "FPRATE" "Freezing Rain Precipitation Rate" "kg/m^2/s" -0 1 0 255 0 0 6 32 "FRACCC" "Fraction of Cloud Cover" "Numeric" -0 0 0 255 7 1 1 202 "FRAIN" "Rain Fraction of Total Liquid Water" "non-dim" -0 1 0 255 0 0 1 43 "FRAIN" "Rain Fraction of Total Cloud Water" "Proportion" -0 0 0 255 7 1 2 197 "FRICV" "Frictional Velocity" "m/s" -0 1 0 255 0 0 2 30 "FRICV" "Frictional Velocity" "m/s" -10 1 0 255 0 0 0 17 "FRICVW" "Friction Velocity" "m/s" -0 0 0 255 7 1 1 227 "FROZR" "Frozen Rain" "kg/m^2" -0 0 0 255 7 1 1 225 "FRZR" "Freezing Rain" "kg/m^2" -0 1 0 255 0 0 6 36 "FSTRPC" "Fraction of Stratiform Precipitation Cover" "Proportion" -0 1 0 255 0 0 1 95 "FZPRATE" "Freezing or Frozen Precipitation Rate" "kg/m^2/s" -0 1 0 255 0 0 18 3 "GDCES" "Ground Deposition of Caesium 137" "Bq/m^2" -0 1 0 255 0 0 18 4 "GDIOD" "Ground Deposition of Iodine 131" "Bq/m^2" -0 1 0 255 0 0 18 5 "GDRADP" "Ground Deposition of Radioactive Pollutant" "Bq/m^2" -0 1 0 255 0 0 191 1 "GEOLAT" "Geographical Latitude" "deg" -0 1 0 255 0 0 191 2 "GEOLON" "Geographical Longitude" "deg" -2 0 0 255 7 1 0 193 "GFLUX" "Ground Heat Flux" "W/m^2" -2 1 0 255 0 0 0 10 "GFLUX" "Ground Heat Flux" "W/m^2" -2 1 0 255 0 0 5 1 "GLACTMP" "Glacier Temperature" "K" -0 1 0 255 0 0 3 4 "GP" "Geopotential" "m^2/s^2" -0 1 0 255 0 0 3 9 "GPA" "Geopotential Height Anomaly" "gpm" -0 1 0 255 0 0 1 75 "GPRATE" "Graupel (Snow Pellets) Prepitation Rate" "kg/m^2/s" -0 1 0 255 0 0 4 3 "GRAD" "Global Radiation Flux" "W/m^2" -0 1 0 255 0 0 1 32 "GRLE" "Graupel" "kg/kg" -0 1 0 255 0 0 2 22 "GUST" "Wind Speed (Gust)" "m/s" -0 1 0 255 0 0 3 23 "GWD" "Gravity Wave Dissipation" "W/m^2" -0 0 0 255 7 1 2 210 "GWDU" "Gravity wave drag zonal acceleration" "m/s^2" -0 0 0 255 7 1 2 211 "GWDV" "Gravity wave drag meridional acceleration" "m/s^2" -2 0 0 255 7 1 0 214 "GWREC" "Groundwater recharge" "kg/m^2" -0 1 0 255 0 0 1 31 "HAIL" "Hail" "m" -0 1 0 255 0 0 1 71 "HAILMXR" "Hail Mixing Ratio" "kg/kg" -0 1 0 255 0 0 1 73 "HAILPR" "Hail Prepitation Rate" "kg/m^2/s" -0 0 0 255 7 1 19 198 "HAILPROB" "Hail probability" "%" -4 1 0 255 0 0 8 2 "HARAD" "H-Alpha Radiance" "W/sr/m^2" -0 0 0 255 7 1 19 210 "HAVNI" "High-Level aviation interest" "-" -0 1 0 255 0 0 6 5 "HCDC" "High Cloud Cover" "%" -0 1 0 255 0 0 6 26 "HCONCB" "Height of Convective Cloud Base" "m" -0 1 0 255 0 0 6 27 "HCONCT" "Height of Convective Cloud Top" "m" -0 1 0 255 0 0 0 12 "HEATX" "Heat Index" "K" -4 1 0 255 0 0 8 6 "HELCOR" "Heliospheric Radiance" "W/sr/m^2" -2 1 0 255 0 0 0 24 "HFLUX" "Heat Flux" "W/m^2" -0 1 0 255 0 0 3 5 "HGT" "Geopotential Height" "gpm" -0 0 0 255 7 1 3 211 "HGTN" "Geopotential Height (nearest grid point)" "gpm" -0 0 0 255 7 1 3 203 "HGTX" "X-gradient of Height" "1/m" -0 0 0 255 7 1 3 204 "HGTY" "Y-gradient of Height" "1/m" -2 1 0 255 0 0 4 2 "HINDEX" "Haines Index" "Numeric" -0 1 0 255 0 0 7 8 "HLCY" "Storm Relative Helicity" "m^2/s^2" -0 0 0 255 7 1 3 196 "HPBL" "Planetary Boundary Layer Height" "m" -0 1 0 255 0 0 3 18 "HPBL" "Planetary Boundary Layer Height" "m" -4 1 0 255 0 0 2 8 "HPRIMF" "hF" "m" -0 0 0 255 7 1 19 196 "HRCONO" "High risk convective outlook" "Categorical" -0 1 0 255 0 0 15 15 "HSR" "Hybrid Scan Reflectivity" "dB" -0 1 0 255 0 0 15 16 "HSRHT" "Hybrid Scan Reflectivity Height" "m" -0 1 0 255 0 0 3 7 "HSTDV" "Standard Deviation of Height" "m" -10 1 0 255 0 0 0 3 "HTSGW" "Significant Height of Combined Wind Waves and Swell" "m" -0 1 0 255 0 0 3 3 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m" -10 1 0 255 0 0 2 0 "ICEC" "Ice Cover" "Proportion" -1 1 0 255 0 0 2 7 "ICECIL" "Ice Cover" "Proportion" -10 1 0 255 0 0 2 7 "ICED" "Ice Divergence" "1/s" -10 1 0 255 0 0 2 6 "ICEG" "Ice Growth Rate" "m/s" -10 1 0 255 0 0 2 9 "ICEPRS" "Module of Ice Internal Pressure" "Pa*m" -0 1 0 255 0 0 19 27 "ICESC" "Icing Scenario" "-" -1 1 0 255 0 0 2 6 "ICETIL" "Ice Temperature" "K" -10 1 0 255 0 0 2 1 "ICETK" "Ice Thickness" "m" -10 1 0 255 0 0 2 8 "ICETMP" "Ice Temperature" "K" -0 1 0 255 0 0 19 7 "ICI" "Icing" "-" -0 1 0 255 0 0 19 6 "ICIB" "Icing Base" "m" -0 1 0 255 0 0 19 20 "ICIP" "Icing" "%" -0 1 0 255 0 0 19 5 "ICIT" "Icing Top" "m" -0 1 0 255 0 0 1 23 "ICMR" "Ice Water Mixing Ratio" "kg/kg" -0 0 0 255 7 1 19 233 "ICPRB" "Icing probability" "non-dim" -0 0 0 255 7 1 19 234 "ICSEV" "Icing severity" "non-dim" -1 1 0 255 0 0 2 5 "ICTKIL" "Ice Thickness" "m" -2 0 0 255 7 1 0 207 "ICWAT" "Ice-free water surface" "%" -0 1 0 255 0 0 1 20 "ILIQW" "Integrated Liquid Water" "kg/m^2" -10 1 0 255 0 0 0 27 "IMFTSW" "Inverse Mean Frequency of The Total Swell" "s" -10 1 0 255 0 0 0 26 "IMFWW" "Inverse Mean Frequency of The Wind Waves" "s" -255 0 0 255 7 1 255 255 "IMGD" "Image data" "-" -10 1 0 255 0 0 0 25 "IMWF" "Inverse Mean Wave Frequency" "s" -4 1 0 255 0 0 4 3 "INTEFLUX" "Electron Flux (Integral)" "1/(m^2s*sr)" -10 0 0 255 7 1 4 196 "INTFD" "Interface Depths" "m" -4 1 0 255 0 0 4 5 "INTIFLUX" "Heavy Ion Flux (iIntegral)" "1/(m^2s*sr)" -4 1 0 255 0 0 4 1 "INTPFLUX" "Proton Flux (Integral)" "1/(m^2s*sr)" -4 1 0 255 0 0 2 3 "IONDEN" "Ion Density" "1/m^3" -4 1 0 255 0 0 0 3 "IONTMP" "Ion Temperature" "K" -0 1 0 255 0 0 1 68 "IPRATE" "Ice Pellets Precipitation Rate" "kg/m^2/s" -3 1 0 255 0 0 1 1 "IRRATE" "Instantaneous Rain Rate" "kg/m^2/s" -10 0 0 255 7 1 3 201 "KENG" "Kinetic Energy" "J/kg" -0 1 0 255 0 0 7 3 "KOX" "KO Index" "K" -10 1 0 255 0 0 0 43 "KSSEW" "Kurtosis of The Sea Surface Elevation Due to Waves" "-" -0 1 0 255 0 0 7 2 "KX" "K Index" "K" -0 0 0 255 7 1 7 198 "LAI" "Leaf Area Index" "Numeric" -2 1 0 255 0 0 0 0 "LAND" "Land Cover (0=sea 1=land)" "Proportion" -1 1 0 255 0 0 2 8 "LANDIL" "Land Cover (0=water 1=land)" "Proportion" -2 0 0 255 7 1 0 218 "LANDN" "Land-sea coverage (nearest neighbor) [land=1 sea=0]" "-" -2 1 0 255 0 0 0 8 "LANDU" "Land Use" "-" -0 0 0 255 7 1 2 202 "LAPP" "Latitude of Presure Point" "deg" -0 1 0 255 0 0 0 8 "LAPR" "Lapse Rate" "K/m" -0 0 0 255 7 1 2 198 "LAUV" "Latitude of U Wind Component of Velocity" "deg" -0 0 0 255 7 1 19 209 "LAVNI" "Low-Level aviation interest" "-" -0 0 0 255 7 1 2 200 "LAVV" "Latitude of V Wind Component of Velocity" "deg" -0 0 0 255 7 1 3 205 "LAYTH" "Layer Thickness" "m" -0 1 0 255 0 0 6 3 "LCDC" "Low Cloud Cover" "%" -2 1 0 255 0 0 0 28 "LEAINX" "Leaf Area Index" "Numeric" -0 0 0 255 7 1 7 192 "LFTX" "Surface Lifted Index" "K" -0 1 0 255 0 0 7 10 "LFTX" "Surface Lifted Index" "K" -0 1 0 255 0 0 0 10 "LHTFL" "Latent Heat Net Flux" "W/m^2" -0 0 0 255 7 1 13 195 "LIPMF" "Integrated column particulate matter (fine)" "log10(10^-6g/m^3)" -2 1 0 255 0 0 3 10 "LIQVSM" "Liquid Volumetric Soil Moisture (Non-Frozen)" "m^3/m^3" -0 1 0 255 0 0 15 4 "LMAXBR" "Layer Maximum Base Reflectivity" "dB" -4 1 0 255 0 0 7 0 "LMBINT" "Limb Intensity" "1/m^2/s" -0 0 0 255 7 1 3 210 "LMH" "Mass Point Model Surface" "-" -0 0 0 255 7 1 2 218 "LMV" "Velocity Point Model Surface" "-" -0 0 0 255 7 1 2 203 "LOPP" "Longitude of Presure Point" "deg" -0 0 0 255 7 1 2 199 "LOUV" "Longitude of U Wind Component of Velocity" "deg" -0 0 0 255 7 1 2 201 "LOVV" "Longitude of V Wind Component of Velocity" "deg" -2 1 0 255 0 0 3 3 "LOWLSM" "Lower Layer Soil Moisture" "kg/m^3" -0 0 0 255 7 1 13 194 "LPMTF" "Particulate matter (fine)" "log10(10^-6g/m^3)" -0 0 0 255 7 1 3 201 "LPSX" "X-gradient of Log Pressure" "1/m" -0 0 0 255 7 1 3 202 "LPSY" "Y-gradient of Log Pressure" "1/m" -0 0 0 255 7 1 0 195 "LRGHR" "Large Scale Condensate Heating Rate" "K/s" -0 0 0 255 7 1 1 217 "LRGMR" "Large scale moistening rate" "kg/kg/s" -2 0 0 255 7 1 0 212 "LSOIL" "Liquid soil moisture content (non-frozen)" "kg/m^2" -2 0 0 255 7 1 3 199 "LSPA" "Land Surface Precipitation Accumulation" "kg/m^2" -0 1 0 255 0 0 1 54 "LSPRATE" "Large Scale Precipitation Rate" "kg/m^2/s" -0 1 0 255 0 0 1 77 "LSRRATE" "Large Scale Rain Rate" "kg/m^2/s" -0 1 0 255 0 0 1 59 "LSSRATE" "Large Scale Snowfall Rate" "m/s" -0 1 0 255 0 0 1 56 "LSSRWE" "Large Scale Snowfall Rate Water Equivalent" "kg/m^2/s" -0 1 0 255 0 0 1 47 "LSWP" "Large Scale Water Precipitation (Non-Convective)" "kg/m^2" -0 0 0 255 7 1 17 192 "LTNG" "Lightning" "non-dim" -0 1 0 255 0 0 17 0 "LTNGSD" "Lightning Strike Density" "1/m^2/s" -0 1 0 255 0 0 5 2 "LWAVR" "Long-Wave Radiation Flux" "W/m^2" -0 0 0 255 7 1 5 194 "LWHR" "Long-Wave Radiative Heating Rate" "K/s" -0 1 0 255 0 0 4 5 "LWRAD" "Radiance (with respect to wave number)" "W/m/sr" -2 1 0 255 0 0 3 23 "LWSNOWP" "Liquid Water in Snow Pack" "kg/m^2" -4 1 0 255 0 0 8 7 "MASK" "Thematic Mask" "Numeric" -0 1 0 255 0 0 6 38 "MASSDCD" "Mass Density of Cloud Droplets" "kg/m^3" -0 1 0 255 0 0 6 39 "MASSDCI" "Mass Density of Cloud Ice" "kg/m^3" -0 1 0 255 0 0 20 0 "MASSDEN" "Mass Density (Concentration)" "kg/m^3" -0 1 0 255 0 0 1 98 "MASSDG" "Mass Density of Graupel" "kg/m^3" -0 1 0 255 0 0 1 99 "MASSDH" "Mass Density of Hail" "kg/m^3" -0 1 0 255 0 0 1 96 "MASSDR" "Mass Density of Rain" "kg/m^3" -0 1 0 255 0 0 1 97 "MASSDS" "Mass Density of Snow" "kg/m^3" -0 1 0 255 0 0 20 2 "MASSMR" "Mass Mixing Ratio (Mass Fraction in Air)" "kg/kg" -0 1 0 255 0 0 1 28 "MAXAH" "Maximum Absolute Humidity" "kg/m^3" -0 0 0 255 7 1 2 221 "MAXDVV" "Hourly Maximum of Downward Vertical Velocity" "m/s" -0 1 0 255 0 0 2 21 "MAXGUST" "Maximum Wind Speed" "m/s" -0 0 0 255 7 1 16 198 "MAXREF" "Hourly Maximum of Simulated Reflectivity" "dB" -0 1 0 255 0 0 1 27 "MAXRH" "Maximum Relative Humidity" "%" -0 0 0 255 7 1 2 220 "MAXUVV" "Hourly Maximum of Upward Vertical Velocity" "m/s" -0 0 0 255 7 1 2 222 "MAXUW" "U Component of Hourly Maximum 10m Wind Speed" "m/s" -0 0 0 255 7 1 2 223 "MAXVW" "V Component of Hourly Maximum 10m Wind Speed" "m/s" -10 1 0 255 0 0 0 24 "MAXWH" "Maximum Individual Wave Height" "m" -0 1 0 255 0 0 6 4 "MCDC" "Medium Cloud Cover" "%" -0 0 0 255 7 1 1 197 "MCONV" "Horizontal Moisture Divergence" "kg/kg/s" -0 1 0 255 0 0 1 26 "MCONV" "Horizontal Moisture Convergence" "kg/kg/s" -0 1 0 255 0 0 1 38 "MDIVER" "Horizontal Moisture Divergence" "kg/kg/s" -0 0 0 255 7 1 6 200 "MFLUX" "Convective Cloud Mass Flux" "Pa/s" -0 0 0 255 7 1 2 193 "MFLX" "Horizontal Momentum Flux" "N/m^2" -0 1 0 255 0 0 2 26 "MFLX" "Horizontal Momentum Flux" "N/m^2" -0 1 0 255 0 0 0 14 "MINDPD" "Minimum Dew Point Depression" "K" -0 0 0 255 7 1 1 198 "MINRH" "Minimum Relative Humidity" "%" -0 1 0 255 0 0 19 3 "MIXHT" "Mixed Layer Depth" "m" -0 0 0 255 7 1 19 204 "MIXLY" "Number of mixed layers next to surface" "Integer" -0 1 0 255 0 0 1 2 "MIXR" "Humidity Mixing Ratio" "kg/kg" -0 0 0 255 7 1 191 195 "MLYNO" "Model Layer number (From bottom up)" "-" -0 1 0 255 0 0 2 6 "MNTSF" "Montgomery Stream Function" "m^2/s^2" -10 1 0 255 0 0 0 40 "MNWSOW" "10 Metre Neutral Wind Speed Over Waves" "m/s" -10 1 0 255 0 0 191 1 "MOSF" "Meridional Overturning Stream Function" "m^3/s" -0 0 0 255 7 1 19 195 "MRCONO" "Moderate risk convective outlook" "Categorical" -0 0 0 255 7 1 3 192 "MSLET" "MSLP (Eta model reduction)" "Pa" -0 0 0 255 7 1 3 198 "MSLMA" "MSLP (MAPS System Reduction)" "Pa" -10 1 0 255 0 0 0 20 "MSSW" "Mean Square Slope of Waves" "-" -2 0 0 255 7 1 0 194 "MSTAV" "Moisture Availability" "%" -2 1 0 255 0 0 0 11 "MSTAV" "Moisture Availability" "%" -2 1 0 255 0 0 0 7 "MTERH" "Model Terrain Height" "m" -10 1 0 255 0 0 4 1 "MTHA" "Main Thermocline Anomaly" "m" -10 1 0 255 0 0 4 0 "MTHD" "Main Thermocline Depth" "m" -10 1 0 255 0 0 2 11 "MVCICEP" "Meridional Vector Component of Vertically Integrated Ice Internal Pressure" "Pa*m" -10 1 0 255 0 0 0 41 "MWDIRW" "10 Metre Wind Direction Over Waves" "deg" -10 1 0 255 0 0 0 15 "MWSPER" "Mean Period of Combined Wind Waves and Swell" "s" -0 1 0 255 0 0 19 28 "MWTURB" "Mountain Wave Turbulence (Eddy Dissipation Rate)" "m2/3s-1" -0 0 0 255 7 1 19 192 "MXSALB" "Maximum Snow Albedo" "%" -0 1 0 255 0 0 19 17 "MXSALB" "Maximum Snow Albedosee Note 1" "%" -0 0 0 255 7 1 7 199 "MXUPHL" "Hourly Maximum of Updraft Helicity" "m^2/s^2" -10 1 0 255 0 0 0 30 "MZPTSW" "Mean Zero-Crossing Period of The Total Swell" "s" -10 1 0 255 0 0 0 29 "MZPWW" "Mean Zero-Crossing Period of The Wind Waves" "s" -10 1 0 255 0 0 0 28 "MZWPER" "Mean Zero-Crossing Wave Period" "s" -0 0 0 255 7 1 4 202 "NBDSF" "Near IR Beam Downward Solar Flux" "W/m^2" -0 0 0 255 7 1 19 213 "NBSALB" "Near IR Black Sky Albedo" "%" -0 1 0 255 0 0 6 29 "NCCICE" "Number Concentration of Cloud Ice" "1/kg" -0 0 0 255 7 1 1 207 "NCIP" "Number concentration for ice particles" "non-dim" -0 1 0 255 0 0 6 28 "NCONCD" "Number Concentration of Cloud Droplets" "1/kg" -0 1 0 255 0 0 1 9 "NCPCP" "Large-Scale Precipitation (non-convective)" "kg/m^2" -0 1 0 255 0 0 6 31 "NDCICE" "Number Density of Cloud Ice" "1/m^3" -0 0 0 255 7 1 4 203 "NDDSF" "Near IR Diffuse Downward Solar Flux" "W/m^2" -0 1 0 255 0 0 6 30 "NDENCD" "Number Density of Cloud Droplets" "1/m^3" -2 0 0 255 7 1 0 217 "NDVI" "Normalized Difference Vegetation Index" "-" -2 1 0 255 0 0 0 31 "NDVINX" "Normalized Differential Vegetation Index (NDVI)" "Numeric" -0 0 0 255 7 1 191 192 "NLAT" "Latitude (-90 to 90)" "deg" -0 0 0 255 7 1 191 196 "NLATN" "Latitude (nearest neighbor) (-90 to 90)" "deg" -0 0 0 255 7 1 3 206 "NLGSP" "Natural Log of Surface Pressure" "ln(kPa)" -0 1 0 255 0 0 3 25 "NLPRES" "Natural Logarithm of Pressure in Pa" "Numeric" -0 1 0 255 0 0 5 6 "NLWRCS" "Net Long-Wave Radiation Flux Clear Sky" "W/m^2" -0 1 0 255 0 0 5 5 "NLWRF" "Net Long-Wave Radiation Flux" "W/m^2" -0 1 0 255 0 0 5 0 "NLWRS" "Net Long-Wave Radiation Flux (Surface)" "W/m^2" -0 1 0 255 0 0 5 1 "NLWRT" "Net Long-Wave Radiation Flux (Top of Atmosphere)" "W/m^2" -3 1 0 255 0 0 1 6 "NPIXU" "Number Of Pixels Used" "Numeric" -0 1 0 255 0 0 4 9 "NSWRF" "Net Short Wave Radiation Flux" "W/m^2" -0 1 0 255 0 0 4 11 "NSWRFCS" "Net Short-Wave Radiation Flux Clear Sky" "W/m^2" -0 1 0 255 0 0 4 0 "NSWRS" "Net Short-Wave Radiation Flux (Surface)" "W/m^2" -0 1 0 255 0 0 4 1 "NSWRT" "Net Short-Wave Radiation Flux (Top of Atmosphere)" "W/m^2" -4 1 0 255 0 0 4 6 "NTRNFLUX" "Cosmic Ray Neutron Flux" "1/h" -0 1 0 255 0 0 2 37 "NTSS" "Northward Turbulent Surface Stress" "N/m^2*s" -0 1 0 255 0 0 1 106 "NUMDG" "Number Density of Graupel" "1/m^3" -0 1 0 255 0 0 1 107 "NUMDH" "Number Density of Hail" "1/m^3" -0 1 0 255 0 0 1 104 "NUMDR" "Number Density of Rain" "1/m^3" -0 1 0 255 0 0 1 105 "NUMDS" "Number Density of Snow" "1/m^3" -0 1 0 255 0 0 2 34 "NWIND" "Normal Wind Component" "m/s" -0 0 0 255 7 1 19 214 "NWSALB" "Near IR White Sky Albedo" "%" -10 1 0 255 0 0 0 19 "NWSTR" "Normalised Waves Stress" "-" -0 0 0 255 7 1 14 192 "O3MR" "Ozone Mixing Ratio" "kg/kg" -0 1 0 255 0 0 14 1 "O3MR" "Ozone Mixing Ratio" "kg/kg" -10 0 0 255 7 1 4 197 "OHC" "Ocean Heat Content" "J/m^2" -0 0 0 255 7 1 2 215 "OMGALF" "Omega (Dp/Dt) divide by density" "K" -10 0 0 255 7 1 1 192 "OMLU" "Ocean Mixed Layer U Velocity" "m/s" -10 0 0 255 7 1 1 193 "OMLV" "Ocean Mixed Layer V Velocity" "m/s" -0 0 0 255 7 1 3 217 "ORASNW" "Orographic Asymmetry NW Component" "-" -0 0 0 255 7 1 3 215 "ORASS" "Orographic Asymmetry S Component" "-" -0 0 0 255 7 1 3 216 "ORASSW" "Orographic Asymmetry SW Component" "-" -0 0 0 255 7 1 3 214 "ORASW" "Orographic Asymmetry W Component" "-" -0 0 0 255 7 1 3 213 "ORCONV" "Orographic Convexity" "-" -0 0 0 255 7 1 3 221 "ORLSNW" "Orographic Length Scale NW Component" "-" -0 0 0 255 7 1 3 219 "ORLSS" "Orographic Length Scale S Component" "-" -0 0 0 255 7 1 3 220 "ORLSSW" "Orographic Length Scale SW Component" "-" -0 0 0 255 7 1 3 218 "ORLSW" "Orographic Length Scale W Component" "-" -10 1 0 255 0 0 4 4 "OVHD" "Ocean Vertical Heat Diffusivity" "m^2/s" -10 1 0 255 0 0 4 6 "OVMD" "Ocean Vertical Momentum Diffusivity" "m^2/s" -10 1 0 255 0 0 4 5 "OVSD" "Ocean Vertical Salt Diffusivity" "m^2/s" -0 0 0 255 7 1 14 194 "OZCAT" "Categorical Ozone Concentration" "non-dim" -0 0 0 255 7 1 14 193 "OZCON" "Ozone Concentration" "ppb" -0 0 0 255 7 1 14 200 "OZMAX1" "Ozone Daily Max from 1-hour Average" "ppbV" -0 0 0 255 7 1 14 201 "OZMAX8" "Ozone Daily Max from 8-hour Average" "ppbV" -10 0 0 255 7 1 3 196 "P2OMLT" "Ocean Mixed Layer Potential Density (Reference 2000m)`. The computing lat/long step can be skipped if the coordinate file is given through the environment variable MET_GEOSTATIONARY_DATA. The grid mapping to the target grid is saved to MET_TMP_DIR to save the execution time. Once this file is created, the MET_GEOSTATIONARY_DATA is ignored. The grid mapping file should be deleted manually in order to apply a new MET_GEOSTATIONARY_DATA environment variable or to re-generate the grid mapping file. An example of call point2grid to process GOES-16 AOD data is shown below: - - -The grid name or the grid definition can be given with the -field option when the grid information is missing from the input NetCDF file for the latitude_longitude projection. The latitude and longitude variable names should be defined by the user, and the grid information from the set_attr_grid is ignored in this case except nx and ny. - -.. code-block:: none - - point2grid \ - iceh.2018-01-03.c00.tlat_tlon.nc \ - G231 \ - point2grid_cice_to_G231.nc \ - -config Point2GridConfig_tlat_tlon \ - -field 'name="hi_d"; level="(0,*,*)"; set_attr_grid="latlon 1440 1080 -79.80672 60.28144 0.04 0.04";' \ - -v 1 +For the GOES-East and GOES-West data, computing the latitude and longitude pixel locations is time consuming. The computed lat/lon coordinates are saved to a temporary NetCDF file, as described in :numref:`Contributor's Guide Section %s `. This step can be skipped in subsequent runs if the path to the coordinate file is specified with the MET_GEOSTATIONARY_DATA environment variable. The mapping of GOES pixel locations to target grid cells is saved to the MET_TMP_DIR directory and read in subsequent runs to reduce execution time. Once this file is created, the MET_GEOSTATIONARY_DATA is ignored. The grid mapping file should be deleted manually in order to apply a new MET_GEOSTATIONARY_DATA environment variable or to regenerate the grid mapping file. An example of calling point2grid to process GOES-East AOD data is shown below: .. code-block:: none @@ -1041,20 +1028,35 @@ The grid name or the grid definition can be given with the -field option when th G212 \ regrid_data_plane_GOES-16_AOD_TO_G212.nc \ -field 'name="AOD"; level="(*,*)";' \ - -goes_qc 0,1,2 - -method MAX -v 1 + -goes_qc 0,1,2 \ + -method MAX -When processing GOES-16 data, the **-goes_qc** option may also be used to specify the acceptable quality control flag values. The example above regrids the GOES-16 AOD values to NCEP Grid number 212 (which QC flags are high, medium, and low), writing to the output the maximum AOD value falling inside each grid box. +When processing GOES data, the **-goes_qc** option may also be used to specify the acceptable quality control flag values. The example above regrids the GOES-East AOD values to NCEP Grid number 212 (which QC flags are high, medium, and low), writing to the output the maximum AOD value falling inside each grid box. -Listed below is an example of processing the same set of observations but using Python embedding instead: +The grid name or the grid definition can be given with the -field option when the grid information is missing from the input NetCDF file for the latitude_longitude projection. The latitude and longitude variable names should be defined by the user, and the grid information from the set_attr_grid is ignored in this case except nx and ny. + +.. code-block:: none + + point2grid \ + iceh.2018-01-03.c00.tlat_tlon.nc \ + G231 \ + point2grid_cice_to_G231.nc \ + -config Point2GridConfig_tlat_tlon \ + -field 'name="hi_d"; level="(0,*,*)"; set_attr_grid="latlon 1440 1080 -79.80672 60.28144 0.04 0.04";' + + +Listed below is an example of using Python embedding to pass point observations as input to point2grid: .. code-block:: none point2grid \ - 'PYTHON_NUMPY=MET_BASE/python/examples/read_met_point_obs.py ascii2nc_edr_hourly.20130827.nc' \ - G212 python_gridded_ascii_python.nc -config Point2GridConfig_edr \ - -field 'name="200"; level="*"; valid_time="20130827_205959";' -method MAX -v 1 + 'PYTHON_NUMPY=MET_BASE/python/examples/read_met_point_obs.py ascii2nc_edr_hourly.20130827.nc' \ + G212 \ + python_gridded_ascii_python.nc -config Point2GridConfig_edr \ + -field 'name="200"; level="*"; valid_time="20130827_205959";' \ + -method MAX + Please refer to :numref:`Appendix F, Section %s ` for more details about Python embedding in MET. diff --git a/internal/scripts/installation/config/install_met_env.casper b/internal/scripts/installation/config/install_met_env.casper index 703be5e531..4e1fcdb143 100644 --- a/internal/scripts/installation/config/install_met_env.casper +++ b/internal/scripts/installation/config/install_met_env.casper @@ -1,9 +1,14 @@ module load ncarenv/23.10 -module load intel-classic/2023.2.1 +module load intel-oneapi/2023.2.1 module load cmake/3.26.3 +export CC=`which icx` +export CXX=`which icpx` +export FC=`which ifx` +export F77=`which ifx` +export F90=`which ifx` export TEST_BASE=/glade/work/dtcrt/METplus/casper/components/MET/installations/12.0.0 -export COMPILER=intel-classic_2023.2.1 +export COMPILER=intel-oneapi_2023.2.1 export MET_SUBDIR=${TEST_BASE} export MET_TARBALL=v12.0.0.tar.gz export USE_MODULES=TRUE diff --git a/internal/scripts/installation/modulefiles/12.0.0.lua_wcoss2 b/internal/scripts/installation/modulefiles/12.0.0.lua_wcoss2 index c4afdd9fda..43f4ae82df 100644 --- a/internal/scripts/installation/modulefiles/12.0.0.lua_wcoss2 +++ b/internal/scripts/installation/modulefiles/12.0.0.lua_wcoss2 @@ -8,7 +8,6 @@ local pkgNameVer = myModuleFullName() local hierA = hierarchyA(pkgNameVer,1) local compNameVer = hierA[1] - conflict(pkgName) local opt = os.getenv("HPC_OPT") or os.getenv("OPT") or "/opt/modules" @@ -20,8 +19,10 @@ prepend_path("PATH", pathJoin(base,"bin")) setenv("MET_ROOT", base) setenv("MET_BASE", pathJoin(base, "share", "met")) setenv("MET_VERSION", pkgVersion) +setenv("MET_PYTHON_EXE","/apps/dev/ve/evs/2.0/bin/python") whatis("Name: ".. pkgName) whatis("Version: " .. pkgVersion) whatis("Category: applications") whatis("Description: Model Evaluation Tools (MET)") + diff --git a/internal/scripts/installation/modulefiles/12.0.0_casper b/internal/scripts/installation/modulefiles/12.0.0_casper index 1c270efb3e..5aed8aae43 100644 --- a/internal/scripts/installation/modulefiles/12.0.0_casper +++ b/internal/scripts/installation/modulefiles/12.0.0_casper @@ -11,7 +11,7 @@ proc ModulesHelp { } { # The intel compiler is required to run MET module load ncarenv/23.10 -module load intel-classic/2023.2.1 +module load intel-oneapi/2023.2.1 set base /glade/work/dtcrt/METplus/casper/components/MET/installations/12.0.0 set ver 12.0.0