[Met_help] [rt.rap.ucar.edu #57516] History for Point_stat GRIB2 read issue
Paul Oldenburg via RT
met_help at ucar.edu
Thu Jul 19 16:08:39 MDT 2012
----------------------------------------------------------------
Initial Request
----------------------------------------------------------------
Hello,
I am trying to run point_stat on GRIB2 data and encounter the following
error:
$ bin/point_stat \
? /home/coolgroup/bpu/wrf/RUWRF/20120706/RUWRF_3km_2012070600_0000.grb2 \
? ~/data/prepbufr/gdas.17094.2012070600.nc \
? data/config/PointStatConfig_winds \
? -outdir out/point_stat/ \
? -v 2
DEBUG 1: Default Config File:
/home/seroka/METv4.0/data/config/PointStatConfig_default
DEBUG 1: User Config File: data/config/PointStatConfig_winds
ERROR :
ERROR : MetGrib2DataFile::read_grib2_record_list() - unrecognized GRIB2
field indexes - disc: 0 parm_cat: 1 parm: 253
ERROR :
I am using prepbufr data as the observed data. I have provided the forecast
data file, observed data file, and PointStatConfig file in seroka_data on
your anonymous FTP site. Most likely the issue is a formatting
incompatibility within the GRIB2 file.
Any help would be greatly appreciated!
Thanks,
Greg
--
Greg Seroka
Ph.D. Candidate
Coastal Ocean Observation Lab
Institute of Marine and Coastal Sciences
Rutgers University
Email: seroka at marine.rutgers.edu
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Complete Ticket History
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Subject: Point_stat GRIB2 read issue
From: Paul Oldenburg
Time: Thu Jul 19 15:19:12 2012
Greg,
The reason for the error is that the GRIB2 discipline/parm_cat/parm
combination (GRIB2 codes, henceforth) is not present
in the following table:
http://www.nco.ncep.noaa.gov/pmb/docs/grib2/grib2_table4-2-0-1.shtml
MET uses the tables at these locations to map the GRIB2 codes to the
forecast variables specified by users in the config
file. Even though you are not trying to verify this field, MET tries
to identify all records. It is now clear that we
should consider making this situation a warning instead of an error,
since it can cause unnecessary interference.
Fortunately, we just added the capability in METv4.0 to specify your
own GRIB2 code mapping. To do so, modify the file
$MET_BASE/data/table_files/grib2_vars_flat.txt, adding the GRIB2 codes
that correspond to the missing fields. I added
the two mysterious fields to this table file and attached it. Can you
please overwrite your version with the attached
one and then do a clean build of MET? I was able to run point_stat on
your data once this change was made in my version.
Please let me know if you have any further questions or problems.
Thanks,
Paul
On 07/19/2012 01:40 PM, Greg Seroka via RT wrote:
>
> Thu Jul 19 13:40:30 2012: Request 57516 was acted upon.
> Transaction: Ticket created by seroka at marine.rutgers.edu
> Queue: met_help
> Subject: Point_stat GRIB2 read issue
> Owner: Nobody
> Requestors: seroka at marine.rutgers.edu
> Status: new
> Ticket <URL:
https://rt.rap.ucar.edu/rt/Ticket/Display.html?id=57516 >
>
>
> Hello,
>
> I am trying to run point_stat on GRIB2 data and encounter the
following
> error:
>
> $ bin/point_stat \
> ?
/home/coolgroup/bpu/wrf/RUWRF/20120706/RUWRF_3km_2012070600_0000.grb2
\
> ? ~/data/prepbufr/gdas.17094.2012070600.nc \
> ? data/config/PointStatConfig_winds \
> ? -outdir out/point_stat/ \
> ? -v 2
> DEBUG 1: Default Config File:
> /home/seroka/METv4.0/data/config/PointStatConfig_default
> DEBUG 1: User Config File: data/config/PointStatConfig_winds
> ERROR :
> ERROR : MetGrib2DataFile::read_grib2_record_list() - unrecognized
GRIB2
> field indexes - disc: 0 parm_cat: 1 parm: 253
> ERROR :
>
> I am using prepbufr data as the observed data. I have provided the
forecast
> data file, observed data file, and PointStatConfig file in
seroka_data on
> your anonymous FTP site. Most likely the issue is a formatting
> incompatibility within the GRIB2 file.
>
> Any help would be greatly appreciated!
>
> Thanks,
> Greg
>
------------------------------------------------
Subject: Point_stat GRIB2 read issue
From: Paul Oldenburg
Time: Thu Jul 19 15:19:12 2012
GRIB2
0 0 0 "TMP" "Temperature" "K"
0 0 1 "VTMP" "Virtual Temperature" "K"
0 0 2 "POT" "Potential Temperature" "K"
0 0 3 "EPOT" "Pseudo-Adiabatic Potential Temperature (or Equivalent
Potential Temperature)" "K"
0 0 4 "TMAX" "Maximum Temperature" "K"
0 0 5 "TMIN" "Minimum Temperature" "K"
0 0 6 "DPT" "Dew Point Temperature" "K"
0 0 7 "DEPR" "Dew Point Depression (or Deficit)" "K"
0 0 8 "LAPR" "Lapse Rate" "K/m"
0 0 9 "TMPA" "Temperature Anomaly" "K"
0 0 10 "LHTFL" "Latent Heat Net Flux" "W/m^2"
0 0 11 "SHTFL" "Sensible Heat Net Flux" "W/m^2"
0 0 12 "HEATX" "Heat Index" "K"
0 0 13 "WCF" "Wind Chill Factor" "K"
0 0 14 "MINDPD" "Minimum Dew Point depression" "K"
0 0 15 "VPTMP" "Virtual Potential Temperature" "K"
0 0 16 "SNOHF" "Snow phase change heat flux" "W/m^2"
0 0 17 "SKINT" "Skin Temperature" "K"
0 0 192 "SNOHF" "Snow Phase Change Heat Flux" "W/m^2"
0 0 193 "TTRAD" "Temperature tendency by all radiation" "K/s"
0 0 194 "REV" "Relative Error Variance" "-"
0 0 195 "LRGHR" "Large Scale Condensate Heating rate" "K/s"
0 0 196 "CNVHR" "Deep Convective Heating rate" "K/s"
0 0 197 "THFLX" "Total Downward Heat Flux at Surface" "W/m^2"
0 0 198 "TTDIA" "Temperature Tendency By All Physics" "K/s"
0 0 199 "TTPHY" "Temperature Tendency By Non-radiation Physics" "K/s"
0 0 200 "TSD1D" "Standard Dev. of IR Temp. over 1x1 deg. area" "K"
0 0 201 "SHAHR" "Shallow Convective Heating rate" "K/s"
0 0 202 "VDFHR" "Vertical Diffusion Heating rate" "K/s"
0 0 203 "THZ0" "Potential temperature at top of viscous sublayer" "K"
0 0 204 "TCHP" "Tropical Cyclone Heat Potential" "J/m2K"
0 1 0 "SPFH" "Specific Humidity" "kg/kg"
0 1 1 "RH" "Relative Humidity" "%"
0 1 2 "MIXR" "Humidity Mixing Ratio" "kg/kg"
0 1 3 "PWAT" "Precipitable Water" "kg/m^2"
0 1 4 "VAPP" "Vapor Pressure" "Pa"
0 1 5 "SATD" "Saturation Deficit" "Pa"
0 1 6 "EVP" "Evaporation" "kg/m^2"
0 1 7 "PRATE" "Precipitation Rate" "kg/m^2/s"
0 1 8 "APCP" "Total Precipitation" "kg/m^2"
0 1 9 "NCPCP" "Large-Scale Precipitation (non-convective)" "kg/m^2"
0 1 10 "ACPCP" "Convective Precipitation" "kg/m^2"
0 1 11 "SNOD" "Snow Depth" "m"
0 1 12 "SRWEQ" "Snowfall Rate Water Equivalent" "kg/m^2/s"
0 1 13 "WEASD" "Water Equivalent of Accumulated Snow Depth" "kg/m^2"
0 1 14 "SNOC" "Convect Snow" "kg/m^2"
0 1 15 "SNOL" "Large-Scale Snow" "kg/m^2"
0 1 16 "SNOM" "Snow Melt" "kg/m^2"
0 1 17 "SNOAG" "Snow Age" "day"
0 1 18 "ABSH" "Absolute Humidity" "kg/m^3"
0 1 19 "PTYPE" "Precipitation Type" "-"
0 1 20 "ILIQW" "Integrated Liquid Water" "kg/m^2"
0 1 21 "TCOND" "Condensate" "kg/kg"
0 1 22 "CLWMR" "Cloud Mixing Ratio" "kg/kg"
0 1 23 "ICMR" "Ice Water Mixing Ratio" "kg/kg"
0 1 24 "RWMR" "Rain Mixing Ratio" "kg/kg"
0 1 25 "SNMR" "Snow Mixing Ratio" "kg/kg"
0 1 26 "MCONV" "Horizontal Moisture Convergence" "kg/kg/s"
0 1 27 "MAXRH" "Maximum Relative Humidity" "%"
0 1 28 "MAXAH" "Maximum Absolute Humidity" "kg/m^3"
0 1 29 "ASNOW" "Total Snowfall" "m"
0 1 30 "PWCAT" "Precipitable Water Category" "-"
0 1 31 "HAIL" "Hail" "m"
0 1 32 "GRLE" "Grauple" "kg/kg"
0 1 33 "CRAIN" "Categorical Rain" "-"
0 1 34 "CFRZR" "Categorical Freezing Rain" "-"
0 1 35 "CICEP" "Categorical Ice Pellets" "-"
0 1 36 "CSNOW" "Categorical Snow" "-"
0 1 37 "CPRAT" "Convective Precipitation Rate" "kg/m^2/s"
0 1 38 "MCONV" "Horizontal Moisture Divergence" "kg/kg/s"
0 1 39 "CPOFP" "Percent frozen precipitation" "%"
0 1 40 "PEVAP" "Potential Evaporation" "kg/m^2"
0 1 41 "PEVPR" "Potential Evaporation Rate" "W/m^2"
0 1 42 "SNOWC" "Snow Cover" "%"
0 1 43 "FRAIN" "Rain Fraction of Total Liquid Water" "Proportion"
0 1 44 "RIME" "Rime Factor" "Numeric"
0 1 45 "TCOLR" "Total Column Integrated Rain" "kg/m^2"
0 1 46 "TCOLS" "Total Column Integrated Snow" "kg/m^2"
0 1 47 "LSWP" "Large Scale Water Precipitation (Non-Convective)"
"kg/m^2"
0 1 48 "CWP" "Convective Water Precipitation" "kg/m^2"
0 1 49 "TWATP" "Total Water Precipitation" "kg/m^2"
0 1 50 "TSNOWP" "Total Snow Precipitation" "kg/m^2"
0 1 51 "TCWAT" "Total Column Water (Vertically integrated total water
(vapour+cloud water/ice)" "kg/m^2"
0 1 52 "TPRATE" "Total Precipitation Rate" "kg/m^2/s"
0 1 53 "TSRWE" "Total Snowfall Rate Water Equivalent" "kg/m^2/s"
0 1 54 "LSPRATE" "Large Scale Precipitation Rate" "kg/m^2/s"
0 1 55 "CSRWE" "Convective Snowfall Rate Water Equivalent" "kg/m^2/s"
0 1 56 "LSSRWE" "Large Scale Snowfall Rate Water Equivalent"
"kg/m^2/s"
0 1 57 "TSRATE" "Total Snowfall Rate" "m/s"
0 1 58 "CSRATE" "Convective Snowfall Rate" "m/s"
0 1 59 "LSSRATE" "Large Scale Snowfall Rate" "m/s"
0 1 60 "SDWE" "Snow Depth Water Equivalent" "kg/m^2"
0 1 61 "SDEN" "Snow Density" "kg/m^3"
0 1 62 "SEVAP" "Snow Evaporation" "kg/m^2"
0 1 64 "TCIWV" "Total Column Integrated Water Vapour" "kg/m^2"
0 1 65 "RPRATE" "Rain Precipitation Rate" "kg/m^2/s"
0 1 66 "SPRATE" "Snow Precipitation Rate" "kg/m^2/s"
0 1 67 "FPRATE" "Freezing Rain Precipitation Rate" "kg/m^2/s"
0 1 68 "IPRATE" "Ice Pellets Precipitation Rate" "kg/m^2/s"
0 1 192 "CRAIN" "Categorical Rain (yes=1; no=0)" "non-dim"
0 1 193 "CFRZR" "Categorical Freezing Rain (yes=1; no=0)" "non-dim"
0 1 194 "CICEP" "Categorical Ice Pellets (yes=1; no=0)" "non-dim"
0 1 195 "CSNOW" "Categorical Snow (yes=1; no=0)" "non-dim"
0 1 196 "CPRAT" "Convective Precipitation Rate" "kg/m^2/s"
0 1 197 "MCONV" "Horizontal Moisture Divergence" "kg/kg/s"
0 1 198 "MINRH" "Minimum Relative Humidity" "%"
0 1 199 "PEVAP" "Potential Evaporation" "kg/m^2"
0 1 200 "PEVPR" "Potential Evaporation Rate" "W/m^2"
0 1 201 "SNOWC" "Snow Cover" "%"
0 1 202 "FRAIN" "Rain Fraction of Total Liquid Water" "non-dim"
0 1 203 "RIME" "Rime Factor" "non-dim"
0 1 204 "TCOLR" "Total Column Integrated Rain" "kg/m^2"
0 1 205 "TCOLS" "Total Column Integrated Snow" "kg/m^2"
0 1 206 "TIPD" "Total Icing Potential Diagnostic" "non-dim"
0 1 207 "NCIP" "Number concentration for ice particles" "non-dim"
0 1 208 "SNOT" "Snow temperature" "K"
0 1 209 "TCLSW" "Total column-integrated supercooled liquid water"
"kg/m^2"
0 1 210 "TCOLM" "Total column-integrated melting ice" "kg/m^2"
0 1 211 "EMNP" "Evaporation - Precipitation" "cm/day"
0 1 212 "SBSNO" "Sublimation (evaporation from snow)" "W/m^2"
0 1 213 "CNVMR" "Deep Convective Moistening Rate" "kg/kg/s"
0 1 214 "SHAMR" "Shallow Convective Moistening Rate" "kg/kg/s"
0 1 215 "VDFMR" "Vertical Diffusion Moistening Rate" "kg/kg/s"
0 1 216 "CONDP" "Condensation Pressure of Parcali Lifted From
Indicate Surface" "Pa"
0 1 217 "LRGMR" "Large scale moistening rate" "kg/kg/s"
0 1 218 "QZ0" "Specific humidity at top of viscous sublayer" "kg/kg"
0 1 219 "QMAX" "Maximum specific humidity at 2m" "kg/kg"
0 1 220 "QMIN" "Minimum specific humidity at 2m" "kg/kg"
0 1 221 "ARAIN" "Liquid precipitation (rainfall)" "kg/m2"
0 1 222 "SNOWT" "Snow temperature" " "
0 1 223 "APCPN" "Total precipitation (nearest grid point)" "kg/m2"
0 1 224 "ACPCPN" "Convective precipitation (nearest grid point)"
"kg/m2"
0 1 225 "FRZR" "Freezing Rain" "kg/m2"
0 1 226 "PWTHER" "Predominant Weather" "Numeric"
0 1 227 "FROZR" "Frozen Rain" "kg/m2"
0 1 241 "TSNOW" "Total Snow" "kg/m2"
0 1 252 "NOIDEA" "Unknown field 1" "kg/m2"
0 1 253 "NOCLUE" "Unknown field 2" "kg/m2"
0 2 0 "WDIR" "Wind Direction (from which blowing)" "deg"
0 2 1 "WIND" "Wind Speed" "m/s"
0 2 2 "UGRD" "U-Component of Wind" "m/s"
0 2 3 "VGRD" "V-Component of Wind" "m/s"
0 2 4 "STRM" "Stream Function" "m^2/s"
0 2 5 "VPOT" "Velocity Potential" "m^2/s"
0 2 6 "MNTSF" "Montgomery Stream Function" "m^2/s"
0 2 7 "SGCVV" "Sigma Coordinate Vertical Velocity" "1/s"
0 2 8 "VVEL" "Vertical Velocity (Pressure)" "Pa/s"
0 2 9 "DZDT" "Vertical Velocity (Geometric)" "m/s"
0 2 10 "ABSV" "Absolute Vorticity" "1/s"
0 2 11 "ABSD" "Absolute Divergence" "1/s"
0 2 12 "RELV" "Relative Vorticity" "1/s"
0 2 13 "RELD" "Relative Divergence" "1/s"
0 2 14 "PVORT" "Potential Vorticity" "Km2kg-1s-1"
0 2 15 "VUCSH" "Vertical U-Component of Shear" "1/s"
0 2 16 "VVCSH" "Vertical V-Component of Shear" "1/s"
0 2 17 "UFLX" "Momentum Flux" " "
0 2 18 "VFLX" "Momentum Flux" " "
0 2 19 "WMIXE" "Wind Mixing Energy" "J"
0 2 20 "BLYDP" "Boundary Layer Dissipation" "W/m^2"
0 2 21 "MAXGUST" "Maximum Wind Speed" "m/s"
0 2 22 "GUST" "Wind Speed (Gust)" "m/s"
0 2 23 "UGUST" "U-Component of Wind (Gust)" "m/s"
0 2 24 "VGUST" "V-Component of Wind (Gust)" "m/s"
0 2 25 "VWSH" "Vertical speed sheer" "1/s"
0 2 26 "MFLX" "Horizontal Momentum Flux" "N/m^2"
0 2 27 "USTM" "U-Component Storm Motion" "m/s"
0 2 28 "VSTM" "V-Component Storm Motion" "m/s"
0 2 29 "CD" "Drag Coefficient" "Numeric"
0 2 30 "FRICV" "Frictional Velocity" "m/s"
0 2 32 "ETACVV" "Eta Coordinate Vertical Velocity" "1/s"
0 2 192 "VWSH" "Vertical speed sheer" "1/s"
0 2 193 "MFLX" "Horizontal Momentum Flux" "N/m^2"
0 2 194 "USTM" "U-Component Storm Motion" "m/s"
0 2 195 "VSTM" "V-Component Storm Motion" "m/s"
0 2 196 "CD" "Drag Coefficient" "non-dim"
0 2 197 "FRICV" "Frictional Velocity" "m/s"
0 2 198 "LAUV" "Latitude of U Wind Component of Velocity" "deg"
0 2 199 "LOUV" "Longitude of U Wind Component of Velocity" "deg"
0 2 200 "LAVV" "Latitude of V Wind Component of Velocity" "deg"
0 2 201 "LOVV" "Longitude of V Wind Component of Velocity" "deg"
0 2 202 "LAPP" "Latitude of Presure Point" "deg"
0 2 203 "LOPP" "Longitude of Presure Point" "deg"
0 2 204 "VEDH" "Vertical Eddy Diffusivity Heat exchange" "m^2/s"
0 2 205 "COVMZ" "Covariance between Meridional and Zonal Components
of the wind." "m^2/s^2"
0 2 206 "COVTZ" "Covariance between Temperature and Zonal Components
of the wind." "K*ms-1"
0 2 207 "COVTM" "Covariance between Temperature and Meridional
Components of the wind." "K*ms-1"
0 2 208 "VDFUA" "Vertical Diffusion Zonal Acceleration" "ms-2"
0 2 209 "VDFVA" "Vertical Diffusion Meridional Acceleration" "ms-2"
0 2 210 "GWDU" "Gravity wave drag zonal acceleration" "ms-2"
0 2 211 "GWDV" "Gravity wave drag meridional acceleration" "ms-2"
0 2 212 "CNVU" "Convective zonal momentum mixing acceleration" "ms-2"
0 2 213 "CNVV" "Convective meridional momentum mixing acceleration"
"ms-2"
0 2 214 "WTEND" "Tendency of vertical velocity" "m/s2"
0 2 215 "OMGALF" "Omega (Dp/Dt) divide by density" "K"
0 2 216 "CNGWDU" "Convective Gravity wave drag zonal acceleration"
"m/s2"
0 2 217 "CNGWDV" "Convective Gravity wave drag meridional
acceleration" "m/s2"
0 2 218 "LMV" "Velocity Point Model Surface" "-"
0 2 219 "PVMWW" "Potential Vorticity (Mass-Weighted)" "1/s/m"
0 2 220 "MAXUVV" "Hourly Maximum of Upward Vertical Velocity in the
lowest 400hPa" "m/s"
0 2 221 "MAXDVV" "Hourly Maximum of Downward Vertical Velocity in
the lowest 400hPa" "m/s"
0 2 222 "MAXUW" "U Component of Hourly Maximum 10m Wind Speed" "m/s"
0 2 223 "MAXVW" "V Component of Hourly Maximum 10m Wind Speed" "m/s"
0 2 224 "VRATE" "Ventilation Rate" "m2/s"
0 3 0 "PRES" "Pressure" "Pa"
0 3 1 "PRMSL" "Pressure Reduced to MSL" "Pa"
0 3 2 "PTEND" "Pressure Tendency" "Pa/s"
0 3 3 "ICAHT" "ICAO Standard Atmosphere Reference Height" "m"
0 3 4 "GP" "Geopotential" "m^2/s^2"
0 3 5 "HGT" "Geopotential Height" "gpm"
0 3 6 "DIST" "Geometric Height" "m"
0 3 7 "HSTDV" "Standard Deviation of Height" "m"
0 3 8 "PRESA" "Pressure Anomaly" "Pa"
0 3 9 "GPA" "Geopotential Height Anomaly" "gpm"
0 3 10 "DEN" "Density" "kg/m^3"
0 3 11 "ALTS" "Altimeter Setting" "Pa"
0 3 12 "THICK" "Thickness" "m"
0 3 13 "PRESALT" "Pressure Altitude" "m"
0 3 14 "DENALT" "Density Altitude" "m"
0 3 15 "5WAVH" "5-Wave Geopotential Height" "gpm"
0 3 16 "U-GWD" "Zonal Flux of Gravity Wave Stress" "N/m^2"
0 3 17 "V-GWD" "Meridional Flux of Gravity Wave Stress" "N/m^2"
0 3 18 "HPBL" "Planetary Boundary Layer Height" "m"
0 3 19 "5WAVA" "5-Wave Geopotential Height Anomaly" "gpm"
0 3 20 "SDSGSO" "Standard Deviation Of Sub-Grid Scale Orography" "m"
0 3 21 "AOSGSO" "Angle Of Sub-Grid Scale Orography" "Rad"
0 3 22 "SSGSO" "Slope Of Sub-Grid Scale Orography" "Numeric"
0 3 23 "GSGSO" "Gravity Of Sub-Grid Scale Orography" "W/m^2"
0 3 24 "ASGSO" "Anisotropy Of Sub-Grid Scale Orography" "Numeric"
0 3 25 "NLPRES" "Natural Logarithm Of Pressure in Pa" "Numeric"
0 3 192 "MSLET" "MSLP (Eta model reduction)" "Pa"
0 3 193 "5WAVH" "5-Wave Geopotential Height" "gpm"
0 3 194 "U-GWD" "Zonal Flux of Gravity Wave Stress" "N/m^2"
0 3 195 "V-GWD" "Meridional Flux of Gravity Wave Stress" "N/m^2"
0 3 196 "HPBL" "Planetary Boundary Layer Height" "m"
0 3 197 "5WAVA" "5-Wave Geopotential Height Anomaly" "gpm"
0 3 198 "MSLMA" "MSLP (MAPS System Reduction)" "Pa"
0 3 199 "TSLSA" "3-hr pressure tendency (Std. Atmos. Reduction)"
"Pa/s"
0 3 200 "PLPL" "Pressure of level from which parcel was lifted" "Pa"
0 3 201 "LPSX" "X-gradient of Log Pressure" "1/m"
0 3 202 "LPSY" "Y-gradient of Log Pressure" "1/m"
0 3 203 "HGTX" "X-gradient of Height" "1/m"
0 3 204 "HGTY" "Y-gradient of Height" "1/m"
0 3 205 "LAYTH" "Layer Thickness" "m"
0 3 206 "NLGSP" "Natural Log of Surface Pressure" "ln(kPa)"
0 3 207 "CNVUMF" "Convective updraft mass flux" "kg/m2/s"
0 3 208 "CNVDMF" "Convective downdraft mass flux" "kg/m2/s"
0 3 209 "CNVDEMF" "Convective detrainment mass flux" "kg/m2/s"
0 3 210 "LMH" "Mass Point Model Surface" "-"
0 3 211 "HGTN" "Geopotential Height (nearest grid point)" "gpm"
0 3 212 "PRESN" "Pressure (nearest grid point)" "Pa"
0 4 0 "NSWRS" "Net Short-Wave Radiation Flux (Surface)" "W/m^2"
0 4 1 "NSWRT" "Net Short-Wave Radiation Flux (Top of Atmosphere)"
"W/m^2"
0 4 2 "SWAVR" "Short-Wave Radiation Flux" "W/m^2"
0 4 3 "GRAD" "Global Radiation Flux" "W/m^2"
0 4 4 "BRTMP" "Brightness Temperature" "K"
0 4 5 "LWRAD" "Radiance (with respect to wave number)" "W/m/sr"
0 4 6 "SWRAD" "Radiance (with respect to wavelength)" "W/m^3/sr"
0 4 7 "DSWRF" "Downward Short-Wave Rad. Flux" "W/m^2"
0 4 8 "USWRF" "Upward Short-Wave Rad. Flux" "W/m^2"
0 4 9 "NSWRF" "Net Short Wave Radiation Flux" "W/m^2"
0 4 10 "PHOTAR" "Photosynthetically Active Radiation" "W/m^2"
0 4 11 "NSWRFCS" "Net Short-Wave Radiation Flux" " "
0 4 12 "DWUVR" "Downward UV Radiation" "W/m^2"
0 4 50 "UVIUCS" "UV Index (Under Clear Sky)" "Numeric"
0 4 51 "UVI" "UV Index" "W/m^2"
0 4 192 "DSWRF" "Downward Short-Wave Rad. Flux" "W/m^2"
0 4 193 "USWRF" "Upward Short-Wave Rad. Flux" "W/m^2"
0 4 194 "DUVB" "UV-B downward solar flux" "W/m^2"
0 4 195 "CDUVB" "Clear sky UV-B downward solar flux" "W/m^2"
0 4 196 "CSDSF" "Clear Sky Downward Solar Flux" "W/m^2"
0 4 197 "SWHR" "Solar Radiative Heating Rate" "K/s"
0 4 198 "CSUSF" "Clear Sky Upward Solar Flux" "W/m^2"
0 4 199 "CFNSF" "Cloud Forcing Net Solar Flux" "W/m^2"
0 4 200 "VBDSF" "Visible Beam Downward Solar Flux" "W/m^2"
0 4 201 "VDDSF" "Visible Diffuse Downward Solar Flux" "W/m^2"
0 4 202 "NBDSF" "Near IR Beam Downward Solar Flux" "W/m^2"
0 4 203 "NDDSF" "Near IR Diffuse Downward Solar Flux" "W/m^2"
0 4 204 "DTRF" "Downward Total radiation Flux" "W/m^2"
0 4 205 "UTRF" "Upward Total radiation Flux" "W/m^2"
0 5 0 "NLWRS" "Net Long-Wave Radiation Flux (Surface)" "W/m^2"
0 5 1 "NLWRT" "Net Long-Wave Radiation Flux (Top of Atmosphere)"
"W/m^2"
0 5 2 "LWAVR" "Long-Wave Radiation Flux" "W/m^2"
0 5 3 "DLWRF" "Downward Long-Wave Rad. Flux" "W/m^2"
0 5 4 "ULWRF" "Upward Long-Wave Rad. Flux" "W/m^2"
0 5 5 "NLWRF" "Net Long-Wave Radiation Flux" "W/m^2"
0 5 6 "NLWRCS" "Net Long-Wave Radiation Flux" " "
0 5 192 "DLWRF" "Downward Long-Wave Rad. Flux" "W/m^2"
0 5 193 "ULWRF" "Upward Long-Wave Rad. Flux" "W/m^2"
0 5 194 "LWHR" "Long-Wave Radiative Heating Rate" "K/s"
0 5 195 "CSULF" "Clear Sky Upward Long Wave Flux" "W/m^2"
0 5 196 "CSDLF" "Clear Sky Downward Long Wave Flux" "W/m^2"
0 5 197 "CFNLF" "Cloud Forcing Net Long Wave Flux" "W/m^2"
0 6 0 "CICE" "Cloud Ice" "kg/m^2"
0 6 1 "TCDC" "Total Cloud Cover" "%"
0 6 2 "CDCON" "Convective Cloud Cover" "%"
0 6 3 "LCDC" "Low Cloud Cover" "%"
0 6 4 "MCDC" "Medium Cloud Cover" "%"
0 6 5 "HCDC" "High Cloud Cover" "%"
0 6 6 "CWAT" "Cloud Water" "kg/m^2"
0 6 7 "CDCA" "Cloud Amount" "%"
0 6 8 "CDCT" "Cloud Type" "-"
0 6 9 "TMAXT" "Thunderstorm Maximum Tops" "m"
0 6 10 "THUNC" "Thunderstorm Coverage" "-"
0 6 11 "CDCB" "Cloud Base" "m"
0 6 12 "CDCT" "Cloud Top" "m"
0 6 13 "CEIL" "Ceiling" "m"
0 6 14 "CDLYR" "Non-Convective Cloud Cover" "%"
0 6 15 "CWORK" "Cloud Work Function" "J/kg"
0 6 16 "CUEFI" "Convective Cloud Efficiency" "Proportion"
0 6 17 "TCOND" "Total Condensate" "kg/kg"
0 6 18 "TCOLW" "Total Column-Integrated Cloud Water" "kg/m^2"
0 6 19 "TCOLI" "Total Column-Integrated Cloud Ice" "kg/m^2"
0 6 20 "TCOLC" "Total Column-Integrated Condensate" "kg/m^2"
0 6 21 "FICE" "Ice fraction of total condensate" "Proportion"
0 6 22 "CDCC" "Cloud Cover" "%"
0 6 23 "CDCIMR" "Cloud Ice Mixing Ratio" "kg/kg"
0 6 24 "SUNS" "Sunshine" "Numeric"
0 6 25 "CBHE" "Horizontal Extent of Cumulonimbus (CB)" "%"
0 6 33 "SUNSD" "Sunshine Duration" "s"
0 6 192 "CDLYR" "Non-Convective Cloud Cover" "%"
0 6 193 "CWORK" "Cloud Work Function" "J/kg"
0 6 194 "CUEFI" "Convective Cloud Efficiency" "non-dim"
0 6 195 "TCOND" "Total Condensate" "kg/kg"
0 6 196 "TCOLW" "Total Column-Integrated Cloud Water" "kg/m^2"
0 6 197 "TCOLI" "Total Column-Integrated Cloud Ice" "kg/m^2"
0 6 198 "TCOLC" "Total Column-Integrated Condensate" "kg/m^2"
0 6 199 "FICE" "Ice fraction of total condensate" "non-dim"
0 6 200 "MFLUX" "Convective Cloud Mass Flux" "Pa/s"
0 6 201 "SUNSD" "Sunshine Duration" "s"
0 7 0 "PLI" "Parcel Lifted Index (to 500 mb)" "K"
0 7 1 "BLI" "Best Lifted Index (to 500 mb)" "K"
0 7 2 "KX" "K Index" "K"
0 7 3 "KOX" "KO Index" "K"
0 7 4 "TOTALX" "Total Totals Index" "K"
0 7 5 "SX" "Sweat Index" "Numeric"
0 7 6 "CAPE" "Convective Available Potential Energy" "J/kg"
0 7 7 "CIN" "Convective Inhibition" "J/kg"
0 7 8 "HLCY" "Storm Relative Helicity" "m^2/s^2"
0 7 9 "EHLX" "Energy Helicity Index" "Numeric"
0 7 10 "LFTX" "Surface Lifted Index" "K"
0 7 11 "4LFTX" "Best (4 layer) Lifted Index" "K"
0 7 12 "RI" "Richardson Number" "Numeric"
0 7 192 "LFTX" "Surface Lifted Index" "K"
0 7 193 "4LFTX" "Best (4 layer) Lifted Index" "K"
0 7 194 "RI" "Richardson Number" "Numeric"
0 7 195 "CWDI" "Convective Weather Detection Index" "-"
0 7 196 "UVI" "Ultra Violet Index" "W/m^2"
0 7 197 "UPHL" "Updraft Helicity" "m^2/s^2"
0 7 198 "LAI" "Leaf Area Index" "-"
0 7 199 "MXUPHL" "Hourly Maximum of Updraft Helicity over layer 2km
to 5 km AGL" "m2/s2"
0 13 0 "AEROT" "Aerosol Type" "-"
0 13 192 "PMTC" "Particulate matter (coarse)" "10^-6g/m^3"
0 13 193 "PMTF" "Particulate matter (fine)" "10^-6g/m^3"
0 13 194 "LPMTF" "Particulate matter (fine)" "log10(10^-6g/m^3)"
0 13 195 "LIPMF" "Integrated column particulate matter (fine)"
"log10(10^-6g/m^3)"
0 14 0 "TOZNE" "Total Ozone" "Dobson"
0 14 1 "O3MR" "Ozone Mixing Ratio" "kg/kg"
0 14 2 "TCIOZ" "Total Column Integrated Ozone" "Dobson"
0 14 192 "O3MR" "Ozone Mixing Ratio" "kg/kg"
0 14 193 "OZCON" "Ozone Concentration (PPB)" "ppb"
0 14 194 "OZCAT" "Categorical Ozone Concentration" "non-dim"
0 14 195 "VDFOZ" "Ozone Vertical Diffusion" "kg/kg/s"
0 14 196 "POZ" "Ozone Production" "kg/kg/s"
0 14 197 "TOZ" "Ozone Tendency" "kg/kg/s"
0 14 198 "POZT" "Ozone Production from Temperature Term" "kg/kg/s"
0 14 199 "POZO" "Ozone Production from Column Ozone Term" "kg/kg/s"
0 14 200 "OZMAX1" "Ozone Daily Max from 1-hour Average" "ppbV"
0 14 201 "OZMAX8" "Ozone Daily Max from 8-hour Average" "ppbV"
0 14 202 "PDMAX1" "PM 2.5 Daily Max from 1-hour Average" "μg/m3"
0 14 203 "PDMAX24" "PM 2.5 Daily Max from 24-hour Average"
"μg/m3"
0 15 0 "BSWID" "Base Spectrum Width" "m/s"
0 15 1 "BREF" "Base Reflectivity" "dB"
0 15 2 "BRVEL" "Base Radial Velocity" "m/s"
0 15 3 "VERIL" "Vertically Integrated Liquid (VIL)" "kg/m"
0 15 4 "LMAXBR" "Layer Maximum Base Reflectivity" "dB"
0 15 5 "PREC" "Precipitation" "kg/m^2"
0 15 6 "RDSP1" "Radar Spectra (1)" "-"
0 15 7 "RDSP2" "Radar Spectra (2)" "-"
0 15 8 "RDSP3" "Radar Spectra (3)" "-"
0 16 0 "REFZR" "Equivalent radar reflectivity factor for rain"
"mm^6/m^3"
0 16 1 "REFZI" "Equivalent radar reflectivity factor for snow"
"mm^6/m^3"
0 16 2 "REFZC" "Equivalent radar reflectivity factor for
parameterized convection" "mm^6/m^3"
0 16 3 "RETOP" "Echo Top" "m"
0 16 4 "REFD" "Reflectivity" "dB"
0 16 5 "REFC" "Composite reflectivity" "dB"
0 16 192 "REFZR" "Equivalent radar reflectivity factor for rain"
"mm^6/m^3"
0 16 193 "REFZI" "Equivalent radar reflectivity factor for snow"
"mm^6/m^3"
0 16 194 "REFZC" "Equivalent radar reflectivity factor for
parameterized convection" "mm^6/m^3"
0 16 195 "REFD" "Reflectivity" "dB"
0 16 196 "REFC" "Composite reflectivity" "dB"
0 16 197 "RETOP" "Echo Top" "m"
0 16 198 "MAXREF" "Hourly Maximum of Simulated Reflectivity at 1 km
AGL" "dB"
0 17 192 "LTNG" "Lightning" "non-dim"
0 18 0 "ACCES" "Air Concentration of Cesium 137" "Bq/m^3"
0 18 1 "ACIOD" "Air Concentration of Iodine 131" "Bq/m^3"
0 18 2 "ACRADP" "Air Concentration of Radioactive Pollutant" "Bq/m^3"
0 18 3 "GDCES" "Ground Deposition of Cesium 137" "Bq/m^2"
0 18 4 "GDIOD" "Ground Deposition of Iodine 131" "Bq/m^2"
0 18 5 "GDRADP" "Ground Deposition of Radioactive Pollutant" "Bq/m^2"
0 18 6 "TIACCP" "Time Integrated Air Concentration of Cesium
Pollutant" "Bq/m^3"
0 18 7 "TIACIP" "Time Integrated Air Concentration of Iodine
Pollutant" "Bq/m^3"
0 18 8 "TIACRP" "Time Integrated Air Concentration of Radioactive
Pollutant" "Bq/m^3"
0 19 0 "VIS" "Visibility" "m"
0 19 1 "ALBDO" "Albedo" "%"
0 19 2 "TSTM" "Thunderstorm Probability" "%"
0 19 3 "MIXHT" "Mixed Layer Depth" "m"
0 19 4 "VOLASH" "Volcanic Ash" "-"
0 19 5 "ICIT" "Icing Top" "m"
0 19 6 "ICIB" "Icing Base" "m"
0 19 7 "ICI" "Icing" "-"
0 19 8 "TURBT" "Turbulence Top" "m"
0 19 9 "TURBB" "Turbulence Base" "m"
0 19 10 "TURB" "Turbulence" "-"
0 19 11 "TKE" "Turbulent Kinetic Energy" "J/kg"
0 19 12 "PBLREG" "Planetary Boundary Layer Regime" "-"
0 19 13 "CONTI" "Contrail Intensity" "-"
0 19 14 "CONTET" "Contrail Engine Type" "-"
0 19 15 "CONTT" "Contrail Top" "m"
0 19 16 "CONTB" "Contrail Base" "m"
0 19 17 "MXSALB" "Maximum Snow Albedo" "%"
0 19 18 "SNFALB" "Snow-Free Albedo" "%"
0 19 19 "SALBD" "Snow Albedo" "%"
0 19 20 "ICIP" "Icing" "%"
0 19 21 "CTP" "In-Cloud Turbulence" "%"
0 19 22 "CAT" "Clear Air Turbulence (CAT)" "%"
0 19 23 "SLDP" "Supercooled Large Droplet (SLD) Probability" "%"
0 19 192 "MXSALB" "Maximum Snow Albedo" "%"
0 19 193 "SNFALB" "Snow-Free Albedo" "%"
0 19 194 "SRCONO" "Slight risk convective outlook" "categorical"
0 19 195 "MRCONO" "Moderate risk convective outlook" "categorical"
0 19 196 "HRCONO" "High risk convective outlook" "categorical"
0 19 197 "TORPROB" "Tornado probability" "%"
0 19 198 "HAILPROB" "Hail probability" "%"
0 19 199 "WINDPROB" "Wind probability" "%"
0 19 200 "STORPROB" "Significant Tornado probability" "%"
0 19 201 "SHAILPRO" "Significant Hail probability" "%"
0 19 202 "SWINDPRO" "Significant Wind probability" "%"
0 19 203 "TSTMC" "Categorical Thunderstorm (1-yes" " "
0 19 204 "MIXLY" "Number of mixed layers next to surface" "Integer"
0 19 205 "FLGHT" "Flight Category" "-"
0 19 206 "CICEL" "Confidence - Ceiling" "-"
0 19 207 "CIVIS" "Confidence - Visibility" "-"
0 19 208 "CIFLT" "Confidence - Flight Category" "-"
0 19 209 "LAVNI" "Low-Level aviation interest" "-"
0 19 210 "HAVNI" "High-Level aviation interest" "-"
0 19 211 "SBSALB" "Visible" " "
0 19 212 "SWSALB" "Visible" " "
0 19 213 "NBSALB" "Near IR" " "
0 19 214 "NWSALB" "Near IR" " "
0 19 215 "PRSVR" "Total Probability of Severe Thunderstorms (Days 2"
" "
0 19 216 "PRSIGSVR" "Total Probability of Extreme Severe
Thunderstorms (Days 2" " "
0 19 217 "SIPD" "Supercooled Large Droplet (SLD) Icing" "-"
0 19 218 "EPSR" "Radiative emissivity" "-"
0 19 219 "TPFI" "Turbulence Potential Forecast Index" "-"
0 19 232 "VAFTD" "Volcanic Ash Forecast Transport and Dispersion"
"log10(kg/m3)"
0 20 0 "MASSDEN" "Mass Density (Concentration)" "kg/m^3"
0 20 1 "COLMD" "Column-Integrated Mass Density" "kg/m^2"
0 20 2 "MASSMR" "Mass Mixing Ratio (Mass Fraction in Air)" "kg/kg"
0 20 3 "AEMFLX" "Atmosphere Emission Mass Flux" "kg/m^2/s"
0 20 4 "ANPMFLX" "Atmosphere Net Production Mass Flux" "kg/m^2/s"
0 20 5 "ANPEMFLX" "Atmosphere Net Production And Emision Mass Flux"
"kg/m^2/s"
0 20 6 "SDDMFLX" "Surface Dry Deposition Mass Flux" "kg/m^2/s"
0 20 7 "SWDMFLX" "Surface Wet Deposition Mass Flux" "kg/m^2/s"
0 20 8 "AREMFLX" "Atmosphere Re-Emission Mass Flux" "kg/m^2/s"
0 20 50 "AIA" "Amount in Atmosphere" "mol"
0 20 51 "CONAIR" "Concentration In Air" "molm-3"
0 20 52 "VMXR" "Volume Mixing Ratio (Fraction in Air)" "molmol-1"
0 20 53 "CGPRC" "Chemical Gross Production Rate of Concentration"
"molm-3s-1"
0 20 54 "CGDRC" "Chemical Gross Destruction Rate of Concentration"
"molm-3s-1"
0 20 55 "SFLUX" "Surface Flux" "molm-2s-1"
0 20 56 "COAIA" "Changes Of Amount in Atmosphere" "mol/s"
0 20 57 "TYABA" "Total Yearly Average Burden of The Atmosphere" "mol"
0 20 58 "TYAAL" "Total Yearly Average Atmospheric Loss" "mol/s"
0 20 100 "SADEN" "Surface Area Density (Aerosol)" "1/m"
0 20 101 "AOTK" "Atmosphere Optical Thickness" "m"
0 20 131 "NO2TROP" "Nitrogen Dioxide (NO2) Tropospheric Column"
"molcm-2"
0 20 132 "NO2VCD" "Nitrogen Dioxide (NO2) Vertical Column Density"
"molcm-2"
0 20 133 "BROVCD" "Bromine Monoxide (BrO) Vertical Column Density"
"molcm-2"
0 20 134 "HCHOVCD" "Formaldehyde (HCHO) Vertical Column Density"
"molcm-2"
0 190 0 "var190m0" "Arbitrary Text String" "CCITTIA5"
0 191 0 "TSEC" "Seconds prior to initial reference time (defined in
Section 1)" "s"
0 191 192 "NLAT" "Latitude (-90 to +90)" "deg"
0 191 193 "ELON" "East Longitude (0 - 360)" "deg"
0 191 194 "TSEC" "Seconds prior to initial reference time" "s"
0 191 195 "MLYNO" "Model Layer number (From bottom up)" "-"
0 191 196 "NLATN" "Latitude (nearest neighbor) (-90 to +90)" "deg"
0 191 197 "ELONN" "East Longitude (nearest neighbor) (0 - 360)" "deg"
0 192 1 "COVMZ" "Covariance between zonal and meridional components
of the wind. Defined as [uv]-[u][v]" " "
0 192 2 "COVTZ" "Covariance between izonal component of the wind and
temperature. Defined as [uT]-[u][T]" " "
0 192 3 "COVTM" "Covariance between meridional component of the wind
and temperature. Defined as [vT]-[v][T]" " "
0 192 4 "COVTW" "Covariance between temperature and vertical
component of the wind. Defined as [wT]-[w][T]" " "
0 192 5 "COVZZ" "Covariance between zonal and zonal components of the
wind. Defined as [uu]-[u][u]" " "
0 192 6 "COVMM" "Covariance between meridional and meridional
components of the wind. Defined as [vv]-[v][v]" " "
0 192 7 "COVQZ" "Covariance between specific humidity and zonal
components of the wind. Defined as [uq]-[u][q]" " "
0 192 8 "COVQM" "Covariance between specific humidity and meridional
components of the wind. Defined as [vq]-[v][q]" " "
0 192 9 "COVTVV" "Covariance between temperature and vertical
components of the wind. Defined as [ΩT]-[Ω][T]" " "
0 192 10 "COVQVV" "Covariance between specific humidity and vertical
components of the wind. Defined as [Ωq]-[Ω][q]" " "
0 192 11 "COVPSPS" "Covariance between surface pressure and surface
pressure. Defined as [Psfc]-[Psfc][Psfc]" " "
0 192 12 "COVQQ" "Covariance between specific humidity and specific
humidy. Defined as [qq]-[q][q]" " "
0 192 13 "COVVVVV" "Covariance between vertical and vertical
components of the wind. Defined as [ΩΩ]-[Ω][Ω]" " "
0 192 14 "COVTT" "Covariance between temperature and temperature.
Defined as [TT]-[T][T]" " "
1 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 0 1 "FFLDRO" "Flash Flood Runoff (Encoded as an accumulation over a
floating subinterval of time)" "kg/m^2"
1 0 2 "RSSC" "Remotely Sensed Snow Cover" "-"
1 0 3 "ESCT" "Elevation of Snow Covered Terrain" "-"
1 0 4 "SWEPON" "Snow Water Equivalent Percent of Normal" "%"
1 0 5 "BGRUN" "Baseflow-Groundwater Runoff" "kg/m^2"
1 0 6 "SSRUN" "Storm Surface Runoff" "kg/m^2"
1 0 192 "BGRUN" "Baseflow-Groundwater Runoff" "kg/m^2"
1 0 193 "SSRUN" "Storm Surface Runoff" "kg/m^2"
1 1 0 "CPPOP" "Conditional percent precipitation amount fractile for
an overall period (encoded as an accumulation)" "kg/m^2"
1 1 1 "PPOSP" "Percent Precipitation in a sub-period of an overall
period (encoded as a percent accumulation over the sub-period)" "%"
1 1 2 "POP" "Probability of 0.01 inch of precipitation (POP)" "%"
1 1 192 "CPOZP" "Probability of Freezing Precipitation" "%"
1 1 193 "CPOFP" "Probability of Frozen Precipitation" "%"
1 1 194 "PPFFG" "Probability of precipitation exceeding flash flood
guidance values" "%"
1 1 195 "CWR" "Probability of Wetting Rain" " "
2 0 0 "LAND" "Land Cover (1=land" " "
2 0 1 "SFCR" "Surface Roughness" "m"
2 0 2 "TSOIL" "Soil Temperature" "K"
2 0 3 "SOILM" "Soil Moisture Content" "kg/m^2"
2 0 4 "VEG" "Vegetation" "%"
2 0 5 "WATR" "Water Runoff" "kg/m^2"
2 0 6 "EVAPT" "Evapotranspiration" "1/kg^2/s"
2 0 7 "MTERH" "Model Terrain Height" "m"
2 0 8 "LANDU" "Land Use" "-"
2 0 9 "SOILW" "Volumetric Soil Moisture Content" "Proportion"
2 0 10 "GFLUX" "Ground Heat Flux" "W/m^2"
2 0 11 "MSTAV" "Moisture Availability" "%"
2 0 12 "SFEXC" "Exchange Coefficient" "kg/m^2/s"
2 0 13 "CNWAT" "Plant Canopy Surface Water" "kg/m^2"
2 0 14 "BMIXL" "Blackadars Mixing Length Scale" "m"
2 0 15 "CCOND" "Canopy Conductance" "m/s"
2 0 16 "RSMIN" "Minimal Stomatal Resistance" "s/m"
2 0 17 "WILT" "Wilting Pointx" "Proportion"
2 0 18 "RCS" "Solar parameter in canopy conductance" "Proportion"
2 0 19 "RCT" "Temperature parameter in canopy conductance"
"Proportion"
2 0 20 "RCSOL" "Soil moisture parameter in canopy conductance"
"Proportion"
2 0 21 "RCQ" "Humidity parameter in canopy conductance" "Proportion"
2 0 22 "SOILM" "Soil Moisture" "kg/m^3"
2 0 23 "CISOILW" "Column-Integrated Soil Water" "kg/m^2"
2 0 24 "HFLUX" "Heat Flux" "W/m^2"
2 0 25 "VSOILM" "Volumetric Soil Moisture" "m3m-3"
2 0 26 "WILT" "Wilting Point" "kg/m^3"
2 0 27 "VWILTM" "Volumetric Wilting Moisture" "m3m-3"
2 0 192 "SOILW" "Volumetric Soil Moisture Content" "Fraction"
2 0 193 "GFLUX" "Ground Heat Flux" "W/m^2"
2 0 194 "MSTAV" "Moisture Availability" "%"
2 0 195 "SFEXC" "Exchange Coefficient" "(kg/m^3)(m/s)"
2 0 196 "CNWAT" "Plant Canopy Surface Water" "kg/m^2"
2 0 197 "BMIXL" "Blackadars Mixing Length Scale" "m"
2 0 198 "VGTYP" "Vegetation Type" "Integer(0-13)"
2 0 199 "CCOND" "Canopy Conductance" "m/s"
2 0 200 "RSMIN" "Minimal Stomatal Resistance" "s/m"
2 0 201 "WILT" "Wilting Point" "Fraction"
2 0 202 "RCS" "Solar parameter in canopy conductance" "Fraction"
2 0 203 "RCT" "Temperature parameter in canopy conductance"
"Fraction"
2 0 204 "RCQ" "Humidity parameter in canopy conductance" "Fraction"
2 0 205 "RCSOL" "Soil moisture parameter in canopy conductance"
"Fraction"
2 0 206 "RDRIP" "Rate of water dropping from canopy to ground" "-"
2 0 207 "ICWAT" "Ice-free water surface" "%"
2 0 208 "AKHS" "Surface exchange coefficients for T and Q divided by
delta z" "m/s"
2 0 209 "AKMS" "Surface exchange coefficients for U and V divided by
delta z" "m/s"
2 0 210 "VEGT" "Vegetation canopy temperature" "K"
2 0 211 "SSTOR" "Surface water storage" "Kg/m2"
2 0 212 "LSOIL" "Liquid soil moisture content (non-frozen)" "Kg/m2"
2 0 213 "EWATR" "Open water evaporation (standing water)" "W/m2"
2 0 214 "GWREC" "Groundwater recharge" "kg/m2"
2 0 215 "QREC" "Flood plain recharge" "kg/m2"
2 0 216 "SFCRH" "Roughness length for heat" "m"
2 0 217 "NDVI" "Normalized Difference Vegetation Index" "-"
2 0 218 "LANDN" "Land-sea coverage (nearest neighbor) [land=1" " "
2 0 219 "AMIXL" "Asymptotic mixing length scale" "m"
2 0 220 "WVINC" "Water vapor added by precip assimilation" "kg/m2"
2 0 221 "WCINC" "Water condensate added by precip assimilation"
"kg/m2"
2 0 222 "WVCONV" "Water Vapor Flux Convergance (Vertical Int)"
"kg/m2"
2 0 223 "WCCONV" "Water Condensate Flux Convergance (Vertical Int)"
"kg/m2"
2 0 224 "WVUFLX" "Water Vapor Zonal Flux (Vertical Int)" "kg/m2"
2 0 225 "WVVFLX" "Water Vapor Meridional Flux (Vertical Int)" "kg/m2"
2 0 226 "WCUFLX" "Water Condensate Zonal Flux (Vertical Int)" "kg/m2"
2 0 227 "WCVFLX" "Water Condensate Meridional Flux (Vertical Int)"
"kg/m2"
2 0 228 "ACOND" "Aerodynamic conductance" "m/s"
2 0 229 "EVCW" "Canopy water evaporation" "W/m2"
2 0 230 "TRANS" "Transpiration" "W/m2"
2 3 0 "SOTYP" "Soil Type" "-"
2 3 1 "UPLST" "Upper Layer Soil Temperature" "K"
2 3 2 "UPLSM" "Upper Layer Soil Moisture" "kg/m^3"
2 3 3 "LOWLSM" "Lower Layer Soil Moisture" "kg/m^3"
2 3 4 "BOTLST" "Bottom Layer Soil Temperature" "K"
2 3 5 "SOILL" "Liquid Volumetric Soil Moisture (non-frozen)"
"Proportion"
2 3 6 "RLYRS" "Number of Soil Layers in Root Zone" "Numeric"
2 3 7 "SMREF" "Transpiration Stress-onset (soil moisture)"
"Proportion"
2 3 8 "SMDRY" "Direct Evaporation Cease (soil moisture)" "Proportion"
2 3 9 "POROS" "Soil Porosity" "Proportion"
2 3 10 "LIQVSM" "Liquid Volumetric Soil Moisture (Non-Frozen)" "m3m-
3"
2 3 11 "VOLTSO" "Volumetric Transpiration Stree-Onset(Soil Moisture)"
"m3m-3"
2 3 12 "TRANSO" "Transpiration Stree-Onset(Soil Moisture)" "kg/m^3"
2 3 13 "VOLDEC" "Volumetric Direct Evaporation Cease(Soil Moisture)"
"m3m-3"
2 3 14 "DIREC" "Direct Evaporation Cease(Soil Moisture)" "kg/m^3"
2 3 15 "SOILP" "Soil Porosity" "m3m-3"
2 3 16 "VSOSM" "Volumetric Saturation Of Soil Moisture" "m3m-3"
2 3 17 "SATOSM" "Saturation Of Soil Moisture" "kg/m^3"
2 3 192 "SOILL" "Liquid Volumetric Soil Moisture (non Frozen)"
"Proportion"
2 3 193 "RLYRS" "Number of Soil Layers in Root Zone" "non-dim"
2 3 194 "SLTYP" "Surface Slope Type" "Index"
2 3 195 "SMREF" "Transpiration Stress-onset (soil moisture)"
"Proportion"
2 3 196 "SMDRY" "Direct Evaporation Cease (soil moisture)"
"Proportion"
2 3 197 "POROS" "Soil Porosity" "Proportion"
2 3 198 "EVBS" "Direct evaporation from bare soil" "W/m-2"
2 3 199 "LSPA" "Land Surface Precipitation Accumulation" "kg/m^2"
2 3 200 "BARET" "Bare soil surface skin temperature" "K"
2 3 201 "AVSFT" "Average surface skin temperature" "K"
2 3 202 "RADT" "Effective radiative skin temperature" "K"
2 3 203 "FLDCP" "Field Capacity" "fraction"
2 4 0 "FIRECRA" "Fire Outlook Critical Risk Area" "%"
2 4 1 "FIREXCRA" "Fire Outlook Extreme Critical Risk Area" "%"
2 4 2 "FIREDLA" "Fire Outlook Dry Lightning Area" "%"
2 4 3 "HINDEX" "Haines Index" "-"
3 0 0 "SRAD" "Scaled Radiance" "Numeric"
3 0 1 "SALBEDO" "Scaled Albedo" "Numeric"
3 0 2 "SBTMP" "Scaled Brightness Temperature" "Numeric"
3 0 3 "SPWAT" "Scaled Precipitable Water" "Numeric"
3 0 4 "SLFTI" "Scaled Lifted Index" "Numeric"
3 0 5 "SCTPRES" "Scaled Cloud Top Pressure" "Numeric"
3 0 6 "SSTMP" "Scaled Skin Temperature" "Numeric"
3 0 7 "CLOUDM" "Cloud Mask" "-"
3 0 8 "PIXST" "Pixel scene type" "-"
3 0 9 "FIREDI" "Fire Detection Indicator" "-"
3 1 0 "ESTP" "Estimated Precipitation" "kg/m^2"
3 1 1 "IRRATE" "Instantaneous Rain Rate" "kg/m^2/s"
3 1 2 "CTOPH" "Cloud Top Height" "m"
3 1 3 "CTOPHQI" "Cloud Top Height Quality Indicator" "-"
3 1 4 "ESTUGRD" "Estimated u-Component of Wind" "1/m"
3 1 5 "ESTVGRD" "Estimated v-Component of Wind" "1/m"
3 1 6 "NPIXU" "Number Of Pixels Used" "Numeric"
3 1 7 "SOLZA" "Solar Zenith Angle" "Degree"
3 1 8 "RAZA" "Relative Azimuth Angle" "Degree"
3 1 9 "RFL06" "Reflectance in 0.6 Micron Channel" "%"
3 1 10 "RFL08" "Reflectance in 0.8 Micron Channel" "%"
3 1 11 "RFL16" "Reflectance in 1.6 Micron Channel" "%"
3 1 12 "RFL39" "Reflectance in 3.9 Micron Channel" "%"
3 1 13 "ATMDIV" "Atmospheric Divergence" "1/s"
3 1 19 "WINDS" "Wind Speed" "m/s"
3 1 20 "AOT06" "Aerosol Optical Thickness at 0.635 um" "-"
3 1 21 "AOT08" "Aerosol Optical Thickness at 0.810 um" "-"
3 1 22 "AOT16" "Aerosol Optical Thickness at 1.640 um" "-"
3 1 23 "ANGCOE" "Angstrom Coefficien" "-"
3 1 192 "USCT" "Scatterometer Estimated U Wind Component" "m/s"
3 1 193 "VSCT" "Scatterometer Estimated V Wind Component" "m/s"
3 192 0 "SBT122" "Simulated Brightness Temperature for GOES 12" " "
3 192 1 "SBT123" "Simulated Brightness Temperature for GOES 12" " "
3 192 2 "SBT124" "Simulated Brightness Temperature for GOES 12" " "
3 192 3 "SBT126" "Simulated Brightness Temperature for GOES 12" " "
3 192 4 "SBC123" "Simulated Brightness Counts for GOES 12" " "
3 192 5 "SBC124" "Simulated Brightness Counts for GOES 12" " "
3 192 6 "SBT112" "Simulated Brightness Temperature for GOES 11" " "
3 192 7 "SBT113" "Simulated Brightness Temperature for GOES 11" " "
3 192 8 "SBT114" "Simulated Brightness Temperature for GOES 11" " "
3 192 9 "SBT115" "Simulated Brightness Temperature for GOES 11" " "
10 0 0 "WVSP1" "Wave Spectra (1)" "non-dim"
10 0 1 "WVSP2" "Wave Spectra (2)" "non-dim"
10 0 2 "WVSP3" "Wave Spectra (3)" "non-dim"
10 0 3 "HTSGW" "Significant Height of Combined Wind Waves and Swell"
"m"
10 0 4 "WVDIR" "Direction of Wind Waves" "deg"
10 0 5 "WVHGT" "Significant Height of Wind Waves" "m"
10 0 6 "WVPER" "Mean Period of Wind Waves" "s"
10 0 7 "SWDIR" "Direction of Swell Waves" "deg"
10 0 8 "SWELL" "Significant Height of Swell Waves" "m"
10 0 9 "SWPER" "Mean Period of Swell Waves" "s"
10 0 10 "DIRPW" "Primary Wave Direction" "deg"
10 0 11 "PERPW" "Primary Wave Mean Period" "s"
10 0 12 "DIRSW" "Secondary Wave Direction" "deg"
10 0 13 "PERSW" "Secondary Wave Mean Period" "s"
10 0 14 "WWSDIR" "Direction of Combined Wind Waves and Swell" "deg"
10 0 15 "MWSPER" "Mean Period of Combined Wind Waves and Swell" "s"
10 0 192 "WSTP" "Wave Steepness" "-"
10 1 0 "DIRC" "Current Direction" "deg"
10 1 1 "SPC" "Current Speed" "m/s"
10 1 2 "UOGRD" "U-Component of Current" "m/s"
10 1 3 "VOGRD" "V-Component of Current" "m/s"
10 1 192 "OMLU" "Ocean Mixed Layer U Velocity" "m/s"
10 1 193 "OMLV" "Ocean Mixed Layer V Velocity" "m/s"
10 1 194 "UBARO" "Barotropic U velocity" "m/s"
10 1 195 "VBARO" "Barotropic V velocity" "m/s"
10 2 0 "ICEC" "Ice Cover" "Proportion"
10 2 1 "ICETK" "Ice Thickness" "m"
10 2 2 "DICED" "Direction of Ice Drift" "deg"
10 2 3 "SICED" "Speed of Ice Drift" "m/s"
10 2 4 "UICE" "U-Component of Ice Drift" "m/s"
10 2 5 "VICE" "V-Component of Ice Drift" "m/s"
10 2 6 "ICEG" "Ice Growth Rate" "m/s"
10 2 7 "ICED" "Ice Divergence" "1/s"
10 2 8 "ICET" "Ice Temperature" "K"
10 3 0 "WTMP" "Water Temperature" "K"
10 3 1 "DSLM" "Deviation of Sea Level from Mean" "m"
10 3 192 "SURGE" "Storm Surge" "m"
10 3 193 "ETSRG" "Extra Tropical Storm Surge" "m"
10 3 194 "ELEVhtml" "Ocean Surface Elevation Relative to Geoid" "m"
10 3 195 "SSHG" "Sea Surface Height Relative to Geoid" "m"
10 3 196 "P2OMLT" "Ocean Mixed Layer Potential Density (Reference
2000m)<br" "kg/m^3"
10 3 197 "AOHFLX" "Net Air-Ocean Heat Flux" "W/m^2"
10 3 198 "ASHFL" "Assimilative Heat Flux" "W/m^2"
10 3 199 "SSTT" "Surface Temperature Trend" "degreeperday"
10 3 200 "SSST" "Surface Salinity Trend" "psuperday"
10 3 201 "KENG" "Kinetic Energy" "J/kg"
10 3 202 "SLTFL" "Salt Flux" "kg/m^2/s"
10 3 242 "TCSRG20" "20% Tropical Cyclone Storm Surge Exceedance" "m"
10 3 243 "TCSRG30" "30% Tropical Cyclone Storm Surge Exceedance" "m"
10 3 244 "TCSRG40" "40% Tropical Cyclone Storm Surge Exceedance" "m"
10 3 245 "TCSRG50" "50% Tropical Cyclone Storm Surge Exceedance" "m"
10 3 246 "TCSRG60" "60% Tropical Cyclone Storm Surge Exceedance" "m"
10 3 247 "TCSRG70" "70% Tropical Cyclone Storm Surge Exceedance" "m"
10 3 248 "TCSRG80" "80% Tropical Cyclone Storm Surge Exceedance" "m"
10 3 249 "TCSRG90" "90% Tropical Cyclone Storm Surge Exceedance" "m"
10 4 0 "MTHD" "Main Thermocline Depth" "m"
10 4 1 "MTHA" "Main Thermocline Anomaly" "m"
10 4 2 "TTHDP" "Transient Thermocline Depth" "m"
10 4 3 "SALTY" "Salinity" "kg/kg"
10 4 4 "OVHD" "Ocean Vertical Heat Diffusivity" "m^2/s"
10 4 5 "OVSD" "Ocean Vertical Salt Diffusivity" "m^2/s"
10 4 6 "OVMD" "Ocean Vertical Momentum Diffusivity" "m^2/s"
10 4 192 "WTMPC" "3-D Temperature" "degc"
10 4 193 "SALIN" "3-D Salinity" "-"
10 4 194 "BKENG" "Barotropic Kinectic Energy" "J/kg"
10 4 195 "DBSS" "Geometric Depth Below Sea Surface" "m"
10 4 196 "INTFD" "Interface Depths" "m"
10 4 197 "OHC" "Ocean Heat Content" "Jm-2"
10 191 0 "TSEC" "Seconds Prior To Initial Reference Time (Defined In
Section 1)" "s"
10 191 1 "MOSF" "Meridional Overturning Stream Function" "m^3/s"
255 255 255 "IMGD" "Image data" "-"
------------------------------------------------
Subject: Point_stat GRIB2 read issue
From: Greg Seroka
Time: Thu Jul 19 16:06:37 2012
Paul,
Your change worked perfectly. For some reason, when I did a clean
rebuild
of MET with your attached file it did not work correctly. However, I
went
ahead and made the two additions to my existing grib2_vars_flat.txt
and did
a clean rebuilt of MET and it worked out nicely.
Thank you very much for your quick and helpful responses.
Greg
On Thu, Jul 19, 2012 at 5:19 PM, Paul Oldenburg via RT
<met_help at ucar.edu>wrote:
> Greg,
>
> The reason for the error is that the GRIB2 discipline/parm_cat/parm
> combination (GRIB2 codes, henceforth) is not present
> in the following table:
>
> http://www.nco.ncep.noaa.gov/pmb/docs/grib2/grib2_table4-2-0-1.shtml
>
> MET uses the tables at these locations to map the GRIB2 codes to the
> forecast variables specified by users in the config
> file. Even though you are not trying to verify this field, MET
tries to
> identify all records. It is now clear that we
> should consider making this situation a warning instead of an error,
since
> it can cause unnecessary interference.
>
> Fortunately, we just added the capability in METv4.0 to specify your
own
> GRIB2 code mapping. To do so, modify the file
> $MET_BASE/data/table_files/grib2_vars_flat.txt, adding the GRIB2
codes
> that correspond to the missing fields. I added
> the two mysterious fields to this table file and attached it. Can
you
> please overwrite your version with the attached
> one and then do a clean build of MET? I was able to run point_stat
on
> your data once this change was made in my version.
>
> Please let me know if you have any further questions or problems.
>
> Thanks,
>
> Paul
>
>
>
> On 07/19/2012 01:40 PM, Greg Seroka via RT wrote:
> >
> > Thu Jul 19 13:40:30 2012: Request 57516 was acted upon.
> > Transaction: Ticket created by seroka at marine.rutgers.edu
> > Queue: met_help
> > Subject: Point_stat GRIB2 read issue
> > Owner: Nobody
> > Requestors: seroka at marine.rutgers.edu
> > Status: new
> > Ticket <URL:
https://rt.rap.ucar.edu/rt/Ticket/Display.html?id=57516 >
> >
> >
> > Hello,
> >
> > I am trying to run point_stat on GRIB2 data and encounter the
following
> > error:
> >
> > $ bin/point_stat \
> > ?
/home/coolgroup/bpu/wrf/RUWRF/20120706/RUWRF_3km_2012070600_0000.grb2
> \
> > ? ~/data/prepbufr/gdas.17094.2012070600.nc \
> > ? data/config/PointStatConfig_winds \
> > ? -outdir out/point_stat/ \
> > ? -v 2
> > DEBUG 1: Default Config File:
> > /home/seroka/METv4.0/data/config/PointStatConfig_default
> > DEBUG 1: User Config File: data/config/PointStatConfig_winds
> > ERROR :
> > ERROR : MetGrib2DataFile::read_grib2_record_list() - unrecognized
GRIB2
> > field indexes - disc: 0 parm_cat: 1 parm: 253
> > ERROR :
> >
> > I am using prepbufr data as the observed data. I have provided the
> forecast
> > data file, observed data file, and PointStatConfig file in
seroka_data on
> > your anonymous FTP site. Most likely the issue is a formatting
> > incompatibility within the GRIB2 file.
> >
> > Any help would be greatly appreciated!
> >
> > Thanks,
> > Greg
> >
>
>
>
>
--
Greg Seroka
Ph.D. Candidate
Coastal Ocean Observation Lab
Institute of Marine and Coastal Sciences
Rutgers University
Email: seroka at marine.rutgers.edu
------------------------------------------------
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