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Re: 20020410: gribtonc CDLs for AVN and could CDL for LAPS work
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- Subject: Re: 20020410: gribtonc CDLs for AVN and could CDL for LAPS work
- Date: Fri, 12 Apr 2002 10:12:12 -0600 (MDT)
Tiziana,
I forgot to ask if you could let me know what you find out about the avn
1 degree resolution model. If I get the information then I could add it
to the rest of the cdl files and relay it on to the rest of the decoders
group. I would be willing to help create the cdl or if you already have
done so, I would add it to the list. Of course giving you credit for the
work.
Thanks,
Robb...
On Thu, 11 Apr 2002, Robb Kambic wrote:
> On Wed, 10 Apr 2002, Unidata Support wrote:
>
> >
> > ------- Forwarded Message
> >
> > >To: address@hidden
> > >From: Tiziana Cherubini <address@hidden>
> > >Subject: CDL for LAPS
> > >Organization: University of Hawaii
> > >Keywords: 200204110028.g3B0STa23345 gribtonc
> >
> > Hi,
> >
> > I'm trying to use the gribtonc decoders to convert avn model
> > output files (grid 3, 65160 point) in netcdf, but I'm having
> > hard time. It seems that no one of the CDLs files coming with
> > the decoders.tar files (avn-1.25x1.25.cdl, avn-a.cdl,
> > avn-q.cdl, avn-x.cdl) are good for them, unless I use the -q
> > option, i.e. changing the data resolution.
> > What should I do to convert the grib files in netcdf mantaining
> > the 1.0x1.0 degrees resolution?
> >
> > Again, do you think it would be possible to use the gribtonc
> > decoder with the LAPS CDLs files (one of them is in attachment to
> > this mail)?
>
> Tiziana,
>
> Since I not familar with the avn (grid 3, 65160 point) model in
> particular I can't give a direct answer but I will the give procedure on
> how to get the correct CDL. If the LAPS cdl file works by all means use
> it. But I would check the output using ncdump to make sure all the fields
> are being populated. NetCDF allocates the space before the input is
> actually processed so reserving variable space without using it is wasted.
> At this time, the status of the LAPS gribtonc code is not known. It's
> possible they have modified the code so Unidata's gribtonc will not work
> with their cdl.
>
> Another approach would be to use the would be to use the closest fit avn
> cdl file from the tar files and then modify the x and y parameters or lat
> and lon parameters, using avn-1.25x1.25 as a template then it would look
> like this at the bottom of the file. ie
>
> At top:
>
> lat = 181 ; // latitude
> lon = 360 ;
>
> At bottom:
>
> lon = -30, -29, -28 ....
>
> lat = -90.0, -89.0 -88.0 ....
>
> I would run the newing created cdl from the command line to check out your
> progress.
>
> % gribtonc -vl - avn-1.0x1.0.cdl test.nc < avn.input
>
>
> Hopes this helps,
> Robb...
>
> >
> > Thank you very much for any help you could give to me.
> > I really appreciate your work.
> >
> > Cheers,
> >
> > Tiziana.
> >
> > -------------------------------------
> > Tiziana Cherubini
> > Department of Meteorology
> > University of Hawaii
> > 2525 Correa Rd. HIG 350
> > Honolulu, Hawaii 96822
> > (808) 956-4593, (808) 956-2877 fax
> >
> >
> > //------------------------------------------------------------------------------
> > // NOAA/ERL
> > // Forecast Systems Laboratory
> > // Facility Division
> > // Data Acquisition Branch
> > // Posix Data Services Software
> > //
> > // This software and its documentation are in the public domain and are
> > // furnished "as is". The United Stated government, its instrumentalities,
> > // officers, employees, and agents make no warranty, express or implied,
> > as to
> > // the usefullness of the software and documentation for any purpose.
> > They
> > // assume no responsibility (1) for the use of the software and
> > documentation;
> > // or (2) to provide technical support to users.
> > //
> > // avn_global_complete_list.cdl
> > //
> > // netCDF data file definition for aviation model NPS grids
> > //
> > // latitude and longitude information for grid:
> > // lon x lat = 1.0 x 1.0
> > //
> > //------------------------------------------------------------------------------
> > netcdf AvnGlobal
> > {
> >
> > dimensions:
> > record = unlimited;
> > namelen = 132;
> > y = 181;
> > x = 360;
> > numIsoLevel = 26;
> > fixedHeight = 3;
> >
> > variables:
> >
> > // geopotential height at Isobaric Levels
> >
> > float
> > GH(record, numIsoLevel, y, x);
> > GH:record = "valtime, reftime";
> > GH:_Navigation_var = "nav";
> > GH:numIsoLevel = "isoLevel";
> > GH:long_name = "geopotential height";
> > GH:units = "meters";
> > GH:valid_range = -800.f, 100000.f;
> > GH:_FillValue = -99999.f;
> >
> > // temperature at Isobaric Levels
> >
> > float
> > T(record, numIsoLevel, y, x);
> > T:record = "valtime, reftime";
> > T:_Navigation_var = "nav";
> > T:numIsoLevel = "isoLevel";
> > T:long_name = "temperature";
> > T:units = "kelvin";
> > T:valid_range = 160.f, 340.f;
> > T:_FillValue = -99999.f;
> >
> > // VVEL=pressure vertical velocity
> >
> > float
> > PVV(record, numIsoLevel, y, x);
> > PVV:record = "valtime, reftime";
> > PVV:_Navigation_var = "nav";
> > PVV:numIsoLevel = "isoLevel";
> > PVV:long_name = "pressure vertical velocity";
> > PVV:units = "Pa/s";
> > PVV:valid_range = -10.f, 10.f;
> > PVV:_FillValue = -99999.f;
> >
> > // relative humidity at isobaric levels
> >
> > float
> > RH(record, numIsoLevel, y, x);
> > RH:record = "valtime, reftime";
> > RH:_Navigation_var = "nav";
> > RH:numIsoLevel = "isoLevel";
> > RH:long_name = "relative humidity";
> > RH:units = "percent";
> > RH:valid_range = -5.f, 110.f;
> > RH:_FillValue = -99999.f;
> >
> > // Absolute vorticity
> >
> > float
> > AV(record, numIsoLevel, y, x);
> > AV:record = "valtime, reftime";
> > AV:_Navigation_var = "nav";
> > AV:numIsoLevel = "isoLevel";
> > AV:long_name = "absolute vorticity";
> > AV:units = "/second";
> > AV:valid_range = -300.f, 300.f;
> > AV:_FillValue = -99999.f;
> >
> > // ozone mixing ratio
> >
> > float
> > O3MR(record, numIsoLevel, y, x);
> > O3MR:record = "valtime, reftime";
> > O3MR:_Navigation_var = "nav";
> > O3MR:numIsoLevel = "isoLevel";
> > O3MR:long_name = "ozone mixing ratio";
> > O3MR:units = "kg/kg";
> > O3MR:_FillValue = -99999.f;
> >
> > // 5-wave geopotential height
> >
> > float
> > WAVH5(record, y, x);
> > WAVH5:record = "valtime, reftime";
> > WAVH5:_Navigation_var = "nav";
> > WAVH5:long_name = "5-wave geopotential height";
> > WAVH5:units = "GpM";
> > WAVH5:_FillValue = -99999.f;
> >
> > // UGRD=u wind component at Isobaric Levels
> >
> > float
> > uW(record, numIsoLevel, y, x);
> > uW:record = "valtime, reftime";
> > uW:_Navigation_var = "nav";
> > uW:numIsoLevel = "isoLevel";
> > uW:long_name = "eastward wind";
> > uW:units = "meters/second";
> > uW:valid_range = -150.f, 150.f;
> > uW:_FillValue = -99999.f;
> >
> > // VGRD=v wind component at Isobaric Levels
> >
> > float
> > vW(record, numIsoLevel, y, x);
> > vW:record = "valtime, reftime";
> > vW:_Navigation_var = "nav";
> > vW:numIsoLevel = "isoLevel";
> > vW:long_name = "northward wind";
> > vW:units = "meters/second";
> > vW:valid_range = -150.f, 150.f;
> > vW:_FillValue = -99999.f;
> >
> > // temperature 30-0 mb above ground
> >
> > float
> > T_30(record, y, x);
> > T_30:record = "valtime, reftime";
> > T_30:_Navigation_var = "nav";
> > T_30:long_name = "temperature 30-0 mb above ground";
> > T_30:units = "kelvin";
> > T_30:valid_range = 160.f, 340.f;
> > T_30:_FillValue = -99999.f;
> >
> > // relative humidity 30-0 mb above ground
> >
> > float
> > RH_30(record, y, x);
> > RH_30:record = "valtime, reftime";
> > RH_30:_Navigation_var = "nav";
> > RH_30:long_name = "relative humidity 30-0 mb above ground";
> > RH_30:units = "percent";
> > RH_30:valid_range = -10.f, 110.f;
> > RH_30:_FillValue = -99999.f;
> >
> > // specific humidity 30-0 mb above ground
> >
> > float
> > SH_30(record, y, x);
> > SH_30:record = "valtime, reftime";
> > SH_30:_Navigation_var = "nav";
> > SH_30:long_name = "specific humidity 30-0 mb above ground";
> > SH_30:units = "percent";
> > SH_30:valid_range = -10.f, 110.f;
> > SH_30:_FillValue = -99999.f;
> >
> > // u wind component 30-0 mb above ground
> >
> > float
> > uW_30(record, y, x);
> > uW_30:record = "valtime, reftime";
> > uW_30:_Navigation_var = "nav";
> > uW_30:long_name = "eastward wind 30-0 mb above ground";
> > uW_30:units = "meters/second";
> > uW_30:valid_range = -300.f, 300.f;
> > uW_30:_FillValue = -99999.f;
> >
> > // v wind component 30-0 mb above ground
> >
> > float
> > vW_30(record, y, x);
> > vW_30:record = "valtime, reftime";
> > vW_30:_Navigation_var = "nav";
> > vW_30:long_name = "northward wind 30-0 mb above ground";
> > vW_30:units = "meters/second";
> > vW_30:valid_range = -300.f, 300.f;
> > vW_30:_FillValue = -99999.f;
> >
> > // temperature at fixed height above MSL
> >
> > float
> > T_FH(record, fixedHeight, y, x);
> > T_FH:record = "valtime, reftime";
> > T_FH:_Navigation_var = "nav";
> > T_FH:fixedHeight = "fixed height level";
> > T_FH:long_name = "temperature at fixed height above MSL";
> > T_FH:units = "kelvin";
> > T_FH:valid_range = 160.f, 340.f;
> > T_FH:_FillValue = -99999.f;
> >
> > // u wind component at fixed height above MSL
> >
> > float
> > uW_FH(record, fixedHeight, y, x);
> > uW_FH:record = "valtime, reftime";
> > uW_FH:_Navigation_var = "nav";
> > uW_FH:fixedHeight = "fixed height level";
> > uW_FH:long_name = "eastward wind at fixed height above MSL";
> > uW_FH:units = "meters/second";
> > uW_FH:valid_range = -300.f, 300.f;
> > uW_FH:_FillValue = -99999.f;
> >
> > // v wind component at fixed height above MSL
> >
> > float
> > vW_FH(record, fixedHeight, y, x);
> > vW_FH:record = "valtime, reftime";
> > vW_FH:_Navigation_var = "nav";
> > vW_FH:fixedHeight = "fixed height level";
> > vW_FH:long_name = "northward wind at fixed height above MSL";
> > vW_FH:units = "meters/second";
> > vW_FH:valid_range = -300.f, 300.f;
> > vW_FH:_FillValue = -99999.f;
> >
> > // surface pressure
> >
> > float
> > P(record, y, x);
> > P:record = "valtime, reftime";
> > P:_Navigation_var = "nav";
> > P:long_name = "pressure at surface";
> > P:units = "pascals";
> > P:valid_range = 30000.f, 110000.f;
> > P:_FillValue = -99999.f;
> >
> > // precipitable water
> >
> > float
> > PW(record, y, x);
> > PW:record = "valtime, reftime";
> > PW:_Navigation_var = "nav";
> > PW:long_name = "precipitable water";
> > PW:units = "kg/m2";
> > PW:valid_range = 0.f, 100.f;
> > PW:_FillValue = -99999.f;
> >
> > // relative humidity (atmos col)
> >
> > float
> > RH_AC(record, y, x);
> > RH_AC:record = "valtime, reftime";
> > RH_AC:_Navigation_var = "nav";
> > RH_AC:long_name = "relative humidity (atmos col)";
> > RH_AC:units = "percent";
> > RH_AC:valid_range = -10.f, 110.f;
> > RH_AC:_FillValue = -99999.f;
> >
> > // geopotential height at tropopause
> >
> > float
> > GH_T(record, y, x);
> > GH_T:record = "valtime, reftime";
> > GH_T:_Navigation_var = "nav";
> > GH_T:long_name = "geopotential height at tropopause";
> > GH_T:units = "meters";
> > GH_T:valid_range = -300.f, 100000.f;
> > GH_T:_FillValue = -99999.f;
> >
> > // temperature at tropopause
> >
> > float
> > T_T(record, y, x);
> > T_T:record = "valtime, reftime";
> > T_T:_Navigation_var = "nav";
> > T_T:long_name = "temperature at tropopause";
> > T_T:units = "kelvin";
> > T_T:valid_range = 160.f, 340.f;
> > T_T:_FillValue = -99999.f;
> >
> > // atmospheric pressure at tropopause
> >
> > float
> > P_T(record, y, x);
> > P_T:record = "valtime, reftime";
> > P_T:_Navigation_var = "nav";
> > P_T:long_name = "pressure at tropopause";
> > P_T:units = "pascals";
> > P_T:valid_range = 0.f, 150000.f;
> > P_T:_FillValue = -99999.f;
> >
> > // vertical speed shear at tropopause
> >
> > float
> > VSS_T(record, y, x);
> > VSS_T:record = "valtime, reftime";
> > VSS_T:_Navigation_var = "nav";
> > VSS_T:long_name = "vertical speed shear at tropopause";
> > VSS_T:units = "1/s";
> > VSS_T:_FillValue = -99999.f;
> >
> > // surface lifted index
> >
> > float
> > LI(record, y, x);
> > LI:record = "valtime, reftime";
> > LI:_Navigation_var = "nav";
> > LI:long_name = "surface lifted index";
> > LI:units = "kelvin";
> > LI:_FillValue = -99999.f;
> >
> > // surface convective available potential energy
> >
> > float
> > CAPE(record, y, x);
> > CAPE:record = "valtime, reftime";
> > CAPE:_Navigation_var = "nav";
> > CAPE:long_name = "surface convective available potential
> > energy";
> > CAPE:units = "J/kg";
> > CAPE:valid_range = 0.f, 20000.f;
> > CAPE:_FillValue = -99999.f;
> >
> > // surface convective inhibition
> >
> > float
> > CIN(record, y, x);
> > CIN:record = "valtime, reftime";
> > CIN:_Navigation_var = "nav";
> > CIN:long_name = "surface convective inhibition";
> > CIN:units = "J/kg";
> > CIN:valid_range = 0.f, 20000.f;
> > CIN:_FillValue = -99999.f;
> >
> > // Best (4-layer) lifted index [K] (Surface)
> >
> > float
> > LFTX4(record, y, x);
> > LFTX4:record = "valtime, reftime";
> > LFTX4:_Navigation_var = "nav";
> > LFTX4:long_name = "Best (4-layer) lifted index";
> > LFTX4:units = "K";
> > LFTX4:_FillValue = -99999.f;
> >
> >
> > // Best (4-layer) lifted index [K] (180-0 mb above gnd)
> >
> > float
> > LFTX4180(record, y, x);
> > LFTX4180:record = "valtime, reftime";
> > LFTX4180:_Navigation_var = "nav";
> > LFTX4180:long_name = "Best (4-layer) lifted index";
> > LFTX4180:units = "K";
> > LFTX4180:_FillValue = -99999.f;
> >
> > // convective available potential energy
> >
> > float
> > CAPE180(record, y, x);
> > CAPE180:record = "valtime, reftime";
> > CAPE180:_Navigation_var = "nav";
> > CAPE180:long_name = "convective available potential energy
> > 180-0 mb";
> > CAPE180:units = "J/kg";
> > CAPE180:valid_range = 0.f, 20000.f;
> > CAPE180:_FillValue = -99999.f;
> >
> > // convective inhibition
> >
> > float
> > CIN180(record, y, x);
> > CIN180:record = "valtime, reftime";
> > CIN180:_Navigation_var = "nav";
> > CIN180:long_name = "convective inhibition 180-0 mb";
> > CIN180:units = "J/kg";
> > CIN180:valid_range = 0.f, 20000.f;
> > CIN180:_FillValue = -99999.f;
> >
> > // geopotential height at maximum wind
> >
> > float
> > GH_WMAX(record, y, x);
> > GH_WMAX:record = "valtime, reftime";
> > GH_WMAX:_Navigation_var = "nav";
> > GH_WMAX:long_name = "geopotential height at maximum wind";
> > GH_WMAX:units = "meters";
> > GH_WMAX:valid_range = -300.f, 100000.f;
> > GH_WMAX:_FillValue = -99999.f;
> >
> > // temperature at maximum wind
> >
> > float
> > T_WMAX(record, y, x);
> > T_WMAX:record = "valtime, reftime";
> > T_WMAX:_Navigation_var = "nav";
> > T_WMAX:long_name = "temperature at maximum wind";
> > T_WMAX:units = "kelvin";
> > T_WMAX:valid_range = 160.f, 340.f;
> > T_WMAX:_FillValue = -99999.f;
> >
> > // atmospheric pressure at max wind
> >
> > float
> > P_WMAX(record, y, x);
> > P_WMAX:record = "valtime, reftime";
> > P_WMAX:_Navigation_var = "nav";
> > P_WMAX:long_name = "pressure at maximum wind";
> > P_WMAX:units = "pascals";
> > P_WMAX:valid_range = 0.f, 150000.f;
> > P_WMAX:_FillValue = -99999.f;
> >
> > // geopotential height of surface
> >
> > float
> > GH_S(record, y, x);
> > GH_S:record = "valtime, reftime";
> > GH_S:_Navigation_var = "nav";
> > GH_S:long_name = "geopotential height of surface";
> > GH_S:units = "meters";
> > GH_S:valid_range = -500.f, 10000.f;
> > GH_S:_FillValue = -99999.f;
> >
> > // atmospheric pressure at mean sea level
> >
> > float
> > PMSL(record, y, x);
> > PMSL:record = "valtime, reftime";
> > PMSL:_Navigation_var = "nav";
> > PMSL:long_name = "pressure at mean sea level";
> > PMSL:units = "pascals";
> > PMSL:valid_range = 85000.f, 110000.f;
> > PMSL:_FillValue = -99999.f;
> >
> > // relative humidity at sigma 0.44-1.00
> >
> > float
> > RH_SONE(record, y, x);
> > RH_SONE:record = "valtime, reftime";
> > RH_SONE:_Navigation_var = "nav";
> > RH_SONE:long_name = "relative humidity - sigma 0.44-1.00";
> > RH_SONE:units = "percent";
> > RH_SONE:valid_range = -10.f, 110.f;
> > RH_SONE:_FillValue = -99999.f;
> >
> > // relative humidity at sigma 0.72-0.94
> >
> > float
> > RH_STWO(record, y, x);
> > RH_STWO:record = "valtime, reftime";
> > RH_STWO:_Navigation_var = "nav";
> > RH_STWO:long_name = "relative humidity - sigma 0.72-0.94";
> > RH_STWO:units = "percent";
> > RH_STWO:valid_range = -10.f, 110.f;
> > RH_STWO:_FillValue = -99999.f;
> >
> > // relative humidity at sigma 0.44-0.72
> >
> > float
> > RH_STRE(record, y, x);
> > RH_STRE:record = "valtime, reftime";
> > RH_STRE:_Navigation_var = "nav";
> > RH_STRE:long_name = "relative humidity - sigma 0.44-0.72";
> > RH_STRE:units = "percent";
> > RH_STRE:valid_range = -10.f, 110.f;
> > RH_STRE:_FillValue = -99999.f;
> >
> > // relative humidity at sigma 0.33-1.00
> >
> > float
> > RH_SFOUR(record, y, x);
> > RH_SFOUR:record = "valtime, reftime";
> > RH_SFOUR:_Navigation_var = "nav";
> > RH_SFOUR:long_name = "relative humidity - sigma 0.33-1.00";
> > RH_SFOUR:units = "percent";
> > RH_SFOUR:valid_range = -10.f, 110.f;
> > RH_SFOUR:_FillValue = -99999.f;
> >
> > // potential temperature, sigma=0.9950
> >
> > float
> > PT_SIG(record, y, x);
> > PT_SIG:record = "valtime, reftime";
> > PT_SIG:_Navigation_var = "nav";
> > PT_SIG:long_name = "potential temperature at sigma=0.9950";
> > PT_SIG:units = "kelvin";
> > PT_SIG:valid_range = 160.f, 340.f;
> > PT_SIG:_FillValue = -99999.f;
> >
> > // temperature, sigma=0.9950
> >
> > float
> > T_SIG(record, y, x);
> > T_SIG:record = "valtime, reftime";
> > T_SIG:_Navigation_var = "nav";
> > T_SIG:long_name = "temperature at sigma=0.9950";
> > T_SIG:units = "kelvin";
> > T_SIG:valid_range = 160.f, 340.f;
> > T_SIG:_FillValue = -99999.f;
> >
> > // pressure vertical velocity, sigma=0.9950
> >
> > float
> > PVV_SIG(record, y, x);
> > PVV_SIG:record = "valtime, reftime";
> > PVV_SIG:_Navigation_var = "nav";
> > PVV_SIG:long_name = "pressure vertical velocity, sigma=0.9950";
> > PVV_SIG:units = "Pa/s";
> > PVV_SIG:valid_range = -10.f, 10.f;
> > PVV_SIG:_FillValue = -99999.f;
> >
> > // relative humidity, sigma=0.9950
> >
> > float
> > RH_SIG(record, y, x);
> > RH_SIG:record = "valtime, reftime";
> > RH_SIG:_Navigation_var = "nav";
> > RH_SIG:long_name = "relative humidity, sigma=0.9950";
> > RH_SIG:units = "percent";
> > RH_SIG:valid_range = -10.f, 110.f;
> > RH_SIG:_FillValue = -99999.f;
> >
> > // TOZNE - Total ozone [Dobson]
> >
> > float
> > TOZNE(record, y, x);
> > TOZNE:record = "valtime, reftime";
> > TOZNE:_Navigation_var = "nav";
> > TOZNE:long_name = "total ozone";
> > TOZNE:units = "dobson";
> > TOZNE:_FillValue = -99999.f;
> >
> > // u wind component at tropopause
> >
> > float
> > uW_T(record, y, x);
> > uW_T:record = "valtime, reftime";
> > uW_T:_Navigation_var = "nav";
> > uW_T:long_name = "eastward wind at tropopause";
> > uW_T:units = "meters/second";
> > uW_T:valid_range = -300.f, 300.f;
> > uW_T:_FillValue = -99999.f;
> >
> > // u wind component at max wind
> >
> > float
> > uW_WMAX(record, y, x);
> > uW_WMAX:record = "valtime, reftime";
> > uW_WMAX:_Navigation_var = "nav";
> > uW_WMAX:long_name = "eastward wind at maximum wind";
> > uW_WMAX:units = "meters/second";
> > uW_WMAX:valid_range = -300.f, 300.f;
> > uW_WMAX:_FillValue = -99999.f;
> >
> > // eastward wind at sigma=0.9950
> >
> > float
> > uW_SIG(record, y, x);
> > uW_SIG:record = "valtime, reftime";
> > uW_SIG:_Navigation_var = "nav";
> > uW_SIG:long_name = "eastward wind at sigma=0.9950";
> > uW_SIG:units = "meters/second";
> > uW_SIG:valid_range = -300.f, 300.f;
> > uW_SIG:_FillValue = -99999.f;
> >
> > // v wind component at tropopause
> >
> > float
> > vW_T(record, y, x);
> > vW_T:record = "valtime, reftime";
> > vW_T:_Navigation_var = "nav";
> > vW_T:long_name = "northward wind at tropopause";
> > vW_T:units = "meters/second";
> > vW_T:valid_range = -300.f, 300.f;
> > vW_T:_FillValue = -99999.f;
> >
> > // v wind component at maximum
> >
> > float
> > vW_WMAX(record, y, x);
> > vW_WMAX:record = "valtime, reftime";
> > vW_WMAX:_Navigation_var = "nav";
> > vW_WMAX:long_name = "northward wind at maximum wind";
> > vW_WMAX:units = "meters/second";
> > vW_WMAX:valid_range = -300.f, 300.f;
> > vW_WMAX:_FillValue = -99999.f;
> >
> > // northward wind at sigma=0.9950
> >
> > float
> > vW_SIG(record, y, x);
> > vW_SIG:record = "valtime, reftime";
> > vW_SIG:_Navigation_var = "nav";
> > vW_SIG:long_name = "northward wind at sigma=0.9950";
> > vW_SIG:units = "meters/second";
> > vW_SIG:valid_range = -300.f, 300.f;
> > vW_SIG:_FillValue = -99999.f;
> >
> > // sensible heat flux at surface
> >
> > float
> > SHTFL(record, y, x);
> > SHTFL:record = "valtime, reftime";
> > SHTFL:_Navigation_var = "nav";
> > SHTFL:long_name = "sensible heat flux at surface";
> > SHTFL:units = "W/m2";
> > SHTFL:_FillValue = -99999.f;
> >
> > // latent heat flux at surface
> >
> > float
> > LHTFL(record, y, x);
> > LHTFL:record = "valtime, reftime";
> > LHTFL:_Navigation_var = "nav";
> > LHTFL:long_name = "latent heat flux at surface";
> > LHTFL:units = "W/m2";
> > LHTFL:_FillValue = -99999.f;
> >
> > // temperature at surface
> >
> > float
> > T_S(record, y, x);
> > T_S:record = "valtime, reftime";
> > T_S:_Navigation_var = "nav";
> > T_S:long_name = "temperature at surface";
> > T_S:units = "kelvin";
> > T_S:valid_range = 160.f, 340.f;
> > T_S:_FillValue = -99999.f;
> >
> > // volumetric soil moisture 0-10cm down from surface
> >
> > float
> > USOILW(record, y, x);
> > USOILW:record = "valtime, reftime";
> > USOILW:_Navigation_var = "nav";
> > USOILW:long_name = "volumetric soil moisture 0-10cm down from
> > surface";
> > USOILW:units = "fraction";
> > USOILW:_FillValue = -99999.f;
> >
> > // volumetric soil moisture 10-200cm down from surface
> >
> > float
> > LSOILW(record, y, x);
> > LSOILW:record = "valtime, reftime";
> > LSOILW:_Navigation_var = "nav";
> > LSOILW:long_name = "volumetric soil moisture 10-200cm down from
> > surface";
> > LSOILW:units = "fraction";
> > LSOILW:_FillValue = -99999.f;
> >
> > // temperature 0-10 cm down from surface
> >
> > float
> > T_10D(record, y, x);
> > T_10D:record = "valtime, reftime";
> > T_10D:_Navigation_var = "nav";
> > T_10D:long_name = "temperature 0-10 cm down from surface";
> > T_10D:units = "kelvin";
> > T_10D:valid_range = 160.f, 340.f;
> > T_10D:_FillValue = -99999.f;
> >
> > // temperature 10-200 cm down from surface
> >
> > float
> > T_200D(record, y, x);
> > T_200D:record = "valtime, reftime";
> > T_200D:_Navigation_var = "nav";
> > T_200D:long_name = "temperature 10-200 cm down from surface";
> > T_200D:units = "kelvin";
> > T_200D:valid_range = 160.f, 340.f;
> > T_200D:_FillValue = -99999.f;
> >
> > // accumulated snow
> >
> > float
> > ACCS(record, y, x);
> > ACCS:record = "valtime, reftime";
> > ACCS:_Navigation_var = "nav";
> > ACCS:long_name = "accumulated snow";
> > ACCS:units = "kg/m2";
> > ACCS:_FillValue = -99999.f;
> >
> > // downward long wave flux at surface
> >
> > float
> > DLWF_S(record, y, x);
> > DLWF_S:record = "valtime, reftime";
> > DLWF_S:_Navigation_var = "nav";
> > DLWF_S:long_name = "downward long wave flux at surface";
> > DLWF_S:units = "W/m2";
> > DLWF_S:_FillValue = -99999.f;
> >
> > // upward long wave flux at surface
> >
> > float
> > ULWF_S(record, y, x);
> > ULWF_S:record = "valtime, reftime";
> > ULWF_S:_Navigation_var = "nav";
> > ULWF_S:long_name = "upward long wave flux at surface";
> > ULWF_S:units = "W/m2";
> > ULWF_S:_FillValue = -99999.f;
> >
> > // upward long wave flux at nom. top
> >
> > float
> > ULWF_NT(record, y, x);
> > ULWF_NT:record = "valtime, reftime";
> > ULWF_NT:_Navigation_var = "nav";
> > ULWF_NT:long_name = "upward long wave flux at nom. top";
> > ULWF_NT:units = "W/m2";
> > ULWF_NT:_FillValue = -99999.f;
> >
> > // upward short wave flux at nom. top
> >
> > float
> > USWF_NT(record, y, x);
> > USWF_NT:record = "valtime, reftime";
> > USWF_NT:_Navigation_var = "nav";
> > USWF_NT:long_name = "upward short wave flux at nom. top";
> > USWF_NT:units = "W/m2";
> > USWF_NT:_FillValue = -99999.f;
> >
> > // upward short wave flux at surface
> >
> > float
> > USWF_S(record, y, x);
> > USWF_S:record = "valtime, reftime";
> > USWF_S:_Navigation_var = "nav";
> > USWF_S:long_name = "upward short wave flux at surface";
> > USWF_S:units = "W/m2";
> > USWF_S:_FillValue = -99999.f;
> >
> > // downward short wave flux at surface
> >
> > float
> > DSWF_S(record, y, x);
> > DSWF_S:record = "valtime, reftime";
> > DSWF_S:_Navigation_var = "nav";
> > DSWF_S:long_name = "downward short wave flux at surface";
> > DSWF_S:units = "W/m2";
> > DSWF_S:_FillValue = -99999.f;
> >
> > // total cloud cover - high cloud layer
> >
> > float
> > TCC_HCLD(record, y, x);
> > TCC_HCLD:record = "valtime, reftime";
> > TCC_HCLD:_Navigation_var = "nav";
> > TCC_HCLD:long_name = "total cloud cover - high cloud layer";
> > TCC_HCLD:units = "percent";
> > TCC_HCLD:_FillValue = -99999.f;
> >
> > // pressure at top of high cloud layer
> >
> > float
> > P_THCLD(record, y, x);
> > P_THCLD:record = "valtime, reftime";
> > P_THCLD:_Navigation_var = "nav";
> > P_THCLD:long_name = "pressure at top of high cloud layer";
> > P_THCLD:units = "pascals";
> > P_THCLD:valid_range = 0.f, 150000.f;
> > P_THCLD:_FillValue = -99999.f;
> >
> > // pressure at bottom of high cloud layer
> >
> > float
> > P_BHCLD(record, y, x);
> > P_BHCLD:record = "valtime, reftime";
> > P_BHCLD:_Navigation_var = "nav";
> > P_BHCLD:long_name = "pressure at bottom of high cloud layer";
> > P_BHCLD:units = "pascals";
> > P_BHCLD:valid_range = 0.f, 150000.f;
> > P_BHCLD:_FillValue = -99999.f;
> >
> > // temperature at top of high cloud layer
> >
> > float
> > T_THCLD(record, y, x);
> > T_THCLD:record = "valtime, reftime";
> > T_THCLD:_Navigation_var = "nav";
> > T_THCLD:long_name = "temperature at top of high cloud layer";
> > T_THCLD:units = "kelvin";
> > T_THCLD:valid_range = 160.f, 340.f;
> > T_THCLD:_FillValue = -99999.f;
> >
> > // total cloud cover - medium cloud layer
> >
> > float
> > TCC_MCLD(record, y, x);
> > TCC_MCLD:record = "valtime, reftime";
> > TCC_MCLD:_Navigation_var = "nav";
> > TCC_MCLD:long_name = "total cloud cover - medium cloud layer";
> > TCC_MCLD:units = "percent";
> > TCC_MCLD:_FillValue = -99999.f;
> >
> > // pressure at top of medium cloud layer
> >
> > float
> > P_TMCLD(record, y, x);
> > P_TMCLD:record = "valtime, reftime";
> > P_TMCLD:_Navigation_var = "nav";
> > P_TMCLD:long_name = "pressure at top of medium cloud layer";
> > P_TMCLD:units = "pascals";
> > P_TMCLD:valid_range = 0.f, 150000.f;
> > P_TMCLD:_FillValue = -99999.f;
> >
> > // pressure at bottom of medium cloud layer
> >
> > float
> > P_BMCLD(record, y, x);
> > P_BMCLD:record = "valtime, reftime";
> > P_BMCLD:_Navigation_var = "nav";
> > P_BMCLD:long_name = "pressure at bottom of medium cloud layer";
> > P_BMCLD:units = "pascals";
> > P_BMCLD:valid_range = 0.f, 150000.f;
> > P_BMCLD:_FillValue = -99999.f;
> >
> > // temperature at top of medium cloud layer
> >
> > float
> > T_TMCLD(record, y, x);
> > T_TMCLD:record = "valtime, reftime";
> > T_TMCLD:_Navigation_var = "nav";
> > T_TMCLD:long_name = "temperature at top of medium cloud layer";
> > T_TMCLD:units = "kelvin";
> > T_TMCLD:valid_range = 160.f, 340.f;
> > T_TMCLD:_FillValue = -99999.f;
> >
> > // total cloud cover - low cloud layer
> >
> > float
> > TCC_LCLD(record, y, x);
> > TCC_LCLD:record = "valtime, reftime";
> > TCC_LCLD:_Navigation_var = "nav";
> > TCC_LCLD:long_name = "total cloud cover - low cloud layer";
> > TCC_LCLD:units = "percent";
> > TCC_LCLD:_FillValue = -99999.f;
> >
> > // pressure at top of low cloud layer
> >
> > float
> > P_TLCLD(record, y, x);
> > P_TLCLD:record = "valtime, reftime";
> > P_TLCLD:_Navigation_var = "nav";
> > P_TLCLD:long_name = "pressure at top of low cloud layer";
> > P_TLCLD:units = "pascals";
> > P_TLCLD:valid_range = 0.f, 150000.f;
> > P_TLCLD:_FillValue = -99999.f;
> >
> > // pressure at bottom of low cloud layer
> >
> > float
> > P_BLCLD(record, y, x);
> > P_BLCLD:record = "valtime, reftime";
> > P_BLCLD:_Navigation_var = "nav";
> > P_BLCLD:long_name = "pressure at bottom of low cloud layer";
> > P_BLCLD:units = "pascals";
> > P_BLCLD:valid_range = 0.f, 150000.f;
> > P_BLCLD:_FillValue = -99999.f;
> >
> > // temperature at top of low cloud layer
> >
> > float
> > T_TLCLD(record, y, x);
> > T_TLCLD:record = "valtime, reftime";
> > T_TLCLD:_Navigation_var = "nav";
> > T_TLCLD:long_name = "temperature at top of low cloud layer";
> > T_TLCLD:units = "kelvin";
> > T_TLCLD:valid_range = 160.f, 340.f;
> > T_TLCLD:_FillValue = -99999.f;
> >
> > // precipitation rate
> >
> > float
> > PRATE(record, y, x);
> > PRATE:record = "valtime, reftime";
> > PRATE:_Navigation_var = "nav";
> > PRATE:long_name = "precipitation rate";
> > PRATE:units = "kg/m2/s";
> > PRATE:_FillValue = -99999.f;
> >
> > // convective precipitation rate
> >
> > float
> > CPRAT(record, y, x);
> > CPRAT:record = "valtime, reftime";
> > CPRAT:_Navigation_var = "nav";
> > CPRAT:long_name = "convective precipitation rate";
> > CPRAT:units = "kg/m2/s";
> > CPRAT:_FillValue = -99999.f;
> >
> > // ground heat flux
> >
> > float
> > GHF(record, y, x);
> > GHF:record = "valtime, reftime";
> > GHF:_Navigation_var = "nav";
> > GHF:long_name = "ground heat flux";
> > GHF:units = "W/m2";
> > GHF:_FillValue = -99999.f;
> >
> > // land cover
> >
> > float
> > LAND(record, y, x);
> > LAND:record = "valtime, reftime";
> > LAND:_Navigation_var = "nav";
> > LAND:long_name = "land cover (1=land, 0=sea)";
> > LAND:units = "fraction";
> > LAND:valid_range = 0.f, 1.f;
> > LAND:_FillValue = -99999.f;
> >
> > // ice concentration
> >
> > float
> > ICEC(record, y, x);
> > ICEC:record = "valtime, reftime";
> > ICEC:_Navigation_var = "nav";
> > ICEC:long_name = "ice concentration (1=ice, 0=no ice)";
> > ICEC:units = "fraction";
> > ICEC:valid_range = 0.f, 1.f;
> > ICEC:_FillValue = -99999.f;
> >
> > // temperature 2m above the ground
> >
> > float
> > T_2M(record, y, x);
> > T_2M:record = "valtime, reftime";
> > T_2M:_Navigation_var = "nav";
> > T_2M:long_name = "temperature 2m above the ground";
> > T_2M:units = "kelvin";
> > T_2M:valid_range = 160.f, 340.f;
> > T_2M:_FillValue = -99999.f;
> >
> > // specific humidity 2m above ground
> >
> > float
> > SH_2M(record, y, x);
> > SH_2M:record = "valtime, reftime";
> > SH_2M:_Navigation_var = "nav";
> > SH_2M:long_name = "specific humidity 2m above ground";
> > SH_2M:units = "kg/kg";
> > SH_2M:_FillValue = -99999.f;
> >
> > // maximum temperature 2m above the ground
> >
> > float
> > TMAX_2M(record, y, x);
> > TMAX_2M:record = "valtime, reftime";
> > TMAX_2M:_Navigation_var = "nav";
> > TMAX_2M:long_name = "maximum temperature 2m above the ground";
> > TMAX_2M:units = "kelvin";
> > TMAX_2M:valid_range = 160.f, 340.f;
> > TMAX_2M:_FillValue = -99999.f;
> >
> > // minimum temperature 2m above the ground
> >
> > float
> > TMIN_2M(record, y, x);
> > TMIN_2M:record = "valtime, reftime";
> > TMIN_2M:_Navigation_var = "nav";
> > TMIN_2M:long_name = "minimum temperature 2m above the ground";
> > TMIN_2M:units = "kelvin";
> > TMIN_2M:valid_range = 160.f, 340.f;
> > TMIN_2M:_FillValue = -99999.f;
> >
> > // water runoff
> >
> > float
> > WATR(record, y, x);
> > WATR:record = "valtime, reftime";
> > WATR:_Navigation_var = "nav";
> > WATR:long_name = "water runoff";
> > WATR:units = "kg/m2";
> > WATR:_FillValue = -99999.f;
> >
> > // potential evaporation rate
> >
> > float
> > PEVPR(record, y, x);
> > PEVPR:record = "valtime, reftime";
> > PEVPR:_Navigation_var = "nav";
> > PEVPR:long_name = "potential evaporation rate";
> > PEVPR:units = "W/m2";
> > PEVPR:_FillValue = -99999.f;
> >
> > // cloud work function
> >
> > float
> > CWF(record, y, x);
> > CWF:record = "valtime, reftime";
> > CWF:_Navigation_var = "nav";
> > CWF:long_name = "cloud work function";
> > CWF:units = "J/kg";
> > CWF:_FillValue = -99999.f;
> >
> > // planetary boundary layer height
> >
> > float
> > PBLH(record, y, x);
> > PBLH:record = "valtime, reftime";
> > PBLH:_Navigation_var = "nav";
> > PBLH:long_name = "planetary boundary layer height";
> > PBLH:units = "meters";
> > PBLH:_FillValue = -99999.f;
> >
> > // albedo at the surface
> >
> > float
> > ALBDO(record, y, x);
> > ALBDO:record = "valtime, reftime";
> > ALBDO:_Navigation_var = "nav";
> > ALBDO:long_name = "albedo at the surface";
> > ALBDO:units = "percent";
> > ALBDO:_FillValue = -99999.f;
> >
> > // total cloud cover - atmos col
> >
> > float
> > TCC_HAC(record, y, x);
> > TCC_HAC:record = "valtime, reftime";
> > TCC_HAC:_Navigation_var = "nav";
> > TCC_HAC:long_name = "total cloud cover - atmos col";
> > TCC_HAC:units = "percent";
> > TCC_HAC:_FillValue = -99999.f;
> >
> > // total cloud cover - convective cloud
> >
> > float
> > TCC_CON(record, y, x);
> > TCC_CON:record = "valtime, reftime";
> > TCC_CON:_Navigation_var = "nav";
> > TCC_CON:long_name = "total cloud cover - convective cloud";
> > TCC_CON:units = "percent";
> > TCC_CON:_FillValue = -99999.f;
> >
> > // pressure at top of convective cloud
> >
> > float
> > P_TLCON(record, y, x);
> > P_TLCON:record = "valtime, reftime";
> > P_TLCON:_Navigation_var = "nav";
> > P_TLCON:long_name = "pressure at top of convective cloud";
> > P_TLCON:units = "pascals";
> > P_TLCON:valid_range = 0.f, 150000.f;
> > P_TLCON:_FillValue = -99999.f;
> >
> > // pressure at bottom of convective cloud
> >
> > float
> > P_BLCON(record, y, x);
> > P_BLCON:record = "valtime, reftime";
> > P_BLCON:_Navigation_var = "nav";
> > P_BLCON:long_name = "pressure at bottom of convective cloud";
> > P_BLCON:units = "pascals";
> > P_BLCON:valid_range = 0.f, 150000.f;
> > P_BLCON:_FillValue = -99999.f;
> >
> > // total cloud cover - boundary cloud layer
> >
> > float
> > TCC_BND(record, y, x);
> > TCC_BND:record = "valtime, reftime";
> > TCC_BND:_Navigation_var = "nav";
> > TCC_BND:long_name = "total cloud cover - boundary cloud layer";
> > TCC_BND:units = "percent";
> > TCC_BND:_FillValue = -99999.f;
> >
> > // total precipitation at surface
> >
> > float
> > APCP(record, y, x);
> > APCP:record = "valtime, reftime";
> > APCP:_Navigation_var = "nav";
> > APCP:long_name = "total precipitation";
> > APCP:units = "kg/m2";
> > APCP:valid_range = 0.f, 1000.f;
> > APCP:_FillValue = -99999.f;
> >
> >
> > // convective precipitation
> >
> > float
> > ACPCP(record, y, x);
> > ACPCP:record = "valtime, reftime";
> > ACPCP:_Navigation_var = "nav";
> > ACPCP:long_name = "convective precipitation";
> > ACPCP:units = "kg/m2";
> > ACPCP:valid_range = 0.f, 1000.f;
> > ACPCP:_FillValue = -99999.f;
> >
> > // categorical rain at the surface
> >
> > float
> > CRAIN(record, y, x);
> > CRAIN:record = "valtime, reftime";
> > CRAIN:_Navigation_var = "nav";
> > CRAIN:long_name = "categorical rain at the surface (1=yes,
> > 0=no)";
> > CRAIN:units = "flag";
> > CRAIN:_FillValue = -99999.f;
> >
> > // categorical freezing rain
> >
> > float
> > CFR(record, y, x);
> > CFR:record = "valtime, reftime";
> > CFR:_Navigation_var = "nav";
> > CFR:long_name = "categorical freezing rain at the surface
> > (1=yes, 0=no)";
> > CFR:units = "flag";
> > CFR:_FillValue = -99999.f;
> >
> > // categorical ice pellets
> >
> > float
> > CIP(record, y, x);
> > CIP:record = "valtime, reftime";
> > CIP:_Navigation_var = "nav";
> > CIP:long_name = "categorical ice pellets at the surface (1=yes,
> > 0=no)";
> > CIP:units = "flag";
> > CIP:_FillValue = -99999.f;
> >
> > // categorical snow
> >
> > float
> > CS(record, y, x);
> > CS:record = "valtime, reftime";
> > CS:_Navigation_var = "nav";
> > CS:long_name = "categorical snow at the surface (1=yes, 0=no)";
> > CS:units = "flag";
> > CS:_FillValue = -99999.f;
> >
> > // relative humidity 2m above ground
> >
> > float
> > RH_2M(record, y, x);
> > RH_2M:record = "valtime, reftime";
> > RH_2M:_Navigation_var = "nav";
> > RH_2M:long_name = "relative humidity 2m above ground";
> > RH_2M:units = "percent";
> > RH_2M:valid_range = -10.f, 110.f;
> > RH_2M:_FillValue = -99999.f;
> >
> > // zonal momentum flux at the surface
> >
> > float
> > ZMF_S(record, y, x);
> > ZMF_S:record = "valtime, reftime";
> > ZMF_S:_Navigation_var = "nav";
> > ZMF_S:long_name = "zonal momentum flux at the surface";
> > ZMF_S:units = "N/m2";
> > ZMF_S:_FillValue = -99999.f;
> >
> > // eastward wind at 10m above ground
> >
> > float
> > uW_10M(record, y, x);
> > uW_10M:record = "valtime, reftime";
> > uW_10M:_Navigation_var = "nav";
> > uW_10M:long_name = "eastward wind at 10m above ground";
> > uW_10M:units = "meters/second";
> > uW_10M:valid_range = -300.f, 300.f;
> > uW_10M:_FillValue = -99999.f;
> >
> > // zonal gravity wave stress
> >
> > float
> > ZGWS(record, y, x);
> > ZGWS:record = "valtime, reftime";
> > ZGWS:_Navigation_var = "nav";
> > ZGWS:long_name = "zonal gravity wave stress";
> > ZGWS:units = "N/m2";
> > ZGWS:_FillValue = -99999.f;
> >
> > // meridional momentum flux
> >
> > float
> > MMF(record, y, x);
> > MMF:record = "valtime, reftime";
> > MMF:_Navigation_var = "nav";
> > MMF:long_name = "meridional momentum flux";
> > MMF:units = "N/m2";
> > MMF:_FillValue = -99999.f;
> >
> > // northward wind at 10m above ground
> >
> > float
> > vW_10M(record, y, x);
> > vW_10M:record = "valtime, reftime";
> > vW_10M:_Navigation_var = "nav";
> > vW_10M:long_name = "northward wind at 10m above ground";
> > vW_10M:units = "meters/second";
> > vW_10M:valid_range = -300.f, 300.f;
> > vW_10M:_FillValue = -99999.f;
> >
> > // meridional gravity wave stress
> >
> > float
> > MGWS(record, y, x);
> > MGWS:record = "valtime, reftime";
> > MGWS:_Navigation_var = "nav";
> > MGWS:long_name = "meridional gravity wave stress";
> > MGWS:units = "N/m2";
> > MGWS:_FillValue = -99999.f;
> >
> > // geopotential height anomaly
> >
> > float
> > GHA(record, numIsoLevel, y, x);
> > GHA:record = "valtime, reftime";
> > GHA:_Navigation_var = "nav";
> > GHA:numIsoLevel = "isoLevel";
> > GHA:long_name = "geopotential height anomaly";
> > GHA:units = "gpm";
> > GHA:_FillValue = -99999.f;
> >
> > // 5-wave geopotential height anomaly
> >
> > float
> > WAV5(record, y, x);
> > WAV5:record = "valtime, reftime";
> > WAV5:_Navigation_var = "nav";
> > WAV5:long_name = "5-wave geopotential height anomaly - 500 mb";
> > WAV5:units = "gpm";
> > WAV5:_FillValue = -99999.f;
> >
> > // time the data is valid at
> >
> > double
> > valtime(record);
> > valtime:long_name = "valid time";
> > valtime:units = "seconds since (1970-1-1 00:00:00.0)";
> >
> > // reference time of the model
> >
> > double
> > reftime(record);
> > reftime:long_name = "reference time";
> > reftime:units = "seconds since (1970-1-1 00:00:00.0)";
> >
> > // vertical levels
> >
> > double
> > isoLevel(numIsoLevel);
> > isoLevel:long_name = "isobaric levels";
> > isoLevel:units = "millibars";
> >
> > double
> > fixedHeightLevels(fixedHeight);
> > fixedHeightLevels:long_name = "fixed height levels";
> > fixedHeightLevels:units = "meters";
> >
> > // nice name for originating center
> >
> > char
> > origin(namelen);
> >
> > // nice name for model
> >
> > char
> > model(namelen);
> >
> > // nice name for grid
> >
> > char
> > grid(namelen);
> >
> > //----------------------------------------------------------------------
> > // navigation information
> > //----------------------------------------------------------------------
> >
> > // projection type
> >
> > char
> > nav(namelen);
> > nav:long_name = "projection type";
> >
> > // version number of cdl definition
> >
> > int
> > version;
> >
> > :history = "created by FSL Data Systems";
> > :title = "Global 26 layer spectral Aviation Model";
> > :query = "GDAM.NMC.AVN126.65160PointGlobalLatLon.*";
> > :age = 21600;
> >
> > data:
> >
> > version = 1;
> > origin = "NOAA/ERL Forecast Systems Laboratory, Boulder CO";
> > model = "126 wave triangular, 26 layer spectral aviation run";
> > grid = "global";
> > nav = "Latitude/Longitude";
> > isoLevel = 1000.0, 975.0, 950.0, 925.0, 900.0, 850.0, 800.0,
> > 750.0, 700.0, 650.0, 600.0, 550.0, 500.0, 450.0,
> > 400.0, 350.0, 300.0, 250.0, 200.0, 150.0, 100.0,
> > 70.0, 50.0, 30.0, 20.0, 10.0;
> > fixedHeightLevels = 1829.0, 2743.0, 3658.0;
> > }
> >
> >
> > ------- End of Forwarded Message
> >
> >
>
> ===============================================================================
> Robb Kambic Unidata Program Center
> Software Engineer III Univ. Corp for Atmospheric Research
> address@hidden WWW: http://www.unidata.ucar.edu/
> ===============================================================================
>
>
===============================================================================
Robb Kambic Unidata Program Center
Software Engineer III Univ. Corp for Atmospheric Research
address@hidden WWW: http://www.unidata.ucar.edu/
===============================================================================
- References:
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