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Re: 20051117: NetCDF decoder pqact entries
- Subject: Re: 20051117: NetCDF decoder pqact entries
- Date: Thu, 17 Nov 2005 16:13:21 -0700 (MST)
On Thu, 17 Nov 2005, Unidata Support wrote:
>
> Robb,
>
> See second paragraph for request of pqact entries for NC decoders 4.0.0.
>
> ------- Forwarded Message
>
> >To: Unidata Support <address@hidden>
> >From: Mark Seefeldt <address@hidden>
> >Subject: NetCDF decoder pqact entries
> >Organization: UCAR/Unidata
> >Keywords: 200511172016.jAHKGG7s010277
>
> I am currently running LDM 6.4.3. I have also intalled GEMPAK 5.8.3a.
> I used the gen_pqact.csh script to create a pqact file to create the
> GEMPAK files. All appears to be working very well with that.
>
> I have recently installed the NetCDF Decoders 4.0.0 (along with the
> necessary netCDF, UDUNITS, and Perl-netCDF packages. I would now like
> to create a pqact file/entries for the netCDF files. I have discovered
> the file gribtonc.entries which appears to have the necessary entries
> for the GRIB files. Is this correct? Other than making changes for the
> local filesystem, is there anything else that I need to do to implement
> these pqact entries? Are there any similar sample entries for the
> non-GRIB products?
Mark,
the documentation was sent out with the release, maybe i should include it
some where on the web page. i'll attach the list of pqact actions for
both the text bulletions and the model files.
robb...
>
> If there is a document already present to answer these questions, feel
> free to point me that direction. I was not able to find any in my search.
>
> Thanks
>
> Mark
>
> --
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> ------- 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/
===============================================================================
#
# surface data in netCDF format
#
# metar decoder, creates NetCDF files formated Surface_METAR_yyyymmdd_hh00.nc
# All aviation reports including metar tests. old netcdf file format
DDS|IDS ^S(A....|P....|XUS8.) .... ([0-3][0-9])
PIPE decoders/metar2nc
etc/metar.cdl
data/pub/decoded/netcdf/surface/metarold
#
# metar decoder, creates NetCDF files with new CDL format on a daily basis
# formated data/decoded/yyyymmdd_metar.nc
DDS|IDS ^S(A....|P....|XUS8.) .... ([0-3][0-9])
PIPE decoders/metar2nc.new1
etc/metar.cdl.new1
data/pub/decoded/netcdf/surface/metar
#
# upper air perl decoder
DDS|IDS ^U[ABDEFGHIJKLMPQRSTXZ].... .... ([0-3][0-9])
PIPE decoders/ua2nc
etc/raob.cdl
data/pub/decoded/netcdf/upperair
#
# buoy reports in yymmddhh_buoy.nc decoded into NetCDF format
DDS|IDS ^S[NS].... .... ([0-3][0-9])
PIPE decoders/buoy2nc
etc/buoy.cdl
data/pub/decoded/netcdf/surface/buoy
#
# Synoptic reports in yymmddhh_syn.nc decoded into NetCDF format
DDS|IDS ^SM.... .... ([0-3][0-9])
PIPE decoders/syn2nc
etc/syn.cdl
data/pub/decoded/netcdf/surface/synoptic
#
# grid data in netCDF format
#
# GFS grid on Lambert conformal CONUS grid replacing avn-q
HRS ^Y.Q... KWB. (..)(..).*/m(AVN|SSIAVN|GFS|SSIGFS)
PIPE decoders/gribtonc
etc/gfs_211.cdl
data/pub/decoded/netcdf/grid/NCEP/GFS/CONUS_80km/GFS_CONUS_80km_(\1:yyyy)(\1:mm)\1_\200.nc
#
# GFS grid on thinned grids, interpolated to global 5.0 x 2.5 regular grid
HRS ^H.[I-P]... KWB. (..)(..).*/m(AVN|SSIAVN|GFS|SSIGFS)
PIPE decoders/gribtonc
-q "lin,dlat=2.5,dlon=5.0" etc/gfs_37-44.cdl
data/pub/decoded/netcdf/grid/NCEP/GFS/Global_5x2p5deg/GFS_Global_5x2p5deg_(\1:yyyy)(\1:mm)\1_\200.nc
#
# ECMWF grid on global 2.5 x 2.5 degree grid
HRS ^H.[A-L]... ECMF (..)(..)
PIPE decoders/gribtonc
etc/ecmwf_1-12.cdl
data/pub/decoded/netcdf/grid/ECMWF/Global_2p5/ECMWF_Global_2p5_(\1:yyyy)(\1:mm)\1_\200.nc
#
# ETA grid on Lambert conformal CONUS grid
HRS ^Y.Q... KWB. (..)(..).*/m(ETA|NAM)
PIPE decoders/gribtonc
etc/eta_211.cdl
data/pub/decoded/netcdf/grid/NCEP/NAM/CONUS_80km/NAM_CONUS_80km_(\1:yyyy)(\1:mm)\1_\200.nc
#
# GFS grid on global 5.0 x 5.0 degree grid
HRS ^H.[EF]... KWB. (..)(..)
PIPE decoders/gribtonc
etc/gfs_25-26.cdl
data/pub/decoded/netcdf/grid/NCEP/GFS/Extended_Global_5p0deg/GFS_Extended_Global_5p0deg_(\1:yyyy)(\1:mm)\1_\200.nc
#
# NGM grid on Lambert conformal CONUS grid
#HRS ^Y.Q... KWB. (..)(..).*/mNGM
# PIPE decoders/gribtonc
# etc/ngm_211.cdl
#
data/pub/decoded/netcdf/grid/NCEP/NGM/CONUS_80km/NGM_CONUS_80km_(\1:yyyy)(\1:mm)\1_\200.nc
#
# NOW and PWAV grids on global 5.0 x 2.5 degree grids
HRS ^H.[A-D]... .... (..)(..).*(/mNOW|/mPWAV)
PIPE decoders/gribtonc
etc/ocean_21-24.cdl
data/pub/decoded/netcdf/grid/NCEP/OCEAN/Global_5x2p5deg/OCEAN_Global_5x2p5deg_(\1:yyyy)(\1:mm)\1_\200.nc
#
# RUC grid on Lambert conformal CONUS grid
HRS ^[YZ].Q... KWB. (..)(..).*/mRUC
PIPE decoders/gribtonc
etc/ruc_211.cdl
data/pub/decoded/netcdf/grid/NCEP/RUC/CONUS_80km/RUC_CONUS_80km_(\1:yyyy)(\1:mm)\1_\200.nc
#
# RUC2 grid on Lambert conformal CONUS grid
HRS ^Y.W... KWB. (..)(..).*/mRUC2
PIPE decoders/gribtonc
etc/ruc2_236.cdl
data/pub/decoded/netcdf/grid/NCEP/RUC2/CONUS_40km/RUC2_CONUS_40km_(\1:yyyy)(\1:mm)\1_\200.nc
#
# SST grid on global 5.0 x 2.5 degree grids
HRS ^H.[A-D]... .... (..)(..).*/mSST
PIPE decoders/gribtonc
etc/sst_21-24.cdl
data/pub/decoded/netcdf/grid/NCEP/SST/Global_5x2p5deg/SST_Global_5x2p5deg_(\1:yyyy)(\1:mm)\1_\200.nc
#
# SST grid on global 2.0 x 2.0 degree grid
HRS ^H.[T-W]... .... (..)(..).*/mSST
PIPE decoders/gribtonc
etc/sst_61-64.cdl
data/pub/decoded/netcdf/grid/NCEP/SST/Global_2x2deg/SST_Global_2x2deg_(\1:yyyy)(\1:mm)\1_\200.nc
#
