Changes between Version 9 and Version 10 of FpInputMetGfs


Ignore:
Timestamp:
Jul 15, 2016, 10:26:08 AM (8 years ago)
Author:
pesei
Comment:

just some improvements of formatting

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  • FpInputMetGfs

    v9 v10  
    2323Getting the data into FLEXPART
    2424
    25 1.     The received files should be in the format 201001011300.pgbh01.gdas.20100101-20100105.grb2. Make sure the data is not in format pgbh02.gdas.20100101-20100105.grb2 without the date/time in the beginning. If this is the case, you probably did not check the “Split output files into one timestep per file” box.
     251.     The received files should be in the format `201001011300.pgbh01.gdas.20100101-20100105.grb2`. Make sure the data is not in format `pgbh02.gdas.20100101-20100105.grb2` without the date/time in the beginning. If this is the case, you probably did not check the “'''Split output files into one timestep per file'''” box.
    2626
    27 2.     In case you also downloaded the analysis data (labeled "pgbhnl"): It does not include all of the surface variables like 2 m temperature and 10 m winds, and so can't be used in FLEXPART. Use the 6 h forecast files (labeled “pgbh06”) instead to cover the time steps 00 06 12 and 18. See also the example for the AVAILABLE file below.
     272.     In case you also downloaded the analysis data (labeled "pgbhnl"): It does not include all of the surface variables like 2 m temperature and 10 m winds, and so can't be used in FLEXPART. Use the 6 h forecast files (labeled '''pgbh06''') instead to cover the time steps 00 06 12 and 18. See also the example for the AVAILABLE file below.
    2828
    29 3.     The files that you want to use in Flexpart have to be listed in the AVAILABLE file like this
     293.     The files that you want to use in Flexpart have to be listed in the `AVAILABLE` file like this
    3030
    3131 
    3232
     33
     34{{{
    3335DATE     TIME         FILENAME     SPECIFICATIONS
     36YYYYMMDD HHMISS
     37________ ______      __________      __________
     3820100101 000000      201001010000.pgbh06.gdas.20091226-20091231.grb2      ON DISC
     3920100101 010000      201001010100.pgbh01.gdas.20100101-20100105.grb2      ON DISC
     4020100101 020000      201001010200.pgbh02.gdas.20100101-20100105.grb2      ON DISC
     41}}}
    3442
    35 YYYYMMDD HHMISS
    36 
    37 ________ ______      __________      __________
    38 
    39 20100101 000000      201001010000.pgbh06.gdas.20091226-20091231.grb2      ON DISC
    40 
    41 20100101 010000      201001010100.pgbh01.gdas.20100101-20100105.grb2      ON DISC
    42 
    43 20100101 020000      201001010200.pgbh02.gdas.20100101-20100105.grb2      ON DISC
    4443
    4544== Using NCEP Final Operational Global Analysis Data (FNL) ==
    4645
    4746
    48 NCEP Final Operational Global Analysis Data (FNL) are available from the NCAR website (http://rda.ucar.edu/datasets/ds083.2/) (note: to download these data, the user must first register). To download multiple files, the user can generate an executable script to extract the files from the server using the “wget” utility (A script for downloading the wind fields from the command line can be found below as an attachment.).
     47NCEP Final Operational Global Analysis Data (FNL) are available from the NCAR website (http://rda.ucar.edu/datasets/ds083.2/) (note: to download these data, the user must first register). To download multiple files, the user can generate an executable script to extract the files from the server using the `wget` utility (a script for downloading the wind fields from the command line can be found below as an attachment.).
    4948