Selected Cases Available

1 - Experiment with MONAN (MPAS) First Version:
    Post-processing Files
    caso='MONEX'
    kmax=32
    Resolution:
    Model : 0.25 x 0.25 degrees x 55 Sigma-z Layers
    Post-processing: 0.25 x 0.25 degrees x 32 Pressure Layers

2 - Experiment with MONAN (MPAS) r1.1.0, r.1.1.0c1:
    Post-processing Files
    caso='MONAN'
    kmax=22
    Resolution:
    Model : 0.25 x 0.25 degrees x 55 Sigma-z Layers
    Post-processing: 0.25 x 0.25 degrees x 22 Pressure Layers

3 - Operational Hybrid BAM TQ0666L064:
    Post-processing Files
    caso='BAMHY'
    kmax=32
    Resolution:
    Model : 0.18 x 0.18 degrees x 64 Hybrid Layers
    Post-processing: 0.18 x 0.18 degrees x 32 Pressure Layers
    Obs: The Operational Post-processing Files have 33 Pressure Levels
         Beginning at 1020 hPa, Level that is Discaded at This Analysis
         Because it is Supposed that the First Level must be <= 1000 hPa

4 - Experimental Hybrid BAM TQ0299L064 with New Assimilation:
    Post-processing Files
    caso='SMNAH'
    kmax=32
    Resolution:
    Model : 0.4 x 0.4 degrees x 64 Hybrid Layers
    Post-processing: 0.18 x 0.18 degrees x 32 Pressure Layers

5 - ECWWF ERA5 Reanalysis
    January 1940 to Present
    caso='ERA_5'
    kmax=37
    Resolution:
    0.25 x 0.25 degrees x 37 Pressure Layers

6 - NCEP/NCAR Reanalysis Version 1:
    January 1979 to December 2010
    caso='CFSR1'
    kmax=37
    Resolution:
    0.5 x 0.5 degrees x 37 Pressure Layers

7 - NCEP/NCAR Reanalysis Version 2:
    January 2011 to Present
    caso='CFSV2'
    kmax=37
    Resolution:
    0.5 x 0.5 degrees x 37 Pressure Layers

8 - NCEP/NCAR Final Operational Analysis
    caso='NCEPF'
    kmax=41
    Resolution:
    0.25 x 0.25 degrees x 41 Pressure Layers

Selected Cases Study:

1 - Raoni (June 2021) for cases: ERA_5, MONEX and BAMHY

2 - ZCAS and ZCAS_mean (January 2024) for cases: CFSV2, NCEPF, MONAN, BAMHY and SMNAH

3 - RainRS (April-May 2024) for cases: CFSV2, NCEPF and  MONAN

4 - Triplet (Feb-Mar 2007) for cases: CFSR1 and NCEPF

5 - 2023 for cases: CFSV2 and NCEPF

6 - 2024 for cases: CFSV2 and NCEPF

7 - Dry (Jan-Feb-Mar-Apr 2001) for cases: CFSR1 and NCEPF

8 - AtmLakeA (MarApr 2014) for cases: CFSV2 and NCEPF

9 - AtmLakeB (FebMar 2015) for cases: CFSV2 and NCEPF

10 - AtmLakeC (AprMay 2017) for cases: CFSV2 and NCEPF

Files with the dates for the selected cases study (csst):
they have names like Dates_csst.dgs and the layout is such that
the first record contain the number (nrec) of the following records 
which has a number (epoca, from 1 to nrec), the datei and the datef.
For initial condition or analysis datei is equal datef (icn) and
for forecast the datei is for the initial condition and datef is
for the forecasting. The dates has 10 digits in the form:
datei and datef = yyyymmddhh where:
yyyy - four digit year (eg. 2024) ; mm - two digit month (eg. 01)
dd - two digit day (eg. 26) and hh two digit UTC hour (eg. 06)
for the example datei='2024012606' (datei and datef are threated
as strings)

The files with dates for the cases study available are:

Dates_Raoni.dgs
Dates_ZCAS.dgs
Dates_ZCAS_mean.dgs
Dates_RainRS.dgs
Dates_Triplet.dgs
Dates_2023.dgs
Dates_2024.dgs
Dates_Dry.dgs
Dates_AtmLakeA.dgs
Dates_AtmLakeB.dgs
Dates_AtmLakeC.dgs
Dates_MyCsSt.dgs

Obs:
1 - The casestudy mean is for the ZCAS case of 23 January to
    29 January 2024. Since the models is runned for 00 UTC only,
    then the (re)analysis and initial condition is considered
    also at 00 UTC. The mean case is the average from 23 to 29
    January, 00 UTC, both for analysis and forecasting. Since
    the available data is for 00 UTC, for the mean it is set
    12 UTC just to differ the value of the datees (yyyymmddhh).


2 - The file Dates_MyCsSt.dgs has a fake case and case study
    to help if you want to include a new case (MYCAS) and/or a 
    new case study (MyCsSt). Then you must to modify the file 
    Dates_MyCsSt.dgs with your own dates and names.
    If you change the names it is necessary to modify the names
    MYCAS and MyCsSt in the files Cases_List and CsSt_List and
    the directory ${dirdata}/Modal_Energetics/MYCAS_MyCsSty
    Inside these directory must have a file with at least
    zonal and meridional winds, temperature, specific humidty
    and geopotential height at vertical pressure levels including
    1000 hPa at a format readable by GrADS.
    Take care you cant modify the format of the files Cases_List 
    and CsSt_List because there were used by GrADS scripts and
    korn shell scripts and these format work for both.