#!/bin/csh
## for serial job
# @ environment = COPY_ALL;
# @ job_name   = REGRID.job
# @ output     = regrid.out
# @ error      = regrid.err
# @ checkpoint = no
# @ wall_clock_limit = 1500
# @ class      = com_reg
# @ queue


set TMPDIR=/ptmp/mm5$$
mkdir $TMPDIR
cd $TMPDIR


#               ********************************************
#               ****** fetch interactive/batch C shell *****
#               *******        NCAR IBM's only        ******
#               *******           f90 only            ******
#               ********************************************

#	This shell fetches ADP data from the NCAR MSS system and
#	converts it into a format suitable for the little_r
#	program.  The data are sent back to the local machine and
#	stored on the NCAR MSS.

#       Three types of data files are created:
#             obs:DATE             : Upper-air and surface data used as 
#                                    input to little_R
#             surface_obs_r:DATE   : Surface data needed for FDDA in lillte_r 
#                                    (if no FDDA will be done, these are not 
#                                    needed, since they are also contained 
#                                    in obs:DATE)
#             upper-air_obs_r:DATE : Upper-air data (this file is contained 
#                                    in obs:DATE file, and is not needed for 
#                                    input to little_r)
#

#	This should be the user's case or experiment (used in MSS name).
#	This is where the data will be stored on the MSS.

set ExpName   = MM5V3/TEST    # MSS path name for output
set RetPd     = 365           # MSS retention period in days

#	Location where data are to be returned on local machine.

set Host    = username@host.domain:/usr/tmp/username 

#	The only user inputs to the fetch program are the beginning
#	and ending dates of the observations, and a bounding box for the
#	observation search.  These dates are given in YYYYMMDDHH.  The 
#	ADP data are global, and include the surface observations and 
#	upper-air soundings.  A restrictive bounding box (where 
#	possible) reduces the cost substantially.
#
#       Note: No observational data are available prior to 1973, and
#             no or limited surface observations are available 
#             prior to 1976.

set starting_date = 1993031300
set ending_date   = 1993031400

set lon_e         =  180
set lon_w         = -180
set lat_s         =  -90
set lat_n         =   90

#	Is there a personal copy of the source?

set UseMySource = yes

#	########################################################
#	########                                       #########
#	########       END OF USER  MODIFICATIONS      #########
#	########                                       #########
#	########################################################

#       Get source code.

   if ( $UseMySource == yes ) then
      rcp $Host/fetch.tar .
   else
      cp /fs/othrorgs/home0/mesouser/MM5V3/FETCH.TAR.gz fetch.tar.gz
      if ( ! -e fetch.tar.gz ) then
         msread fetch.tar.gz /MESOUSER/MM5V3/FETCH.TAR.gz
      endif
   endif
   gunzip fetch.tar.gz
   if ( ! -e fetch.tar ) then
      echo "The fetch.tar file does not exist.  Stopping."
      exit ( 1 )
   endif
   tar -xf fetch.tar
   rm fetch.tar
   ls -ls
   cd FETCH

#	Pull ADP surface data from the MSS.

pushd adp_sfc
./fetch_adp_sfc.csh $starting_date $ending_date >&! fetch_sfc_print &

#	Build the conversion routine, set the namelist up.

make 
m4 -Dxstryy=`echo $starting_date | cut -c1-4`  \
   -Dxstrmm=`echo $starting_date | cut -c5-6`  \
   -Dxstrdd=`echo $starting_date | cut -c7-8`  \
   -Dxstrhh=`echo $starting_date | cut -c9-10` \
   -Dxendyy=`echo $ending_date | cut -c1-4`  \
   -Dxendmm=`echo $ending_date | cut -c5-6`  \
   -Dxenddd=`echo $ending_date | cut -c7-8`  \
   -Dxendhh=`echo $ending_date | cut -c9-10` \
   -Dxloe=$lon_e -Dxlow=$lon_w -Dxlas=$lat_s -Dxlan=$lat_n \
   namelist.template >! namelist.input

#	The msreads are in the background, wait for everyone 
#	to catch up.

wait

#	Run the program (convert data to little_r format).
#	At least a single file must exist for input.

if ( ( -e A.1 ) || ( -e B.1 ) || ( -e E.1 ) || ( -e F.1 ) ) then
	( timex ./adp_sfc.exe [ABEF].[1-9]* ) >&! adp_sfc_print
endif

#	Send surface data to local machine and to MSS.

set y = `echo $starting_date | cut -c1-4`
set m = `echo $starting_date | cut -c5-6`
set d = `echo $starting_date | cut -c7-8`
set h = `echo $starting_date | cut -c9-10`

if ( -e surface_obs_r:${y}-${m}-${d}_${h} ) then
	if ( -e surface_obs_r.tar ) rm surface_obs_r.tar
	if ( -e surface_obs_r.tar.gz ) rm surface_obs_r.tar.gz
	tar -cvf surface_obs_r.tar surface_obs_r*
	gzip surface_obs_r.tar
	mswrite -t $RetPd surface_obs_r.tar.gz ${ExpName}/SURFACE_OBS_R.TAR.gz &
	rcp surface_obs_r.tar.gz $Host
endif
popd

#	Pull ADP upper-air data from the MSS

pushd adp_upa
./fetch_adp_upa.csh $starting_date $ending_date >&! fetch_upa_print &

#	Build the conversion routine, set the namelist up.

make 
m4 -Dxstryy=`echo $starting_date | cut -c1-4`  \
   -Dxstrmm=`echo $starting_date | cut -c5-6`  \
   -Dxstrdd=`echo $starting_date | cut -c7-8`  \
   -Dxstrhh=`echo $starting_date | cut -c9-10` \
   -Dxendyy=`echo $ending_date | cut -c1-4`  \
   -Dxendmm=`echo $ending_date | cut -c5-6`  \
   -Dxenddd=`echo $ending_date | cut -c7-8`  \
   -Dxendhh=`echo $ending_date | cut -c9-10` \
   -Dxloe=$lon_e -Dxlow=$lon_w -Dxlas=$lat_s -Dxlan=$lat_n \
   namelist.template >! namelist.input

#	The msreads are in the background, wait for everyone 
#	to catch up.

wait

#	Run the program (convert data to little_r format).
#	At least a single file must exist for input.

if ( -e UPA.1 ) then
	( timex ./adp_upa.exe UPA.* ) >&! adp_upa_print
endif

#	Send upper-air data to local machine and to MSS.

set y = `echo $starting_date | cut -c1-4`
set m = `echo $starting_date | cut -c5-6`
set d = `echo $starting_date | cut -c7-8`
set h = `echo $starting_date | cut -c9-10`

if ( -e upper-air_obs_r:${y}-${m}-${d}_${h} ) then
	if ( -e upper-air_obs_r.tar ) rm upper-air_obs_r.tar
	if ( -e upper-air_obs_r.tar.gz ) rm upper-air_obs_r.tar.gz
	tar -cvf upper-air_obs_r.tar upper-air_obs_r*
	gzip upper-air_obs_r.tar
	mswrite -t $RetPd upper-air_obs_r.tar.gz ${ExpName}/UPPER-AIR_OBS_R.TAR.gz &
	rcp upper-air_obs_r.tar.gz $Host

	if ( -e obs.tar ) rm obs.tar
	if ( -e obs.tar.gz ) rm obs.tar.gz
          foreach fil ( upper-air_obs_r:* )
            set dd = ` echo $fil | cut -c17-30 `
            set fil2 = ../adp_sfc/surface\*{$dd}
            cat $fil > obs:$dd
            cat $fil2 >> obs:$dd
        end
	tar -cvf obs.tar obs*
	gzip obs.tar
	mswrite -t $RetPd obs.tar.gz ${ExpName}/OBS.TAR.gz &
	rcp obs.tar.gz $Host

endif
popd

#	Put additional files on MSS.  These are the standard out
#	files from the ADP program processing.

cp adp_sfc/adp_sfc_print .
cp adp_sfc/fetch_sfc_print .
cp adp_upa/adp_upa_print .
cp adp_upa/fetch_upa_print .
cp adp_upa/namelist.input .
tar -cvf fetch_info.tar adp_sfc_print adp_upa_print namelist.input fetch_sfc_print fetch_upa_print 
mswrite -t ${RetPd} fetch_info.tar ${ExpName}/FETCH_INFO.TAR &

#	Print the standard out in this file for the user's benefit.

echo ADP_SFC fetch print
cat fetch_sfc_print

echo ADP_SFC print
cat adp_sfc_print

echo ADP_UPA fetch print
cat fetch_upa_print

echo ADP_UPA print
cat adp_upa_print

echo NAMELIST
cat namelist.input

echo "DONE"

exit