#! /bin/ksh 

# JHWRF_GFS_TRACK0 -- after the GFS data has been interpolated to the WRF
#     grid by the JHWRF_NMM_3DVAR_ANALYSIS job, this finds the GFS vortex
#     so that the JHWRF_RELOCATE can correctly remove it.  If this job
#     fails, the relocate will continue with tcvitals-based storm removal.

# Last modified: Samuel Trahan, April 5, 2012.

# *** Operational Workflow ***

# Submitted By: JHWRF_NMM_3DVAR_ANALYSIS
# Submits: None.

# Primary scripts and parameter files:
#
#   scripts/exhwrf_gfs_track0.sh.sms -- passes control to ush/hwrf_gfs_track0.sh
#   ush/hwrf_gfs_track0.sh -- runs the post on the domain 1 analysis time
#      wrfout file from the analysis job, and runs the tracker on that to
#      get the storm location
#   ush/hwrf_post_process.sh -- the post-processor script used to get the
#      analysis time GRIB file from the analysis job's wrfout
#   ush/hwrf_cleanup_track.sh -- a track "cleanup" script that removes any
#      bad entries from the track file, and discards unneeded columns (
#      cyclone phase information, etc.)

# Primary executables:
#   hwrf_gettrk -- Tim Marchok's tracker, used to find the vortex location
#   hwrf_post -- the NCEP Unified Post-Processor (UPP) used to produce a
#      GRIB file for the tracker

# *** EMC Suggested Job Card ***
#@ job_type = parallel 
#@ wall_clock_limit = 00:10:00
#@ total_tasks = 2
#@ task_affinity=core(1)
#@ node_resources = ConsumableMemory(8 GB)
#@ network.MPI = csss,shared,us
#@ queue


export PARAFLAG=${PARAFLAG:-NO}

if [ ${PARAFLAG} == NO ]; then
$SMSBIN/smsinit $LOADL_STEP_ID
fi
#----------------------------------------------
# JHWRF_GFS_TRACK0.sms  
#----------------------------------------------
set -xa
export MP_IOAGENT_CNT=all
export MP_IO_BUFFER_SIZE=8M

export PS4='$SECONDS + '
date

export PARAFLAG=${PARAFLAG:-NO}

if [ ${PARAFLAG} = 'YES' ];
then
  export yymmdd=` echo $PDY | cut -c3-8`
  export yymmddhh=${yymmdd}${cyc}
  export jlogfile=${DATA}/jlogfile
  export SENDSMS=YES
  export SENDCOM=YES
  export SENDDBN=NO

  if [ ! -d $outdir ]; then mkdir -p $outdir; fi
  if [ ! -d $COMOUT ]; then mkdir -p $COMOUT; fi
else
  export NWPROD=${NWPROD:-/nwprod}
fi

###############################################################
# This block can be modified for different Production test
# environment. This is used for operational testings
###############################################################
if [ ${PARAFLAG} == NO -a $envir != prod ]; then
  export SENDDBN=${SENDDBN:-NO}
  export jlogfile=${jlogfile:-/com/logs/${envir}/jlogfile}
  export DBN_ALERT_TYPE=TBD_PARA
  export DBNROOT=/nwprod/spa_util/fakedbn
fi

# #############################################
# SETUP HWRF FCST PROCESSING VARIABLES
# #############################################

####################################
# obtain unique process id (pid) and make temp directory
####################################
export pid=$$
export DATA=${DATA:-/tmpnwprd/hwrf${storm_num}_${cyc}_${envir}}
cd $DATA

export cycle=t${cyc}z

####################################
# Specify NET and RUN Name and model
####################################
export NET=hur 
export RUN=hwrf

####################################
# File To Log Msgs
####################################
export jlogfile=${jlogfile:-/com/logs/jlogfile}

####################################
# Determine Job Output Name on System
####################################
export outid="LL$job"
export jobid="${outid}.o${pid}"
export pgmout="OUTPUT.${pid}"
export pgmerr=errfile

####################################
# SENDSMS  - Flag Events on SMS
# SENDCOM  - Copy Files From TMPDIR to $COMOUT
# SENDDBN  - Issue DBNet Client Calls
####################################
export SENDSMS=${SENDSMS:-YES}
export SENDCOM=${SENDCOM:-YES}
export SENDDBN=${SENDDBN:-YES}

####################################
# Specify HWRF version number
####################################
export HWRF_VERSION=${HWRF_VERSION:-${model_ver}}

####################################
# Specify Execution Areas
####################################
export HOMEhwrf=${HOMEhwrf:-/nw${envir}/hwrf.$HWRF_VERSION}
export EXEChwrf=${EXEChwrf:-$HOMEhwrf/exec}
export FIXhwrf=${FIXhwrf:-$HOMEhwrf/fix}
export PARMhwrf=${PARMhwrf:-$HOMEhwrf/parm}
export STOREhwrf=${STOREhwrf:-/com/hwrf/${envir}/store}
export EXhwrf=${EXhwrf:-$HOMEhwrf/scripts}
export USHhwrf=${USHhwrf:-$HOMEhwrf/ush}

##############################
# Set up the UTILITIES
##############################
export utilscript=$NWPROD/util/ush
export utilities=$NWPROD/util/ush
export utilexec=$NWPROD/util/exec

##############################
# Run setup to initialize working directory and utility scripts
##############################
sh $utilscript/setup.sh
#export PDY=20120101

##############################
# Run setpdy and initialize PDY variables
##############################
sh $utilscript/setpdy.sh
. PDY

##############################################
# Define COM directories
##############################################
export COMIN=${COMIN:-/com/${NET}/${envir}/${RUN}.${PDY}${cyc}}
export COMOUT=${COMOUT:-/com/${NET}/${envir}/${RUN}.${PDY}${cyc}}
mkdir -m 775 -p $COMOUT

msg="HAS BEGUN on `hostname`"
postmsg "$jlogfile" "$msg"

#############################################################
# Execute the script
${EXhwrf}/exhwrf_gfs_track0.sh.sms

#if [ ${PARAFLAG} = 'YES' ]
#then 
#   ${EXhwrf}/exhwrf_gfs_track0.sh.sms
#else
#   /nw${envir}/scripts/exhwrf_gfs_track0.sh.sms 
#fi 

#############################################################

msg="ENDED NORMALLY."
postmsg "$jlogfile" "$msg"

##############################
# Remove the Temporary working directory
##############################
cd /tmpnwprd
if [ ${PARAFLAG} = 'YES' ];
then
  echo " "
#else
#  rm -rf $DATA
fi

date

if [ ${PARAFLAG} == NO ]; then
$SMSBIN/endt
fi