UITF Mott CODA Scripts

COOL database process entries

Process Name	Transition	Script	Purpose
logentry_start	After Prestart	/opt/idaq/coda/logentry_scripts/MakeEntry.sh %(rt) START %(rn) %(session)	Start of Run Entry to UITFMOTTLOG, start of dalma
logentry_end	After End	/opt/idaq/coda/logentry_scripts/MakeEntry.sh %(rt) END %(rn) %(session)	End of Run Entry to UITFMOTTLOG, end of dalma and attach log into entry if it exists
logentry_reset	Before Reset	/opt/idaq/coda/logentry_scripts/MakeEntry.sh %(rt) RESET %(rn) %(session)	Reset of Run Entry to UITFMOTTLOG, end of dalma and attach log into entry if it exists

Script descriptions

/opt/idaq/coda/logentry_scripts/MakeEntry.sh

• MakeEntry.sh RUNTYPE RUNSTATE RUNNUMBER

- Main script called by the CODA platform.

- Start/ends the dalma process

- Executes MottEpicsStart

- Executes displayZenity.sh

- Makes a logbook entry with the script results.

/opt/idaq/coda/logentry_scripts/MottEpicsStart

• MottEpicsStart RUNTYPE RUNSTATE RUNNUMBER

- script that stores the values of various EPICS variables to a file with format:

RUNTYPE_RUNSTATE_RUNNUMBER.epics

and are stored in

/data/idaq/epics/

An example file is found below:

#!/bin/bash
#  EPICS variables to be included in automatic logbook entries
#   output is in
#    /data/idaq/epics/$RUNTYPE_$RUNSTATE_$RUNNUMBER.epics
#
# Usage:
#   MottEpicsStart  RUNTYPE RUNSTATE RUNNUMBER
#

RUNTYPE=undefined
RUNSTATE=undefined
RUNNUMBER=0

usage() {
    echo "ERROR: Must use three arguments"
    echo "  $0  RUNTYPE  RUNSTATE  RUNNUMBER"
}

# Parse commandline arguments
if [ -n "$1" ]; then
    RUNTYPE=$1
else
    usage
    exit 1
fi

if [ -n "$2" ]; then
    RUNSTATE=$2
else
    usage
    exit 1
fi

if [ -n "$3" ]; then
    RUNNUMBER=$3
else
    usage
    exit 1
fi

# Location of caget exe
CAGET=/usr/csite/pubtools/bin/caget

# Define the output filename if not already exported
if [ ! -n "$epicsfile" ]; then
    RUNFILE_PATH=/data/idaq/epics
    epicsfile=${RUNFILE_PATH}/${RUNTYPE}_${RUNSTATE}_${RUNNUMBER}.epics
fi

# Backup previous, if it's there
if [ -e $epicsfile ]; then
    mv -bf ${epicsfile} ${epicsfile}~
fi

# Set TESTPRINT=1 for debug output
TESTPRINT=0

log() { # debug echo - send it to /dev/null when not needed
    if [ "$TESTPRINT" == "1" ]; then
	echo $* | tee -a $epicsfile
    else
	echo $* | tee -a $epicsfile >& /dev/null
    fi
}

log $epicsfile
log "Run Timestamp:       `date`"

export EPICS_CA_ADDR_LIST="129.57.255.21"
log "EPICS_CA_ADDR_LIST:" $EPICS_CA_ADDR_LIST

log ""
log " -----"
log " -----"
log ""
log "CODA Config                              : " $RUNTYPE
log "Run Number                               : " $RUNNUMBER
log "Run State                                : " $RUNSTATE
log ""
log "	  Gun HV Readback (kV)	 : "`$CAGET -t IGLK100HVPSkVolts 2>&1`
log "	  Gun HV Current (mV)	 : "`$CAGET -t IGLK100HVPSmAmps  2>&1`
log "	  Gun Dipole BDL (G-cm)	 : "`$CAGET -t MDSK201.BDL 2>&1`
log "	  Gun Dipole Current (A)	 : "`$CAGET -t MDSK201.S 2>&1`
log " -----"
log "	  KeV Spectrometer Dump Beam Current (A)	 : "`$CAGET -t ISLK403K6485dataRead	2>&1`
log "	  Mott Target Ladder	 : "`$CAGET -t ITF:MOTT:AbsPosR	2>&1`
log "	  Mott Position	 : "`$CAGET -t ITF:MOTT:POSITION	2>&1`
log ""
log " -----"
log " -----"
log ""
#
log "	  Wafer X Stage	 : "`$CAGET -t ITFXLaserAbsPosR	     2>&1`
log "	  Wafer Y Stage	 : "`$CAGET -t ITFYLaserAbsPosR	     2>&1`
log "	  Laser Attenuator	 : "`$CAGET -t ITFAttenuatorAbsPosR	     2>&1`
log "	  Half-wave plate Set(off=out)	 : "
log "	  Half-wave plate Read(off=out)	 : "
log "	  Pockels Cell POS HV	 : "`$CAGET -t IGLK100POCKPOS      2>&1`
log "	  Pockels Cell NEG HV	 : "`$CAGET -t IGLK100POCKNEG      2>&1`
log " -----"
#
log "	  UITF Helicity Clock Set 	 : "`$CAGET -t ITFHELCLOCKs   2>&1`
log "	  Helicity Delay Set  	 : "`$CAGET -t ITFHELDELAYs	      2>&1`
log "	  Helicity Pattern Set 	 : "`$CAGET -t ITFHELPATTERNs	      2>&1`
log "	  Helicity Clock Read	 : "`$CAGET -t ITFHELCLOCKd	      2>&1`
log "	  Helicity Settle Read 	 : "`$CAGET -t ITFHELTSETTLEd	      2>&1`
log "	  Helicity Stable Read 	 : "`$CAGET -t ITFHELTSTABLEd	      2>&1`
log "	  Helicity Delay Read	 : "`$CAGET -t ITFHELDELAYd	      2>&1`
log "	  Helicity Pattern Read  : "`$CAGET -t ITFHELPATTERNd	      2>&1`
log "	  Helicity Frequency  	 : "`$CAGET -t ITFHELFREQ	      2>&1`
log " -----"
#
log "	  UITF Wien Angle :"`$CAGET -t PWFK203:spinCalc 2>&1`
log ""
log "	  UITF Wien Magnet BDL (G-cm)	 : "`$CAGET -t MWFK203.BDL  2>&1`
log "	  UITF Wien Magnet Current (A)	 : "`$CAGET -t MWFK203.S  2>&1`
log "	  UITF Wien Positive Voltage Supply: "`$CAGET -t PWFK203P:enabled       2>&1`
log "	  UITF Wien Positive Voltage Supply (V) : "`$CAGET -t PWFK203P:readVoltSet  2>&1`
log "	  UITF Wien Negative Voltage Supply: "`$CAGET -t PWFK203N:enabled           2>&1`
log "	  UITF Wien Negative Voltage Supply (V) : "`$CAGET -t PWFK203N:readVoltSet  2>&1`
log "	  UITF Wien Quad 1 BDL (G-cm)	 : "`$CAGET -t MQWK202.BDL  2>&1`
log "	  UITF Wien Quad 2 BDL (G-cm)	 : "`$CAGET -t MQWK203.BDL  2>&1`
log " -----"
#
log "	  keV Spectrometer Dipole BDL (G-cm)	 : "`$CAGET -t MDIK402.BDL 2>&1`
log "	  keV Spectrometer Dipole Current (A)	 : "`$CAGET -t MDIK402.S 2>&1`
log "	  keV Spectrometer Corrector 1 Horizontal BDL (G-cm): "`$CAGET -t MBHK501H.BDL 2>&1`
log "	  keV Spectrometer Corrector 1 Vertical	BDL (G-cm)  : "`$CAGET -t MBHK501V.BDL 2>&1`
log "	  keV Spectrometer Solenoid A BDL (G-cm): "`$CAGET -t MFQK501A.BDL 2>&1`
log "	  keV Spectrometer Solenoid B BDL (G-cm): "`$CAGET -t MFQK501B.BDL 2>&1`
log "	  keV Spectrometer Corrector 2 Horizontal BDL (G-cm): "`$CAGET -t MBHK501AH.BDL 2>&1`
log "	  keV Spectrometer Corrector 2 Vertical	BDL (G-cm)  : "`$CAGET -t MBHK501AV.BDL 2>&1`
log " -----"
#
#
# Example on reading from a list
epicslist1="ITFHELCLOCKs ITFHELDELAYs ITFHELPATTERNs"

for word in $epicslist1 ; do
    log `$CAGET $word 2>&1
done

/opt/idaq/coda/logentry_scripts/displayZenity.sh

• displayZenity.sh RUNTYPE RUNNUMBER

- GUI to ask user for Run Start Comment