# Second arg (optional) is a filepath.
exp1 = pvscan.Experiment()
sleep(2)
#--- Scan PVs ------------------------------------------
# Create ScanPv objects, one for each PV you are scanning.
# First argument is the scan PV, leave blank to get from pvScan IOC.
# Second arg is an index which should be unique.
scanPv1 = pvscan.ScanPv('', 1)
#--- Shutters -----------------------------------------
# Create Shutter objects.
# First argument is shutter PV.
# Second arg (optional) is an RBV PV, for example an ADC channel.
# Third arg (optional) is a unique shutter number index, which allows enabling/disabling from PVs.
shutter1 = pvscan.LSCShutter('ASTA:LSC01', 'ADC:AS01:13:V',
1) # (UED Drive laser)
shutter2 = pvscan.LSCShutter('ASTA:LSC02', 'ADC:AS01:14:V',
2) # (UED pump laser)
shutter3 = pvscan.LSCShutter('ASTA:LSC03', 'ADC:AS01:15:V',
3) # (UED HeNe laser)
#
# Create ShutterGroup object to use common functions on all shutters.
# Argument is a list of shutter objects.
shutterGroup1 = pvscan.ShutterGroup([shutter1, shutter2, shutter3])
#
#--- Other PVs -----------------
# Define as PV objects. Example PV('MY:RANDOM:PV')
#lsrpwrPv=PV('ESB:A01:ADC1:AI:CH3')
#toroid0355Pv=PV('ESB:A01:ADC1:AI:CH4')
#toroid2150Pv=PV('ESB:A01:ADC1:AI:CH5')
#structureChargePv=PV('ESB:A01:ADC1:CALC:CH1:CONV')
# Get PID PV
pid=pvscan.pidPV.get()
#--- Scan PVs ------------------------------------------
# Create ScanPv objects, one for each PV you are scanning.
# First argument is the scan PV, leave as empty string to get from pvScan IOC.
# Second arg is an index which should be unique.
scanPv1=pvscan.ScanPv('',1)
scanPv2=pvscan.ScanPv('',2)
#--- Shutters -----------------------------------------
# Create Shutter objects.
# First argument is shutter PV.
# Second arg (optional) is an RBV PV, for example an ADC channel.
shutter1=pvscan.LSCShutter('ASTA:LSC01','ADC:AS01:13:V',1)
shutter2=pvscan.LSCShutter('ASTA:LSC02','ADC:AS01:14:V',2)
shutter3=pvscan.LSCShutter('ASTA:LSC03','ADC:AS01:15:V',3)
#
# Create ShutterGroup object to use common functions on all shutters.
# Argument is a list of shutter objects.
shutterGroup1=pvscan.ShutterGroup([shutter1,shutter2,shutter3])
##################################################################################################################
def abortRoutine():
"This is the abort routine"
# Kill scan routine process
pvscan.printMsg('Killing process %d...' % (pid))
os.kill(pid, signal.SIGKILL)
# Stop move(s)
pvscan.printMsg('Stopping move(s)')
pvPrefix = sys.argv[1]
# Set an environment variable for so pvScan module can use it
os.environ['PVSCAN_PVPREFIX'] = pvPrefix
# Import pvScan module
sys.path.append('/afs/slac/g/testfac/extras/scripts/pvScan/prod/modules/')
import pvscan
# Get PID PV
pid = pvscan.pidPV.get()
#--- Shutters -----------------------------------------
# Create Shutter objects.
# First argument is shutter PV.
# Second arg (optional) is an RBV PV, for example an ADC channel.
shutter1 = pvscan.LSCShutter('ASTA:LSC01') # (UED Drive laser)
shutter2 = pvscan.LSCShutter('ASTA:LSC02') # (UED pump laser)
shutter3 = pvscan.LSCShutter('ASTA:LSC03') # (UED HeNe laser)
#
# Create ShutterGroup object to use common functions on all shutters.
# Argument is a list of shutter objects.
shutterGroup1 = pvscan.ShutterGroup([shutter1, shutter2, shutter3])
##################################################################################################################
def abortRoutine():
"This is the abort routine"
pvscan.printMsg('Aborting')
# Kill scan routine process
pvscan.printMsg('Killing process %d...' % (pid))
os.kill(pid, signal.SIGKILL)