time.sleep(0.5) ecmcSlitDemoLib.setAxisReset(leftMotor, 0) ecmcSlitDemoLib.setAxisReset(rightMotor, 0) ecmcSlitDemoLib.setAxisReset(gapMotor, 0) ecmcSlitDemoLib.setAxisReset(centerMotor, 0) ecmcSlitDemoLib.setAxisReset(masterMotor, 0) #ensure internal traj source of all axis print 'Ensure internal trajectory source on all axes' ecmcSlitDemoLib.setAxisEnable(leftMotor, 0) ecmcSlitDemoLib.setAxisEnable(rightMotor, 0) ecmcSlitDemoLib.setAxisEnable(gapMotor, 0) ecmcSlitDemoLib.setAxisEnable(centerMotor, 0) ecmcSlitDemoLib.setAxisEnable(masterMotor, 0) time.sleep(0.5) #ensure that enabled goes down error = ecmcSlitDemoLib.getAxisError(leftMotor, 1) error = ecmcSlitDemoLib.getAxisError(rightMotor, 1) error = ecmcSlitDemoLib.getAxisError(gapMotor, 1) error = ecmcSlitDemoLib.getAxisError(centerMotor, 1) error = ecmcSlitDemoLib.getAxisError(masterMotor, 1) epics.caput(centerMotor + '-TrajSourceType-Cmd', 0) epics.caput(gapMotor + '-TrajSourceType-Cmd', 0) epics.caput(leftMotor + '-TrajSourceType-Cmd', 0) epics.caput(rightMotor + '-TrajSourceType-Cmd', 0) epics.caput(masterMotor + '-TrajSourceType-Cmd', 0) error = ecmcSlitDemoLib.getAxisError(leftMotor, 1) error = ecmcSlitDemoLib.getAxisError(rightMotor, 1) error = ecmcSlitDemoLib.getAxisError(gapMotor, 1) error = ecmcSlitDemoLib.getAxisError(centerMotor, 1) error = ecmcSlitDemoLib.getAxisError(masterMotor, 1)
sys.exit()
maxPos = toPos
if fromPos > maxPos:
maxPos = fromPos
minPos = fromPos
if toPos < minPos:
minPos = toPos
testPv.put(testNumberBase)
print('Disable amplifier')
ecmcSlitDemoLib.setAxisEnable(motorPvName, 0)
time.sleep(0.2) #ensure that enabled goes down
error = ecmcSlitDemoLib.getAxisError(motorPvName, 1)
#Reset error on all axis
print('Reset error axes.')
ecmcSlitDemoLib.setAxisReset(motorPvName, 1)
time.sleep(0.2)
ecmcSlitDemoLib.setAxisReset(motorPvName, 0)
print('Enable amplifier')
ecmcSlitDemoLib.setAxisEnable(motorPvName, 1)
time.sleep(0.2) #ensure that enabled goes down
error = ecmcSlitDemoLib.getAxisError(motorPvName, 1)
counter = 0
timeOut = 50
rightMotor = 'MEBT-EMU:Axis2'
#Reset error on all axis
print 'Reset error on all axes.'
ecmcSlitDemoLib.setAxisReset(leftMotor, 1)
ecmcSlitDemoLib.setAxisReset(rightMotor, 1)
time.sleep(0.5)
ecmcSlitDemoLib.setAxisReset(leftMotor, 0)
ecmcSlitDemoLib.setAxisReset(rightMotor, 0)
#ensure of all axis are enable
print 'Enable Axes'
ecmcSlitDemoLib.setAxisEnable(leftMotor, 1)
ecmcSlitDemoLib.setAxisEnable(rightMotor, 1)
time.sleep(0.5) #ensure that axes are enabled
error=ecmcSlitDemoLib.getAxisError(leftMotor,1)
error=ecmcSlitDemoLib.getAxisError(rightMotor,1);
y=0
x=0
Step = 1
while Step==1:
if Step==1:
LLS1 = int(epics.caget(leftMotor + '.LLS'))
LLS2 = int(epics.caget(rightMotor + '.LLS'))
print'LLS1 %d LLS2 %d' %(LLS1,LLS2)
if LLS1 and LLS2:
print 'Both axes are in the LLS'
Step = 2
elif LLS1 or LLS2:
print 'One of the Axes is in the LLS position'
ecmcSlitDemoLib.setAxisReset(centerMotor, 1) #disable axes print 'Disable all axes' ecmcSlitDemoLib.setAxisEnable(Mtr1, 0) ecmcSlitDemoLib.setAxisEnable(Mtr2, 0) ecmcSlitDemoLib.setAxisEnable(Mtr3, 0) ecmcSlitDemoLib.setAxisEnable(Mtr4, 0) ecmcSlitDemoLib.setAxisEnable(Mtr5, 0) ecmcSlitDemoLib.setAxisEnable(Mtr6, 0) ecmcSlitDemoLib.setAxisEnable(gapMotor, 0) ecmcSlitDemoLib.setAxisEnable(centerMotor, 0) print 'Ensure enable goes down' time.sleep(0.5) #ensure that enabled goes down error = ecmcSlitDemoLib.getAxisError(Mtr1, 1) error = ecmcSlitDemoLib.getAxisError(Mtr2, 1) error = ecmcSlitDemoLib.getAxisError(Mtr3, 1) error = ecmcSlitDemoLib.getAxisError(Mtr4, 1) error = ecmcSlitDemoLib.getAxisError(Mtr5, 1) error = ecmcSlitDemoLib.getAxisError(Mtr6, 1) error = ecmcSlitDemoLib.getAxisError(gapMotor, 1) error = ecmcSlitDemoLib.getAxisError(centerMotor, 1) #set internal traj source of all axis print 'Set internal trajectory source on all axes' epics.caput(centerMotor + '-TrajSourceType-Cmd', 0) epics.caput(gapMotor + '-TrajSourceType-Cmd', 0) epics.caput(Mtr1 + '-TrajSourceType-Cmd', 0) epics.caput(Mtr2 + '-TrajSourceType-Cmd', 0) epics.caput(Mtr3 + '-TrajSourceType-Cmd', 0)
if fromPos > maxPos:
maxPos = fromPos
minPos = fromPos
if toPos < minPos:
minPos = toPos
#Disable softLimits
print('Set softlimits')
ecmcSlitDemoLib.setSoftLowLimt(motor, minPos - 10)
ecmcSlitDemoLib.setSoftHighLimt(motor, maxPos + 10)
print('Disable amplifier')
ecmcSlitDemoLib.setAxisEnable(motor, 0)
time.sleep(1) #ensure that enabled goes down
error = ecmcSlitDemoLib.getAxisError(motor, 1)
#Reset error on all axis
print('Reset error axes.')
ecmcSlitDemoLib.setAxisReset(motor, 1)
time.sleep(0.5)
ecmcSlitDemoLib.setAxisReset(motor, 0)
print('Enable amplifier')
ecmcSlitDemoLib.setAxisEnable(motor, 1)
time.sleep(1) #ensure that enabled goes down
error = ecmcSlitDemoLib.getAxisError(motor, 1)
counter = 0
timeOut = (maxPos - minPos) / velo * 1.5