def RunScript(filename, dirname, LoadIon, DoScan422, DoOptimize1092,
DoMicroMotionMinimization, DoScan674, DoScan1092, DoRabiShort,
DoSidebandScan, DoRabiLong, DoCavityResonanceScan,
DoCavityStandingWaveScan, DoCavitySidebandScan,
DoCavityCoolingDataRun, BlueLockOn, BlueLockLoop, CavLockCheckOn,
ProbeLockOn, DoFitAll, DoBlogAll):
timestart = time.time()
plot = gui_exports['plot']
purgatory = gui_exports['purgatory']
dirname_Lazy = dirname + '/' + filename
print "Welcome to the Lazy Physicist! Your one stop shop for all things automatic."
print "Saving in:", dirname_Lazy
# Putting everything in a separate folder:
if (os.access(dirname, os.F_OK) == 0):
os.mkdir(dirname)
if (os.access(dirname_Lazy, os.F_OK) == 0):
os.mkdir(dirname_Lazy)
ScanDone = f_set['AudioAlert_scandone']
Say = f_set['AudioAlert_say']
SetBlueCav = f_set['MonoLasers_421']
ReadBlueCav = f_read['MonoLasers_421']
Set1092Cav = f_set['MonoLasers_1091']
Read1092Cav = f_read['MonoLasers_1091']
SetDDS_FREQ1 = f_set['DDS_FREQ1']
SetDDS_AMP1 = f_set['DDS_AMP1']
SetParameter = f_set['DDS_PARAM']
ReadParameter = f_read['DDS_PARAM']
reload(CavityStabilization)
reload(Stabilization)
Stab = Stabilization.Stabilization(f_set, f_read, gui_exports)
CavStab = CavityStabilization.CavityStabilization(f_set, f_read,
gui_exports)
const = CavStab.LoadConstants(DAQ_HOME +
'/scripts/CavityStabilizationConstants')
success = 1
################## List of tasks: ###################
# LoadIon:
if LoadIon == 1 and __main__.STOP_FLAG == False:
AutoloadIon_filename = 'AutoloadIon' + time.strftime('-%H%M')
__main__.app.wTree.plotframe.set_label(AutoloadIon_filename)
Freq422 = 710.96304
IntTime_Autoload = 1000
Threshold_Autoload = 1500
OvenTime = 120
WaitTime = 15
OvenCurrent = 2.8
LoadingTime = 10
NumberOfLoads = 10
DoScan422 = 1
deltatime, NumberOfIons = AutoloadIon2(
AutoloadIon_filename, dirname_Lazy, Freq422, IntTime_Autoload,
Threshold_Autoload, OvenTime, WaitTime, OvenCurrent, LoadingTime,
NumberOfLoads, DoScan422)
if NumberOfIons == 0:
__main__.STOP_FLAG = True
# DoScan422:
if DoScan422 == 1 and __main__.STOP_FLAG == False:
timestamp = time.strftime('%H%M')
Scan422_filename = 'Scan422-' + timestamp
__main__.app.wTree.plotframe.set_label(Scan422_filename)
SetDDS_FREQ1(ReadParameter('F_BlueHi'))
SetDDS_AMP1(ReadParameter('A_BlueHi'))
Stab.BlueLockFreq()
plot.clear()
BlueCav = ReadBlueCav()
ScanPoints = 80
ScanRepeat = 1
DDSFREQ = [ReadParameter('F_BlueHi'), ReadParameter('F_BlueOn')]
DDSAMP = [ReadParameter('A_BlueHi'), ReadParameter('A_BlueOn')]
daccalibration = 149 # MHz/V
delta = 20. / daccalibration # approximate calibration of 20 MHz. (to do both 251 and 231 scans)
Width = 0.70 # To get rigth width of scan
offset = -0.10 #0.08 # To get right start of scan
for i in range(len(DDSFREQ)):
if __main__.STOP_FLAG: break
StartCav = BlueCav + offset + i * delta
EndCav = BlueCav + offset - Width + i * delta
FinishCav = BlueCav + offset + i * delta
Scan422(Scan422_filename, dirname_Lazy, StartCav, EndCav,
FinishCav, ScanPoints, ScanRepeat, DDSFREQ[i], DDSAMP[i])
time.sleep(1)
try:
reload(hansfit)
fit = hansfit.fitScan422s(dirname_Lazy, timestamp)
except Exception, e:
print "Exception occured while doing hansfit.fitScan422s:", e
traceback.print_exc(file=sys.stdout)
print "Continuing anyways"
def RunScript(filename, dirname,LoadIon,DoScan422,DoOptimize1092,DoMicroMotionMinimization,DoScan674,DoScan1092,DoRabiShort,DoSidebandScan,DoRabiLong,DoCavityResonanceScan,DoCavityStandingWaveScan,DoCavitySidebandScan,DoCavityCoolingDataRun,BlueLockOn,BlueLockLoop,CavLockCheckOn,ProbeLockOn,DoFitAll,DoBlogAll):
timestart=time.time()
plot=gui_exports['plot']
purgatory=gui_exports['purgatory']
dirname_Lazy=dirname+'/'+filename
print "Welcome to the Lazy Physicist! Your one stop shop for all things automatic."
print "Saving in:",dirname_Lazy
# Putting everything in a separate folder:
if (os.access(dirname, os.F_OK) == 0):
os.mkdir(dirname)
if (os.access(dirname_Lazy, os.F_OK) == 0):
os.mkdir(dirname_Lazy)
ScanDone = f_set['AudioAlert_scandone']
Say = f_set['AudioAlert_say']
SetBlueCav = f_set['MonoLasers_421']
ReadBlueCav=f_read['MonoLasers_421']
Set1092Cav = f_set['MonoLasers_1091']
Read1092Cav = f_read['MonoLasers_1091']
SetDDS_FREQ1=f_set['DDS_FREQ1']
SetDDS_AMP1=f_set['DDS_AMP1']
SetParameter = f_set['DDS_PARAM']
ReadParameter = f_read['DDS_PARAM']
reload(CavityStabilization)
reload(Stabilization)
Stab=Stabilization.Stabilization(f_set,f_read,gui_exports)
CavStab = CavityStabilization.CavityStabilization(f_set, f_read, gui_exports)
const = CavStab.LoadConstants(DAQ_HOME+'/scripts/CavityStabilizationConstants')
success=1
################## List of tasks: ###################
# LoadIon:
if LoadIon==1 and __main__.STOP_FLAG==False:
AutoloadIon_filename='AutoloadIon'+time.strftime('-%H%M')
__main__.app.wTree.plotframe.set_label(AutoloadIon_filename)
Freq422=710.96304
IntTime_Autoload=1000
Threshold_Autoload=1500
OvenTime=120
WaitTime=15
OvenCurrent=2.8
LoadingTime=10
NumberOfLoads=10
DoScan422=1
deltatime,NumberOfIons=AutoloadIon2(AutoloadIon_filename,dirname_Lazy,Freq422,IntTime_Autoload,Threshold_Autoload, OvenTime, WaitTime, OvenCurrent, LoadingTime, NumberOfLoads, DoScan422)
if NumberOfIons==0:
__main__.STOP_FLAG=True
# DoScan422:
if DoScan422==1 and __main__.STOP_FLAG==False:
timestamp=time.strftime('%H%M')
Scan422_filename='Scan422-'+timestamp
__main__.app.wTree.plotframe.set_label(Scan422_filename)
SetDDS_FREQ1(ReadParameter('F_BlueHi'))
SetDDS_AMP1(ReadParameter('A_BlueHi'))
Stab.BlueLockFreq()
plot.clear()
BlueCav=ReadBlueCav()
ScanPoints=80
ScanRepeat=1
DDSFREQ=[ReadParameter('F_BlueHi'),ReadParameter('F_BlueOn')]
DDSAMP=[ReadParameter('A_BlueHi'),ReadParameter('A_BlueOn')]
daccalibration=149 # MHz/V
delta=20./daccalibration # approximate calibration of 20 MHz. (to do both 251 and 231 scans)
Width=0.70 # To get rigth width of scan
offset=-0.10#0.08 # To get right start of scan
for i in range(len(DDSFREQ)):
if __main__.STOP_FLAG: break
StartCav=BlueCav+offset+i*delta
EndCav=BlueCav+offset-Width+i*delta
FinishCav=BlueCav+offset+i*delta
Scan422(Scan422_filename,dirname_Lazy,StartCav,EndCav,FinishCav,ScanPoints,ScanRepeat,DDSFREQ[i],DDSAMP[i])
time.sleep(1)
try:
reload(hansfit)
fit=hansfit.fitScan422s(dirname_Lazy,timestamp)
except Exception,e:
print "Exception occured while doing hansfit.fitScan422s:",e
traceback.print_exc(file=sys.stdout)
print "Continuing anyways"
Set1092Cav(Detuning1092)
Scan422_filename = 'Scan422-IRDF' + str(
Detuning1092) + '-' + timestamp
for i in range(len(DDSFREQ)):
if __main__.STOP_FLAG: break
StartCav = BlueCav + offset + i * delta
EndCav = BlueCav + offset - Width + i * delta
FinishCav = BlueCav + offset + i * delta
__main__.app.wTree.plotframe.set_label(Scan422_filename)
Scan422(Scan422_filename, dirname_Lazy, StartCav, EndCav,
FinishCav, ScanPoints, ScanRepeat, DDSFREQ[i],
DDSAMP[i])
time.sleep(1)
Set1092Cav(Detuning1092_Saved)
try:
fit = hansfit.fitScan422s(dirname_Lazy, timestamp)
except Exception, e:
text = "Exception occured while doing hansfit.fitScan422s:", e
print text
# DoMicroMotionMinimization:
if DoMicroMotionMinimization == 1 and __main__.STOP_FLAG == False:
print "MicroMotionMinimization script is disabled! -Hans (2012-04-13)"
''' MicroMotionMinimization_filename='MicroMotionMinimization'+time.strftime('-%H%M')
__main__.app.wTree.plotframe.set_label(MicroMotionMinimization_filename)
IntTime=1000
acc=0.00001
delta=0.003
Beam=0
MicroMotionMinimization(MicroMotionMinimization_filename,dirname_Lazy,IntTime,acc,delta,Beam)'''
if DoScan674 == 1 and __main__.STOP_FLAG == False:
Scan674_filename = 'Scan674' + time.strftime('-%H%M')
Detuning1092s=Detuning1092_Saved+sp.linspace(-Delta1092,Delta1092,5)
for j in range(len(Detuning1092s)):
Detuning1092=Detuning1092s[j]
Set1092Cav(Detuning1092)
Scan422_filename='Scan422-IRDF'+str(Detuning1092)+'-'+timestamp
for i in range(len(DDSFREQ)):
if __main__.STOP_FLAG: break
StartCav=BlueCav+offset+i*delta
EndCav=BlueCav+offset-Width+i*delta
FinishCav=BlueCav+offset+i*delta
__main__.app.wTree.plotframe.set_label(Scan422_filename)
Scan422(Scan422_filename,dirname_Lazy,StartCav,EndCav,FinishCav,ScanPoints,ScanRepeat,DDSFREQ[i],DDSAMP[i])
time.sleep(1)
Set1092Cav(Detuning1092_Saved)
try:
fit=hansfit.fitScan422s(dirname_Lazy,timestamp)
except Exception,e:
text="Exception occured while doing hansfit.fitScan422s:",e
print text
# DoMicroMotionMinimization:
if DoMicroMotionMinimization==1 and __main__.STOP_FLAG==False:
print "MicroMotionMinimization script is disabled! -Hans (2012-04-13)"
''' MicroMotionMinimization_filename='MicroMotionMinimization'+time.strftime('-%H%M')
__main__.app.wTree.plotframe.set_label(MicroMotionMinimization_filename)
IntTime=1000
acc=0.00001
delta=0.003
Beam=0
MicroMotionMinimization(MicroMotionMinimization_filename,dirname_Lazy,IntTime,acc,delta,Beam)'''
if DoScan674==1 and __main__.STOP_FLAG==False:
Scan674_filename='Scan674'+time.strftime('-%H%M')