def motor_monitor(logname):
print "motor monitoring in progress"
while True:
mac.write_logging_header(logname)
mac.write_logging_parameters(logname)
print "do not shut off unless authorized by ali"
print time.ctime() + " : wrote motor data to " + logname
spec.sleep(10)
def bpm_monitor (logname):
print 'monitoring in progress'
while True:
mac.write_logging_header(logname)
mac.write_logging_parameters(logname)
print 'do not shut off unless authorized by ali'
print time.ctime() + ' : wrote bpm data to ' + logname
spec.sleep(10)
mac.add_logging_PV('VP real elap time', '%s.ERTM' % vert_prefix)
mac.add_logging_PV('iteration number', iter_number_pv)
mac.add_logging_PV('position number', pos_number_pv)
mac.add_logging_PV('file id number', fid_number_pv)
mac.add_logging_PV('ev10', dummy_num_pv)
sys.exit()
###################################################
### END OF INITATE LOGGING
###################################################
###################################################
### PERFORM SCANS
###################################################
mac.write_logging_header(logfile_pfname)
if testing_flag is True:
print '###################################################'
print 'In simulation exposure mode'
print 'Detector exposure time will not be set'
print '###################################################'
elif testing_flag is False:
print '###################################################'
print 'Setting detector exposure time'
PyEpics.caput(horz_prefix + '.PRTM', tframe, 3.0, 'wait=True')
PyEpics.caput(vert_prefix + '.PRTM', tframe, 3.0, 'wait=True')
print '###################################################'
for t in range(NumIterations):
### PREP STATUS PLOT
def pv_monitor (LogName, TimeInterval):
print 'monitoring in progress'
# s1id_staff = ['*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**']
s1id_staff = ['*****@*****.**', '*****@*****.**']
GE_Temp_Thresh = 27
###################################################
### INITIATE LOGGING
###################################################
mac.init_logging()
### INFO FROM TALL PANEL
mac.add_logging_PV('Iring (mA)','S:SRcurrentAI')
mac.add_logging_PV('ID Gap (mm)','ID01:Gap.VAL')
mac.add_logging_PV('Energy (keV)','1id:userTran3.A')
mac.add_logging_PV('1st Raw Signal A (uA)','FE:01:ID:1XBPM:A:CC')
mac.add_logging_PV('1st Raw Signal B (uA)','FE:01:ID:1XBPM:B:CC')
mac.add_logging_PV('1st Raw Signal C (uA)','FE:01:ID:1XBPM:C:CC')
mac.add_logging_PV('1st Raw Signal D (uA)','FE:01:ID:1XBPM:D:CC')
mac.add_logging_PV('2nd Raw Signal A (uA)','FE:01:ID:2XBPM:A:CC')
mac.add_logging_PV('2nd Raw Signal B (uA)','FE:01:ID:2XBPM:B:CC')
mac.add_logging_PV('2nd Raw Signal E (uA)','FE:01:ID:2XBPM:E:CC')
mac.add_logging_PV('2nd Raw Signal F (uA)','FE:01:ID:2XBPM:F:CC')
mac.add_logging_PV('1XBPM VPOS (mm)','FE:01:ID:1XBPM:VPOS:CC')
mac.add_logging_PV('2XBPM VPOS (mm)','FE:01:ID:2XBPM:VPOS:CC')
mac.add_logging_PV('1XBPM HPOS (mm)','FE:01:ID:1XBPM:HPOS:CC')
mac.add_logging_PV('2XBPM HPOS (mm)','FE:01:ID:2XBPM:HPOS:CC')
mac.add_logging_PV('XBPM VPOS Norm @ SRC (mm)','FE:01:ID:VPOSITION:CC')
mac.add_logging_PV('XBPM VANGLE Norm @ SRC (urad)','FE:01:ID:VANGLE:CC')
mac.add_logging_PV('XBPM HPOS Norm @ SRC (mm)','FE:01:ID:HPOSITION:CC')
mac.add_logging_PV('XBPM HANGLE Norm @ SRC (urad)','FE:01:ID:HANGLE:CC')
mac.add_logging_PV('PBPM VPOS (mm)','S1:ID:SrcPt:yPositionM')
mac.add_logging_PV('PBPM VANGLE (urad)','S1:ID:SrcPt:yAngleM')
mac.add_logging_PV('PBPM HPOS (mm)','S1:ID:SrcPt:xPositionM')
mac.add_logging_PV('PBPM HANGLE (urad)','S1:ID:SrcPt:xAngleM')
### INFO FROM WIDE PANEL
mac.add_logging_PV('SR Current (mA)','BL01:srCurrent')
mac.add_logging_PV('SR Life Time (h)','BL01:srLifetime')
# mac.add_logging_PV('ID Gap (mm)','BL01:Gap')
# mac.add_logging_PV('Harmonic','BL01:Harmonic')
# mac.add_logging_PV('Energy (keV)','BL01:Energy')
mac.add_logging_PV('1st Raw Signal A (uA)','BL01:ID:1XBPM:A')
mac.add_logging_PV('1st Raw Signal B (uA)','BL01:ID:1XBPM:B')
mac.add_logging_PV('1st Raw Signal C (uA)','BL01:ID:1XBPM:C')
mac.add_logging_PV('1st Raw Signal D (uA)','BL01:ID:1XBPM:D')
mac.add_logging_PV('2nd Raw Signal A (uA)','BL01:ID:2XBPM:A')
mac.add_logging_PV('2nd Raw Signal B (uA)','BL01:ID:2XBPM:B')
mac.add_logging_PV('2nd Raw Signal C (uA)','BL01:ID:2XBPM:E')
mac.add_logging_PV('2nd Raw Signal D (uA)','BL01:ID:2XBPM:F')
mac.add_logging_PV('RF BPM VPOS Norm @ SRC','BL01:SRID:VPosition')
mac.add_logging_PV('RF BPM VANGLE Norm @ SRC','BL01:SRID:VAngle')
mac.add_logging_PV('RF BPM HPOS Norm @ SRC','BL01:SRID:HPosition')
mac.add_logging_PV('RF BPM HANGLE Norm @ SRC','BL01:SRID:HAngle')
mac.add_logging_PV('1XBPM VPOS (mm)','BL01:ID:1XBPM:VPOS')
mac.add_logging_PV('2XBPM VPOS (mm)','BL01:ID:2XBPM:VPOS')
mac.add_logging_PV('VPOS (mm)','BL01:ID:XBPM:VPosition')
mac.add_logging_PV('1XBPM HPOS (mm)','BL01:ID:1XBPM:HPOS')
mac.add_logging_PV('2XBPM HPOS (mm)','BL01:ID:2XBPM:HPOS')
mac.add_logging_PV('HPOS (mm)','BL01:ID:XBPM:HPosition')
mac.add_logging_PV('VANGLE (urad)','BL01:ID:XBPM:VAngle')
mac.add_logging_PV('HANGLE (urad)','BL01:ID:XBPM:HAngle')
### SR PARAMETERS INFO
mac.add_logging_PV('BEAM RMS V Motion (um)','SRFB:dsp2:yRMSmotion30HzPkM.VAL')
mac.add_logging_PV('BEAM RMS H Motion (um)','SRFB:dsp2:xRMSmotion30HzPkM.VAL')
mac.add_logging_PV('BEAM V EMITTANCE','S:VID1:filteredYemittance')
mac.add_logging_PV('BEAM H EMITTANCE','S:VID1:filteredXemittance')
mac.add_logging_PV('Coupling','S:VID1:filteredCoupling')
### UNDULATOR INFO
mac.add_logging_PV('US UND GAP (mm)','ID01us:Gap.VAL')
mac.add_logging_PV('US UND GAP SET (mm)','ID01us:GapSet.VAL')
mac.add_logging_PV('US UND Harmonic Value','ID01us:HarmonicValue')
mac.add_logging_PV('DS UND GAP (mm)','ID01ds:Gap.VAL')
mac.add_logging_PV('DS UND GAP SET (mm)','ID01ds:GapSet.VAL')
mac.add_logging_PV('DS UND Harmonic Value','ID01ds:HarmonicValue')
### HEM TEMPERATURE
mac.add_logging_PV('HEM 1st XSTAL Temp (K)','1ida:LS218:1:ch1_degK.VAL')
mac.add_logging_PV('HEM 1st XSTAL MANIFOLD T (K)','1ida:LS218:1:ch2_degK.VAL')
### LOVE CONTROLLER CONTROL VALUES
mac.add_logging_PV('P1','1ida:love32:Value')
mac.add_logging_PV('P2','1ida:love33:Value')
### AMI
mac.add_logging_PV('Stablizer Level','1ida:AMI286:1:ch1:Level.VAL')
mac.add_logging_PV('DD Level','1ida:AMI286:1:ch2:Level.VAL')
mac.add_logging_PV('DD Valve','1ida:AMI286:1:ch2:Fill.VAL')
mac.add_logging_PV('Buffer Level','1ida:AMI286:2:ch1:Level.VAL')
mac.add_logging_PV('Vessel Level','1ida:AMI286:2:ch2:Level.VAL')
mac.add_logging_PV('Vessel Valve','1ida:AMI286:2:ch2:Fill.VAL')
### HUTCH TEMPERATURES
mac.add_logging_PV('A-hutch T (deg C)','1ida:DP41:s1:temp.VAL')
mac.add_logging_PV('B-hutch T (deg C)','1ida:DP41:s2:temp.VAL')
mac.add_logging_PV('C-hutch T (deg C)','1id:DP41:s1:temp.VAL')
mac.add_logging_PV('E-hutch T TILT1 (deg C)','1ide:USdig_X3:1:T')
mac.add_logging_PV('E-hutch T TILT2 (deg C)','1ide:USdig_X3:2:T')
### WB SLITS
mac.add_logging_PV('WB Hr Size','1ida:Slit1Ht2.C')
mac.add_logging_PV('WB Vt Size','1ida:Slit1Vt2.C')
mac.add_logging_PV('WB Hr Pos','1ida:Slit1Ht2.D')
mac.add_logging_PV('WB Vt Pos','1ida:Slit1Vt2.D')
### IC
mac.add_logging_PV('B-IC1','1id:scaler2.S3')
mac.add_logging_PV('C-Split IC1','1id:scaler2.S11')
mac.add_logging_PV('C-Split IC2','1id:scaler2.S12')
mac.add_logging_PV('E-Split IC1','1ide:S1:scaler1.S2')
mac.add_logging_PV('E-Split IC2','1ide:S1:scaler1.S3')
### GAS PRESSURES
mac.add_logging_PV('Ni P','1idc:DP41:1:Filtered')
mac.add_logging_PV('He P','1idc:DP41:2:Filtered')
mac.add_logging_PV('Ar P','1idc:DP41:3:Filtered')
### GE TEMPERATURES
mac.add_logging_PV('HYDRA ORANGE LOOP (deg C)','1ide:DP41:s2:temp.VAL')
mac.add_logging_PV('HYDRA BLUE LOOP (deg C)','1ide:DP41:s3:temp.VAL')
OrgLoopPV = PyEpics.pv.PV('1ide:DP41:s2:temp.VAL')
BluLoopPV = PyEpics.pv.PV('1ide:DP41:s3:temp.VAL')
while True:
mac.write_logging_header(LogName)
mac.write_logging_parameters(LogName)
print 'Do not shut off unless authorized by S1 staff'
print time.ctime() + ' : wrote PV data'
if (OrgLoopPV.get() > GE_Temp_Thresh) or (BluLoopPV.get() > GE_Temp_Thresh):
pv_alert(s1id_staff, LogName, TimeInterval, AlertType=1)
spec.sleep(TimeInterval)