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0defe64bda3c8ab6a3b6584b8948526a60769e2c
x07mb/script/points_q_0.py
gac-x07mb 0defe64bda Configuration change: Context
2022-03-04 14:28:28 +01:00

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#Script imported from: points_q_0.xml
#Variables
K = 0.0
N_cycles = 0.0
numberOfExecutions = 5
#TODO: Support to multiple iterations is partial: check if logic is ok
for iteration in range(numberOfExecutions):
#Pre-actions
p = subproccess.Popen('/sls/X07MB/data/settings/Scripts/GUI_X07MB/X_X07MB_fda_file_to_EPICS.sh ${FILENAME}' +, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
p.communicate()
ret = p.returncode
p = subproccess.Popen('/sls/X07MB/data/settings/Scripts/GUI_X07MB/X_X07MB_fda_write_header.py' +, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
p.communicate()
ret = p.returncode
caput('X07MB-OP2:START-CSMPL', '0')
sleep(0.05)
caput('X07MB-XMAP:StopAll', '1')
sleep(0.05)
caput('X07MB-XMAP:CollectMode', '0')
sleep(0.05)
caput('X07MB-XMAP:Apply', '1')
sleep(0.05)
caput('X07MB-XMAP:PresetReal', '0')
sleep(0.05)
caput('X07MB-OP2:TOTAL-CYCLES', '5')
sleep(0.05)
caput('X07MB-ES1-PP2:VO5', '0')
sleep(0.05)
caput('X07MB-OP-WV1:WT_SET', '1')
sleep(0.05)
caput('X07MB-ES1-PP2:VO4', '0')
sleep(0.15)
#TODO: Set the diplay names of positioners and detectors
scan = ManualScan(['Energy'], ['Energy_set', 'Mono_offset', 'I_SLS', 'PRESSURE', 'Theta_2', 'Diode_BM', 'I0_KEITHLEY1', 'KEITHLEY1_GAIN', 'I1_KEITHLEY2', 'KEITHLEY2_GAIN', 'XBPM3_GAIN', 'XBPM3_SAI14_CUR_MEAN', 'XBPM3_SAI15_CUR_MEAN', 'XBPM3_SAI16_CUR_MEAN', 'XBPM3_SAI17_CUR_MEAN', 'XBPM3_POSX', 'XBPM3_POSY', 'XBPM4_GAIN', 'XBPM4_SAI19_CUR_MEAN', 'XBPM4_SAI20_CUR_MEAN', 'XBPM4_SAI21_CUR_MEAN', 'XBPM4_SAI22_CUR_MEAN', 'XBPM4_POSX', 'XBPM4_POSY', 'D1_CuKa', 'D1_CuKa_dxp', 'D1_AlKa', 'D1_AlKa_dxp', 'D1_SiKa', 'D1_SiKa_dxp', 'D2_CuKa', 'D2_CuKa_dxp', 'D2_AlKa', 'D2_AlKa_dxp', 'D2_SiKa', 'D2_SiKa_dxp', 'D3_CuKa', 'D3_CuKa_dxp', 'D3_AlKa', 'D3_AlKa_dxp', 'D3_SiKa', 'D3_SiKa_dxp', 'D4_CuKa', 'D4_CuKa_dxp', 'D4_AlKa', 'D4_AlKa_dxp', 'D4_SiKa', 'D4_SiKa_dxp', 'D1_ICR', 'D1_OCR', 'DD1_ELTM', 'DD1_ERTM', 'DD1_DTIM', 'D2_ICR', 'D2_OCR', 'DD2_ELTM', 'DD2_ERTM', 'DD2_DTIM', 'D3_ICR', 'D3_OCR', 'DD3_ELTM', 'DD3_ERTM', 'DD3_DTIM', 'D4_ICR', 'D4_OCR', 'DD4_ELTM', 'DD4_ERTM', 'DD4_DTIM', 'Spec_1[2048]', 'Spec_2[2048]', 'Spec_3[2048]', 'Spec_4[2048]', 'D1_TrueICR', 'D2_TrueICR', 'D3_TrueICR', 'D4_TrueICR', 'D1_CuKa_corr', 'D1_CuKa_corr_over_PRESSURE', 'D1_CuKa_corr_over_Theta_2', 'D1_CuKa_corr_over_Diode_BM', 'D2_CuKa_corr', 'D2_CuKa_corr_over_PRESSURE', 'D2_CuKa_corr_over_Theta_2', 'D2_CuKa_corr_over_Diode_BM', 'D3_CuKa_corr', 'D3_CuKa_corr_over_PRESSURE', 'D3_CuKa_corr_over_Theta_2', 'D3_CuKa_corr_over_Diode_BM', 'D4_CuKa_corr', 'D4_CuKa_corr_over_PRESSURE', 'D4_CuKa_corr_over_Theta_2', 'D4_CuKa_corr_over_Diode_BM', 'CuKa_sum_cps', 'D1_AlKa_corr', 'D1_AlKa_corr_over_PRESSURE', 'D1_AlKa_corr_over_Theta_2', 'D1_AlKa_corr_over_Diode_BM', 'D2_AlKa_corr', 'D2_AlKa_corr_over_PRESSURE', 'D2_AlKa_corr_over_Theta_2', 'D2_AlKa_corr_over_Diode_BM', 'D3_AlKa_corr', 'D3_AlKa_corr_over_PRESSURE', 'D3_AlKa_corr_over_Theta_2', 'D3_AlKa_corr_over_Diode_BM', 'D4_AlKa_corr', 'D4_AlKa_corr_over_PRESSURE', 'D4_AlKa_corr_over_Theta_2', 'D4_AlKa_corr_over_Diode_BM', 'AlKa_sum_cps', 'D1_SiKa_corr', 'D1_SiKa_corr_over_PRESSURE', 'D1_SiKa_corr_over_Theta_2', 'D1_SiKa_corr_over_Diode_BM', 'D2_SiKa_corr', 'D2_SiKa_corr_over_PRESSURE', 'D2_SiKa_corr_over_Theta_2', 'D2_SiKa_corr_over_Diode_BM', 'D3_SiKa_corr', 'D3_SiKa_corr_over_PRESSURE', 'D3_SiKa_corr_over_Theta_2', 'D3_SiKa_corr_over_Diode_BM', 'D4_SiKa_corr', 'D4_SiKa_corr_over_PRESSURE', 'D4_SiKa_corr_over_Theta_2', 'D4_SiKa_corr_over_Diode_BM', 'SiKa_sum_cps'] , [1500.0], [1800.0], [261])
scan.start()
#Creating channels: dimension 1
#RegionPositioner Energy
Energy = Channel('X07MB-OP-MO:E-SET', type = 'd')
EnergyReadback = Channel('X07MB-OP-MO:E-GET', type = 'd')
#ScalarDetector Energy_set
Energy_set = Channel('X07MB-OP-MO:E-SET', type = 'd')
#ScalarDetector Mono_offset
Mono_offset = Channel('X07MB-OP-MO:BEAM-OFS', type = 'd')
#ScalarDetector I_SLS
I_SLS = Channel('ARIDI-PCT:CURRENT', type = 'd')
#ScalarDetector PRESSURE
PRESSURE = Channel('X07MB-ES3-MC1:PRESSURE', type = 'd')
#ScalarDetector Theta_2
Theta_2 = Channel('X07MB-ES1:userCalc1.VAL', type = 'd')
#ScalarDetector Diode_BM
Diode_BM = Channel('X07MB-OP2-SAI_04:MEAN', type = 'd')
#ScalarDetector I0_KEITHLEY1
I0_KEITHLEY1 = Channel('X07MB-OP2-SAI_07:MEAN', type = 'd')
#ScalarDetector KEITHLEY1_GAIN
KEITHLEY1_GAIN = Channel('X07MB-OP-KEITH1:setGain', type = 'd')
#ScalarDetector I1_KEITHLEY2
I1_KEITHLEY2 = Channel('X07MB-OP2-SAI_08:MEAN', type = 'd')
#ScalarDetector KEITHLEY2_GAIN
KEITHLEY2_GAIN = Channel('X07MB-OP-KEITH2:setGain', type = 'd')
#ScalarDetector XBPM3_GAIN
XBPM3_GAIN = Channel('X07MB-OP2:LCAD3-GAIN', type = 'd')
#ScalarDetector XBPM3_SAI14_CUR_MEAN
XBPM3_SAI14_CUR_MEAN = Channel('X07MB-OP2-SAI_14:CUR-MEAN', type = 'd')
#ScalarDetector XBPM3_SAI15_CUR_MEAN
XBPM3_SAI15_CUR_MEAN = Channel('X07MB-OP2-SAI_15:CUR-MEAN', type = 'd')
#ScalarDetector XBPM3_SAI16_CUR_MEAN
XBPM3_SAI16_CUR_MEAN = Channel('X07MB-OP2-SAI_16:CUR-MEAN', type = 'd')
#ScalarDetector XBPM3_SAI17_CUR_MEAN
XBPM3_SAI17_CUR_MEAN = Channel('X07MB-OP2-SAI_17:CUR-MEAN', type = 'd')
#ScalarDetector XBPM3_POSX
XBPM3_POSX = Channel('X07MB-OP-BPM3:POSX', type = 'd')
#ScalarDetector XBPM3_POSY
XBPM3_POSY = Channel('X07MB-OP-BPM3:POSY', type = 'd')
#ScalarDetector XBPM4_GAIN
XBPM4_GAIN = Channel('X07MB-OP2:LCAD3-GAIN', type = 'd')
#ScalarDetector XBPM4_SAI19_CUR_MEAN
XBPM4_SAI19_CUR_MEAN = Channel('X07MB-OP2-SAI_19:CUR-MEAN', type = 'd')
#ScalarDetector XBPM4_SAI20_CUR_MEAN
XBPM4_SAI20_CUR_MEAN = Channel('X07MB-OP2-SAI_20:CUR-MEAN', type = 'd')
#ScalarDetector XBPM4_SAI21_CUR_MEAN
XBPM4_SAI21_CUR_MEAN = Channel('X07MB-OP2-SAI_21:CUR-MEAN', type = 'd')
#ScalarDetector XBPM4_SAI22_CUR_MEAN
XBPM4_SAI22_CUR_MEAN = Channel('X07MB-OP2-SAI_22:CUR-MEAN', type = 'd')
#ScalarDetector XBPM4_POSX
XBPM4_POSX = Channel('X07MB-OP-BPM4:POSX', type = 'd')
#ScalarDetector XBPM4_POSY
XBPM4_POSY = Channel('X07MB-OP-BPM4:POSY', type = 'd')
#ScalarDetector D1_CuKa
D1_CuKa = Channel('X07MB-XMAP:mca1.R0', type = 'd')
#ScalarDetector D1_CuKa_dxp
D1_CuKa_dxp = Channel('X07MB-XMAP:dxp1:SCA0Counts', type = 'd')
#ScalarDetector D1_AlKa
D1_AlKa = Channel('X07MB-XMAP:mca1.R1', type = 'd')
#ScalarDetector D1_AlKa_dxp
D1_AlKa_dxp = Channel('X07MB-XMAP:dxp1:SCA1Counts', type = 'd')
#ScalarDetector D1_SiKa
D1_SiKa = Channel('X07MB-XMAP:mca1.R2', type = 'd')
#ScalarDetector D1_SiKa_dxp
D1_SiKa_dxp = Channel('X07MB-XMAP:dxp1:SCA2Counts', type = 'd')
#ScalarDetector D2_CuKa
D2_CuKa = Channel('X07MB-XMAP:mca2.R0', type = 'd')
#ScalarDetector D2_CuKa_dxp
D2_CuKa_dxp = Channel('X07MB-XMAP:dxp2:SCA0Counts', type = 'd')
#ScalarDetector D2_AlKa
D2_AlKa = Channel('X07MB-XMAP:mca2.R1', type = 'd')
#ScalarDetector D2_AlKa_dxp
D2_AlKa_dxp = Channel('X07MB-XMAP:dxp2:SCA1Counts', type = 'd')
#ScalarDetector D2_SiKa
D2_SiKa = Channel('X07MB-XMAP:mca2.R2', type = 'd')
#ScalarDetector D2_SiKa_dxp
D2_SiKa_dxp = Channel('X07MB-XMAP:dxp2:SCA2Counts', type = 'd')
#ScalarDetector D3_CuKa
D3_CuKa = Channel('X07MB-XMAP:mca3.R0', type = 'd')
#ScalarDetector D3_CuKa_dxp
D3_CuKa_dxp = Channel('X07MB-XMAP:dxp3:SCA0Counts', type = 'd')
#ScalarDetector D3_AlKa
D3_AlKa = Channel('X07MB-XMAP:mca3.R1', type = 'd')
#ScalarDetector D3_AlKa_dxp
D3_AlKa_dxp = Channel('X07MB-XMAP:dxp3:SCA1Counts', type = 'd')
#ScalarDetector D3_SiKa
D3_SiKa = Channel('X07MB-XMAP:mca3.R2', type = 'd')
#ScalarDetector D3_SiKa_dxp
D3_SiKa_dxp = Channel('X07MB-XMAP:dxp3:SCA2Counts', type = 'd')
#ScalarDetector D4_CuKa
D4_CuKa = Channel('X07MB-XMAP:mca4.R0', type = 'd')
#ScalarDetector D4_CuKa_dxp
D4_CuKa_dxp = Channel('X07MB-XMAP:dxp4:SCA0Counts', type = 'd')
#ScalarDetector D4_AlKa
D4_AlKa = Channel('X07MB-XMAP:mca4.R1', type = 'd')
#ScalarDetector D4_AlKa_dxp
D4_AlKa_dxp = Channel('X07MB-XMAP:dxp4:SCA1Counts', type = 'd')
#ScalarDetector D4_SiKa
D4_SiKa = Channel('X07MB-XMAP:mca4.R2', type = 'd')
#ScalarDetector D4_SiKa_dxp
D4_SiKa_dxp = Channel('X07MB-XMAP:dxp4:SCA2Counts', type = 'd')
#ScalarDetector D1_ICR
D1_ICR = Channel('X07MB-XMAP:dxp1:InputCountRate', type = 'd')
#ScalarDetector D1_OCR
D1_OCR = Channel('X07MB-XMAP:dxp1:OutputCountRate', type = 'd')
#ScalarDetector DD1_ELTM
DD1_ELTM = Channel('X07MB-XMAP:mca1.ELTM', type = 'd')
#ScalarDetector DD1_ERTM
DD1_ERTM = Channel('X07MB-XMAP:mca1.ERTM', type = 'd')
#ScalarDetector DD1_DTIM
DD1_DTIM = Channel('X07MB-XMAP:mca1.DTIM', type = 'd')
#ScalarDetector D2_ICR
D2_ICR = Channel('X07MB-XMAP:dxp2:InputCountRate', type = 'd')
#ScalarDetector D2_OCR
D2_OCR = Channel('X07MB-XMAP:dxp2:OutputCountRate', type = 'd')
#ScalarDetector DD2_ELTM
DD2_ELTM = Channel('X07MB-XMAP:mca2.ELTM', type = 'd')
#ScalarDetector DD2_ERTM
DD2_ERTM = Channel('X07MB-XMAP:mca2.ERTM', type = 'd')
#ScalarDetector DD2_DTIM
DD2_DTIM = Channel('X07MB-XMAP:mca2.DTIM', type = 'd')
#ScalarDetector D3_ICR
D3_ICR = Channel('X07MB-XMAP:dxp3:InputCountRate', type = 'd')
#ScalarDetector D3_OCR
D3_OCR = Channel('X07MB-XMAP:dxp3:OutputCountRate', type = 'd')
#ScalarDetector DD3_ELTM
DD3_ELTM = Channel('X07MB-XMAP:mca3.ELTM', type = 'd')
#ScalarDetector DD3_ERTM
DD3_ERTM = Channel('X07MB-XMAP:mca3.ERTM', type = 'd')
#ScalarDetector DD3_DTIM
DD3_DTIM = Channel('X07MB-XMAP:mca3.DTIM', type = 'd')
#ScalarDetector D4_ICR
D4_ICR = Channel('X07MB-XMAP:dxp4:InputCountRate', type = 'd')
#ScalarDetector D4_OCR
D4_OCR = Channel('X07MB-XMAP:dxp4:OutputCountRate', type = 'd')
#ScalarDetector DD4_ELTM
DD4_ELTM = Channel('X07MB-XMAP:mca4.ELTM', type = 'd')
#ScalarDetector DD4_ERTM
DD4_ERTM = Channel('X07MB-XMAP:mca4.ERTM', type = 'd')
#ScalarDetector DD4_DTIM
DD4_DTIM = Channel('X07MB-XMAP:mca4.DTIM', type = 'd')
#ArrayDetector Spec_1
Spec_1 = Channel('X07MB-XMAP:mca1.VAL', type = '[d', size = 2048)
#ArrayDetector Spec_2
Spec_2 = Channel('X07MB-XMAP:mca2.VAL', type = '[d', size = 2048)
#ArrayDetector Spec_3
Spec_3 = Channel('X07MB-XMAP:mca3.VAL', type = '[d', size = 2048)
#ArrayDetector Spec_4
Spec_4 = Channel('X07MB-XMAP:mca4.VAL', type = '[d', size = 2048)
#Dimension 1
#Dimension Guard
cawait('ACOAU-ACCU:OP-MODE', 6, type = 'l')
#RegionPositioner Energy
for setpoint1 in frange(1500.0, 1557.0, 3.0, True) + frange(1557.1, 1561.4, 0.1, True) + frange(1561.5, 1575.0, 0.3, True) + frange(1576.0, 1650.0, 1.0, True) + frange(1651.0, 1800.0, 2.0, True):
#Region 1 pre-actions
if setpoint1 == 1500.0:
caput('X07MB-OP2:TOTAL-CYCLES', '5')
#Region 2 pre-actions
if setpoint1 == 1557.1:
caput('X07MB-OP2:TOTAL-CYCLES', '10')
#Region 3 pre-actions
if setpoint1 == 1561.5:
caput('X07MB-OP2:TOTAL-CYCLES', '10')
#Region 4 pre-actions
if setpoint1 == 1576.0:
caput('X07MB-OP2:TOTAL-CYCLES', '10')
#Region 5 pre-actions
if setpoint1 == 1651.0:
caput('X07MB-OP2:TOTAL-CYCLES', '10')
Energy.put(setpoint1, timeout=None) # TODO: Set appropriate timeout
readback1 = EnergyReadback.get()
if abs(readback1 - setpoint1) > 0.05 : # TODO: Check accuracy
raise Exception('Actor Energy could not be set to the value ' + str(setpoint1))
sleep( 0.2 ) # Settling time
#Dimension Actions
caputq('X07MB-XMAP:EraseStart', '1')
sleep(0.075)
caput('X07MB-OP2:SMPL', '1')
sleep(0.075)
cawait('X07MB-OP2:SMPL-DONE', 1, type = 'l')
sleep(0.075)
caput('X07MB-XMAP:StopAll', '1')
sleep(0.05)
#Detector Energy_set
detector1 = Energy_set.get()
#Detector Mono_offset
detector2 = Mono_offset.get()
#Detector I_SLS
detector3 = I_SLS.get()
#Detector PRESSURE
detector4 = PRESSURE.get()
#Detector Theta_2
detector5 = Theta_2.get()
#Detector Diode_BM
detector6 = Diode_BM.get()
#Detector I0_KEITHLEY1
detector7 = I0_KEITHLEY1.get()
#Detector KEITHLEY1_GAIN
detector8 = KEITHLEY1_GAIN.get()
#Detector I1_KEITHLEY2
detector9 = I1_KEITHLEY2.get()
#Detector KEITHLEY2_GAIN
detector10 = KEITHLEY2_GAIN.get()
#Detector XBPM3_GAIN
detector11 = XBPM3_GAIN.get()
#Detector XBPM3_SAI14_CUR_MEAN
detector12 = XBPM3_SAI14_CUR_MEAN.get()
#Detector XBPM3_SAI15_CUR_MEAN
detector13 = XBPM3_SAI15_CUR_MEAN.get()
#Detector XBPM3_SAI16_CUR_MEAN
detector14 = XBPM3_SAI16_CUR_MEAN.get()
#Detector XBPM3_SAI17_CUR_MEAN
detector15 = XBPM3_SAI17_CUR_MEAN.get()
#Detector XBPM3_POSX
detector16 = XBPM3_POSX.get()
#Detector XBPM3_POSY
detector17 = XBPM3_POSY.get()
#Detector XBPM4_GAIN
detector18 = XBPM4_GAIN.get()
#Detector XBPM4_SAI19_CUR_MEAN
detector19 = XBPM4_SAI19_CUR_MEAN.get()
#Detector XBPM4_SAI20_CUR_MEAN
detector20 = XBPM4_SAI20_CUR_MEAN.get()
#Detector XBPM4_SAI21_CUR_MEAN
detector21 = XBPM4_SAI21_CUR_MEAN.get()
#Detector XBPM4_SAI22_CUR_MEAN
detector22 = XBPM4_SAI22_CUR_MEAN.get()
#Detector XBPM4_POSX
detector23 = XBPM4_POSX.get()
#Detector XBPM4_POSY
detector24 = XBPM4_POSY.get()
#Detector D1_CuKa
detector25 = D1_CuKa.get()
#Detector D1_CuKa_dxp
detector26 = D1_CuKa_dxp.get()
#Detector D1_AlKa
detector27 = D1_AlKa.get()
#Detector D1_AlKa_dxp
detector28 = D1_AlKa_dxp.get()
#Detector D1_SiKa
detector29 = D1_SiKa.get()
#Detector D1_SiKa_dxp
detector30 = D1_SiKa_dxp.get()
#Detector D2_CuKa
detector31 = D2_CuKa.get()
#Detector D2_CuKa_dxp
detector32 = D2_CuKa_dxp.get()
#Detector D2_AlKa
detector33 = D2_AlKa.get()
#Detector D2_AlKa_dxp
detector34 = D2_AlKa_dxp.get()
#Detector D2_SiKa
detector35 = D2_SiKa.get()
#Detector D2_SiKa_dxp
detector36 = D2_SiKa_dxp.get()
#Detector D3_CuKa
detector37 = D3_CuKa.get()
#Detector D3_CuKa_dxp
detector38 = D3_CuKa_dxp.get()
#Detector D3_AlKa
detector39 = D3_AlKa.get()
#Detector D3_AlKa_dxp
detector40 = D3_AlKa_dxp.get()
#Detector D3_SiKa
detector41 = D3_SiKa.get()
#Detector D3_SiKa_dxp
detector42 = D3_SiKa_dxp.get()
#Detector D4_CuKa
detector43 = D4_CuKa.get()
#Detector D4_CuKa_dxp
detector44 = D4_CuKa_dxp.get()
#Detector D4_AlKa
detector45 = D4_AlKa.get()
#Detector D4_AlKa_dxp
detector46 = D4_AlKa_dxp.get()
#Detector D4_SiKa
detector47 = D4_SiKa.get()
#Detector D4_SiKa_dxp
detector48 = D4_SiKa_dxp.get()
#Detector D1_ICR
detector49 = D1_ICR.get()
#Detector D1_OCR
detector50 = D1_OCR.get()
#Detector DD1_ELTM
detector51 = DD1_ELTM.get()
#Detector DD1_ERTM
detector52 = DD1_ERTM.get()
#Detector DD1_DTIM
detector53 = DD1_DTIM.get()
#Detector D2_ICR
detector54 = D2_ICR.get()
#Detector D2_OCR
detector55 = D2_OCR.get()
#Detector DD2_ELTM
detector56 = DD2_ELTM.get()
#Detector DD2_ERTM
detector57 = DD2_ERTM.get()
#Detector DD2_DTIM
detector58 = DD2_DTIM.get()
#Detector D3_ICR
detector59 = D3_ICR.get()
#Detector D3_OCR
detector60 = D3_OCR.get()
#Detector DD3_ELTM
detector61 = DD3_ELTM.get()
#Detector DD3_ERTM
detector62 = DD3_ERTM.get()
#Detector DD3_DTIM
detector63 = DD3_DTIM.get()
#Detector D4_ICR
detector64 = D4_ICR.get()
#Detector D4_OCR
detector65 = D4_OCR.get()
#Detector DD4_ELTM
detector66 = DD4_ELTM.get()
#Detector DD4_ERTM
detector67 = DD4_ERTM.get()
#Detector DD4_DTIM
detector68 = DD4_DTIM.get()
#Detector Spec_1
detector69 = Spec_1.get()
#Detector Spec_2
detector70 = Spec_2.get()
#Detector Spec_3
detector71 = Spec_3.get()
#Detector Spec_4
detector72 = Spec_4.get()
#Manipulation D2_AlKa_corr_over_Diode_BM
#Variable Mappings
a = detector33_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D2_AlKa_corr_over_Diode_BM = (a/b)
#Manipulation D4_AlKa_corr_over_Theta_2
#Variable Mappings
a = detector45_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D4_AlKa_corr_over_Theta_2 = (a/b)
#Manipulation D2_SiKa_corr
#Variable Mappings
a = detector35
b = detector54
c = detector55
d = detector57
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D2_SiKa_corr = box
if (ICR) == 0:
box = 0
D2_SiKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D2_SiKa_corr = box
#Manipulation D2_CuKa_corr_over_Diode_BM
#Variable Mappings
a = detector31_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D2_CuKa_corr_over_Diode_BM = (a/b)
#Manipulation D3_CuKa_corr
#Variable Mappings
a = detector37
b = detector59
c = detector60
d = detector62
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D3_CuKa_corr = box
if (ICR) == 0:
box = 0
D3_CuKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D3_CuKa_corr = box
#Manipulation D3_CuKa_corr_over_Theta_2
#Variable Mappings
a = detector37_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D3_CuKa_corr_over_Theta_2 = (a/b)
#Manipulation D1_SiKa_corr_over_Diode_BM
#Variable Mappings
a = detector29_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D1_SiKa_corr_over_Diode_BM = (a/b)
#Manipulation D4_AlKa_corr_over_PRESSURE
#Variable Mappings
a = detector45_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D4_AlKa_corr_over_PRESSURE = (a/b)
#Manipulation D4_TrueICR
#Variable Mappings
b = detector64
c = detector65
d = detector67
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D4_TrueICR = box
if (ICR) == 0:
box = 0
D4_TrueICR = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR) <> 0:
box = TrueICR
if (OCR*d) == 0:
box=0.0
D4_TrueICR = box
#Manipulation D4_SiKa_corr_over_Theta_2
#Variable Mappings
a = detector47_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D4_SiKa_corr_over_Theta_2 = (a/b)
#Manipulation D2_CuKa_corr_over_PRESSURE
#Variable Mappings
a = detector31_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D2_CuKa_corr_over_PRESSURE = (a/b)
#Manipulation D3_AlKa_corr
#Variable Mappings
a = detector39
b = detector59
c = detector60
d = detector62
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D3_AlKa_corr = box
if (ICR) == 0:
box = 0
D3_AlKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D3_AlKa_corr = box
#Manipulation D2_TrueICR
#Variable Mappings
b = detector54
c = detector55
d = detector57
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D2_TrueICR = box
if (ICR) == 0:
box = 0
D2_TrueICR = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR) <> 0:
box = TrueICR
if (OCR*d) == 0:
box=0.0
D2_TrueICR = box
#Manipulation D3_SiKa_corr_over_Diode_BM
#Variable Mappings
a = detector41_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D3_SiKa_corr_over_Diode_BM = (a/b)
#Manipulation D2_CuKa_corr_over_Theta_2
#Variable Mappings
a = detector31_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D2_CuKa_corr_over_Theta_2 = (a/b)
#Manipulation D1_AlKa_corr
#Variable Mappings
a = detector27
b = detector49
c = detector50
d = detector52
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D1_AlKa_corr = box
if (ICR) == 0:
box = 0
D1_AlKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D1_AlKa_corr = box
#Manipulation D3_SiKa_corr
#Variable Mappings
a = detector41
b = detector59
c = detector60
d = detector62
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D3_SiKa_corr = box
if (ICR) == 0:
box = 0
D3_SiKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D3_SiKa_corr = box
#Manipulation D2_CuKa_corr
#Variable Mappings
a = detector31
b = detector54
c = detector55
d = detector57
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D2_CuKa_corr = box
if (ICR) == 0:
box = 0
D2_CuKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D2_CuKa_corr = box
#Manipulation D1_SiKa_corr_over_PRESSURE
#Variable Mappings
a = detector29_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D1_SiKa_corr_over_PRESSURE = (a/b)
#Manipulation D1_AlKa_corr_over_PRESSURE
#Variable Mappings
a = detector27_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D1_AlKa_corr_over_PRESSURE = (a/b)
#Manipulation D1_AlKa_corr_over_Theta_2
#Variable Mappings
a = detector27_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D1_AlKa_corr_over_Theta_2 = (a/b)
#Manipulation AlKa_sum_cps
#Variable Mappings
detector27_corr = detector27_corr
detector33_corr = detector33_corr
detector39_corr = detector39_corr
detector45_corr = detector45_corr
#TODO: Move, if needed, this import to the file header: import math
SUM_DET = 0.
SUM_DET = SUM_DET + detector27_corr
SUM_DET = SUM_DET + detector33_corr
SUM_DET = SUM_DET + detector39_corr
SUM_DET = SUM_DET + detector45_corr
AlKa_sum_cps = SUM_DET
#Manipulation D3_AlKa_corr_over_Diode_BM
#Variable Mappings
a = detector39_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D3_AlKa_corr_over_Diode_BM = (a/b)
#Manipulation D3_SiKa_corr_over_Theta_2
#Variable Mappings
a = detector41_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D3_SiKa_corr_over_Theta_2 = (a/b)
#Manipulation D3_SiKa_corr_over_PRESSURE
#Variable Mappings
a = detector41_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D3_SiKa_corr_over_PRESSURE = (a/b)
#Manipulation D4_AlKa_corr
#Variable Mappings
a = detector45
b = detector64
c = detector65
d = detector67
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D4_AlKa_corr = box
if (ICR) == 0:
box = 0
D4_AlKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D4_AlKa_corr = box
#Manipulation CuKa_sum_cps
#Variable Mappings
detector25_corr = detector25_corr
detector31_corr = detector31_corr
detector37_corr = detector37_corr
detector43_corr = detector43_corr
#TODO: Move, if needed, this import to the file header: import math
SUM_DET = 0.
SUM_DET = SUM_DET + detector25_corr
SUM_DET = SUM_DET + detector31_corr
SUM_DET = SUM_DET + detector37_corr
SUM_DET = SUM_DET + detector43_corr
CuKa_sum_cps = SUM_DET
#Manipulation D3_CuKa_corr_over_PRESSURE
#Variable Mappings
a = detector37_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D3_CuKa_corr_over_PRESSURE = (a/b)
#Manipulation D4_SiKa_corr
#Variable Mappings
a = detector47
b = detector64
c = detector65
d = detector67
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D4_SiKa_corr = box
if (ICR) == 0:
box = 0
D4_SiKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D4_SiKa_corr = box
#Manipulation D2_AlKa_corr
#Variable Mappings
a = detector33
b = detector54
c = detector55
d = detector57
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D2_AlKa_corr = box
if (ICR) == 0:
box = 0
D2_AlKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D2_AlKa_corr = box
#Manipulation D1_CuKa_corr_over_Theta_2
#Variable Mappings
a = detector25_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D1_CuKa_corr_over_Theta_2 = (a/b)
#Manipulation D2_SiKa_corr_over_Diode_BM
#Variable Mappings
a = detector35_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D2_SiKa_corr_over_Diode_BM = (a/b)
#Manipulation D2_AlKa_corr_over_Theta_2
#Variable Mappings
a = detector33_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D2_AlKa_corr_over_Theta_2 = (a/b)
#Manipulation D2_SiKa_corr_over_Theta_2
#Variable Mappings
a = detector35_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D2_SiKa_corr_over_Theta_2 = (a/b)
#Manipulation D3_CuKa_corr_over_Diode_BM
#Variable Mappings
a = detector37_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D3_CuKa_corr_over_Diode_BM = (a/b)
#Manipulation D1_AlKa_corr_over_Diode_BM
#Variable Mappings
a = detector27_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D1_AlKa_corr_over_Diode_BM = (a/b)
#Manipulation D3_AlKa_corr_over_PRESSURE
#Variable Mappings
a = detector39_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D3_AlKa_corr_over_PRESSURE = (a/b)
#Manipulation D3_TrueICR
#Variable Mappings
b = detector59
c = detector60
d = detector62
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D3_TrueICR = box
if (ICR) == 0:
box = 0
D3_TrueICR = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR) <> 0:
box = TrueICR
if (OCR*d) == 0:
box=0.0
D3_TrueICR = box
#Manipulation D1_CuKa_corr
#Variable Mappings
a = detector25
b = detector49
c = detector50
d = detector52
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D1_CuKa_corr = box
if (ICR) == 0:
box = 0
D1_CuKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D1_CuKa_corr = box
#Manipulation D4_CuKa_corr_over_Diode_BM
#Variable Mappings
a = detector43_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D4_CuKa_corr_over_Diode_BM = (a/b)
#Manipulation D3_AlKa_corr_over_Theta_2
#Variable Mappings
a = detector39_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D3_AlKa_corr_over_Theta_2 = (a/b)
#Manipulation D4_AlKa_corr_over_Diode_BM
#Variable Mappings
a = detector45_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D4_AlKa_corr_over_Diode_BM = (a/b)
#Manipulation D1_CuKa_corr_over_PRESSURE
#Variable Mappings
a = detector25_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D1_CuKa_corr_over_PRESSURE = (a/b)
#Manipulation D1_TrueICR
#Variable Mappings
b = detector49
c = detector50
d = detector52
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D1_TrueICR = box
if (ICR) == 0:
box = 0
D1_TrueICR = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR) <> 0:
box = TrueICR
if (OCR*d) == 0:
box=0.0
D1_TrueICR = box
#Manipulation D4_CuKa_corr_over_Theta_2
#Variable Mappings
a = detector43_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D4_CuKa_corr_over_Theta_2 = (a/b)
#Manipulation D1_SiKa_corr
#Variable Mappings
a = detector29
b = detector49
c = detector50
d = detector52
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D1_SiKa_corr = box
if (ICR) == 0:
box = 0
D1_SiKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D1_SiKa_corr = box
#Manipulation D2_AlKa_corr_over_PRESSURE
#Variable Mappings
a = detector33_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D2_AlKa_corr_over_PRESSURE = (a/b)
#Manipulation D4_SiKa_corr_over_Diode_BM
#Variable Mappings
a = detector47_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D4_SiKa_corr_over_Diode_BM = (a/b)
#Manipulation D4_SiKa_corr_over_PRESSURE
#Variable Mappings
a = detector47_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D4_SiKa_corr_over_PRESSURE = (a/b)
#Manipulation D4_CuKa_corr
#Variable Mappings
a = detector43
b = detector64
c = detector65
d = detector67
#TODO: Move, if needed, this import to the file header: import math
DeadTime = 1.182e-7
ICR = b
OCR = c
if (OCR) == 0:
box = 0
D4_CuKa_corr = box
if (ICR) == 0:
box = 0
D4_CuKa_corr = box
Test = 1.e8
TestICR = ICR
n = 0
while ((Test > DeadTime) and (n < 30)):
TrueICR = ICR * math.exp(TestICR * DeadTime)
Test = (TrueICR - TestICR) / TestICR
TestICR = TrueICR
n = n + 1
if (OCR*d) <> 0:
box = a * TrueICR / OCR / d
if (OCR*d) == 0:
box=0.0
D4_CuKa_corr = box
#Manipulation D4_CuKa_corr_over_PRESSURE
#Variable Mappings
a = detector43_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D4_CuKa_corr_over_PRESSURE = (a/b)
#Manipulation D2_SiKa_corr_over_PRESSURE
#Variable Mappings
a = detector35_corr
b = detector4
#TODO: Move, if needed, this import to the file header: import math
D2_SiKa_corr_over_PRESSURE = (a/b)
#Manipulation D1_CuKa_corr_over_Diode_BM
#Variable Mappings
a = detector25_corr
b = detector6
#TODO: Move, if needed, this import to the file header: import math
D1_CuKa_corr_over_Diode_BM = (a/b)
#Manipulation SiKa_sum_cps
#Variable Mappings
detector29_corr = detector29_corr
detector35_corr = detector35_corr
detector41_corr = detector41_corr
detector47_corr = detector47_corr
#TODO: Move, if needed, this import to the file header: import math
SUM_DET = 0.
SUM_DET = SUM_DET + detector29_corr
SUM_DET = SUM_DET + detector35_corr
SUM_DET = SUM_DET + detector41_corr
SUM_DET = SUM_DET + detector47_corr
SiKa_sum_cps = SUM_DET
#Manipulation D1_SiKa_corr_over_Theta_2
#Variable Mappings
a = detector29_corr
b = detector5
#TODO: Move, if needed, this import to the file header: import math
D1_SiKa_corr_over_Theta_2 = (a/b)
scan.append ([setpoint1], [readback1], [detector1, detector2, detector3, detector4, detector5, detector6, detector7, detector8, detector9, detector10, detector11, detector12, detector13, detector14, detector15, detector16, detector17, detector18, detector19, detector20, detector21, detector22, detector23, detector24, detector25, detector26, detector27, detector28, detector29, detector30, detector31, detector32, detector33, detector34, detector35, detector36, detector37, detector38, detector39, detector40, detector41, detector42, detector43, detector44, detector45, detector46, detector47, detector48, detector49, detector50, detector51, detector52, detector53, detector54, detector55, detector56, detector57, detector58, detector59, detector60, detector61, detector62, detector63, detector64, detector65, detector66, detector67, detector68, detector69, detector70, detector71, detector72, D2_AlKa_corr_over_Diode_BM, D4_AlKa_corr_over_Theta_2, D2_SiKa_corr, D2_CuKa_corr_over_Diode_BM, D3_CuKa_corr, D3_CuKa_corr_over_Theta_2, D1_SiKa_corr_over_Diode_BM, D4_AlKa_corr_over_PRESSURE, D4_TrueICR, D4_SiKa_corr_over_Theta_2, D2_CuKa_corr_over_PRESSURE, D3_AlKa_corr, D2_TrueICR, D3_SiKa_corr_over_Diode_BM, D2_CuKa_corr_over_Theta_2, D1_AlKa_corr, D3_SiKa_corr, D2_CuKa_corr, D1_SiKa_corr_over_PRESSURE, D1_AlKa_corr_over_PRESSURE, D1_AlKa_corr_over_Theta_2, AlKa_sum_cps, D3_AlKa_corr_over_Diode_BM, D3_SiKa_corr_over_Theta_2, D3_SiKa_corr_over_PRESSURE, D4_AlKa_corr, CuKa_sum_cps, D3_CuKa_corr_over_PRESSURE, D4_SiKa_corr, D2_AlKa_corr, D1_CuKa_corr_over_Theta_2, D2_SiKa_corr_over_Diode_BM, D2_AlKa_corr_over_Theta_2, D2_SiKa_corr_over_Theta_2, D3_CuKa_corr_over_Diode_BM, D1_AlKa_corr_over_Diode_BM, D3_AlKa_corr_over_PRESSURE, D3_TrueICR, D1_CuKa_corr, D4_CuKa_corr_over_Diode_BM, D3_AlKa_corr_over_Theta_2, D4_AlKa_corr_over_Diode_BM, D1_CuKa_corr_over_PRESSURE, D1_TrueICR, D4_CuKa_corr_over_Theta_2, D1_SiKa_corr, D2_AlKa_corr_over_PRESSURE, D4_SiKa_corr_over_Diode_BM, D4_SiKa_corr_over_PRESSURE, D4_CuKa_corr, D4_CuKa_corr_over_PRESSURE, D2_SiKa_corr_over_PRESSURE, D1_CuKa_corr_over_Diode_BM, SiKa_sum_cps, D1_SiKa_corr_over_Theta_2])
#Closing channels
Energy.close()
EnergyReadback.close()
Energy_set.close()
Mono_offset.close()
I_SLS.close()
PRESSURE.close()
Theta_2.close()
Diode_BM.close()
I0_KEITHLEY1.close()
KEITHLEY1_GAIN.close()
I1_KEITHLEY2.close()
KEITHLEY2_GAIN.close()
XBPM3_GAIN.close()
XBPM3_SAI14_CUR_MEAN.close()
XBPM3_SAI15_CUR_MEAN.close()
XBPM3_SAI16_CUR_MEAN.close()
XBPM3_SAI17_CUR_MEAN.close()
XBPM3_POSX.close()
XBPM3_POSY.close()
XBPM4_GAIN.close()
XBPM4_SAI19_CUR_MEAN.close()
XBPM4_SAI20_CUR_MEAN.close()
XBPM4_SAI21_CUR_MEAN.close()
XBPM4_SAI22_CUR_MEAN.close()
XBPM4_POSX.close()
XBPM4_POSY.close()
D1_CuKa.close()
D1_CuKa_dxp.close()
D1_AlKa.close()
D1_AlKa_dxp.close()
D1_SiKa.close()
D1_SiKa_dxp.close()
D2_CuKa.close()
D2_CuKa_dxp.close()
D2_AlKa.close()
D2_AlKa_dxp.close()
D2_SiKa.close()
D2_SiKa_dxp.close()
D3_CuKa.close()
D3_CuKa_dxp.close()
D3_AlKa.close()
D3_AlKa_dxp.close()
D3_SiKa.close()
D3_SiKa_dxp.close()
D4_CuKa.close()
D4_CuKa_dxp.close()
D4_AlKa.close()
D4_AlKa_dxp.close()
D4_SiKa.close()
D4_SiKa_dxp.close()
D1_ICR.close()
D1_OCR.close()
DD1_ELTM.close()
DD1_ERTM.close()
DD1_DTIM.close()
D2_ICR.close()
D2_OCR.close()
DD2_ELTM.close()
DD2_ERTM.close()
DD2_DTIM.close()
D3_ICR.close()
D3_OCR.close()
DD3_ELTM.close()
DD3_ERTM.close()
DD3_DTIM.close()
D4_ICR.close()
D4_OCR.close()
DD4_ELTM.close()
DD4_ERTM.close()
DD4_DTIM.close()
Spec_1.close()
Spec_2.close()
Spec_3.close()
Spec_4.close()
scan.end()
#Post-actions
caput('X07MB-OP2:START-CSMPL', '1')
sleep(0.1)
p = subproccess.Popen('/sls/X07MB/data/settings/Scripts/GUI_X07MB/X_X07MB_write_filename_to_file.sh ${FILENAME}' +, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
p.communicate()
ret = p.returncode
if ret <> true:
raise Exception('Script returned with an exit value not equal to 0')
caput('X07MB-OP2:START-CSMPL', '1')
sleep(0.1)
caput('X07MB-OP-WV1:WT_SET', '0')
sleep(0.1)
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