TDI Format 1.5	Offset	Rxx::R	Rxx::Theta	Rxx::X	Rxx::Y	Rxy::R	Rxy::Theta	Rxy::X	Rxy::Y	temperature: T1	temperature: T2	temperature: T3	temperature: T4	temperature: dT/dt	iterator	multi[0]:iterator	multi[0]:y	multi[0]:temperature: setpoint	multi[0]:temperature: T1	multi[0]:temperature: T2	multi[0]:temperature: T3	multi[0]:temperature: T4	multi[0]:temperature: heater	multi[0]:temperature: gas	multi[0]:temperature: dT/dt	multi[0]:temperature: current temperature	multi[0]:temperature: error	multi[1]:iterator	multi[1]:y	multi[1]:Control:Magnet Output
2nd Parameter Class{String}=Multi-Parameter	0E+0	1.094980307E-3	9.24E-2	1.094980307E-3	1.685883988E-6	6.021758118E-7	-6.7158E+1	2.328627081E-7	-5.573944565E-7	1.25306E+2	1.2121E+2	9.06877E+1	5.24845E+1	-7.866182178E-2	6.1E+1	3E+0	1.25E+2	1.25E+2	1.25302E+2	1.2123E+2	9.06877E+1	5.24845E+1	2.1E+0	1.25E+2	-5.027640983E-2	1.25304E+2	-3.04E-1	0E+0	0E+0	1E-4
2nd Parameter Class Path{Path}=..\\\\..\\\\..\\\\..\\\\..\\\\..\\\\..	0E+0	1.09683434E-3	9E-2	1.09683434E-3	1.685883988E-6	6.213010703E-6	-1.746864E+2	-6.189308484E-6	-5.768874106E-7	1.24799E+2	1.21926E+2	9.12607E+1	5.24845E+1	5.192069411E-1	6.2E+1	3E+0	1.25E+2	6E+1	1.25306E+2	1.2121E+2	9.06877E+1	5.24845E+1	2.1E+0	1.25E+2	-7.866182178E-2	5.9294E+1	-3.04E-1	1E+0	5E-1	4.999E-1
Analysis Class{String}=Basic Plot	0E+0	1.100375531E-3	9E-2	1.100375531E-3	1.685883988E-6	1.261516399E-5	-1.772724E+2	-1.260304418E-5	-6.021760947E-7	1.24661E+2	1.22072E+2	9.06877E+1	5.24845E+1	1.244437322E-1	6.3E+1	3E+0	1.25E+2	6E+1	1.24799E+2	1.21926E+2	9.12607E+1	5.24845E+1	2.1E+0	1.25E+2	5.192069411E-1	5.9294E+1	-3.04E-1	2E+0	1E+0	9.999E-1
Analysis Class Path{Path}=C\\\\Program Files\\\\National Instruments\\\\LabVIEW 2018\\\\Stonerlab\\\\Programs\\\\Source Meter IV\\\\plugins\\\\Plotting\\\\Plotting_Base_class\\\\Plotting_Base.lvclass	0E+0	1.105432759E-3	9E-2	1.105432759E-3	1.685883988E-6	1.903992489E-5	-1.781676E+2	-1.903251441E-5	-6.095512184E-7	1.24774E+2	1.22264E+2	9.12607E+1	5.24845E+1	1.912939548E-1	6.4E+1	3E+0	1.25E+2	6E+1	1.24661E+2	1.22072E+2	9.06877E+1	5.24845E+1	2.1E+0	1.25E+2	1.244437322E-1	5.9294E+1	-3.04E-1	3E+0	1.5E+0	1.4998E+0
Analysis.# pre-routines{I32}=5	0E+0	1.105432759E-3	9E-2	1.105432759E-3	1.685883988E-6	1.905364276E-5	-1.781832E+2	-1.90467414E-5	-6.058635151E-7	1.24776E+2	1.22268E+2	9.12607E+1	5.24845E+1	1.853298396E-1	6.5E+1	3E+0	1.25E+2	6E+1	1.24774E+2	1.22264E+2	9.12607E+1	5.24845E+1	2.1E+0	1.25E+2	1.912939548E-1	5.9294E+1	-3.04E-1	4E+0	1.5E+0	1.5E+0
Analysis:Pre[0]:T Control Measure{1D Array (I32)}=[1,2,3,4,7]	0E+0	1.103612383E-3	9E-2	1.103612383E-3	1.685883988E-6	1.581933634E-5	-1.778328E+2	-1.581099248E-5	-6.000686336E-7	1.24789E+2	1.22358E+2	9.12607E+1	5.24845E+1	1.521088481E-1	6.6E+1	3E+0	1.25E+2	6E+1	1.24776E+2	1.22268E+2	9.12607E+1	5.24845E+1	2.1E+0	1.25E+2	1.853298396E-1	5.9294E+1	-3.04E-1	5E+0	1.25E+0	1.2502E+0
Autosave Tabs{Enum U32 ((XY Measurement Save,Parameter Plot Save 2))}=Parameter Plot Save 2	0E+0	1.10212859E-3	9.12E-2	1.10212859E-3	1.685883988E-6	1.261779442E-5	-1.77282E+2	-1.260620636E-5	-6.000683508E-7	1.24825E+2	1.22434E+2	9.06877E+1	5.24845E+1	1.180546656E-1	6.7E+1	3E+0	1.25E+2	6E+1	1.24789E+2	1.22358E+2	9.12607E+1	5.24845E+1	2.1E+0	1.25E+2	1.521088481E-1	5.9294E+1	-3.04E-1	6E+0	1E+0	1.0001E+0
Control:Magnet Output{Double Float}=-0.007000	0E+0	1.100880405E-3	9.24E-2	1.100880405E-3	1.685883988E-6	9.411961782E-6	-1.764396E+2	-9.395098699E-6	-5.853172548E-7	1.24867E+2	1.22508E+2	9.06877E+1	5.24845E+1	1.156924441E-1	6.8E+1	3E+0	1.25E+2	6E+1	1.24825E+2	1.22434E+2	9.06877E+1	5.24845E+1	2.1E+0	1.25E+2	1.180546656E-1	5.9294E+1	-3.04E-1	7E+0	7.5E-1	7.501E-1
Control:Magnet Rate{Double Float}=0.500000	0E+0	1.100375531E-3	9E-2	1.100375531E-3	1.685883988E-6	6.215123539E-6	-1.747836E+2	-6.191412834E-6	-5.658243007E-7	1.2491E+2	1.22559E+2	9.06519E+1	5.24845E+1	8.56134817E-2	6.9E+1	3E+0	1.25E+2	6E+1	1.24867E+2	1.22508E+2	9.06877E+1	5.24845E+1	2.1E+0	1.25E+2	1.156924441E-1	5.9294E+1	-3.04E-1	8E+0	5E-1	5.001E-1
Display Panel{Cluster (I32,Enum U16 ((Click,Latch,Unlatch)))}={'Index':5,'Type':Latch}	0E+0	1.099869243E-3	9.12E-2	1.099869243E-3	1.685883988E-6	3.016152661E-6	-1.691868E+2	-2.966632559E-6	-5.66877607E-7	1.2495E+2	1.22634E+2	9.13324E+1	5.24845E+1	1.055444032E-1	7E+1	3E+0	1.25E+2	6E+1	1.2491E+2	1.22559E+2	9.06519E+1	5.24845E+1	2.1E+0	1.25E+2	8.56134817E-2	5.9294E+1	-3.04E-1	9E+0	2.5E-1	2.501E-1
Elapsed Time{Double Float}=12790.950867	0E+0	1.100037534E-3	9.24E-2	1.100037534E-3	1.685883988E-6	6.274639302E-7	-6.6126E+1	2.534092513E-7	-5.753068855E-7	1.24976E+2	1.22693E+2	9.12966E+1	5.24845E+1	1.037764922E-1	7.1E+1	3E+0	1.25E+2	6E+1	1.2495E+2	1.22634E+2	9.13324E+1	5.24845E+1	2.1E+0	1.25E+2	1.055444032E-1	5.9294E+1	-3.04E-1	1E+1	0E+0	2E-4
File:Autodel{Boolean}=True	0E+0	1.100543823E-3	9E-2	1.100543823E-3	1.685883988E-6	3.525077211E-6	-8.982E+0	3.482404731E-6	-5.515992922E-7	1.24997E+2	1.22734E+2	9.07593E+1	5.24845E+1	8.206894249E-2	7.2E+1	3E+0	1.25E+2	6E+1	1.24976E+2	1.22693E+2	9.12966E+1	5.24845E+1	2.1E+0	1.25E+2	1.037764922E-1	5.9294E+1	-3.04E-1	1.1E+1	-2.5E-1	-2.499E-1
File:Autosave{Boolean}=False	0E+0	1.101386694E-3	9.12E-2	1.101386694E-3	1.685883988E-6	6.712980453E-6	-4.602E+0	6.691905842E-6	-5.400089635E-7	1.25019E+2	1.22774E+2	9.07593E+1	5.24845E+1	5.91914542E-2	7.3E+1	3E+0	1.25E+2	6E+1	1.24997E+2	1.22734E+2	9.07593E+1	5.24845E+1	2.1E+0	1.25E+2	8.206894249E-2	5.9294E+1	-3.04E-1	1.2E+1	-5E-1	-4.998E-1
File:Export Config{Boolean}=True	0E+0	1.102735854E-3	9E-2	1.102735854E-3	1.685883988E-6	9.920354587E-6	-3.1176E+0	9.905604339E-6	-5.410625526E-7	1.25039E+2	1.2284E+2	9.06519E+1	5.24845E+1	9.027631581E-2	7.4E+1	3E+0	1.25E+2	6E+1	1.25019E+2	1.22774E+2	9.07593E+1	5.24845E+1	2.1E+0	1.25E+2	5.91914542E-2	5.9294E+1	-3.04E-1	1.3E+1	-7.5E-1	-7.498E-1
File:Final Autosave{Boolean}=True	0E+0	1.104589888E-3	9E-2	1.104589888E-3	1.685883988E-6	1.314199531E-5	-2.322E+0	1.313145942E-5	-5.342137992E-7	1.25053E+2	1.22857E+2	9.12966E+1	5.24845E+1	5.411343277E-2	7.5E+1	3E+0	1.25E+2	6E+1	1.25039E+2	1.2284E+2	9.06519E+1	5.24845E+1	2.1E+0	1.25E+2	9.027631581E-2	5.9294E+1	-3.04E-1	1.4E+1	-1E+0	-9.999E-1
Filter:Enable{Enum U16 ((None,Analog,Digital,Analog&Digitial))}=None	0E+0	1.106781919E-3	9E-2	1.106781919E-3	1.685883988E-6	1.635569098E-5	-1.836E+0	1.634726226E-5	-5.257845207E-7	1.2506E+2	1.22898E+2	9.12249E+1	5.24845E+1	6.632677466E-2	7.6E+1	3E+0	1.25E+2	6E+1	1.25053E+2	1.22857E+2	9.12966E+1	5.24845E+1	2.1E+0	1.25E+2	5.411343277E-2	5.9294E+1	-3.04E-1	1.5E+1	-1.25E+0	-1.2499E+0
Filter:Points{I32}=1	0E+0	1.109310533E-3	9E-2	1.109310533E-3	1.685883988E-6	1.957622295E-5	-1.5168E+0	1.956934987E-5	-5.194627032E-7	1.25066E+2	1.22949E+2	9.0616E+1	5.24845E+1	8.807137609E-2	7.7E+1	3E+0	1.25E+2	6E+1	1.2506E+2	1.22898E+2	9.12249E+1	5.24845E+1	2.1E+0	1.25E+2	6.632677466E-2	5.9294E+1	-3.04E-1	1.6E+1	-1.5E+0	-1.4999E+0
Filter:Type{U16}=1	0E+0	1.109310533E-3	9E-2	1.109310533E-3	1.685883988E-6	1.95714712E-5	-1.4904E+0	1.95651638E-5	-5.115600778E-7	1.25063E+2	1.2294E+2	9.0616E+1	5.24845E+1	6.729088724E-2	7.8E+1	3E+0	1.25E+2	6E+1	1.25066E+2	1.22949E+2	9.0616E+1	5.24845E+1	2.1E+0	1.25E+2	8.807137609E-2	5.9294E+1	-3.04E-1	1.7E+1	-1.5E+0	-1.5E+0
Filter:Type.__text__{String}=Repeat	0E+0	1.105264468E-3	9E-2	1.105264468E-3	1.685883988E-6	1.312724223E-5	-2.274E+0	1.311776134E-5	-5.226234705E-7	1.25079E+2	1.23018E+2	9.05802E+1	5.24845E+1	8.04636851E-2	7.9E+1	3E+0	1.25E+2	6E+1	1.25063E+2	1.2294E+2	9.0616E+1	5.24845E+1	2.1E+0	1.25E+2	6.729088724E-2	5.9294E+1	-3.04E-1	1.8E+1	-1E+0	-1.0002E+0
Filter:Window{Double Float}=1.000000	0E+0	1.103072437E-3	9E-2	1.103072437E-3	1.685883988E-6	6.723513515E-6	-4.6956E+0	6.700863471E-6	-5.515992922E-7	1.2508E+2	1.23078E+2	9.12966E+1	5.24845E+1	4.475409538E-2	8E+1	3E+0	1.25E+2	6E+1	1.25079E+2	1.23018E+2	9.05802E+1	5.24845E+1	2.1E+0	1.25E+2	8.04636851E-2	5.9294E+1	-3.04E-1	1.9E+1	-5E-1	-5.001E-1
Iterator{I32}=0	
Magnet: Control Mode{Boolean}=False	
Magnet: Final Switch Heater{Enum U8 ((False,True,Mixed))}=	
Magnet: Power Supply{Enum U16 ((IPS120,LS625,PS110,Hg iPS,SMS Series,Cryomagnetics 4G,DMG Little CryoFree,DMG Big CryoFree))}=Hg iPS	
Magnet: Rate{Double Float}=0.500000	
Magnet: Setpoint{Double Float}=0.000000	
Magnet: Units{Enum U16 ((Field,Current))}=Field	
Magnet: VISA Ref{Visa Refnum (Void)}=GPIB0::25::1::INSTR	
Main Screen Path{Path}=C:\\\\Program Files\\\\National Instruments\\\\LabVIEW 2018\\\\Stonerlab\\\\Programs\\\\Source Meter IV\\\\1Code.vi	
Measurement Timestamp{Timestamp}=<11:21:35.710 20/05/2023>T	
Measurement Title{String}=	
Measurment Select{U16}=4	
Measurment Select.__text__{String}=6221-Lockin-DAQ	
Notes{String}=I+4E I-4A\\nRxx+4D Rxx-4C\\nRxy+4B Rxy-1C	
Offset{Double Float}=0.000000	
Option: 2182 Autozero{Boolean}=True	
Option: 2182 Front Autozero{Boolean}=True	
Option: 2182 Hold{Boolean}=False	
Option: 2182 Hold Count{I32}=10	
Option: 2182 Hold Window{Double Float}=1.000000	
Option: 2182 Line Sync{Boolean}=False	
Option: 2182 Reference Reading{Double Float}=0.000000	
Option: 2182 Relative Mode{Boolean}=False	
Option: 2182 Trigger Delay{Cluster (Boolean,Double Float)}={'Auto':True,'Time(s)':0.000000}	
Option: 2182 Trigger Source{Enum U16 ((Immediate,Timer,Manual,Bus,Trigger link))}=Bus	
Option: 2182 Trigger Timer{Double Float}=0.000000	
Option: 560 Coupling{Enum U16 ((ground,DC,AC))}=ground	
Option: 560 Enabled{Boolean}=False	
Option: 560 Gain{Enum U16 ((1,2,5,10,20,50,100,200,500,1000,2000,5000,10000,20000,50000))}=1	
Option: 560 Input Source{Enum U16 ((A,A-B,B))}=A	
Option: 6221 Adjust Mode{Enum U16 ((Offset,Frequency,Amplitude))}=Offset	
Option: 6221 Amplitude{Double Float}=1.000000E-6	
Option: 6221 Compliance{Double Float}=10.000000	
Option: 6221 Duty Cycle{Double Float}=50.000000	
Option: 6221 External Trigger{Boolean}=False	
Option: 6221 External Trigger Ignore Multiple{Boolean}=False	
Option: 6221 Frequency{Double Float}=119.770000	
Option: 6221 Function{U16}=1	
Option: 6221 Function.__text__{String}=Sine	
Option: 6221 Idle Level{Double Float}=0.000000	
Option: 6221 Input trigger Line{U8}=5	
Option: 6221 Offset{Double Float}=0.000000	
Option: 6221 Output Trigger Line{U8}=4	
Option: 6221 Pass Through{Boolean}=True	
Option: 6221 Phase Marker{Boolean}=True	
Option: 6221 Phase Marker Phase{Double Float}=0.000000	
Option: 6221 Range Level{Double Float}=2.000000E-12	
Option: 6221 Ranging{U16}=1	
Option: 6221 Ranging.__text__{String}=Best	
Option: 6221 Update Clock{Double Float}=0.000000	
Option: 6221 VISA{Visa Refnum (Void)}=GPIB0::13::INSTR	
Option: Confirm Config{Boolean}=False	
Option: Control Panel Ref{LVObjVI Refnum (Void)}=	
Option: DAQ Global Channel{Boolean}=False	
Option: DAQ Input Rate{Double Float}=10000.000000	
Option: DAQ Input Samples{I32}=200	
Option: DAQ Measurement Channels{1D Array (Cluster (UserDefinedRefnumTag Refnum (Void),\tkDAQmxPhysChanTagType Tag,\tkDAQmxScaleTagType Tag,Boolean,Double Float,String))}=[]	
Option: Differential{I32}=10106	
Option: Differential.__text__{String}=Differential	
Option: Display{Enum U16 ((Function Generator,Multi-Segment Ramp,List of Values))}=Function Generator	
Option: Lockin Standoff Time{Double Float}=0.000000	
Option: Paranoid Save Data{Boolean}=True	
Option: Plot Autoback Path{Path}=C:\\\\TEMP\\\\XY Multiparam\\\\Backup.txt	
Option: SR830  Ref Phase{Double Float}=0.000000	
Option: SR830  Synch Filter{Boolean}=False	
Option: SR830  Time Constant{I16}=8	
Option: SR830  Time Constant.__text__{String}=100 ms	
Option: SR830 2x Line Filter{Boolean}=True	
Option: SR830 Adjust Gains{Boolean}=False	
Option: SR830 Auto Gain Lower.__text__{String}=2 nV/fA	
Option: SR830 Auto Gain Upper.__text__{String}=1 V/uA	
Option: SR830 Auto Offset 1{Boolean}=False	
Option: SR830 Auto Offset 2{Boolean}=False	
Option: SR830 Autophase{Boolean}=False	
Option: SR830 DC Coupling?{Boolean}=False	
Option: SR830 Display 1{U16}=0	
Option: SR830 Display 1.__text__{String}=X	
Option: SR830 Display 2{U16}=0	
Option: SR830 Display 2.__text__{String}=Y	
Option: SR830 Dynamic Reserve{I16}=1	
Option: SR830 Dynamic Reserve.__text__{String}=Normal	
Option: SR830 Expand 1{Enum U16 ((None,10x,100x))}=None	
Option: SR830 Expand 2{Enum U16 ((None,10x,100x))}=None	
Option: SR830 Filter Slope{I32}=1	
Option: SR830 Filter Slope.__text__{String}=12 dB/oct	
Option: SR830 Gain{I32}=-1	
Option: SR830 Gain.__text__{String}=Auto Gain	
Option: SR830 Ground Shield?{Boolean}=False	
Option: SR830 Harmonic{I32}=1	
Option: SR830 Input{Enum U16 ((A,A-B,I 1MOhm,I 10MOhm))}=A	
Option: SR830 Line Filter{Boolean}=True	
Option: SR830 No Reset{Boolean}=False	
Option: SR830 Offset 1{Double Float}=0.000000	
Option: SR830 Offset 2{Double Float}=0.000000	
Option: SR830 Output Channel 1{Boolean}=False	
Option: SR830 Output Channel 2{Boolean}=False	
Option: SR830 Ratio 1{U16}=0	
Option: SR830 Ratio 1.__text__{String}=None	
Option: SR830 Ratio 2{U16}=0	
Option: SR830 Ratio 2.__text__{String}=None	
Option: SR830 Ref Amplitude{Double Float}=0.100000	
Option: SR830 Ref Frequency{Double Float}=1013.000000	
Option: SR830 Ref Source{Boolean}=False	
Option: SR830 Requested Parameters{1D Array (Enum U16 ((X,Y,R,Theta,Aux 1,Aux 2,Aux 3,Aux 4,Ref Freq,Channel 1,Channel 2)))}=[R,Theta]	
Option: SR830 Trigger Edge{Enum U16 ((Zero Crossing,Rising Edge,Falling Edge))}=Falling Edge	
Option: SR830 VISA{Visa Refnum (Void)}=	
Option: Sense Autorange{Boolean}=False	
Option: Sense Range Level{Double Float}=0.100000	
Option: Sense Rate{Double Float}=1.000000	
Option:560 Comport{Visa Refnum (Void)}=COM1	
Option:560 Filter High Pass{U16}=0	
Option:560 Filter High Pass.__text__{String}=0.03	
Option:560 Filter Lowpass{U16}=0	
Option:560 Filter Lowpass.__text__{String}=0.03	
Option:560 Filter Mode{U16}=0	
Option:560 Filter Mode.__text__{String}=6 dB high pass	
Option:560 Invert{Boolean}=False	
Option:560 dynamic reserve{Enum U16 ((low noise,high DR,calibration gains))}=calibration gains	
Option:570 Enabled{Boolean}=False	
Option:570 Filter High Pass{U16}=0	
Option:570 Filter High Pass.__text__{String}=0.03	
Option:570 Filter Lowpass{U16}=0	
Option:570 Filter Lowpass.__text__{String}=0.03	
Option:570 Filter Mode{U16}=0	
Option:570 Filter Mode.__text__{String}=6 dB high pass	
Option:570 Gain Mode{U16}=0	
Option:570 Gain Mode.__text__{String}=Low Noise	
Option:570 Input Offset{U16}=0	
Option:570 Input Offset On{Boolean}=False	
Option:570 Input Offset.__text__{String}=1pA	
Option:570 Sensitivity{U16}=0	
Option:570 Sensitivity.__text__{String}=1pA/V	
Option:Debug On{Boolean}=False	
Option:GPIB 2182{Visa Refnum (Void)}=	
Option:Parallel Config Voltage Measurers{Boolean}=True	
Option:SR570 Comport{Visa Refnum (Void)}=COM1	
Option:SR830 Divide by 6221 Ampl{Boolean}=False	
Option:SR830 Settle Time{Double Float}=5.000000	
Option:Sense Digits{I32}=8	
Output Names{1D Array (String)}=['Offset','Rxx::R','Rxx::Theta','Rxx::X','Rxx::Y','Rxy::R','Rxy::Theta','Rxy::X','Rxy::Y','temperature: T1','temperature: T2','temperature: T3','temperature: T4','temperature: dT/dt','iterator','multi[0]:iterator','multi[0]:y','multi[0]:temperature: setpoint','multi[0]:temperature: T1','multi[0]:temperature: T2','multi[0]:temperature: T3','multi[0]:temperature: T4','multi[0]:temperature: heater','multi[0]:temperature: gas','multi[0]:temperature: dT/dt','multi[0]:temperature: current temperature','multi[0]:temperature: error','multi[1]:iterator','multi[1]:y','multi[1]:Control:Magnet Output']	
Parameter Panel{Cluster (I32,Enum U16 ((Click,Latch,Unlatch)))}={'Index':5,'Type':Latch}	
Parameter Select{U16}=6	
Parameter Select.__text__{String}=Multi-Parameter	
Paths{U32}=0	
Plot: Column Renames{1D Array (Cluster (String,String))}=[]	
Plot: No dups{Boolean}=False	
Plot: StdDevs{Boolean}=False	
Plotting Class{String}=Parameter Plot	
Plotting Class Path{Path}=..\\\\..\\\\..\\\\..\\\\..\\\\..\\\\..	
Plotting Select{U16}=1	
Plotting Select.__text__{String}=Parameter Plot	
Project Code{String}=Topological_Insulators	
Ref: Temperature Window{LVObjVI Refnum (Void)}=	
Ref:Control Subpanel{LVObjUnknown Refnum (Void)}=	
Ref:Main Screen{LVObjVI Refnum (Void)}=	
Ref:Plotting Subpanel{LVObjUnknown Refnum (Void)}=	
Ref:Toolbar{LVObjUnknown Refnum (Void)}=	
Ref:XY Subpanel{LVObjUnknown Refnum (Void)}=	
Rxx::R{Double Float}=0.001103	
Rxx::Theta{Double Float}=0.090000	
Rxx::X{Double Float}=0.001103	
Rxx::Y{Double Float}=1.685884E-6	
Rxx:Option: 560 Coupling{Enum U16 ((ground,DC,AC))}=ground	
Rxx:Option: 560 Enabled{Boolean}=False	
Rxx:Option: 560 Gain{Enum U16 ((1,2,5,10,20,50,100,200,500,1000,2000,5000,10000,20000,50000))}=1	
Rxx:Option: 560 Input Source{Enum U16 ((A,A-B,B))}=A	
Rxx:Option: Lockin Standoff Time{Double Float}=0.000000	
Rxx:Option: Lockin Type{Enum U16 ((SRS 830,EG&G 5302))}=SRS 830	
Rxx:Option: SR803 Full Scale Reading{Double Float}=0.000000	
Rxx:Option: SR830  Ref Phase{Double Float}=0.000000	
Rxx:Option: SR830  Synch Filter{Boolean}=False	
Rxx:Option: SR830  Time Constant{I16}=8	
Rxx:Option: SR830 2x Line Filter{Boolean}=False	
Rxx:Option: SR830 Adjust Gains{Boolean}=False	
Rxx:Option: SR830 Auto Gain Lower{I32}=0	
Rxx:Option: SR830 Auto Gain Upper{I32}=26	
Rxx:Option: SR830 Auto Offset 1{Boolean}=False	
Rxx:Option: SR830 Auto Offset 2{Boolean}=False	
Rxx:Option: SR830 Autophase{Boolean}=False	
Rxx:Option: SR830 DC Coupling?{Boolean}=False	
Rxx:Option: SR830 Display 1{U16}=0	
Rxx:Option: SR830 Display 2{U16}=0	
Rxx:Option: SR830 Dynamic Reserve{I16}=2	
Rxx:Option: SR830 Expand 1{Enum U16 ((None,10x,100x))}=None	
Rxx:Option: SR830 Expand 2{Enum U16 ((None,10x,100x))}=None	
Rxx:Option: SR830 Filter Slope{I32}=3	
Rxx:Option: SR830 Gain{I32}=18	
Rxx:Option: SR830 Ground Shield?{Boolean}=False	
Rxx:Option: SR830 Harmonic{I32}=1	
Rxx:Option: SR830 Input{Enum U16 ((A,A-B,I 1MOhm,I 10MOhm))}=A-B	
Rxx:Option: SR830 Line Filter{Boolean}=False	
Rxx:Option: SR830 No Reset{Boolean}=False	
Rxx:Option: SR830 Offset 1{Double Float}=0.000000	
Rxx:Option: SR830 Offset 2{Double Float}=0.000000	
Rxx:Option: SR830 Output Channel 1{Boolean}=False	
Rxx:Option: SR830 Output Channel 2{Boolean}=False	
Rxx:Option: SR830 Ratio 1{U16}=0	
Rxx:Option: SR830 Ratio 2{U16}=0	
Rxx:Option: SR830 Ref Amplitude{Double Float}=0.100000	
Rxx:Option: SR830 Ref Frequency{Double Float}=1013.000000	
Rxx:Option: SR830 Ref Source{Boolean}=False	
Rxx:Option: SR830 Requested Parameters{1D Array (Enum U16 ((X,Y,R,Theta,Aux 1,Aux 2,Aux 3,Aux 4,Ref Freq,Channel 1,Channel 2)))}=[R,Theta,X,Y]	
Rxx:Option: SR830 Time Constant value{Double Float}=0.000000	
Rxx:Option: SR830 Trigger Edge{Enum U16 ((Zero Crossing,Rising Edge,Falling Edge))}=Falling Edge	
Rxx:Option: SR830 VISA{Visa Refnum (Void)}=GPIB0::5::INSTR	
Rxx:Option:560 Comport{Visa Refnum (Void)}=COM1	
Rxx:Option:560 Filter High Pass{U16}=0	
Rxx:Option:560 Filter Lowpass{U16}=0	
Rxx:Option:560 Filter Mode{U16}=0	
Rxx:Option:560 Invert{Boolean}=False	
Rxx:Option:560 dynamic reserve{Enum U16 ((low noise,high DR,calibration gains))}=calibration gains	
Rxx:Option:570 Enabled{Boolean}=False	
Rxx:Option:570 Filter High Pass{U16}=0	
Rxx:Option:570 Filter Lowpass{U16}=0	
Rxx:Option:570 Filter Mode{U16}=0	
Rxx:Option:570 Gain Mode{U16}=0	
Rxx:Option:570 Input Offset{U16}=0	
Rxx:Option:570 Input Offset On{Boolean}=False	
Rxx:Option:570 Sensitivity{U16}=0	
Rxx:Option:SR570 Comport{Visa Refnum (Void)}=COM1	
Rxx:Option:SR830 Autogain Lower Threshold{Double Float}=0.100000	
Rxx:Option:SR830 Autogain Standoff{Double Float}=3.000000	
Rxx:Option:SR830 Autogain Upper Threshold{Double Float}=0.900000	
Rxx:Option:SR830 Divide by 6221 Ampl{Boolean}=False	
Rxx:Option:SR830 Settle Time{Double Float}=0.000000	
Rxy::R{Double Float}=6.723514E-6	
Rxy::Theta{Double Float}=-4.695600	
Rxy::X{Double Float}=6.700863E-6	
Rxy::Y{Double Float}=-5.515993E-7	
Rxy:Option: 560 Coupling{Enum U16 ((ground,DC,AC))}=ground	
Rxy:Option: 560 Enabled{Boolean}=False	
Rxy:Option: 560 Gain{Enum U16 ((1,2,5,10,20,50,100,200,500,1000,2000,5000,10000,20000,50000))}=1	
Rxy:Option: 560 Input Source{Enum U16 ((A,A-B,B))}=A	
Rxy:Option: Lockin Standoff Time{Double Float}=0.000000	
Rxy:Option: Lockin Type{Enum U16 ((SRS 830,EG&G 5302))}=SRS 830	
Rxy:Option: SR803 Full Scale Reading{Double Float}=0.000000	
Rxy:Option: SR830  Ref Phase{Double Float}=0.000000	
Rxy:Option: SR830  Synch Filter{Boolean}=False	
Rxy:Option: SR830  Time Constant{I16}=8	
Rxy:Option: SR830 2x Line Filter{Boolean}=False	
Rxy:Option: SR830 Adjust Gains{Boolean}=False	
Rxy:Option: SR830 Auto Gain Lower{I32}=0	
Rxy:Option: SR830 Auto Gain Upper{I32}=26	
Rxy:Option: SR830 Auto Offset 1{Boolean}=False	
Rxy:Option: SR830 Auto Offset 2{Boolean}=False	
Rxy:Option: SR830 Autophase{Boolean}=False	
Rxy:Option: SR830 DC Coupling?{Boolean}=False	
Rxy:Option: SR830 Display 1{U16}=0	
Rxy:Option: SR830 Display 2{U16}=1	
Rxy:Option: SR830 Dynamic Reserve{I16}=2	
Rxy:Option: SR830 Expand 1{Enum U16 ((None,10x,100x))}=None	
Rxy:Option: SR830 Expand 2{Enum U16 ((None,10x,100x))}=None	
Rxy:Option: SR830 Filter Slope{I32}=3	
Rxy:Option: SR830 Gain{I32}=13	
Rxy:Option: SR830 Ground Shield?{Boolean}=False	
Rxy:Option: SR830 Harmonic{I32}=1	
Rxy:Option: SR830 Input{Enum U16 ((A,A-B,I 1MOhm,I 10MOhm))}=A-B	
Rxy:Option: SR830 Line Filter{Boolean}=False	
Rxy:Option: SR830 No Reset{Boolean}=False	
Rxy:Option: SR830 Offset 1{Double Float}=0.000000	
Rxy:Option: SR830 Offset 2{Double Float}=0.000000	
Rxy:Option: SR830 Output Channel 1{Boolean}=False	
Rxy:Option: SR830 Output Channel 2{Boolean}=False	
Rxy:Option: SR830 Ratio 1{U16}=0	
Rxy:Option: SR830 Ratio 2{U16}=0	
Rxy:Option: SR830 Ref Amplitude{Double Float}=0.100000	
Rxy:Option: SR830 Ref Frequency{Double Float}=1013.000000	
Rxy:Option: SR830 Ref Source{Boolean}=False	
Rxy:Option: SR830 Requested Parameters{1D Array (Enum U16 ((X,Y,R,Theta,Aux 1,Aux 2,Aux 3,Aux 4,Ref Freq,Channel 1,Channel 2)))}=[R,Theta,X,Y]	
Rxy:Option: SR830 Time Constant value{Double Float}=0.000000	
Rxy:Option: SR830 Trigger Edge{Enum U16 ((Zero Crossing,Rising Edge,Falling Edge))}=Falling Edge	
Rxy:Option: SR830 VISA{Visa Refnum (Void)}=GPIB0::6::INSTR	
Rxy:Option:560 Comport{Visa Refnum (Void)}=COM1	
Rxy:Option:560 Filter High Pass{U16}=0	
Rxy:Option:560 Filter Lowpass{U16}=0	
Rxy:Option:560 Filter Mode{U16}=0	
Rxy:Option:560 Invert{Boolean}=False	
Rxy:Option:560 dynamic reserve{Enum U16 ((low noise,high DR,calibration gains))}=calibration gains	
Rxy:Option:570 Enabled{Boolean}=False	
Rxy:Option:570 Filter High Pass{U16}=0	
Rxy:Option:570 Filter Lowpass{U16}=0	
Rxy:Option:570 Filter Mode{U16}=0	
Rxy:Option:570 Gain Mode{U16}=0	
Rxy:Option:570 Input Offset{U16}=0	
Rxy:Option:570 Input Offset On{Boolean}=False	
Rxy:Option:570 Sensitivity{U16}=0	
Rxy:Option:SR570 Comport{Visa Refnum (Void)}=COM1	
Rxy:Option:SR830 Autogain Lower Threshold{Double Float}=0.100000	
Rxy:Option:SR830 Autogain Standoff{Double Float}=3.000000	
Rxy:Option:SR830 Autogain Upper Threshold{Double Float}=0.900000	
Rxy:Option:SR830 Divide by 6221 Ampl{Boolean}=False	
Rxy:Option:SR830 Settle Time{Double Float}=0.000000	
Sample ID{String}=MBE202221212_PA_D1 800C Cracker MobvT	
Save:Filename{String}=${X-Y Class} ${2nd Parameter Class} ${iterator}{%04d} ${y}{%04.2g}.txt	
Save:Final Filename{String}=${X-Y Class} ${2nd Parameter Class} .txt	
Save:Final path{Path}=C:\\\\Data\\\\${Project Code}\\\\${User}\\\\${Sample ID}\\\\${Measurement Timestamp}{%Y%m%d}\\\\${X-Y Class}	
Save:Path{Path}=C:\\\\Data\\\\${Project Code}\\\\${User}\\\\${Sample ID}\\\\${Measurement Timestamp}{%Y%m%d}\\\\${X-Y Class}	
Startup path{Path}=C:\\\\Program Files\\\\National Instruments\\\\LabVIEW 2018\\\\Stonerlab\\\\Programs\\\\Source Meter IV	
Sub Panel{Cluster (I32,Enum U16 ((Click,Latch,Unlatch)))}={'Index':5,'Type':Latch}	
Sweep Step{I32}=3	
T Control Measure.__text__{1D Array (String)}=['temperature: T1','temperature: T2','temperature: T3','temperature: T4','temperature: dT/dt']	
Timestamp{Timestamp}=<11:22:44.936 20/05/2023>T	
Toolbar{Cluster (I32,Enum U16 ((Click,Latch,Unlatch)))}={'Index':5,'Type':Latch}	
Unaved Data{Boolean}=True	
Unsaved Data{Boolean}=False	
User{String}=Craig	
X-Y Class{String}=6221-Lockin-DAQ	
X-Y Class Path{Path}=..\\\\..\\\\..\\\\..\\\\..\\\\..\\\\..	
d(Offset){Double Float}=0.000000	
d(Rxx::R){Double Float}=0.000000	
d(Rxx::Theta){Double Float}=0.000000	
d(Rxx::X){Double Float}=0.000000	
d(Rxx::Y){Double Float}=2.367529E-22	
d(Rxy::R){Double Float}=4.406636E-9	
d(Rxy::Theta){Double Float}=0.129841	
d(Rxy::X){Double Float}=5.064895E-9	
d(Rxy::Y){Double Float}=1.497060E-8	
iterate result{U16}=5	
iterator{I32}=80	
multi[0]:Control: Display{Enum U16 ((Function Generator,Multi-Segment Ramp,List of Values,Adaptive Step Ramp))}=List of Values	
multi[0]:Control: Monitor Update Timeout{Double Float}=0.010000	
multi[0]:Control: Open T Window{Boolean}=False	
multi[0]:Control: Reverse Temperature Sense{Boolean}=False	
multi[0]:Iterator{I32}=0	
multi[0]:Ref: Temperature Window{LVObjVI Refnum (Void)}=	
multi[0]:iterate result{U16}=0	
multi[0]:iterator{I32}=3	
multi[0]:temperature:  rate window{Double Float}=120.000000	
multi[0]:temperature: Level Meter VISA Ref{Visa Refnum (Void)}=GPIB0::25::1::INSTR	
multi[0]:temperature: PID Table{1D Array (Cluster (Double Float,Double Float,Double Float,Double Float,Double Float,U16,U16,Double Float))}=[{'Upper Temp':2.000000,'P':200.000000,'I':70.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':8.000000,'P':150.000000,'I':70.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':12.000000,'P':80.000000,'I':65.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':25.000000,'P':10.000000,'I':20.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':50.000000,'P':150.000000,'I':15.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':150.000000,'P':70.000000,'I':2.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':250.000000,'P':115.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':300.000000,'P':75.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':300.000000,'P':75.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':310.000000,'P':1.000000,'I':1.300000,'D':0.000000,'Manual Output':0.000000,'Heater Range':0,'Input Sensor':0,'Ramp Rate':8.000000}]	
multi[0]:temperature: T1{Double Float}=125.085000	
multi[0]:temperature: T2{Double Float}=123.154000	
multi[0]:temperature: T3{Double Float}=90.723500	
multi[0]:temperature: T4{Double Float}=52.484500	
multi[0]:temperature: VISA Ref{Visa Refnum (Void)}=GPIB0::10::INSTR	
multi[0]:temperature: VISA Ref 2{Visa Refnum (Void)}=GPIB0::24::INSTR	
multi[0]:temperature: channels{Cluster (Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))))}={'0':{'Instrument':Primary,'Channel':0,'Units':0,'Scale':Temp},'1':{'Instrument':Primary,'Channel':1,'Units':0,'Scale':Temp},'2':{'Instrument':Level Meter,'Channel':1,'Units':0,'Scale':Output %},'3':{'Instrument':Level Meter,'Channel':0,'Units':0,'Scale':Output %}}	
multi[0]:temperature: current temperature{Double Float}=59.294000	
multi[0]:temperature: current temperature 2{Double Float}=287.000000	
multi[0]:temperature: dT/dt{Double Float}=0.053082	
multi[0]:temperature: error{Double Float}=-0.304000	
multi[0]:temperature: gas{Double Float}=125.000000	
multi[0]:temperature: gas control{Boolean}=False	
multi[0]:temperature: gas control 2{Boolean}=False	
multi[0]:temperature: gass boost{I8}=0	
multi[0]:temperature: gass boost 2{I8}=0	
multi[0]:temperature: gast flow{I16}=0	
multi[0]:temperature: gast flow 2{I16}=9	
multi[0]:temperature: heater{Double Float}=2.100000	
multi[0]:temperature: heater output{Double Float}=100.000000	
multi[0]:temperature: heater output 2{Double Float}=0.000000	
multi[0]:temperature: level meter{Enum U16 ((None,Oxford ILM,Hg Level meter,Serial Level Meter))}=Hg Level meter	
multi[0]:temperature: monitor timeout{Double Float}=0.010000	
multi[0]:temperature: pid controls{Cluster (Double Float,Double Float,Double Float)}={'P':70.000000,'I':2.000000,'D':0.000000}	
multi[0]:temperature: pid controls 2{Cluster (Double Float,Double Float,Double Float)}={'P':40.000000,'I':1.000000,'D':0.000000}	
multi[0]:temperature: ramp rate{Double Float}=8.000000	
multi[0]:temperature: ramp rate 2{Double Float}=0.000000	
multi[0]:temperature: ramp target{Double Float}=60.000000	
multi[0]:temperature: ramp target 2{Double Float}=0.000000	
multi[0]:temperature: ramping{Boolean}=False	
multi[0]:temperature: setpoint{Double Float}=60.000000	
multi[0]:temperature: setpoint 2{Double Float}=287.000000	
multi[0]:temperature: signal on{1D Array (Boolean)}=[True,True,True,True,True,True,True,True,False,True]	
multi[0]:temperature: stability error{Extended Float}=0.040000	
multi[0]:temperature: stability script{String}=	
multi[0]:temperature: stability settings{Cluster (Double Float,Double Float,Double Float)}={'temperature: stability error':1.000000,'temperature:stability rate':0.150000,'temperature:history window':300.000000}	
multi[0]:temperature: temp control mode{U16}=2	
multi[0]:temperature: temp control mode 2{U16}=3	
multi[0]:temperature: temp control mode 2.__text__{String}=Open Loop	
multi[0]:temperature: temp control mode.__text__{String}=Zone	
multi[0]:temperature: temp control sensor{U16}=0	
multi[0]:temperature: temp control sensor 2{U16}=0	
multi[0]:temperature: temp control sensor 2.__text__{String}=Sensor 1	
multi[0]:temperature: temp control sensor.__text__{String}=Sensor A	
multi[0]:temperature: temp control units{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Kelvin	
multi[0]:temperature: temp control units 2{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Sensor	
multi[0]:temperature: temp controller{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Lakeshore 336,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Lakeshore 340	
multi[0]:temperature: temp controller 2{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Lakeshore 336,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Oxford ITC 503	
multi[0]:temperature: temp loop{U16}=0	
multi[0]:temperature: temp loop 2{U16}=0	
multi[0]:temperature: temp loop 2.__text__{String}=Heater	
multi[0]:temperature: temp loop.__text__{String}=Loop 1	
multi[0]:temperature: values{1D Array (Double Float)}=[164.280000E+0,171.660000E+0,172.624000E+0,93.384600E+0,23.104700E+0,0.000000E+0,0.000000E+0,87.655327E-15,171.660000E+0,-7.380000E+0]	
multi[0]:temperature:Remote/Local Mode{Enum U16 ((Local,Remote,Local Unlocked,Remote Unlocked))}=Remote	
multi[0]:temperature:Remote/Local Mode 2{Enum U16 ((Local,Remote,Local Unlocked,Remote Unlocked))}=Remote	
multi[0]:temperature:error for gas boost{Double Float}=0.000000	
multi[0]:temperature:error for gas boost 2{Double Float}=0.000000	
multi[0]:temperature:heater range{U16}=5	
multi[0]:temperature:heater range 2{U16}=0	
multi[0]:temperature:heater range 2.__text__{String}=Off	
multi[0]:temperature:heater range.__text__{String}=40W	
multi[0]:temperature:history window{Extended Float}=300.000000	
multi[0]:temperature:is stable?{Boolean}=True	
multi[0]:temperature:monitor{Boolean}=True	
multi[0]:temperature:ramping{Boolean}=False	
multi[0]:temperature:ramping on{Boolean}=False	
multi[0]:temperature:ramping on 2{Boolean}=False	
multi[0]:temperature:rate select{Enum U32 ((Radio Selection 1,Radio Selection 2,Radio Selection 3,Radio Selection 4))}=Radio Selection 2	
multi[0]:temperature:stability code{U32}=6618880	
multi[0]:temperature:stability rate{Extended Float}=0.040000	
multi[0]:y{Double Float}=125.000000	
multi[1]:Control: Display{Enum U16 ((Function Generator,Multi-Segment Ramp,List of Values,Adaptive Step Ramp))}=Multi-Segment Ramp	
multi[1]:Control: Gate delay{Double Float}=0.000000	
multi[1]:Control: Monitor Update Timeout{Double Float}=0.010000	
multi[1]:Control: Open T Window{Boolean}=False	
multi[1]:Control: Reverse Temperature Sense{Boolean}=False	
multi[1]:Control:Magnet Output{Double Float}=-0.000100	
multi[1]:Iterator{I32}=0	
multi[1]:Magnet: Final Switch Heater{Enum U8 ((False,True,Mixed))}=	
multi[1]:Magnet: Power Supply{Enum U16 ((IPS120,LS625,PS110,Hg iPS,SMS Series,Cryomagnetics 4G,DMG Little CryoFree,DMG Big CryoFree))}=Hg iPS	
multi[1]:Magnet: Rate{Double Float}=0.500000	
multi[1]:Magnet: Units{Enum U16 ((Field,Current))}=Field	
multi[1]:Magnet: VISA Ref{Visa Refnum (Void)}=GPIB0::25::1::INSTR	
multi[1]:Multi-segment_Stage{I32}=0	
multi[1]:Multi-segment_Stage_Changed{Boolean}=False	
multi[1]:Ref: Temperature Window{LVObjVI Refnum (Void)}=	
multi[1]:iterate result{U16}=4	
multi[1]:iterator{I32}=21	
multi[1]:measure point{Boolean}=False	
multi[1]:temperature:  rate window{Double Float}=120.000000	
multi[1]:temperature: Level Meter VISA Ref{Visa Refnum (Void)}=GPIB0::25::1::INSTR	
multi[1]:temperature: PID Table{1D Array (Cluster (Double Float,Double Float,Double Float,Double Float,Double Float,U16,U16,Double Float))}=[{'Upper Temp':2.000000,'P':200.000000,'I':70.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':8.000000,'P':150.000000,'I':70.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':12.000000,'P':80.000000,'I':65.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':25.000000,'P':10.000000,'I':20.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':50.000000,'P':150.000000,'I':15.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':150.000000,'P':70.000000,'I':2.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':250.000000,'P':115.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':300.000000,'P':75.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':300.000000,'P':75.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':310.000000,'P':1.000000,'I':1.300000,'D':0.000000,'Manual Output':0.000000,'Heater Range':0,'Input Sensor':0,'Ramp Rate':8.000000}]	
multi[1]:temperature: T1{Double Float}=1.842400	
multi[1]:temperature: T2{Double Float}=1.465600	
multi[1]:temperature: T3{Double Float}=86.318100	
multi[1]:temperature: T4{Double Float}=66.769200	
multi[1]:temperature: VISA Ref{Visa Refnum (Void)}=GPIB0::10::INSTR	
multi[1]:temperature: VISA Ref 2{Visa Refnum (Void)}=GPIB0::24::INSTR	
multi[1]:temperature: channels{Cluster (Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))))}={'0':{'Instrument':Primary,'Channel':0,'Units':0,'Scale':Temp},'1':{'Instrument':Primary,'Channel':1,'Units':0,'Scale':Temp},'2':{'Instrument':Level Meter,'Channel':1,'Units':0,'Scale':Output %},'3':{'Instrument':Level Meter,'Channel':0,'Units':0,'Scale':Output %}}	
multi[1]:temperature: current temperature{Double Float}=1.595300	
multi[1]:temperature: current temperature 2{Double Float}=287.000000	
multi[1]:temperature: dT/dt{Double Float}=-0.001864	
multi[1]:temperature: error{Double Float}=-0.016000	
multi[1]:temperature: gas{Double Float}=40.000000	
multi[1]:temperature: gas control{Boolean}=False	
multi[1]:temperature: gas control 2{Boolean}=False	
multi[1]:temperature: gass boost{I8}=0	
multi[1]:temperature: gass boost 2{I8}=0	
multi[1]:temperature: gast flow{I16}=0	
multi[1]:temperature: gast flow 2{I16}=9	
multi[1]:temperature: heater{Double Float}=4.900000	
multi[1]:temperature: heater output{Double Float}=0.000000	
multi[1]:temperature: heater output 2{Double Float}=0.000000	
multi[1]:temperature: level meter{Enum U16 ((None,Oxford ILM,Hg Level meter,Serial Level Meter))}=Hg Level meter	
multi[1]:temperature: monitor timeout{Double Float}=1.000000	
multi[1]:temperature: pid controls{Cluster (Double Float,Double Float,Double Float)}={'P':200.000000,'I':70.000000,'D':0.000000}	
multi[1]:temperature: pid controls 2{Cluster (Double Float,Double Float,Double Float)}={'P':40.000000,'I':1.000000,'D':0.000000}	
multi[1]:temperature: ramp rate{Double Float}=8.000000	
multi[1]:temperature: ramp rate 2{Double Float}=0.000000	
multi[1]:temperature: ramp target{Double Float}=1.800000	
multi[1]:temperature: ramp target 2{Double Float}=0.000000	
multi[1]:temperature: ramping{Boolean}=False	
multi[1]:temperature: setpoint{Double Float}=1.800000	
multi[1]:temperature: setpoint 2{Double Float}=287.000000	
multi[1]:temperature: signal on{1D Array (Boolean)}=[True,True,True,True,True,True,True,True,False,True]	
multi[1]:temperature: stability error{Extended Float}=0.040000	
multi[1]:temperature: stability script{String}=	
multi[1]:temperature: stability settings{Cluster (Double Float,Double Float,Double Float)}={'temperature: stability error':1.000000,'temperature:stability rate':0.150000,'temperature:history window':300.000000}	
multi[1]:temperature: temp control mode{U16}=2	
multi[1]:temperature: temp control mode 2{U16}=3	
multi[1]:temperature: temp control mode 2.__text__{String}=Open Loop	
multi[1]:temperature: temp control mode.__text__{String}=Zone	
multi[1]:temperature: temp control sensor{U16}=0	
multi[1]:temperature: temp control sensor 2{U16}=0	
multi[1]:temperature: temp control sensor 2.__text__{String}=Sensor 1	
multi[1]:temperature: temp control sensor.__text__{String}=Sensor A	
multi[1]:temperature: temp control units{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Kelvin	
multi[1]:temperature: temp control units 2{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Sensor	
multi[1]:temperature: temp controller{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Lakeshore 336,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Lakeshore 340	
multi[1]:temperature: temp controller 2{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Lakeshore 336,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Oxford ITC 503	
multi[1]:temperature: temp loop{U16}=0	
multi[1]:temperature: temp loop 2{U16}=0	
multi[1]:temperature: temp loop 2.__text__{String}=Heater	
multi[1]:temperature: temp loop.__text__{String}=Loop 1	
multi[1]:temperature: values{1D Array (Double Float)}=[164.280000E+0,171.660000E+0,172.624000E+0,93.384600E+0,23.104700E+0,0.000000E+0,0.000000E+0,87.655327E-15,171.660000E+0,-7.380000E+0]	
multi[1]:temperature:Remote/Local Mode{Enum U16 ((Local,Remote,Local Unlocked,Remote Unlocked))}=Remote	
multi[1]:temperature:Remote/Local Mode 2{Enum U16 ((Local,Remote,Local Unlocked,Remote Unlocked))}=Remote	
multi[1]:temperature:error for gas boost{Double Float}=0.000000	
multi[1]:temperature:error for gas boost 2{Double Float}=0.000000	
multi[1]:temperature:heater range{U16}=3	
multi[1]:temperature:heater range 2{U16}=0	
multi[1]:temperature:heater range 2.__text__{String}=Off	
multi[1]:temperature:heater range.__text__{String}=400mW	
multi[1]:temperature:history window{Extended Float}=300.000000	
multi[1]:temperature:is stable?{Boolean}=True	
multi[1]:temperature:monitor{Boolean}=True	
multi[1]:temperature:ramping{Boolean}=False	
multi[1]:temperature:ramping on{Boolean}=False	
multi[1]:temperature:ramping on 2{Boolean}=False	
multi[1]:temperature:rate select{Enum U32 ((Radio Selection 1,Radio Selection 2,Radio Selection 3,Radio Selection 4))}=Radio Selection 2	
multi[1]:temperature:stability code{U32}=6618880	
multi[1]:temperature:stability rate{Extended Float}=0.040000	
multi[1]:y{Double Float}=0.000000	
parameter: Termination{String}=False	
parameter: delta time{Double Float}=1.000000	
parameter: progress{Double Float}=100.000000	
temperature:  rate window{Double Float}=120.000000	
temperature: Level Meter VISA Ref{Visa Refnum (Void)}=GPIB0::25::1::INSTR	
temperature: PID Table{1D Array (Cluster (Double Float,Double Float,Double Float,Double Float,Double Float,U16,U16,Double Float))}=[{'Upper Temp':2.000000,'P':200.000000,'I':70.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':8.000000,'P':150.000000,'I':70.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':12.000000,'P':80.000000,'I':65.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':25.000000,'P':10.000000,'I':20.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':50.000000,'P':150.000000,'I':15.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':4,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':150.000000,'P':70.000000,'I':2.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':250.000000,'P':115.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':300.000000,'P':75.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':300.000000,'P':75.000000,'I':1.200000,'D':0.000000,'Manual Output':0.000000,'Heater Range':5,'Input Sensor':0,'Ramp Rate':8.000000},{'Upper Temp':310.000000,'P':1.000000,'I':1.300000,'D':0.000000,'Manual Output':0.000000,'Heater Range':0,'Input Sensor':0,'Ramp Rate':8.000000}]	
temperature: T1{Double Float}=125.085000	
temperature: T2{Double Float}=123.154000	
temperature: T3{Double Float}=90.723500	
temperature: T4{Double Float}=52.484500	
temperature: VISA Ref{Visa Refnum (Void)}=GPIB0::10::INSTR	
temperature: VISA Ref 2{Visa Refnum (Void)}=GPIB0::24::INSTR	
temperature: channels{Cluster (Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))),Cluster (Enum U16 ((Primary,Secondary,Level Meter)),U16,U16,Enum U16 ((Output %,Temp,Rate))))}={'0':{'Instrument':Primary,'Channel':0,'Units':0,'Scale':Temp},'1':{'Instrument':Primary,'Channel':1,'Units':0,'Scale':Temp},'2':{'Instrument':Level Meter,'Channel':1,'Units':0,'Scale':Output %},'3':{'Instrument':Level Meter,'Channel':0,'Units':0,'Scale':Output %}}	
temperature: current temperature{Double Float}=59.294000	
temperature: current temperature 2{Double Float}=287.000000	
temperature: dT/dt{Double Float}=0.053082	
temperature: gas control{Boolean}=False	
temperature: gas control 2{Boolean}=False	
temperature: gass boost{I8}=0	
temperature: gass boost 2{I8}=0	
temperature: gast flow{I16}=0	
temperature: gast flow 2{I16}=9	
temperature: heater output{Double Float}=100.000000	
temperature: heater output 2{Double Float}=0.000000	
temperature: level meter{Enum U16 ((None,Oxford ILM,Hg Level meter,Serial Level Meter))}=Hg Level meter	
temperature: monitor timeout{Double Float}=0.010000	
temperature: pid controls{Cluster (Double Float,Double Float,Double Float)}={'P':70.000000,'I':2.000000,'D':0.000000}	
temperature: pid controls 2{Cluster (Double Float,Double Float,Double Float)}={'P':40.000000,'I':1.000000,'D':0.000000}	
temperature: ramp rate{Double Float}=8.000000	
temperature: ramp rate 2{Double Float}=0.000000	
temperature: ramp target{Double Float}=60.000000	
temperature: ramp target 2{Double Float}=0.000000	
temperature: ramping{Boolean}=False	
temperature: setpoint{Double Float}=60.000000	
temperature: setpoint 2{Double Float}=287.000000	
temperature: signal on{1D Array (Boolean)}=[True,True,True,True,True,True,True,True,False,True]	
temperature: stability error{Extended Float}=0.040000	
temperature: stability script{String}=	
temperature: stability settings{Cluster (Double Float,Double Float,Double Float)}={'temperature: stability error':1.000000,'temperature:stability rate':0.150000,'temperature:history window':300.000000}	
temperature: temp control mode{U16}=2	
temperature: temp control mode 2{U16}=3	
temperature: temp control mode 2.__text__{String}=Open Loop	
temperature: temp control mode.__text__{String}=Zone	
temperature: temp control sensor{U16}=0	
temperature: temp control sensor 2{U16}=0	
temperature: temp control sensor 2.__text__{String}=Sensor 1	
temperature: temp control sensor.__text__{String}=Sensor A	
temperature: temp control units{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Kelvin	
temperature: temp control units 2{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Sensor	
temperature: temp controller{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Lakeshore 336,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Lakeshore 340	
temperature: temp controller 2{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Lakeshore 336,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Oxford ITC 503	
temperature: temp loop{U16}=0	
temperature: temp loop 2{U16}=0	
temperature: temp loop 2.__text__{String}=Heater	
temperature: temp loop.__text__{String}=Loop 1	
temperature: values{1D Array (Double Float)}=[164.280000E+0,171.660000E+0,172.624000E+0,93.384600E+0,23.104700E+0,0.000000E+0,0.000000E+0,87.655327E-15,171.660000E+0,-7.380000E+0]	
temperature:Remote/Local Mode{Enum U16 ((Local,Remote,Local Unlocked,Remote Unlocked))}=Remote	
temperature:Remote/Local Mode 2{Enum U16 ((Local,Remote,Local Unlocked,Remote Unlocked))}=Remote	
temperature:error for gas boost{Double Float}=0.000000	
temperature:error for gas boost 2{Double Float}=0.000000	
temperature:heater range{U16}=5	
temperature:heater range 2{U16}=0	
temperature:heater range 2.__text__{String}=Off	
temperature:heater range.__text__{String}=40W	
temperature:history window{Extended Float}=300.000000	
temperature:is stable?{Boolean}=True	
temperature:monitor{Boolean}=True	
temperature:ramping{Boolean}=False	
temperature:ramping on{Boolean}=False	
temperature:ramping on 2{Boolean}=False	
temperature:rate select{Enum U32 ((Radio Selection 1,Radio Selection 2,Radio Selection 3,Radio Selection 4))}=Radio Selection 2	
temperature:stability code{U32}=6618880	
temperature:stability rate{Extended Float}=0.040000	
y{Double Float}=125.000000	
