TDI Format 1.5	Voltage	Current	Differential Conductance	Fitted Voltage Data	temperature: T1	temperature: T2	temperature: dT/dt	Ic	d(Ic)	IcRn	d(IcRn)	Rn	d(Rn)	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:Angle	multi[2]:iterator	multi[2]:y	multi[2]:Control:Magnet Output
2nd Parameter Class{String}=Multi-Parameter	4.876514647E-7	2.560040961E-7	9.086265269E+2	NaN	2.051E+0	1.8E+0	-1.076039206E-2	1.795984351E-5	0E+0	2.590461168E-8	0E+0	1.442362884E-3	0E+0	1E+0	0E+0	2.1E+0	2.1E+0	2.055E+0	1.806E+0	NaN	NaN	1E-1	2.1E+0	-3.269052133E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5E+0	1.75E-2	1.758E-2
2nd Parameter Class Path{Path}=..\\..\\..\\..\\..\\..\\..	4.935247538E-7	2.560040961E-7	-Inf	NaN	2.046E+0	1.795E+0	-9.369418025E-3	6.360241331E-5	0E+0	9.142985937E-8	0E+0	1.437521858E-3	0E+0	2E+0	0E+0	2.1E+0	2.1E+0	2.051E+0	1.8E+0	NaN	NaN	1E-1	2.1E+0	-1.076039206E-2	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	6E+0	1.75E-2	1.758E-2
2nd Parameter Paths{1D Array (Path)}=[C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Counter_class\\Counter.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Monitor and Filter_class\\Monitor and Filter.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Monitor and Average_class\\Monitor and Average.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\DAQ card gate_class\\DAQ card gate.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Source Meter Gate_class\\Source Meter Gate.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Multi Segment u-wave_class\\Multi Segment u-wave.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Multi-Parameter_class\\Multi-Parameter.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Vector Field_class\\Vector Field.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Kepco Multiramp_class\\Kepco Multiramp.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Magnet Power Supply Function Generator_class\\Magnet Power Supply Function Generator.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Sweep Magnet_class\\Sweep Magnet.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\6221 Control_class\\6221 Control.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Motor Control_class\\Motor Control.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Laser_Map_class\\Laser Map.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Raw Instrument Control_class\\Raw Instrument Control.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Temperature_gate_class\\Temperature_gate_class.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Expression Evaluator_class\\Expression Evaluator.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Adjust Waveform_class\\Adjust Waveform.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\StonerLab\\Programs\\Source Meter IV\\plugins\\Parameter\\E8257 Control_class\\E8257 Control.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\VNA Control_class\\VNA Control.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Parameter\\Measure on Demand_class\\Measure on Demand.lvclass]	4.640043883E-7	2.560040961E-7	-3.793065528E+14	NaN	2.044E+0	1.792E+0	-6.406557281E-3	7.191319143E-5	0E+0	1.036458802E-7	0E+0	1.441263809E-3	0E+0	3E+0	0E+0	2.1E+0	2.1E+0	2.046E+0	1.795E+0	NaN	NaN	1E-1	2.1E+0	-9.369418025E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	7E+0	1.675925926E-2	1.686E-2
Analysis Class{String}=Basic Plot	4.494047915E-7	2.560040961E-7	-8.031190674E+6	NaN	2.041E+0	1.787E+0	-8.042601869E-3	4.327983934E-5	0E+0	6.247750004E-8	0E+0	1.443570517E-3	0E+0	4E+0	0E+0	2.1E+0	2.1E+0	2.044E+0	1.792E+0	NaN	NaN	1E-1	2.1E+0	-6.406557281E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	8E+0	1.601851852E-2	1.61E-2
Analysis Class Path{Path}=C\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Plotting\\Plotting_Base_class\\Plotting_Base.lvclass	4.632951827E-7	2.560040961E-7	3.355523151E+2	NaN	2.037E+0	1.783E+0	-8.376285434E-3	5.97510472E-5	0E+0	8.619108423E-8	0E+0	1.442503325E-3	0E+0	5E+0	0E+0	2.1E+0	2.1E+0	2.041E+0	1.787E+0	NaN	NaN	1E-1	2.1E+0	-8.042601869E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	9E+0	1.527777778E-2	1.537E-2
Analysis Classes{1D Array (String)}=['RSJ Model Fit']	4.717712464E-7	2.560040961E-7	8.7622875E+2	NaN	2.033E+0	1.78E+0	-7.034864742E-3	6.365176413E-5	0E+0	9.134974752E-8	0E+0	1.435148715E-3	0E+0	6E+0	0E+0	2.1E+0	2.1E+0	2.037E+0	1.783E+0	NaN	NaN	1E-1	2.1E+0	-8.376285434E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1E+1	1.453703704E-2	1.46E-2
Analysis Classes Premeasure{1D Array (String)}=['Read Temperature Controller Window']	4.840851527E-7	2.560040961E-7	4.913352807E+2	NaN	2.03E+0	1.776E+0	-6.779815536E-3	7.547419336E-5	0E+0	1.0872173E-7	0E+0	1.440515297E-3	0E+0	7E+0	0E+0	2.1E+0	2.1E+0	2.033E+0	1.78E+0	NaN	NaN	1E-1	2.1E+0	-7.034864742E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.1E+1	1.37962963E-2	1.387E-2
Analysis.# pre-routines{I32}=3	5.154349159E-7	2.560040961E-7	-8.032036227E+7	NaN	2.026E+0	1.772E+0	-6.55351067E-3	7.168121115E-5	0E+0	1.034098569E-7	0E+0	1.442635459E-3	0E+0	8E+0	0E+0	2.1E+0	2.1E+0	2.03E+0	1.776E+0	NaN	NaN	1E-1	2.1E+0	-6.779815536E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.2E+1	1.305555556E-2	1.312E-2
Analysis: Correct Offset{Boolean}=True	5.397984951E-7	2.560040961E-7	5.80702728E+2	NaN	2.02E+0	1.766E+0	-9.688488208E-3	6.195311687E-5	0E+0	8.917518815E-8	0E+0	1.43939793E-3	0E+0	9E+0	0E+0	2.1E+0	2.1E+0	2.026E+0	1.772E+0	NaN	NaN	1E-1	2.1E+0	-6.55351067E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.3E+1	1.231481481E-2	1.238E-2
Analysis: I{U16}=1	5.325912012E-7	2.560040961E-7	3.480649961E+7	NaN	2.016E+0	1.761E+0	-9.605540894E-3	5.268790709E-5	0E+0	7.573553483E-8	0E+0	1.437436767E-3	0E+0	1E+1	0E+0	2.1E+0	2.1E+0	2.02E+0	1.766E+0	NaN	NaN	1E-1	2.1E+0	-9.688488208E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.4E+1	1.157407407E-2	1.16E-2
Analysis: I.__text__{String}=Current	5.601398718E-7	2.560040961E-7	Inf	NaN	2.011E+0	1.756E+0	-9.772147052E-3	6.400662833E-10	0E+0	9.236392587E-13	0E+0	1.44303689E-3	0E+0	1.1E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.5E+1	1.083333333E-2	1.089E-2
Analysis: Ic Name{String}=Ic	5.828709512E-7	2.560040961E-7	8.992293814E+2	NaN	2.007E+0	1.752E+0	-8.689043112E-3	6.730398964E-5	0E+0	9.683739799E-8	0E+0	1.438806206E-3	0E+0	1.2E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.6E+1	1.009259259E-2	1.015E-2
Analysis: Ic Report{Boolean}=True	5.699378585E-7	2.560040961E-7	3.793065448E+14	NaN	2.004E+0	1.747E+0	-8.828252554E-3	8.603467951E-5	0E+0	1.240079151E-7	0E+0	1.441371268E-3	0E+0	1.3E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.7E+1	9.351851852E-3	9.43E-3
Analysis: IcRn Name{String}=IcRn	6.181069812E-7	2.560040961E-7	5.865917074E+2	NaN	2.001E+0	1.746E+0	-4.858132452E-3	9.380715875E-5	0E+0	1.351638665E-7	0E+0	1.440869421E-3	0E+0	1.4E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.8E+1	8.611111111E-3	8.65E-3
Analysis: IcRn Report{Boolean}=True	5.612400612E-7	2.560040961E-7	7.959761368E+2	NaN	1.998E+0	1.741E+0	-7.333241869E-3	8.487112468E-5	0E+0	1.226540525E-7	0E+0	1.445180007E-3	0E+0	1.5E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	1.9E+1	7.87037037E-3	7.94E-3
Analysis: Rn Name{String}=Rn	5.649461232E-7	2.560040961E-7	9.48266362E+13	NaN	1.996E+0	1.738E+0	-6.155760959E-3	1.612700492E-5	0E+0	2.330114389E-8	0E+0	1.444852532E-3	0E+0	1.6E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2E+1	7.12962963E-3	7.2E-3
Analysis: Rn Report{Boolean}=True	5.538533866E-7	2.560040961E-7	-1.896532713E+14	NaN	1.994E+0	1.736E+0	-4.317045212E-3	6.628937403E-5	0E+0	9.513619896E-8	0E+0	1.435165143E-3	0E+0	1.7E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.1E+1	6.388888889E-3	6.47E-3
Analysis: Uncertainties{Boolean}=False	5.609059725E-7	2.560040961E-7	7.522742018E+2	NaN	1.991E+0	1.731E+0	-7.362497505E-3	1.474608861E-4	0E+0	2.127139118E-7	0E+0	1.442510739E-3	0E+0	1.8E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.2E+1	5.648148148E-3	5.7E-3
Analysis: V{U16}=0	5.890940557E-7	2.560040961E-7	8.032136749E+6	NaN	1.989E+0	1.727E+0	-7.480748463E-3	2.429528881E-4	0E+0	3.487620834E-7	0E+0	1.435513222E-3	0E+0	1.9E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.3E+1	4.907407407E-3	4.95E-3
Analysis: V.__text__{String}=Voltage	6.021588976E-7	2.560040961E-7	-4.872078788E+4	NaN	1.988E+0	1.725E+0	-4.485250451E-3	2.230798622E-4	0E+0	3.207924563E-7	0E+0	1.438016203E-3	0E+0	2E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.4E+1	4.166666667E-3	4.23E-3
Control: Display{Enum U16 ((Function Generator,Multi-Segment Ramp,List of Values,Adaptive Step Ramp))}=Multi-Segment Ramp	6.084408085E-7	2.560040961E-7	3.793065448E+14	NaN	1.987E+0	1.722E+0	-4.423694685E-3	2.278235144E-4	0E+0	3.286048518E-7	0E+0	1.442365827E-3	0E+0	2.1E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.5E+1	3.425925926E-3	3.5E-3
Control: Expression{String}=True	6.12600772E-7	2.560040961E-7	7.586130896E+14	NaN	1.986E+0	1.72E+0	-3.757311963E-3	1.056317319E-4	0E+0	1.517048461E-7	0E+0	1.436167365E-3	0E+0	2.2E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.6E+1	2.685185185E-3	2.74E-3
Control: Gate delay{Double Float}=10.000000	6.049021532E-7	2.560040961E-7	9.48827422E+2	NaN	1.985E+0	1.718E+0	-3.604651196E-3	1.745907302E-4	0E+0	2.507143281E-7	0E+0	1.436011682E-3	0E+0	2.3E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.7E+1	1.944444444E-3	1.99E-3
Control:Magnet Output{Double Float}=0.017570	6.22836626E-7	2.560040961E-7	9.48266362E+13	NaN	1.985E+0	1.716E+0	-3.511292161E-3	4.962846538E-4	0E+0	7.119909417E-7	0E+0	1.434642269E-3	0E+0	2.4E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.8E+1	1.203703704E-3	1.26E-3
Current{Double Float}=2.560041E-7	6.403600365E-7	2.560040961E-7	-7.586130896E+14	NaN	1.986E+0	1.716E+0	-1.174191828E-3	8.823759856E-4	0E+0	1.263751781E-6	0E+0	1.432214614E-3	0E+0	2.5E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	2.9E+1	4.62962963E-4	5.1E-4
Differential Conductance{Double Float}=-8.032106E+7	6.248140856E-7	2.560040961E-7	5.244655546E+2	NaN	1.986E+0	1.715E+0	-1.06711546E-3	1.265948287E-3	0E+0	1.830701303E-6	0E+0	1.446110652E-3	0E+0	2.6E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3E+1	-2.777777778E-4	-2.4E-4
Display Panel{1D Array (Cluster (String,Double Float))}=[{'Label':temperature: T1,'Value':2.007000},{'Label':temperature: T2,'Value':1.716000},{'Label':temperature: dT/dt,'Value':0.001001},{'Label':Ic,'Value':5.348855E-5},{'Label':d(Ic),'Value':0.000000},{'Label':IcRn,'Value':7.692057E-8},{'Label':d(IcRn),'Value':0.000000},{'Label':Rn,'Value':0.001438},{'Label':d(Rn),'Value':0.000000}]	6.185777956E-7	2.560040961E-7	8.484262871E+1	NaN	1.987E+0	1.715E+0	-4.614666686E-4	1.618984189E-3	0E+0	2.350986977E-6	0E+0	1.452137082E-3	0E+0	2.7E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.1E+1	-1.018518519E-3	-9.9E-4
Elapsed Time{Double Float}=1939.831964	5.867924243E-7	2.560040961E-7	3.54995039E+2	NaN	1.988E+0	1.714E+0	-1.376898959E-3	1.870151217E-3	0E+0	2.742554997E-6	0E+0	1.466488363E-3	0E+0	2.8E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.2E+1	-1.759259259E-3	-1.72E-3
Extracted Data{1D Array (Cluster (String,Double Float))}=[{'Label':temperature: T1,'Value':2.007000},{'Label':temperature: T2,'Value':1.716000},{'Label':temperature: dT/dt,'Value':0.001001},{'Label':Ic,'Value':5.348855E-5},{'Label':d(Ic),'Value':0.000000},{'Label':IcRn,'Value':7.692057E-8},{'Label':d(IcRn),'Value':0.000000},{'Label':Rn,'Value':0.001438},{'Label':d(Rn),'Value':0.000000}]	6.081446571E-7	2.560040961E-7	5.119403117E+2	NaN	1.989E+0	1.715E+0	1.992883917E-4	1.987867885E-3	0E+0	2.92697776E-6	0E+0	1.472420668E-3	0E+0	2.9E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.3E+1	-2.5E-3	-2.45E-3
File:Autodel{Boolean}=True	5.985249826E-7	2.560040961E-7	1.180986294E+3	NaN	1.99E+0	1.714E+0	-7.150123711E-4	1.942688111E-3	0E+0	2.832792288E-6	0E+0	1.458181719E-3	0E+0	3E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.4E+1	-3.240740741E-3	-3.19E-3
File:Autosave{Boolean}=True	6.035181606E-7	2.560040961E-7	Inf	NaN	1.991E+0	1.715E+0	5.460736575E-4	1.773865039E-3	0E+0	2.598115698E-6	0E+0	1.464663681E-3	0E+0	3.1E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.5E+1	-3.981481481E-3	-3.95E-3
File:Export Config{Boolean}=True	5.95382642E-7	2.560040961E-7	1.517226019E+15	NaN	1.992E+0	1.714E+0	-9.323815466E-4	1.46439779E-3	0E+0	2.107994668E-6	0E+0	1.439495936E-3	0E+0	3.2E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.6E+1	-4.722222222E-3	-4.66E-3
File:Final Autosave{Boolean}=True	5.677270191E-7	2.560040961E-7	1.606489099E+7	NaN	1.993E+0	1.714E+0	-9.491244564E-4	1.110224014E-3	0E+0	1.60175098E-6	0E+0	1.442727738E-3	0E+0	3.3E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.7E+1	-5.462962963E-3	-5.42E-3
Filter:Enable{Enum U16 ((None,Analog,Digital,Analog&Digital))}=None	5.828019132E-7	2.560040961E-7	-8.031474393E+6	NaN	1.994E+0	1.715E+0	5.551144131E-4	7.407752573E-4	0E+0	1.063176346E-6	0E+0	1.435221189E-3	0E+0	3.4E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.8E+1	-6.203703704E-3	-6.14E-3
Filter:Points{I32}=4	5.627458835E-7	2.560040961E-7	-Inf	NaN	1.995E+0	1.715E+0	1.604075806E-4	3.66719592E-4	0E+0	5.262867303E-7	0E+0	1.435120298E-3	0E+0	3.5E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	3.9E+1	-6.944444444E-3	-6.92E-3
Filter:Type{U16}=1	5.770057792E-7	2.560040961E-7	8.033192503E+6	NaN	1.996E+0	1.715E+0	7.158042717E-5	9.803110506E-5	0E+0	1.410729828E-7	0E+0	1.439063475E-3	0E+0	3.6E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4E+1	-7.685185185E-3	-7.63E-3
Filter:Type.__text__{String}=Repeat	6.103014182E-7	2.560040961E-7	9.48266362E+13	NaN	1.995E+0	1.712E+0	-3.970452584E-3	1.596346462E-4	0E+0	2.288565064E-7	0E+0	1.433626796E-3	0E+0	3.7E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.1E+1	-8.425925926E-3	-8.38E-3
Filter:Window{Double Float}=1.000000	5.866721599E-7	2.560040961E-7	Inf	NaN	1.981E+0	1.705E+0	-1.073763985E-2	2.208040728E-4	0E+0	3.184237043E-7	0E+0	1.442109741E-3	0E+0	3.8E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.2E+1	-9.166666667E-3	-9.09E-3
Ic{Double Float}=5.348855E-5	5.847755355E-7	2.560040961E-7	-8.031072015E+6	NaN	1.979E+0	1.704E+0	-6.751356181E-3	2.220629242E-4	0E+0	3.196645229E-7	0E+0	1.439522261E-3	0E+0	3.9E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.3E+1	-9.907407407E-3	-9.86E-3
IcRn{Double Float}=7.692057E-8	5.467803421E-7	2.560040961E-7	-Inf	NaN	1.98E+0	1.704E+0	5.208231742E-4	1.824594335E-4	0E+0	2.626252118E-7	0E+0	1.439362201E-3	0E+0	4E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.4E+1	-1.064814815E-2	-1.058E-2
Iterator{I32}=0	5.824076519E-7	2.560040961E-7	4.736633663E+2	NaN	1.981E+0	1.704E+0	3.895509872E-4	6.528572156E-5	0E+0	9.42882409E-8	0E+0	1.444239853E-3	0E+0	4.1E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.5E+1	-1.138888889E-2	-1.132E-2
Magnet: Control Mode{Boolean}=False	5.76067795E-7	2.560040961E-7	-2.007989737E+7	NaN	1.982E+0	1.705E+0	1.405821415E-3	4.578692849E-5	0E+0	6.588927198E-8	0E+0	1.439041101E-3	0E+0	4.2E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.6E+1	-1.212962963E-2	-1.206E-2
Magnet: Final Switch Heater{Enum U8 ((False,True,Mixed))}=	5.611778764E-7	2.560040961E-7	-Inf	NaN	1.984E+0	1.705E+0	6.756935618E-4	9.825075451E-5	0E+0	1.417066405E-7	0E+0	1.442295698E-3	0E+0	4.3E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.7E+1	-1.287037037E-2	-1.281E-2
Magnet: Power Supply{Enum U16 ((IPS120,LS625,PS110,Hg iPS,SMS Series,DMG Little CryoFree,DMG Big CryoFree))}=LS625	5.849189699E-7	2.560040961E-7	-Inf	NaN	1.986E+0	1.706E+0	1.006053179E-3	1.293048331E-4	0E+0	1.866080783E-7	0E+0	1.443163986E-3	0E+0	4.4E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.8E+1	-1.361111111E-2	-1.355E-2
Magnet: Rate{Double Float}=1.000000	5.817690026E-7	2.560040961E-7	Inf	NaN	1.988E+0	1.707E+0	1.222919789E-3	1.247124767E-4	0E+0	1.793518198E-7	0E+0	1.438122509E-3	0E+0	4.5E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	4.9E+1	-1.435185185E-2	-1.427E-2
Magnet: Setpoint{Double Float}=0.000000	5.805180915E-7	2.560040961E-7	-8.03126767E+6	NaN	1.989E+0	1.708E+0	1.479846076E-3	8.206366192E-5	0E+0	1.184798509E-7	0E+0	1.44375535E-3	0E+0	4.6E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5E+1	-1.509259259E-2	-1.5E-2
Magnet: Units{Enum U16 ((Field,Current))}=Field	5.91356938E-7	2.560040961E-7	7.382659821E+1	NaN	1.992E+0	1.709E+0	1.861136872E-3	4.855058172E-5	0E+0	6.995075585E-8	0E+0	1.440781003E-3	0E+0	4.7E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.1E+1	-1.583333333E-2	-1.573E-2
Magnet: VISA Ref{Visa Refnum (Void)}=GPIB0::23::INSTR	5.591604087E-7	2.560040961E-7	2.492844956E+2	NaN	1.993E+0	1.71E+0	2.079578349E-3	1.856163068E-5	0E+0	2.676334807E-8	0E+0	1.441864055E-3	0E+0	4.8E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.2E+1	-1.657407407E-2	-1.649E-2
Main Screen Path{Path}=C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\1Code.vi	5.736372893E-7	2.560040961E-7	9.48266362E+13	NaN	1.995E+0	1.711E+0	2.264029114E-3	5.119530638E-5	0E+0	7.397363999E-8	0E+0	1.444930116E-3	0E+0	4.9E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.3E+1	-1.731481481E-2	-1.721E-2
Measurement Mode Paths{1D Array (Path)}=[C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\Measurem_XY_Base_class\\Measurem_XY_Base.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\Source Meter IV_class\\Source Meter IV.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\DAQ Card IV_class\\DAQ Card IV.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\Demo_Mode_class\\Demo_Mode.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\6221-Lockin-DAQ_class\\6221-Lockin-DAQ.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\DAQSource-Lockin-NVM-DAQ_class\\DAQSource-Lockin-NVM-DAQ.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\6221 Current Source IV_class\\6221 Current Source IV.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\6221 Waveform and Scope IV_class\\6221 Waveform and Scope IV.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\6221 DC Sweep XY_class\\6221 DC Sweep XY.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\6221-Source Meter XY Class\\6221 Source Meter X-Y Class.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\Multi-segment DAQ IV_class\\Multi-segment DAQ IV.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\Network Analyser Sweep_class\\Network Analyser Sweep.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\FMR(B) Sweep_class\\FMR(B) Sweep.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\Passive DAQ Card IV_class\\Passive DAQ Card IV.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\SR580 Waveform IV_class\\SR580 Waveform IV.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\Multi-XY Plugin\\Multi-XY Plugin.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\2400 with 2182 IV_class\\2400 with 2182 IV.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\X-Y\\2400 with 6514 IV_class\\2400 with 6514 IV.lvclass]	5.798024712E-7	2.560040961E-7	-1.896532724E+14	NaN	1.997E+0	1.712E+0	2.31000199E-3	1.033295532E-4	0E+0	1.484296241E-7	0E+0	1.436468265E-3	0E+0	5E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.4E+1	-1.805555556E-2	-1.797E-2
Measurement Timestamp{Timestamp}=<18:05:39.561 21/10/2019>T	5.80066051E-7	2.560040961E-7	Inf	NaN	1.999E+0	1.713E+0	2.368544694E-3	6.834505226E-5	0E+0	9.884580907E-8	0E+0	1.446276004E-3	0E+0	5.1E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.5E+1	-1.87962963E-2	-1.871E-2
Measurement Title{String}=	5.751968508E-7	2.560040961E-7	9.48266362E+13	NaN	2.001E+0	1.714E+0	2.336791484E-3	5.719326226E-5	0E+0	8.242877125E-8	0E+0	1.441232201E-3	0E+0	5.2E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.6E+1	-1.953703704E-2	-1.948E-2
Measurement Select{U16}=8	5.411087064E-7	2.560040961E-7	8.032661876E+6	NaN	2.003E+0	1.714E+0	8.507910534E-4	1.277277386E-5	0E+0	1.844482288E-8	0E+0	1.444073392E-3	0E+0	5.3E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.7E+1	-2.027777778E-2	-2.02E-2
Measurement Select.__text__{String}=6221-2182 DC IV	5.454651043E-7	2.560040961E-7	-1.896532644E+14	NaN	2.005E+0	1.715E+0	1.174469828E-3	-2.686507438E-8	0E+0	-3.883358658E-11	-0E+0	1.445504525E-3	0E+0	5.4E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.8E+1	-2.101851852E-2	-2.096E-2
Notes{String}=Ic(B,T,theta)	5.380275385E-7	2.560040961E-7	-8.032105807E+7	NaN	2.007E+0	1.716E+0	1.000765245E-3	5.348854995E-5	0E+0	7.692057111E-8	0E+0	1.438075461E-3	0E+0	5.5E+1	0E+0	2.1E+0	2.1E+0	2.016E+0	1.761E+0	NaN	NaN	1E-1	2.1E+0	-9.605540894E-3	1.803E+0	4.1E-2	0E+0	9E+1	9.03E+1	5.9E+1	-2.175925926E-2	-2.168E-2
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: 6221 Pass Through{Boolean}=True	
Option: Abort on Compliance{Boolean}=False	
Option: Advanced Source Timing{Boolean}=False	
Option: Confirm Config{Boolean}=False	
Option: Control Panel Ref{LVObjVI Refnum (Void)}=	
Option: DCond Delta{Double Float}=5.000000E-6	
Option: Differential Cond. calc dI/dV{Boolean}=True	
Option: Differential Conductance Mode{Boolean}=True	
Option: Nanovoltmeter type{Enum U16 ((2182(/A),182,181))}=0.000000	
Option: Output low{Enum U16 ((Floating,Earthed,No change))}=Floating	
Option: Paranoid Save Data{Boolean}=True	
Option: Plot Autoback Path{Path}=C:\\TEMP\\XY Multiparam\\Backup.txt	
Option: Plot Autobackup{Boolean}=True	
Option: Plot Autobackup Time{Double Float}=900.000000	
Option: Sense Autorange{Boolean}=False	
Option: Sense Range Level{Double Float}=0.010000	
Option: Sense Rate{Double Float}=1.000000	
Option: Source Range Level{Double Float}=0.000000	
Option: Source Ranging{Enum U16 ((Autorange,Best Fixed Range,Fixed Range))}=Best Fixed Range	
Option:6221 Calc Compliance{Boolean}=True	
Option:Advanced Timing Data{Waveform (Double Float)}=	
Option:Compliance{Double Float}=10.000000	
Option:Debug On{Boolean}=False	
Option:File Format to Use{String}=TDI 1.5	
Option:GPIB{Visa Refnum (Void)}=GPIB0::14::INSTR	
Option:GPIB 2{Visa Refnum (Void)}=GPIB0::14::INSTR	
Option:Sense Digits{I32}=8	
Option:Source Delay{Double Float}=0.100000	
Option:Syslog On{Boolean}=False	
Option:Syslog Port{I32}=514	
Option:Syslog server{String}=stonerlab	
Option:auto analyse{Boolean}=False	
Option:mlab{Boolean}=False	
Output Names{1D Array (String)}=['Voltage','Current','Differential Conductance','Fitted Voltage Data','temperature: T1','temperature: T2','temperature: dT/dt','Ic','d(Ic)','IcRn','d(IcRn)','Rn','d(Rn)','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:Angle','multi[2]:iterator','multi[2]:y','multi[2]:Control:Magnet Output']	
Parameter Panel{1D Array (Cluster (String,Double Float))}=[{'Label':temperature: T1,'Value':2.007000},{'Label':temperature: T2,'Value':1.716000},{'Label':temperature: dT/dt,'Value':0.001001},{'Label':Ic,'Value':5.348855E-5},{'Label':d(Ic),'Value':0.000000},{'Label':IcRn,'Value':7.692057E-8},{'Label':d(IcRn),'Value':0.000000},{'Label':Rn,'Value':0.001438},{'Label':d(Rn),'Value':0.000000}]	
Parameter Select{U16}=6	
Parameter Select.__text__{String}=Multi-Parameter	
Paths{Enum U32 ((Save,Final Save))}=Save	
Plot: Column Renames{1D Array (Cluster (String,String))}=[]	
Plot: No dups{Boolean}=True	
Plot: StdDevs{Boolean}=False	
Plotting Class{String}=Parameter+IV Plot	
Plotting Class Path{Path}=..\\..\\..\\..\\..\\..\\..	
Plotting Plugin Paths{1D Array (Path)}=[C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Plotting\\Plotting_Base_class\\Plotting_Base.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Plotting\\Logging_Plot_Base_class\\Logging_Plot_Base.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Plotting\\Alt_Parameter Plot_class\\Alt_Parameter Plot.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Plotting\\3D Plotter_Plugin_class\\3D Plotter_Plugin.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Plotting\\3D IV Plot_class\\3D IV Plot.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Plotting\\Quick Scope Plot\\Quick Scope Plot.lvclass,C:\\Program Files\\National Instruments\\LabVIEW 2018\\Stonerlab\\Programs\\Source Meter IV\\plugins\\Plotting\\Intensity IV Plot_class\\Intensity IV Plot.lvclass]	
Plotting Select{U16}=2	
Plotting Select.__text__{String}=Parameter+IV Plot	
Progress{Double Float}=89.552239	
Project Code{String}=SUPERSPIN	
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)}=	
Resistance{Double Float}=0.004853	
Rn{Double Float}=0.001438	
Sample ID{String}= PtCo0.6Pt JJ 4um	
Save:Filename{String}=${X-Y Class} ${2nd Parameter Class} ${iterator}{%04d} ${multi[2]:y}{%03.2p}T.txt	
Save:Final Filename{String}=${X-Y Class} ${2nd Parameter Class} ${multi[0]:temperature: setpoint}{%5.2f}K ${multi[1]:y}{%03d} deg.txt	
Save:Final path{Path}=C:\\Data\\${Project Code}\\${User}\\${Sample ID}\\${Measurement Timestamp}{%Y%m%d}\\${X-Y Class}\\Ic_B	
Save:Path{Path}=C:\\Data\\${Project Code}\\${User}\\${Sample ID}\\${Measurement Timestamp}{%Y%m%d}\\${X-Y Class}\\${multi[0]:temperature: setpoint}{%5.2f}K\\${multi[1]:y}deg	
Startup path{Path}=C:\\Program Files (x86)\\National Instruments\\LabVIEW 2012\\Stonerlab\\Programs\\Source Meter IV	
Status{String}=Save	
Stepper: Position{Double Float}=359.900000	
Sub Panel{1D Array (Cluster (String,Double Float))}=[{'Label':temperature: T1,'Value':2.007000},{'Label':temperature: T2,'Value':1.716000},{'Label':temperature: dT/dt,'Value':0.001001},{'Label':Ic,'Value':5.348855E-5},{'Label':d(Ic),'Value':0.000000},{'Label':IcRn,'Value':7.692057E-8},{'Label':d(IcRn),'Value':0.000000},{'Label':Rn,'Value':0.001438},{'Label':d(Rn),'Value':0.000000}]	
Timestamp{Timestamp}=<18:06:35.358 21/10/2019>T	
Toolbar{Cluster (I32,Enum U16 ((Click,Latch,Unlatch)))}={'Index':5,'Type':Latch}	
Unaved Data{Boolean}=True	
Unsaved Data{Boolean}=False	
User{String}=pymal	
V_offset{Double Float}=5.378273E-7	
Voltage{Double Float}=5.380275E-7	
X-Y Class{String}=6221-2182 DC IV	
X-Y Class Path{Path}=..\\..\\..\\..\\..\\..\\..	
d(Current){Double Float}=0.002323	
d(Differential Conductance){Double Float}=1.280111E+9	
d(Ic){Double Float}=0.000000	
d(IcRn){Double Float}=0.000000	
d(Resistance){Double Float}=0.002573	
d(Rn){Double Float}=0.000000	
d(V_offset){Double Float}=0.000000	
d(Voltage){Double Float}=3.340219E-6	
iterate result{U16}=5	
iterator{I32}=55	
measure point{Boolean}=False	
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}=0.100000	
multi[0]:Control: Open T Window{Boolean}=True	
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}=4	
multi[0]:iterator{I32}=0	
multi[0]:temperature:  rate window{Double Float}=120.000000	
multi[0]:temperature: Level Meter VISA Ref{Visa Refnum (Void)}=	
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':100.000000,'I':8.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.200000},{'Upper Temp':8.000000,'P':100.000000,'I':8.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.200000},{'Upper Temp':12.000000,'P':100.000000,'I':9.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':2.000000},{'Upper Temp':18.000000,'P':100.000000,'I':9.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':2.000000},{'Upper Temp':25.000000,'P':100.000000,'I':10.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':2.000000},{'Upper Temp':50.000000,'P':100.000000,'I':12.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':4.000000},{'Upper Temp':100.000000,'P':100.000000,'I':15.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':4.000000},{'Upper Temp':150.000000,'P':100.000000,'I':19.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':5.000000},{'Upper Temp':200.000000,'P':100.000000,'I':23.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':5.000000},{'Upper Temp':300.000000,'P':100.000000,'I':30.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':5.000000}]	
multi[0]:temperature: T1{Double Float}=2.016000	
multi[0]:temperature: T2{Double Float}=1.761000	
multi[0]:temperature: T3{Double Float}=NaN	
multi[0]:temperature: T4{Double Float}=NaN	
multi[0]:temperature: VISA Ref{Visa Refnum (Void)}=GPIB0::12::INSTR	
multi[0]:temperature: VISA Ref 2{Visa Refnum (Void)}=	
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}=1.803000	
multi[0]:temperature: current temperature 2{Double Float}=171.660000	
multi[0]:temperature: dT/dt{Double Float}=-0.009606	
multi[0]:temperature: error{Double Float}=0.041000	
multi[0]:temperature: gas{Double Float}=2.100000	
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}=0	
multi[0]:temperature: heater{Double Float}=0.100000	
multi[0]:temperature: heater output{Double Float}=0.000000	
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))}=None	
multi[0]:temperature: monitor timeout{Double Float}=0.100000	
multi[0]:temperature: pid controls{Cluster (Double Float,Double Float,Double Float)}={'P':100.000000,'I':8.000000,'D':0.000000}	
multi[0]:temperature: pid controls 2{Cluster (Double Float,Double Float,Double Float)}={'P':NaN,'I':NaN,'D':NaN}	
multi[0]:temperature: ramp rate{Double Float}=0.500000	
multi[0]:temperature: ramp rate 2{Double Float}=0.000000	
multi[0]:temperature: ramp target{Double Float}=2.100000	
multi[0]:temperature: ramp target 2{Double Float}=0.000000	
multi[0]:temperature: ramping{Boolean}=False	
multi[0]:temperature: setpoint{Double Float}=2.100000	
multi[0]:temperature: setpoint 2{Double Float}=NaN	
multi[0]:temperature: signal on{1D Array (Boolean)}=[True,True,True,False,False,True,False,True,False,True]	
multi[0]:temperature: stability script{String}=def is_stable(self):\0A    """Check that error and stability in band over last 100 readings."""\0A    at_setpoint=max(abs(self.delta_T_hist))<=self.delta_T_window\0A    stable=max(abs(self.rate_hist))<=self.rate_window\0A    ret=0\0A    ret+=1 if at_setpoint else 0\0A    ret+=2 if stable else 0\0A    return ret\0A	
multi[0]:temperature: stability settings{Cluster (Double Float,Double Float,Double Float)}={'temperature: stability error':0.050000,'temperature:stability rate':0.050000,'temperature:history window':60.000000}	
multi[0]:temperature: temp control mode{U16}=2	
multi[0]:temperature: temp control mode 2{U16}=0	
multi[0]:temperature: temp control mode 2.__text__{String}=No Change	
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 A	
multi[0]:temperature: temp control sensor.__text__{String}=Sensor A	
multi[0]:temperature: temp control units{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Sensor	
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,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Lakeshore 335	
multi[0]:temperature: temp controller 2{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=None	
multi[0]:temperature: temp loop{U16}=0	
multi[0]:temperature: temp loop 2{U16}=0	
multi[0]:temperature: temp loop 2.__text__{String}=Loop 1	
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}=1	
multi[0]:temperature:heater range 2{U16}=0	
multi[0]:temperature:heater range 2.__text__{String}=<undefined>	
multi[0]:temperature:heater range.__text__{String}=Low	
multi[0]:temperature:is stable?{Boolean}=False	
multi[0]:temperature:monitor{Boolean}=False	
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]:y{Double Float}=2.100000	
multi[1]:Control: Display{Enum U16 ((Function Generator,Multi-Segment Ramp,List of Values,Adaptive Step Ramp))}=List of Values	
multi[1]:Control: Gate delay{Double Float}=10.000000	
multi[1]:Control: Monitor Update Timeout{Double Float}=0.100000	
multi[1]:Control: Motor Control Type{Enum U16 ((Leeds Arduion,Cryogenics MNVC,Thorlabs K-Cube))}=Leeds Arduion	
multi[1]:Control: Open T Window{Boolean}=True	
multi[1]:Control: Reverse Temperature Sense{Boolean}=False	
multi[1]:Control: Stepper VISA{Visa Refnum (Void)}=COM3	
multi[1]:Control:Angle{Double Float}=90.300000	
multi[1]:Control:Magnet Output{Double Float}=0.006080	
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,DMG Little CryoFree,DMG Big CryoFree))}=LS625	
multi[1]:Magnet: Rate{Double Float}=0.499896	
multi[1]:Magnet: Units{Enum U16 ((Field,Current))}=Field	
multi[1]:Magnet: VISA Ref{Visa Refnum (Void)}=GPIB0::23::INSTR	
multi[1]:Ref: Temperature Window{LVObjVI Refnum (Void)}=	
multi[1]:iterate result{U16}=0	
multi[1]:iterator{I32}=0	
multi[1]:measure point{Boolean}=True	
multi[1]:temperature:  rate window{Double Float}=120.000000	
multi[1]:temperature: Level Meter VISA Ref{Visa Refnum (Void)}=	
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':100.000000,'I':8.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':8.000000,'P':100.000000,'I':8.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':12.000000,'P':100.000000,'I':9.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':18.000000,'P':100.000000,'I':9.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':25.000000,'P':100.000000,'I':10.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':50.000000,'P':100.000000,'I':12.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':100.000000,'P':100.000000,'I':15.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':150.000000,'P':100.000000,'I':19.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':200.000000,'P':100.000000,'I':23.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':300.000000,'P':100.000000,'I':30.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':0.000000}]	
multi[1]:temperature: T1{Double Float}=2.007000	
multi[1]:temperature: T2{Double Float}=1.599000	
multi[1]:temperature: T3{Double Float}=NaN	
multi[1]:temperature: T4{Double Float}=NaN	
multi[1]:temperature: VISA Ref{Visa Refnum (Void)}=GPIB0::12::INSTR	
multi[1]:temperature: VISA Ref 2{Visa Refnum (Void)}=	
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}=1.597000	
multi[1]:temperature: current temperature 2{Double Float}=171.660000	
multi[1]:temperature: dT/dt{Double Float}=2.918715E-15	
multi[1]:temperature: error{Double Float}=-0.004000	
multi[1]:temperature: gas{Double Float}=2.000000	
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}=0	
multi[1]:temperature: heater{Double Float}=2.700000	
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))}=None	
multi[1]:temperature: monitor timeout{Double Float}=1.000000	
multi[1]:temperature: pid controls{Cluster (Double Float,Double Float,Double Float)}={'P':100.000000,'I':9.000000,'D':0.000000}	
multi[1]:temperature: pid controls 2{Cluster (Double Float,Double Float,Double Float)}={'P':NaN,'I':NaN,'D':NaN}	
multi[1]:temperature: ramp rate{Double Float}=5.000000	
multi[1]:temperature: ramp rate 2{Double Float}=0.000000	
multi[1]:temperature: ramp target{Double Float}=12.000000	
multi[1]:temperature: ramp target 2{Double Float}=0.000000	
multi[1]:temperature: ramping{Boolean}=False	
multi[1]:temperature: setpoint{Double Float}=2.000000	
multi[1]:temperature: setpoint 2{Double Float}=NaN	
multi[1]:temperature: signal on{1D Array (Boolean)}=[True,True,True,False,False,True,False,True,False,True]	
multi[1]:temperature: stability script{String}=def is_stable(self):\0A    """Check that error and stability in band over last 100 readings."""\0A    at_setpoint=max(abs(self.delta_T_hist))<=self.delta_T_window\0A    stable=max(abs(self.rate_hist))<=self.rate_window\0A    ret=0\0A    ret+=1 if at_setpoint else 0\0A    ret+=2 if stable else 0\0A    return ret\0A	
multi[1]:temperature: stability settings{Cluster (Double Float,Double Float,Double Float)}={'temperature: stability error':0.050000,'temperature:stability rate':0.050000,'temperature:history window':60.000000}	
multi[1]:temperature: temp control mode{U16}=2	
multi[1]:temperature: temp control mode 2{U16}=0	
multi[1]:temperature: temp control mode 2.__text__{String}=No Change	
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 A	
multi[1]:temperature: temp control sensor.__text__{String}=Sensor A	
multi[1]:temperature: temp control units{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Sensor	
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,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Lakeshore 335	
multi[1]:temperature: temp controller 2{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=None	
multi[1]:temperature: temp loop{U16}=0	
multi[1]:temperature: temp loop 2{U16}=0	
multi[1]:temperature: temp loop 2.__text__{String}=Loop 1	
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}=2	
multi[1]:temperature:heater range 2{U16}=0	
multi[1]:temperature:heater range 2.__text__{String}=<undefined>	
multi[1]:temperature:heater range.__text__{String}=Medium	
multi[1]:temperature:is stable?{Boolean}=True	
multi[1]:temperature:monitor{Boolean}=False	
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]:y{Double Float}=90.000000	
multi[2]:Control: Display{Enum U16 ((Function Generator,Multi-Segment Ramp,List of Values,Adaptive Step Ramp))}=Multi-Segment Ramp	
multi[2]:Control: Expression{String}=True	
multi[2]:Control: Gate delay{Double Float}=2.000000	
multi[2]:Control: Monitor Update Timeout{Double Float}=0.100000	
multi[2]:Control: Motor Control Type{Enum U16 ((Leeds Arduion,Cryogenics MNVC,Thorlabs K-Cube))}=Leeds Arduion	
multi[2]:Control: Open T Window{Boolean}=True	
multi[2]:Control: Reverse Temperature Sense{Boolean}=False	
multi[2]:Control: Stepper VISA{Visa Refnum (Void)}=COM3	
multi[2]:Control:Angle{Double Float}=0.700000	
multi[2]:Control:Magnet Output{Double Float}=3.000000E-5	
multi[2]:Iterator{I32}=0	
multi[2]:Magnet: Final Switch Heater{Enum U8 ((False,True,Mixed))}=	
multi[2]:Magnet: Power Supply{Enum U16 ((IPS120,LS625,PS110,Hg iPS,SMS Series,DMG Little CryoFree,DMG Big CryoFree))}=LS625	
multi[2]:Magnet: Rate{Double Float}=1.000000	
multi[2]:Magnet: Units{Enum U16 ((Field,Current))}=Field	
multi[2]:Magnet: VISA Ref{Visa Refnum (Void)}=GPIB0::23::INSTR	
multi[2]:Ref: Temperature Window{LVObjVI Refnum (Void)}=	
multi[2]:iterate result{U16}=4	
multi[2]:iterator{I32}=67	
multi[2]:measure point{Boolean}=False	
multi[2]:temperature:  rate window{Double Float}=120.000000	
multi[2]:temperature: Level Meter VISA Ref{Visa Refnum (Void)}=	
multi[2]: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':100.000000,'I':8.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':8.000000,'P':100.000000,'I':8.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':12.000000,'P':100.000000,'I':9.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':18.000000,'P':100.000000,'I':9.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':25.000000,'P':100.000000,'I':10.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':50.000000,'P':100.000000,'I':12.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':100.000000,'P':100.000000,'I':15.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':150.000000,'P':100.000000,'I':19.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':200.000000,'P':100.000000,'I':23.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':0.000000},{'Upper Temp':300.000000,'P':100.000000,'I':30.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':0.000000}]	
multi[2]:temperature: T1{Double Float}=2.007000	
multi[2]:temperature: T2{Double Float}=1.599000	
multi[2]:temperature: T3{Double Float}=NaN	
multi[2]:temperature: T4{Double Float}=NaN	
multi[2]:temperature: VISA Ref{Visa Refnum (Void)}=GPIB0::12::INSTR	
multi[2]:temperature: VISA Ref 2{Visa Refnum (Void)}=	
multi[2]: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[2]:temperature: current temperature{Double Float}=1.597000	
multi[2]:temperature: current temperature 2{Double Float}=171.660000	
multi[2]:temperature: dT/dt{Double Float}=2.918715E-15	
multi[2]:temperature: error{Double Float}=-0.004000	
multi[2]:temperature: gas{Double Float}=2.000000	
multi[2]:temperature: gas control{Boolean}=False	
multi[2]:temperature: gas control 2{Boolean}=False	
multi[2]:temperature: gass boost{I8}=0	
multi[2]:temperature: gass boost 2{I8}=0	
multi[2]:temperature: gast flow{I16}=0	
multi[2]:temperature: gast flow 2{I16}=0	
multi[2]:temperature: heater{Double Float}=2.700000	
multi[2]:temperature: heater output{Double Float}=0.000000	
multi[2]:temperature: heater output 2{Double Float}=0.000000	
multi[2]:temperature: level meter{Enum U16 ((None,Oxford ILM,Hg Level meter,Serial Level Meter))}=None	
multi[2]:temperature: monitor timeout{Double Float}=1.000000	
multi[2]:temperature: pid controls{Cluster (Double Float,Double Float,Double Float)}={'P':100.000000,'I':9.000000,'D':0.000000}	
multi[2]:temperature: pid controls 2{Cluster (Double Float,Double Float,Double Float)}={'P':NaN,'I':NaN,'D':NaN}	
multi[2]:temperature: ramp rate{Double Float}=5.000000	
multi[2]:temperature: ramp rate 2{Double Float}=0.000000	
multi[2]:temperature: ramp target{Double Float}=12.000000	
multi[2]:temperature: ramp target 2{Double Float}=0.000000	
multi[2]:temperature: ramping{Boolean}=False	
multi[2]:temperature: setpoint{Double Float}=2.000000	
multi[2]:temperature: setpoint 2{Double Float}=NaN	
multi[2]:temperature: signal on{1D Array (Boolean)}=[True,True,True,False,False,True,False,True,False,True]	
multi[2]:temperature: stability script{String}=def is_stable(self):\0A    """Check that error and stability in band over last 100 readings."""\0A    at_setpoint=max(abs(self.delta_T_hist))<=self.delta_T_window\0A    stable=max(abs(self.rate_hist))<=self.rate_window\0A    ret=0\0A    ret+=1 if at_setpoint else 0\0A    ret+=2 if stable else 0\0A    return ret\0A	
multi[2]:temperature: stability settings{Cluster (Double Float,Double Float,Double Float)}={'temperature: stability error':0.050000,'temperature:stability rate':0.050000,'temperature:history window':60.000000}	
multi[2]:temperature: temp control mode{U16}=2	
multi[2]:temperature: temp control mode 2{U16}=0	
multi[2]:temperature: temp control mode 2.__text__{String}=No Change	
multi[2]:temperature: temp control mode.__text__{String}=Zone	
multi[2]:temperature: temp control sensor{U16}=0	
multi[2]:temperature: temp control sensor 2{U16}=0	
multi[2]:temperature: temp control sensor 2.__text__{String}=Sensor A	
multi[2]:temperature: temp control sensor.__text__{String}=Sensor A	
multi[2]:temperature: temp control units{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Sensor	
multi[2]:temperature: temp control units 2{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Sensor	
multi[2]:temperature: temp controller{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Lakeshore 335	
multi[2]:temperature: temp controller 2{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=None	
multi[2]:temperature: temp loop{U16}=0	
multi[2]:temperature: temp loop 2{U16}=0	
multi[2]:temperature: temp loop 2.__text__{String}=Loop 1	
multi[2]:temperature: temp loop.__text__{String}=Loop 1	
multi[2]: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[2]:temperature:Remote/Local Mode{Enum U16 ((Local,Remote,Local Unlocked,Remote Unlocked))}=Remote	
multi[2]:temperature:Remote/Local Mode 2{Enum U16 ((Local,Remote,Local Unlocked,Remote Unlocked))}=Remote	
multi[2]:temperature:error for gas boost{Double Float}=0.000000	
multi[2]:temperature:error for gas boost 2{Double Float}=0.000000	
multi[2]:temperature:heater range{U16}=2	
multi[2]:temperature:heater range 2{U16}=0	
multi[2]:temperature:heater range 2.__text__{String}=<undefined>	
multi[2]:temperature:heater range.__text__{String}=Medium	
multi[2]:temperature:is stable?{Boolean}=True	
multi[2]:temperature:monitor{Boolean}=False	
multi[2]:temperature:ramping{Boolean}=False	
multi[2]:temperature:ramping on{Boolean}=False	
multi[2]:temperature:ramping on 2{Boolean}=False	
multi[2]:temperature:rate select{Enum U32 ((Radio Selection 1,Radio Selection 2,Radio Selection 3,Radio Selection 4))}=Radio Selection 2	
multi[2]:temperature:stability code{U32}=6618880	
multi[2]:y{Double Float}=0.000000	
parameter: Termination{String}=False	
parameter: delta time{Double Float}=30.000000	
parameter: progress{Double Float}=79.994664	
temperature:  rate window{Double Float}=120.000000	
temperature: Level Meter VISA Ref{Visa Refnum (Void)}=	
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':100.000000,'I':8.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.200000},{'Upper Temp':8.000000,'P':100.000000,'I':8.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':1,'Input Sensor':0,'Ramp Rate':0.200000},{'Upper Temp':12.000000,'P':100.000000,'I':9.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':2.000000},{'Upper Temp':18.000000,'P':100.000000,'I':9.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':2.000000},{'Upper Temp':25.000000,'P':100.000000,'I':10.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':2.000000},{'Upper Temp':50.000000,'P':100.000000,'I':12.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':2,'Input Sensor':0,'Ramp Rate':4.000000},{'Upper Temp':100.000000,'P':100.000000,'I':15.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':4.000000},{'Upper Temp':150.000000,'P':100.000000,'I':19.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':5.000000},{'Upper Temp':200.000000,'P':100.000000,'I':23.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':5.000000},{'Upper Temp':300.000000,'P':100.000000,'I':30.000000,'D':0.000000,'Manual Output':0.000000,'Heater Range':3,'Input Sensor':0,'Ramp Rate':5.000000}]	
temperature: T1{Double Float}=2.011000	
temperature: T2{Double Float}=1.719000	
temperature: VISA Ref{Visa Refnum (Void)}=GPIB0::12::INSTR	
temperature: VISA Ref 2{Visa Refnum (Void)}=	
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}=1.803000	
temperature: current temperature 2{Double Float}=171.660000	
temperature: dT/dt{Double Float}=0.002917	
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}=0	
temperature: heater output{Double Float}=0.000000	
temperature: heater output 2{Double Float}=0.000000	
temperature: level meter{Enum U16 ((None,Oxford ILM,Hg Level meter,Serial Level Meter))}=None	
temperature: monitor timeout{Double Float}=0.100000	
temperature: pid controls{Cluster (Double Float,Double Float,Double Float)}={'P':100.000000,'I':8.000000,'D':0.000000}	
temperature: pid controls 2{Cluster (Double Float,Double Float,Double Float)}={'P':NaN,'I':NaN,'D':NaN}	
temperature: ramp rate{Double Float}=0.500000	
temperature: ramp rate 2{Double Float}=0.000000	
temperature: ramp target{Double Float}=2.100000	
temperature: ramp target 2{Double Float}=0.000000	
temperature: ramping{Boolean}=False	
temperature: setpoint{Double Float}=2.100000	
temperature: setpoint 2{Double Float}=NaN	
temperature: signal on{1D Array (Boolean)}=[True,True,True,False,False,True,False,True,False,True]	
temperature: stability script{String}=def is_stable(self):\0A    """Check that error and stability in band over last 100 readings."""\0A    at_setpoint=max(abs(self.delta_T_hist))<=self.delta_T_window\0A    stable=max(abs(self.rate_hist))<=self.rate_window\0A    ret=0\0A    ret+=1 if at_setpoint else 0\0A    ret+=2 if stable else 0\0A    return ret\0A	
temperature: stability settings{Cluster (Double Float,Double Float,Double Float)}={'temperature: stability error':0.050000,'temperature:stability rate':0.050000,'temperature:history window':60.000000}	
temperature: temp control mode{U16}=2	
temperature: temp control mode 2{U16}=0	
temperature: temp control mode 2.__text__{String}=No Change	
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 A	
temperature: temp control sensor.__text__{String}=Sensor A	
temperature: temp control units{Enum U16 ((Keep,Kelvin,Celsius,Sensor))}=Sensor	
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,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=Lakeshore 335	
temperature: temp controller 2{Enum U16 ((None,Lakeshore 340,Oxford ITC 503,Oxford ITC 502,Lakeshore 335,Mercury ITC,Lakeshore 350,Eurotherm 22xx,Lakeshore 370,Lakeshore 331/332))}=None	
temperature: temp loop{U16}=0	
temperature: temp loop 2{U16}=0	
temperature: temp loop 2.__text__{String}=Loop 1	
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}=1	
temperature:heater range 2{U16}=0	
temperature:heater range 2.__text__{String}=<undefined>	
temperature:heater range.__text__{String}=Low	
temperature:is stable?{Boolean}=False	
temperature:monitor{Boolean}=False	
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	
y{Double Float}=2.100000	
