Koch Lab:Publications/Drafts/Versatile Feedback/Paper/Example header

feedbackstep000="1\09Hold and Take Data\099600;1;65536;10\091.000000E-2\091.000000E-3;5.000000E-5;0.000000E+0\091\093.700000E+1;1.000000E+0\09200301\093.900000E+1;3.100000E+1;5.650000E+0;8.000000E-1\0910;0;100\090\09\0D\0A"
NumberOfFeedbackSteps=11
feedbackstep001="1\09Find Tether Center Piezo\099600;1;65536;10\091.000000E-2\091.000000E-3;5.000000E-5;0.000000E+0\092\093.700000E+1;1.000000E+0\09100301\093.900000E+1;3.100000E+1;5.650000E+0;8.000000E-1\0910;1000;100\090\09\0D\0A"
feedbackstep002="0\09Velocity Clamp Piezo\099600;0;65536;1000\095.000000E-3\093.000000E-1;9.680000E-6;0.000000E+0\090\093.500000E+1;9.000000E-1\09201\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\09160;600;37\090\09\0D\0A"
feedbackstep003="0\09Velocity Clamp Piezo\099600;0;65536;100\095.000000E-2\093.000000E-1;9.680000E-6;0.000000E+0\090\093.500000E+1;9.000000E-1\09201\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\09160;600;37\090\09\0D\0A"
feedbackstep004="0\09Velocity Clamp Piezo\099600;0;65536;10\095.000000E-1\093.000000E-1;9.680000E-6;0.000000E+0\090\093.500000E+1;9.000000E-1\09201\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\09160;600;37\090\09\0D\0A"
feedbackstep005="0\09Velocity Clamp Piezo\099600;0;65536;1\095.000000E+0\093.000000E-1;9.680000E-6;0.000000E+0\090\093.500000E+1;9.000000E-1\09201\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\09160;600;37\090\09\0D\0A"
feedbackstep006="1\09Velocity Clamp Piezo\099600;0;65536;1\091.000000E+1\093.000000E-1;9.680000E-6;0.000000E+0\090\093.500000E+1;9.000000E-1\09201\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\09160;600;37\090\09\0D\0A"
feedbackstep007="0\09Velocity Clamp Piezo\099600;0;65536;1\092.000000E+1\093.000000E-1;9.680000E-6;0.000000E+0\090\093.500000E+1;9.000000E-1\09201\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\09160;600;37\090\09\0D\0A"
feedbackstep008="0\09Velocity Clamp Piezo\099600;0;65536;1\095.000000E+1\093.000000E-1;9.680000E-6;0.000000E+0\090\093.500000E+1;9.000000E-1\0910201\094.200000E+1;3.100000E+1;1.640000E+0;8.000000E-1\09160;600;37\090\09\0D\0A"
feedbackstep009="1\09Hold and Take Data\09600;0;4096;1000\090.000000E+0\093.000000E-1;9.680000E-6;0.000000E+0\091\093.500000E+1;9.000000E-1\09200301\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\0910;0;37\090\0910\0D\0A"
feedbackstep010="1\09Piezo Hold and Take Data\09600;0;4096;1000\090.000000E+0\093.000000E-1;9.680000E-6;0.000000E+0\092\093.700000E+1;1.000000E+0\09200301\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\0910;0;37\090\09\0D\0A"
feedbackstep011="1\09Piezo Hold and Take Data\09600;0;4096;1000\090.000000E+0\093.000000E-1;9.680000E-6;0.000000E+0\092\093.700000E+1;1.000000E+0\09200301\093.900000E+1;3.100000E+1;1.640000E+0;8.000000E-1\0910;0;37\090\09\0D\0A"
AODIntFreqConversionBitsHz=28.633115
AODPosConversionumMHz=1.410000
BitsAssumedADCPrecision=16
SpikeValueSegment=2147483647
SpikeValueFindTetherCenter=2147483646
SpikeValueStep=2147483645
BitsActualMIOPrecision=16
DesiredSampleInterval=6.000000
[column00]
Channel=0
Gain=2.0
Nickname=X
[column01]
Channel=1
Gain=2.0
Nickname=Y
[column02]
Channel=2
Gain=0.5
Nickname=Sum
[column03]
Nickname=Piezo
Channel=3
Gain=0.5
[column04]
Nickname=Freq
Channel=6
Gain=1.0
[column05]
Nickname=Voltage
Channel=7
Gain=1.0
[Journal]
Description="BsaI\0A0.5 MHz / sec\0A\0AI have loaded most recent wiggle array.\0Az-telescope is at now at 8.5, and I will use the focusing method where I make bead parfocal, and then just ever so slightly raise above that\0A\0A\0D=============================================================\0DStep 0 :   Popping Buffer, room temp ;  5.000000  s.v.;   0.000000  min. \0DStep 1 :   Antidig 20 ug / ml (1:10 in popping buffer) ;  2.000000  s.v.;   10.000000  min. \0DStep 2 :   BGB, same as yesterday ;  2.000000  s.v.;   10.000000  min. \0DStep 3 :   Pop Buffer ;  5.000000  s.v.;   0.000000  min. \0DStep 4 :   BGB ;  2.000000  s.v.;   10.000000  min. \0DStep 5 :   17-mer +EDTA (see yesterday) ;  1.000000  s.v.;   10.000000  min. \0DStep 6 :   Pop Buffer ;  10.000000  s.v.;   0.000000  min. \0DStep 7 :   Bangs 0.53 streptavidin 1:10 into Pop Buffer (Diluted yesterday...when flowing in, the color is non-homogenous, probably indicating clumping from the buffer?) ;  1.000000  s.v.;   10.000000  min. \0DStep 8 :   repeat ;  1.000000  s.v.;   10.000000  min. \0DStep 9 :   Pop Buff ;  10.000000  s.v.;   0.000000  min. \0DStep 10 :   BsaI 1:25 into Popping Buffer ;  1.000000  s.v.;   2.000000  min. \0DStep 11 :   Repeat above 5 times (ended about midnight) ;  0.000000  s.v.;   0.000000  min. \0DStep 12 :   seal nail polish ;  0.000000  s.v.;   0.000000  min. \0D=============================================================\0D\0D\0A\0A(segment-specific comments below)\0A(segment000) not sure\0A(segment001) broke\0A(segment002) broek\0A(segment003) pops\0A(segment004) crazy\0A(segment005) complete popper\0A(segment006) complete popper"
LaserDiodeCurrent=0.000000
DetectorDetails="1-detector setup 08/00 rcy3 sjk19\0AOn-Trak gain=1"
LowPassFilter=Bessel\09DC\095000.000000;0.000000;0.000000\0D\0A
Setup=1
BeadType="Bangs strept"
Automatic Comments=TRUE
BeadDiameterMicrons=0.530000
UserData1=8.500000
UserData2=0.000000
[column06]
Nickname=deltaT
[column07]
Nickname=PiezoFreq
[column08]
Nickname=deltaT
[1-0.53-010119]
Description="This is just an example calibration data set that RCY hacked together using data due to AS (from alla/calibration/010119/cal0001.dat). Caveat: the Z values assume Z(nm) = (Z(bst)-8.5)/5000+200."
TimestampInMacSeconds=3062765897.590000
DataFilePath=/D/Users/alla/calibration/010119/cal0001.dat
BeadDiameterMicrons=0.530000
BeadType=Bangsavidin
Setup=1
WiggleDataFilePath=/
TransformationExpressions=""
Method=Polynomial010215
XSensitivity_nm_per_mV=900.1;-3.44E+0;1.43E-1;-3.07E-7;1.49E-8;-5.56E-12;1.01E-14\09900.0;-8.11E-1;1.47E-1;-8.29E-7;7.79E-9;-5.95E-12;1.54E-14\09800.0;-1.81E+1;1.35E-1;-5.30E-6;-2.92E-9;-1.07E-12;1.32E-14\09700.0;-3.31E+1;1.20E-1;-2.03E-6;2.95E-9;-1.12E-12;7.32E-15\09600.0;-4.50E+1;1.13E-1;7.15E-7;6.37E-9;-2.50E-12;4.47E-15\09500.0;-6.22E+1;1.15E-1;8.68E-9;-4.92E-10;-2.53E-12;7.01E-15\09400.0;-7.91E+1;1.18E-1;-3.78E-8;2.41E-9;-3.37E-12;6.71E-15\09300.0;-9.16E+1;1.25E-1;-4.99E-6;7.89E-9;-1.57E-12;6.67E-15\09200.0;-1.05E+2;1.42E-1;-1.67E-6;2.14E-9;-8.14E-12;1.87E-14\09100.0;-1.23E+2;1.66E-1;-6.63E-7;1.02E-8;-1.98E-11;3.58E-14\090.0;-1.38E+2;2.04E-1;-1.00E-5;4.66E-8;-4.93E-11;7.70E-14\09-100.0;-1.65E+2;2.72E-1;-5.95E-5;1.55E-7;-5.21E-11;9.97E-14\0D\0A
Stiffness_pN_per_nm_per_mV=8.8235294e-5
Stiffness_Kx_per_Kz=5.9
XAODFrequency_nm_per_MHz=1410
XPiezo_nm_per_mV=1.2
[Geometry10]
CalibrationSet=1-0.53-010119
Geo12-G10 Select Data and Calibration.vi="0\09D:\\Aatte\\koch\\data\\Project 3 -- Overstretch and Y Templates\\010329\\Analyzed\0D\0A"
Geo12-G50 Convert Integers to Real Units.vi="\09found and converted ADC column with gain 2.0\09found and converted ADC column with gain 2.0\09found and converted ADC column with gain 0.5\09found and converted ADC column with gain 0.5\09found and converted DVE Frequency\09found and converted DVE Voltage\09found and summed deltaT (time)\09Don't know how to convert nickname "ignoreme" (column 7; ADC gain -1.000000).\0D\0A"
Geo12-G70 Find Tether Center.vi="Ask again next time; use cursor.\0952081.896552\0936.437247\0D\0A"
Geo12-G80 Convert Real Units with Geometry.vi="Used specific conversion method:\09Polynomial 010215\09100.000000\0D\0A"
Geo12-G30 Verify Column Names.vi="user-specified column names:\09X\09Y\09Sum\09Piezo\09Freq\09Voltage\09deltaT\09ignoreme\0D\0A"
Geo12-G40 Subtract Wiggles.vi="Do not subtract wiggles.\09\0D\0A"
Geo12-G60 Transform Data.vi="Do not transform data.\09X (mV);X0;X0\09Y (mV);Y1;Y1\09Sum (mV);S2;S2\09Piezo (mV);P3;P3\09Freq (MHz);F4;F4\09Voltage (V);V5;V5\09Time (s);T6;T6\09ignoreme;i7;i7\09Index;I8;I8\09Xpolym (nm);X9;X9\09Index;I10;I10\0D\0A"