You can build your own results trees and display them with QUB.ResultsView.addResults() or QUB.DataView.currData.addResults().
Results
{
Date = 3/28/2003 3:00:38 PM
ResultType = SKM
DataSet
{
FileName = C:\Shared\QS\QUBSuite\2chan0.qdf
ChannelCount = 1
sampling = 0.05
scaling = 320
ProcessData = AsDisplayed
{
Filter = 0
FilterFreq = 5000
Baseline = 1
}
Segment = 0 99999
{
start = 0
length = 5000
Index = 0
DwellCount = 56
amp = -4.35083e-005 1.00003
sd = 0.100146 0.150794
occupancy = 0.6335 0.3665
lifetime = 113.125 65.4464 #\ms
nevent = 28 28
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 100000 199999
{
start = 5000
length = 5000
Index = 1
DwellCount = 62
amp = -0.000801582 1.00055
sd = 0.100275 0.149712
occupancy = 0.37617 0.62383
lifetime = 60.6726 100.618
nevent = 31 31
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 200000 299999
{
start = 10000
length = 5000
Index = 2
DwellCount = 45
amp = -0.000300057 0.999867
sd = 0.100176 0.149413
occupancy = 0.61707 0.38293
lifetime = 140.243 83.2457
nevent = 22 23
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 300000 399999
{
start = 15000
length = 5000
Index = 3
DwellCount = 58
amp = -0.000146029 1.00021
sd = 0.0998339 0.15001
occupancy = 0.50953 0.49047
lifetime = 87.85 84.5638
nevent = 29 29
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 400000 499999
{
start = 20000
length = 5000
Index = 4
DwellCount = 57
amp = -1.55358e-005 0.998879
sd = 0.0999962 0.150127
occupancy = 0.44856 0.55144
lifetime = 77.3379 98.4714
nevent = 29 28
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 500000 599999
{
start = 25000
length = 5000
Index = 5
DwellCount = 51
amp = 0.000221058 1.00071
sd = 0.100556 0.15041
occupancy = 0.42452 0.57548
lifetime = 81.6385 115.096
nevent = 26 25
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 600000 699999
{
start = 30000
length = 5000
Index = 6
DwellCount = 56
amp = -0.000548085 0.999784
sd = 0.0999791 0.150226
occupancy = 0.43327 0.56673
lifetime = 77.3696 101.202
nevent = 28 28
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 700000 799999
{
start = 35000
length = 5000
Index = 7
DwellCount = 53
amp = 0.000565819 0.999951
sd = 0.0999111 0.150051
occupancy = 0.5819 0.4181
lifetime = 111.904 77.4259
nevent = 26 27
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 800000 899999
{
start = 40000
length = 5000
Index = 8
DwellCount = 49
amp = -0.00052005 0.999472
sd = 0.100018 0.150452
occupancy = 0.5982 0.4018
lifetime = 124.625 80.36
nevent = 24 25
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 900000 999999
{
start = 45000
length = 5000
Index = 9
DwellCount = 55
amp = 0.000280283 1.0001
sd = 0.100023 0.150514
occupancy = 0.52224 0.47776
lifetime = 96.7111 85.3143
nevent = 27 28
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 1000000 1000099
{
start = 50000
length = 5
Index = 10
DwellCount = 1
amp = 0.154688 0
sd = 0.0902065 0
occupancy = 1 0
lifetime = 5 0
nevent = 1 0
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
Segment = 1000100 1100099
{
start = 0
length = 5000
Index = 11
DwellCount = 56
amp = -4.35083e-005 1.00003
sd = 0.100146 0.150794
occupancy = 0.6335 0.3665
lifetime = 113.125 65.4464
nevent = 28 28
HistogramGroup
{
Title = Segment 1
Histogram
{
BinCount = 50
XLabel = Amplitude [pA]
YLabel = Count / Total
Bins : 50 elements / 50 x 1
Bars : 50 elements / 50 x 1
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 0
}
Line : 50 elements / 50 x 1
{
Color = 1
}
}
}
SelectedColor = 1
}
}
}
Children of Segment which have numerical data and no children are taken as per-segment variables. For example, [ Segment['amp'].data[1] for Segment in DataSet ] is listed as "amp 2". The child's lineComment, if any, is used to label the units.
If none, it will be initialized to 1 on display.
HistogramGroups can be anywhere in the Results tree.
ModelFile
ModelTrial
{
ModelNumber =3
LL =25158
AIC =25150
ParameterCount =4
Gradient =-0.00697196 0.000961895 0.0107469 0.000188817
Iterations =29
ErrorCode =0
Warnings =0
normLL/seg scatter =0.0279456
STRING ModelFile =3 Initial
{
States
{
State
{
x =33.2402
y =49.537
Class =0
Pr =0
}
State
{
x =66.4804
y =49.537
Class =1
Pr =0
}
State
{
x =9.21788
y =11.1111
Class =0
Pr =0
}
}
Rates
{
Rate
{
States =0 1
k0 =10.0578 134.02
k1 =0 0
dk0 =0 0
dk1 =0 0
P =0 0
Q =0 0
PNames
{
STRING PName =Ligand
STRING PName =Ligand
}
QNames
{
STRING QName =Voltage
STRING QName =Voltage
}
PValue =0 0
QValue =0 0
}
Rate
{
States =2 1
k0 =147.917 91.1478
k1 =0 0
dk0 =0 0
dk1 =0 0
P =0 0
Q =0 0
PNames
{
STRING PName =Ligand
STRING PName =Ligand
}
QNames
{
STRING QName =Voltage
STRING QName =Voltage
}
PValue =0 0
QValue =0 0
}
}
Constraints
ChannelCount =1
( Amps Stds NAr
0 0.1 0
1 0.15 0
2 0.2 0
3 0.25 0
4 0.3 0
5 0.35 0
6 0.4 0
7 0.45 0
8 0.5 0
9 0.55 0 )
Ars
{
( Ar Ar Ar Ar Ar Ar Ar Ar Ar Ar
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 )
}
}
STRING ModelFile =3 Final
{
States
{
State
{
x =33.2402
y =49.537
Class =0
Pr =0
}
State
{
x =66.4804
y =49.537
Class =1
Pr =0
}
State
{
x =9.21788
y =11.1111
Class =0
Pr =0
}
}
Rates
{
Rate
{
States =0 1
k0 =128.064 635.457
k1 =0 0
dk0 =3.96838 20.5698
dk1 =0 0
P =0 0
Q =0 0
PNames
{
STRING PName =Ligand
STRING PName =Ligand
}
QNames
{
STRING QName =Voltage
STRING QName =Voltage
}
PValue =0 0
QValue =0 0
}
Rate
{
States =2 1
k0 =1804.21 380.323
k1 =0 0
dk0 =115.252 18.875
dk1 =0 0
P =0 0
Q =0 0
PNames
{
STRING PName =Ligand
STRING PName =Ligand
}
QNames
{
STRING QName =Voltage
STRING QName =Voltage
}
PValue =0 0
QValue =0 0
}
}
Constraints
ChannelCount =1
( Amps Stds NAr
0 0.1 0
1 0.15 0
2 0.2 0
3 0.25 0
4 0.3 0
5 0.35 0
6 0.4 0
7 0.45 0
8 0.5 0
9 0.55 0 )
Ars
{
( Ar Ar Ar Ar Ar Ar Ar Ar Ar Ar
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 )
}
}
DataSet
{
sampling =0.05
ChannelCount =1
Voltage =0
DeadTime =0.01
Ligands
{
Ligand =1
}
STRING FileName =C:\Documents and Settings\All Users\Documents\QS\QUBSuite\noname1.ldt
Segment =0 99999
{
start =0
DwellCount =1626
Index =0
LL =8480.46
Gradient =9.86468 -0.414754 -17.1393 17.5296
Iterations =0
Initial LL =7146.5
LL per event =5.21553
}
Segment =100000 199999
{
start =5000
DwellCount =1581
Index =1
LL =8157.97
Gradient =4.40125 -9.53534 8.20494 -26.2726
Iterations =0
Initial LL =6948.57
LL per event =5.16001
}
Segment =200000 299999
{
start =10000
DwellCount =1644
Index =2
LL =8519.6
Gradient =-14.2729 9.95105 8.9451 8.74317
Iterations =0
Initial LL =7223.01
LL per event =5.18224
}
HistogramGroup
{
STRING Title =noname1.ldt Model 3
BinCount =50
Histogram
{
STRING Title =Class 1
STRING XLabel =duration [log10 ms]
STRING YLabel =count / total
BinCount =50
( ActualBins Bars Bins Component Component
5e-005 0.0490519 -1.30103 0.00320982 0.0255139
5.77083e-005 0 -1.23876 0.000616683 0.0047094
6.6605e-005 0 -1.17649 0.000711003 0.00535494
7.68732e-005 0 -1.11422 0.000819616 0.00607497
8.87245e-005 0 -1.05196 0.000944643 0.00687356
0.000102403 0.0346249 -0.989688 0.00108851 0.00775333
0.00011819 0 -0.92742 0.00125396 0.00871486
0.000136411 0 -0.865151 0.00144415 0.00975574
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0.000429533 0.0169002 -0.367004 0.00439182 0.0187954
0.000495752 0.0189613 -0.304736 0.00502919 0.0194154
0.00057218 0.0263809 -0.242467 0.00575209 0.0197163
0.000660391 0.0305029 -0.180199 0.00656969 0.0196313
0.000762201 0.0276175 -0.11793 0.00749141 0.0191075
0.000879707 0.0222589 -0.0556619 0.00852653 0.0181165
0.00101533 0.0305029 0.00660656 0.00968385 0.0166654
0.00117186 0.0206101 0.068875 0.010971 0.0148053
0.00135252 0.0309151 0.131143 0.0123936 0.0126344
0.00156103 0.0251443 0.193412 0.0139546 0.0102935
0.00180169 0.0226711 0.25568 0.0156523 0.00794989
0.00207945 0.0201979 0.317949 0.0174794 0.00577315
0.00240003 0.0305029 0.380217 0.0194209 0.00390518
0.00277004 0.0206101 0.442485 0.0214519 0.00243421
0.00319708 0.0251443 0.504754 0.0235355 0.00138094
0.00368996 0.0247321 0.567022 0.0256206 0.000702909
0.00425883 0.0267931 0.629291 0.0276403 0.000315802
0.0049154 0.0317395 0.691559 0.0295108 0.000122901
0.00567319 0.0276175 0.753827 0.0311322 4.05468e-005
0.00654781 0.0210223 0.816096 0.0323912 1.10629e-005
0.00755726 0.0395713 0.878364 0.0331672 2.42647e-006
0.00872233 0.0346249 0.940633 0.0333418 4.14147e-007
0.010067 0.0383347 1.0029 0.0328125 5.29931e-008
0.011619 0.0358615 1.06517 0.0315095 4.87073e-009
0.0134103 0.0280297 1.12744 0.0294146 3.06155e-010
0.0154777 0.0230833 1.18971 0.0265778 1.24368e-011
0.0178638 0.0239077 1.25197 0.0231282 3.05911e-013
0.0206178 0.014427 1.31424 0.0192721 4.22572e-015
0.0237964 0.0173124 1.37651 0.0152758 3.00463e-017
0.027465 0.0140148 1.43878 0.0114301 9.94156e-020
0.0316992 0.00865622 1.50105 0.00800297 1.36189e-022
0.0365862 0.00453421 1.56332 0.0051906 6.74699e-026
0.0422265 0.00329761 1.62559 0.00308248 1.03379e-029
0.0487364 0.000824402 1.68785 0.00165385 4.089e-034
0.0562499 0.000824402 1.75012 0.00078947 3.38862e-039 )
Line =(0.0287237 0.00532608 0.00606594 0.00689459 0.0078182 0.00884184 0.00996882 0.0111999 0.0125323 0.0139586
0.0154654 0.0170323 0.0186303 0.0202217 0.0217592 0.0231873 0.0244446 0.0254684 0.026201 0.0265989
0.026643 0.0263493 0.0257762 0.025028 0.024248 0.0236022 0.0232526 0.0233261 0.0238861 0.0249164
0.0263235 0.0279561 0.0296337 0.0311727 0.0324022 0.0331696 0.0333422 0.0328126 0.0315095 0.0294146
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{
Color =0
}
STRING Hint = Tau Amp\
0.5564 0.3678\
7.858 0.6322
}
Histogram
{
STRING Title =Class 2
STRING XLabel =duration [log10 ms]
STRING YLabel =count / total
BinCount =50
( ActualBins Bars Bins
5e-005 0.0515464 -1.30103
5.77083e-005 0 -1.23876
6.6605e-005 0 -1.17649
7.68732e-005 0 -1.11422
8.87245e-005 0 -1.05196
0.000102403 0.0515464 -0.989688
0.00011819 0 -0.92742
0.000136411 0 -0.865151
0.000157441 0.0490722 -0.802883
0.000181713 0 -0.740614
0.000209727 0.0346392 -0.678346
0.00024206 0 -0.616077
0.000279377 0.0350515 -0.553809
0.000322448 0.0461856 -0.491541
0.000372158 0.0329897 -0.429272
0.000429533 0.0416495 -0.367004
0.000495752 0.0329897 -0.304736
0.00057218 0.0606186 -0.242467
0.000660391 0.0564948 -0.180199
0.000762201 0.0412371 -0.11793
0.000879707 0.0379381 -0.0556619
0.00101533 0.0680412 0.00660656
0.00117186 0.0597938 0.068875
0.00135252 0.0527835 0.131143
0.00156103 0.0457732 0.193412
0.00180169 0.0482474 0.25568
0.00207945 0.0371134 0.317949
0.00240003 0.0350515 0.380217
0.00277004 0.022268 0.442485
0.00319708 0.0164948 0.504754
0.00368996 0.017732 0.567022
0.00425883 0.00989691 0.629291
0.0049154 0.00659794 0.691559
0.00567319 0.0028866 0.753827
0.00654781 0.00164948 0.816096
0.00755726 0.00206186 0.878364
0.00872233 0.000824742 0.940633
0.010067 0.000824742 1.0029
0.011619 0 1.06517
0.0134103 0 1.12744
0.0154777 0 1.18971
0.0178638 0 1.25197
0.0206178 0 1.31424
0.0237964 0 1.37651
0.027465 0 1.43878
0.0316992 0 1.50105
0.0365862 0 1.56332
0.0422265 0 1.62559
0.0487364 0 1.68785
0.0562499 0 1.75012 )
Line =(0.0395244 0.00743518 0.00850992 0.00972744 0.0111026 0.0126504 0.0143855 0.0163211 0.0184683 0.0208344
0.023421 0.0262221 0.029221 0.0323872 0.0356732 0.0390105 0.0423071 0.0454443 0.0482771 0.0506358
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0.0157542 0.0106832 0.00667824 0.0038011 0.00194213 0.000876375 0.000342777 0.000113741 3.12401e-005 6.90446e-006
1.18882e-006 1.53656e-007 1.4287e-008 9.1002e-010 3.75355e-011 9.39597e-013 1.32436e-014 9.63788e-017 3.27541e-019 4.62755e-022)
{
Color =1
}
STRING Hint = Tau Amp\
0.9919 1
}
}
TimeConstants
{
Class =0
Tau =0.556364 7.85848
Amp =0.367785 0.632215
}
TimeConstants
{
Class =1
Tau =0.9919
Amp =1
}
}
}