• Home|
• Experiments|
• Operators|
• Boxcar configs|
• Laser sources|
• Exp. Models|
• Exp. control

Model data from experiment 482

output/ experiment482.csv -summary.txt TRUE

A Real
AB Real
AC Real
ABC Real

Best Fit -- A

output/experiment482.csv.A

ra rb rc phib phic
0.3222783 0.376495 0.3877355 -0.5491281 1.921183
Resid SumSq = 0.01835253

output/experiment482.csv.A.bmp

output/experiment482.csv.A.diag.bmp

output/experiment482.csv.A.ratio

Ratio: A/B
r[R] = 0.8559963
s.e. = 0.03577436
C.I. (delta method): ( 0.7858798 , 0.9261127 )
C.I. (Fieller method): ( 0.7878 , 0.9282 )
2nd Derivative : -0.2829389
phi[R] = 0.5491281
s.e. = 0.151527

Ratio: B/A
r[R] = 1.168229
s.e. = 0.04882341
C.I. (delta method): ( 1.072537 , 1.263922 )
C.I. (Fieller method): ( 1.0774 , 1.2694 )
2nd Derivative : -0.2068867
phi[R] = -0.5491281
s.e. = 0.151527

Ratio: A/C
r[R] = 0.8311809
s.e. = 0.03389739
C.I. (delta method): ( 0.7647432 , 0.8976186 )
C.I. (Fieller method): ( 0.7663 , 0.8994 )
2nd Derivative : -0.3001765
phi[R] = -1.921183
s.e. = 0.08375106

Ratio: C/A
r[R] = 1.203108
s.e. = 0.04906538
C.I. (delta method): ( 1.106941 , 1.299274 )
C.I. (Fieller method): ( 1.1119 , 1.3049 )
2nd Derivative : -0.2068867
phi[R] = 1.921183
s.e. = 0.08375106

Ratio: B/C
r[R] = 0.97101
s.e. = 0.03212747
C.I. (delta method): ( 0.9080413 , 1.033979 )
C.I. (Fieller method): ( 0.9099 , 1.036 )
2nd Derivative : -0.3001765
phi[R] = -2.470312
s.e. = 0.0945577

Ratio: C/B
r[R] = 1.029856
s.e. = 0.03407447
C.I. (delta method): ( 0.9630708 , 1.096640 )
C.I. (Fieller method): ( 0.9653 , 1.0991 )
2nd Derivative : -0.2829389
phi[R] = 2.470312
s.e. = 0.0945577

output/experiment482.csv.AB

ra rb rc phic
0.3109720 0.3748476 0.3851778 2.221858
Resid SumSq = 0.02325667

output/experiment482.csv.AB.bmp

output/experiment482.csv.AB.diag.bmp

output/experiment482.csv.AB.ratio

Ratio: A/B
r[R] = 0.8295958
s.e. = 0.03927696
C.I. (delta method): ( 0.7526143 , 0.9065772 )
C.I. (Fieller method): ( 0.7552 , 0.9094 )
2nd Derivative : -0.2803479
phi[R] = 0
s.e. = 0

Ratio: B/A
r[R] = 1.205406
s.e. = 0.0570696
C.I. (delta method): ( 1.093552 , 1.317261 )
C.I. (Fieller method): ( 1.0996 , 1.3242 )
2nd Derivative : -0.1925349
phi[R] = 0
s.e. = 0

Ratio: A/C
r[R] = 0.8073466
s.e. = 0.03623055
C.I. (delta method): ( 0.736336 , 0.8783571 )
C.I. (Fieller method): ( 0.7384 , 0.8806 )
2nd Derivative : -0.2960845
phi[R] = -2.221858
s.e. = 0.05210735

Ratio: C/A
r[R] = 1.238625
s.e. = 0.05558466
C.I. (delta method): ( 1.129682 , 1.347569 )
C.I. (Fieller method): ( 1.1355 , 1.3543 )
2nd Derivative : -0.1925349
phi[R] = 2.221858
s.e. = 0.05210735

Ratio: B/C
r[R] = 0.9731806
s.e. = 0.03590862
C.I. (delta method): ( 0.902801 , 1.043560 )
C.I. (Fieller method): ( 0.9051 , 1.0461 )
2nd Derivative : -0.2960845
phi[R] = -2.221858
s.e. = 0.05210735

Ratio: C/B
r[R] = 1.027558
s.e. = 0.03791506
C.I. (delta method): ( 0.9532463 , 1.101871 )
C.I. (Fieller method): ( 0.9559 , 1.1048 )
2nd Derivative : -0.2803479
phi[R] = 2.221858
s.e. = 0.05210735

output/experiment482.csv.ABC

ra rb rc
0.2940073 0.3677837 -0.3493276
Resid SumSq = 0.05109963

output/experiment482.csv.ABC.bmp

output/experiment482.csv.ABC.diag.bmp

output/experiment482.csv.ABC.ratio

Ratio: A/B
r[R] = 0.7994027
s.e. = 0.05896334
C.I. (delta method): ( 0.6838367 , 0.9149688 )
C.I. (Fieller method): ( 0.6894 , 0.9215 )
2nd Derivative : -0.2690601
phi[R] = 0
s.e. = 0

Ratio: B/A
r[R] = 1.250934
s.e. = 0.09226793
C.I. (delta method): ( 1.070092 , 1.431776 )
C.I. (Fieller method): ( 1.0852 , 1.4506 )
2nd Derivative : -0.1709143
phi[R] = 0
s.e. = 0

Ratio: A/C
r[R] = -0.8416376
s.e. = 0.06244495
C.I. (delta method): ( -0.9640275 , -0.7192478 )
C.I. (Fieller method): ( -0.971 , -0.7252 )
2nd Derivative : -0.2427150
phi[R] = 0
s.e. = 0

Ratio: C/A
r[R] = -1.188160
s.e. = 0.08815502
C.I. (delta method): ( -1.360940 , -1.015379 )
C.I. (Fieller method): ( -1.3789 , -1.0299 )
2nd Derivative : -0.1709143
phi[R] = 0
s.e. = 0

Ratio: B/C
r[R] = -1.052833
s.e. = 0.06234247
C.I. (delta method): ( -1.175022 , -0.930644 )
C.I. (Fieller method): ( -1.1827 , -0.9373 )
2nd Derivative : -0.2427150
phi[R] = 0
s.e. = 0

Ratio: C/B
r[R] = -0.9498182
s.e. = 0.05624255
C.I. (delta method): ( -1.060052 , -0.8395849 )
C.I. (Fieller method): ( -1.0669 , -0.8455 )
2nd Derivative : -0.2690601
phi[R] = 0
s.e. = 0

output/experiment482.csv.AC

ra rb rc phib
-0.3003369 0.3827838 0.3670114 2.382066
Resid SumSq = 0.04694732

output/experiment482.csv.AC.bmp

output/experiment482.csv.AC.diag.bmp

output/experiment482.csv.AC.ratio

Ratio: A/B
r[R] = -0.7846124
s.e. = 0.05325355
C.I. (delta method): ( -0.8889874 , -0.6802373 )
C.I. (Fieller method): ( -0.8939 , -0.6844 )
2nd Derivative : -0.2914785
phi[R] = -2.382066
s.e. = 0.1593211

Ratio: B/A
r[R] = -1.274515
s.e. = 0.08650442
C.I. (delta method): ( -1.444060 , -1.104969 )
C.I. (Fieller method): ( -1.4611 , -1.1187 )
2nd Derivative : -0.1783262
phi[R] = 2.382066
s.e. = 0.1593211

Ratio: A/C
r[R] = -0.8183312
s.e. = 0.0570231
C.I. (delta method): ( -0.9300945 , -0.706568 )
C.I. (Fieller method): ( -0.9356 , -0.7112 )
2nd Derivative : -0.2679851
phi[R] = 0
s.e. = 0

Ratio: C/A
r[R] = -1.221999
s.e. = 0.08515154
C.I. (delta method): ( -1.388893 , -1.055105 )
C.I. (Fieller method): ( -1.406 , -1.0688 )
2nd Derivative : -0.1783262
phi[R] = 0
s.e. = 0

Ratio: B/C
r[R] = 1.042975
s.e. = 0.05535788
C.I. (delta method): ( 0.9344758 , 1.151475 )
C.I. (Fieller method): ( 0.9397 , 1.1575 )
2nd Derivative : -0.2679851
phi[R] = 2.382066
s.e. = 0.1593211

Ratio: C/B
r[R] = 0.9587956
s.e. = 0.05088988
C.I. (delta method): ( 0.8590532 , 1.058538 )
C.I. (Fieller method): ( 0.8639 , 1.0642 )
2nd Derivative : -0.2914785
phi[R] = -2.382066
s.e. = 0.1593211

Produced by Stephen Wilson, 2008
For details on development, please email sw1703@me.com