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

Model data from experiment 692

output/ experiment692.csv -summary.txt TRUE

A Real
AB Real
AC Real
ABC Real

Best Fit -- A

output/experiment692.csv.A

ra rb rc phib phic
0.1886503 0.6056841 0.5792839 4.238144 6.907539
Resid SumSq = 0.001539352

output/experiment692.csv.A.bmp

output/experiment692.csv.A.diag.bmp

output/experiment692.csv.A.ratio

Ratio: A/B
r[R] = 0.3114665
s.e. = 0.05733119
C.I. (delta method): ( 0.1990995 , 0.4238336 )
C.I. (Fieller method): ( 0.1991 , 0.424 )
2nd Derivative : -0.732647
phi[R] = -4.238144
s.e. = 0.1723455

Ratio: B/A
r[R] = 3.210618
s.e. = 0.5909737
C.I. (delta method): ( 2.052331 , 4.368905 )
C.I. (Fieller method): ( 2.3583 , 5.0215 )
2nd Derivative : -0.06186778
phi[R] = 4.238144
s.e. = 0.1723455

Ratio: A/C
r[R] = 0.3256613
s.e. = 0.05937866
C.I. (delta method): ( 0.2092812 , 0.4420413 )
C.I. (Fieller method): ( 0.2089 , 0.4418 )
2nd Derivative : -0.6703096
phi[R] = -6.907539
s.e. = 0.1617190

Ratio: C/A
r[R] = 3.070675
s.e. = 0.5598842
C.I. (delta method): ( 1.973322 , 4.168028 )
C.I. (Fieller method): ( 2.2634 , 4.7868 )
2nd Derivative : -0.06186778
phi[R] = 6.907539
s.e. = 0.1617190

Ratio: B/C
r[R] = 1.045574
s.e. = 0.02950292
C.I. (delta method): ( 0.9877492 , 1.103399 )
C.I. (Fieller method): ( 0.9892 , 1.1049 )
2nd Derivative : -0.6703096
phi[R] = -2.669395
s.e. = 0.07312062

Ratio: C/B
r[R] = 0.9564126
s.e. = 0.02698706
C.I. (delta method): ( 0.903519 , 1.009306 )
C.I. (Fieller method): ( 0.905 , 1.0109 )
2nd Derivative : -0.732647
phi[R] = 2.669395
s.e. = 0.07312062

output/experiment692.csv.AB

ra rb rc phic
-0.1389084 0.6072956 0.5837131 2.574430
Resid SumSq = 0.002619384

output/experiment692.csv.AB.bmp

output/experiment692.csv.AB.diag.bmp

output/experiment692.csv.AB.ratio

Ratio: A/B
r[R] = -0.2287328
s.e. = 0.0721235
C.I. (delta method): ( -0.3700922 , -0.08737331 )
C.I. (Fieller method): ( -0.3698 , -0.0868 )
2nd Derivative : -0.7360347
phi[R] = 0
s.e. = 0

Ratio: B/A
r[R] = -4.371914
s.e. = 1.378542
C.I. (delta method): ( -7.073807 , -1.670021 )
C.I. (Fieller method): ( -11.5232 , -2.7041 )
2nd Derivative : -0.02362089
phi[R] = 0
s.e. = 0

Ratio: A/C
r[R] = -0.2379738
s.e. = 0.07405181
C.I. (delta method): ( -0.3831127 , -0.09283488 )
C.I. (Fieller method): ( -0.3816 , -0.091 )
2nd Derivative : -0.6802118
phi[R] = -2.574430
s.e. = 0.08767352

Ratio: C/A
r[R] = -4.202144
s.e. = 1.307608
C.I. (delta method): ( -6.765008 , -1.639279 )
C.I. (Fieller method): ( -10.988 , -2.6208 )
2nd Derivative : -0.02362089
phi[R] = 2.574430
s.e. = 0.08767352

Ratio: B/C
r[R] = 1.040401
s.e. = 0.03542167
C.I. (delta method): ( 0.9709757 , 1.109826 )
C.I. (Fieller method): ( 0.973 , 1.1121 )
2nd Derivative : -0.6802118
phi[R] = -2.574430
s.e. = 0.08767352

Ratio: C/B
r[R] = 0.961168
s.e. = 0.03272410
C.I. (delta method): ( 0.89703 , 1.025306 )
C.I. (Fieller method): ( 0.8992 , 1.0277 )
2nd Derivative : -0.7360347
phi[R] = 2.574430
s.e. = 0.08767352

output/experiment692.csv.ABC

ra rb rc
0.1893049 -0.5997212 0.5833383
Resid SumSq = 0.005925508

output/experiment692.csv.ABC.bmp

output/experiment692.csv.ABC.diag.bmp

output/experiment692.csv.ABC.ratio

Ratio: A/B
r[R] = -0.3156549
s.e. = 0.08612482
C.I. (delta method): ( -0.4844564 , -0.1468534 )
C.I. (Fieller method): ( -0.4841 , -0.1458 )
2nd Derivative : -0.7161892
phi[R] = 0
s.e. = 0

Ratio: B/A
r[R] = -3.168017
s.e. = 0.8643771
C.I. (delta method): ( -4.862165 , -1.473869 )
C.I. (Fieller method): ( -6.8596 , -2.0656 )
2nd Derivative : -0.05054617
phi[R] = 0
s.e. = 0

Ratio: A/C
r[R] = 0.32452
s.e. = 0.08743803
C.I. (delta method): ( 0.1531446 , 0.4958954 )
C.I. (Fieller method): ( 0.1508 , 0.4942 )
2nd Derivative : -0.6781828
phi[R] = 0
s.e. = 0

Ratio: C/A
r[R] = 3.081474
s.e. = 0.8302662
C.I. (delta method): ( 1.454182 , 4.708766 )
C.I. (Fieller method): ( 2.0235 , 6.6306 )
2nd Derivative : -0.05054617
phi[R] = 0
s.e. = 0

Ratio: B/C
r[R] = -1.028085
s.e. = 0.0498976
C.I. (delta method): ( -1.125882 , -0.9302874 )
C.I. (Fieller method): ( -1.1304 , -0.9342 )
2nd Derivative : -0.6781828
phi[R] = 0
s.e. = 0

Ratio: C/B
r[R] = -0.9726824
s.e. = 0.04720867
C.I. (delta method): ( -1.065210 , -0.880155 )
C.I. (Fieller method): ( -1.0704 , -0.8847 )
2nd Derivative : -0.7161892
phi[R] = 0
s.e. = 0

output/experiment692.csv.AC

ra rb rc phib
0.1233819 0.6066218 0.581514 2.603534
Resid SumSq = 0.002570205

output/experiment692.csv.AC.bmp

output/experiment692.csv.AC.diag.bmp

output/experiment692.csv.AC.ratio

Ratio: A/B
r[R] = 0.2033919
s.e. = 0.06767868
C.I. (delta method): ( 0.0707441 , 0.3360396 )
C.I. (Fieller method): ( 0.0702 , 0.3358 )
2nd Derivative : -0.7344363
phi[R] = -2.603534
s.e. = 0.08376593

Ratio: B/A
r[R] = 4.916617
s.e. = 1.636005
C.I. (delta method): ( 1.710106 , 8.123129 )
C.I. (Fieller method): ( 2.978 , 14.2417 )
2nd Derivative : -0.01731662
phi[R] = 2.603534
s.e. = 0.08376593

Ratio: A/C
r[R] = 0.2121736
s.e. = 0.06982025
C.I. (delta method): ( 0.07532844 , 0.3490188 )
C.I. (Fieller method): ( 0.0738 , 0.3477 )
2nd Derivative : -0.6751243
phi[R] = 0
s.e. = 0

Ratio: C/A
r[R] = 4.713121
s.e. = 1.550953
C.I. (delta method): ( 1.673309 , 7.752934 )
C.I. (Fieller method): ( 2.8759 , 13.5563 )
2nd Derivative : -0.01731662
phi[R] = 0
s.e. = 0

Ratio: B/C
r[R] = 1.043176
s.e. = 0.03535516
C.I. (delta method): ( 0.9738816 , 1.112471 )
C.I. (Fieller method): ( 0.9759 , 1.1147 )
2nd Derivative : -0.6751243
phi[R] = 2.603534
s.e. = 0.08376593

Ratio: C/B
r[R] = 0.9586106
s.e. = 0.03248907
C.I. (delta method): ( 0.8949332 , 1.022288 )
C.I. (Fieller method): ( 0.8971 , 1.0247 )
2nd Derivative : -0.7344363
phi[R] = -2.603534
s.e. = 0.08376593

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