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Model data from experiment 675

output/ experiment675.csv -summary.txt TRUE

A Real
AB Real
AC Real
ABC Real

Best Fit -- A

output/experiment675.csv.A

ra rb rc phib phic
-0.3494357 1.030631 0.9664757 -1.02614 2.510452
Resid SumSq = 0.01708859

output/experiment675.csv.A.bmp

output/experiment675.csv.A.diag.bmp

output/experiment675.csv.A.ratio

Ratio: A/B
r[R] = -0.3390502
s.e. = 0.06096482
C.I. (delta method): ( -0.458539 , -0.2195613 )
C.I. (Fieller method): ( -0.4589 , -0.2197 )
2nd Derivative : -2.120336
phi[R] = 1.02614
s.e. = 0.1921263

Ratio: B/A
r[R] = -2.949416
s.e. = 0.5303363
C.I. (delta method): ( -3.988856 , -1.909976 )
C.I. (Fieller method): ( -4.5524 , -2.1793 )
2nd Derivative : -0.2137229
phi[R] = -1.02614
s.e. = 0.1921263

Ratio: A/C
r[R] = -0.3615566
s.e. = 0.06420096
C.I. (delta method): ( -0.4873882 , -0.2357251 )
C.I. (Fieller method): ( -0.4871 , -0.2353 )
2nd Derivative : -1.864843
phi[R] = -2.510452
s.e. = 0.1761295

Ratio: C/A
r[R] = -2.765819
s.e. = 0.4911214
C.I. (delta method): ( -3.728399 , -1.803238 )
C.I. (Fieller method): ( -4.2506 , -2.0528 )
2nd Derivative : -0.2137229
phi[R] = 2.510452
s.e. = 0.1761295

Ratio: B/C
r[R] = 1.066381
s.e. = 0.03526702
C.I. (delta method): ( 0.9972588 , 1.135503 )
C.I. (Fieller method): ( 0.9993 , 1.1378 )
2nd Derivative : -1.864843
phi[R] = -3.536592
s.e. = 0.0955627

Ratio: C/B
r[R] = 0.9377512
s.e. = 0.03101302
C.I. (delta method): ( 0.8769668 , 0.9985356 )
C.I. (Fieller method): ( 0.8789 , 1.0007 )
2nd Derivative : -2.120336
phi[R] = 3.536592
s.e. = 0.0955627

output/experiment675.csv.AB

ra rb rc phic
-0.2868665 1.034108 0.976316 2.653674
Resid SumSq = 0.02840725

output/experiment675.csv.AB.bmp

output/experiment675.csv.AB.diag.bmp

output/experiment675.csv.AB.ratio

Ratio: A/B
r[R] = -0.2774049
s.e. = 0.07814643
C.I. (delta method): ( -0.4305690 , -0.1242407 )
C.I. (Fieller method): ( -0.4305 , -0.1237 )
2nd Derivative : -2.132847
phi[R] = 0
s.e. = 0

Ratio: B/A
r[R] = -3.604839
s.e. = 1.015502
C.I. (delta method): ( -5.595188 , -1.614491 )
C.I. (Fieller method): ( -8.0826 , -2.323 )
2nd Derivative : -0.1135946
phi[R] = 0
s.e. = 0

Ratio: A/C
r[R] = -0.2938255
s.e. = 0.08146994
C.I. (delta method): ( -0.4535036 , -0.1341473 )
C.I. (Fieller method): ( -0.4519 , -0.1322 )
2nd Derivative : -1.901707
phi[R] = -2.653674
s.e. = 0.1188733

Ratio: C/A
r[R] = -3.403381
s.e. = 0.9436664
C.I. (delta method): ( -5.252933 , -1.553829 )
C.I. (Fieller method): ( -7.566 , -2.2127 )
2nd Derivative : -0.1135946
phi[R] = 2.653674
s.e. = 0.1188733

Ratio: B/C
r[R] = 1.059194
s.e. = 0.04154932
C.I. (delta method): ( 0.9777585 , 1.140629 )
C.I. (Fieller method): ( 0.9806 , 1.1438 )
2nd Derivative : -1.901707
phi[R] = -2.653674
s.e. = 0.1188733

Ratio: C/B
r[R] = 0.9441144
s.e. = 0.03703507
C.I. (delta method): ( 0.871527 , 1.016702 )
C.I. (Fieller method): ( 0.8743 , 1.0198 )
2nd Derivative : -2.132847
phi[R] = 2.653674
s.e. = 0.1188733

output/experiment675.csv.ABC

ra rb rc
0.3406774 -1.025045 0.9744357
Resid SumSq = 0.04310557

output/experiment675.csv.ABC.bmp

output/experiment675.csv.ABC.diag.bmp

output/experiment675.csv.ABC.ratio

Ratio: A/B
r[R] = -0.3323536
s.e. = 0.0787426
C.I. (delta method): ( -0.4866863 , -0.1780210 )
C.I. (Fieller method): ( -0.4866 , -0.1773 )
2nd Derivative : -2.093591
phi[R] = 0
s.e. = 0

Ratio: B/A
r[R] = -3.008843
s.e. = 0.7128677
C.I. (delta method): ( -4.406038 , -1.611648 )
C.I. (Fieller method): ( -5.6397 , -2.0552 )
2nd Derivative : -0.1806239
phi[R] = 0
s.e. = 0

Ratio: A/C
r[R] = 0.3496151
s.e. = 0.08161945
C.I. (delta method): ( 0.1896439 , 0.5095863 )
C.I. (Fieller method): ( 0.1878 , 0.5082 )
2nd Derivative : -1.892880
phi[R] = 0
s.e. = 0

Ratio: C/A
r[R] = 2.860289
s.e. = 0.6677492
C.I. (delta method): ( 1.551524 , 4.169053 )
C.I. (Fieller method): ( 1.9676 , 5.3261 )
2nd Derivative : -0.1806239
phi[R] = 0
s.e. = 0

Ratio: B/C
r[R] = -1.051937
s.e. = 0.04816999
C.I. (delta method): ( -1.146348 , -0.9575256 )
C.I. (Fieller method): ( -1.1506 , -0.9613 )
2nd Derivative : -1.892880
phi[R] = 0
s.e. = 0

Ratio: C/B
r[R] = -0.9506273
s.e. = 0.04353084
C.I. (delta method): ( -1.035946 , -0.8653084 )
C.I. (Fieller method): ( -1.0403 , -0.8691 )
2nd Derivative : -2.093591
phi[R] = 0
s.e. = 0

output/experiment675.csv.AC

ra rb rc phib
0.2631766 1.033239 0.9728432 2.68622
Resid SumSq = 0.02836314

output/experiment675.csv.AC.bmp

output/experiment675.csv.AC.diag.bmp

output/experiment675.csv.AC.ratio

Ratio: A/B
r[R] = 0.2547102
s.e. = 0.07775961
C.I. (delta method): ( 0.1023041 , 0.4071162 )
C.I. (Fieller method): ( 0.1017 , 0.407 )
2nd Derivative : -2.129287
phi[R] = -2.68622
s.e. = 0.1115748

Ratio: B/A
r[R] = 3.926031
s.e. = 1.198565
C.I. (delta method): ( 1.576887 , 6.275175 )
C.I. (Fieller method): ( 2.4571 , 9.8283 )
2nd Derivative : -0.08817123
phi[R] = 2.68622
s.e. = 0.1115748

Ratio: A/C
r[R] = 0.2705231
s.e. = 0.08142848
C.I. (delta method): ( 0.1109262 , 0.43012 )
C.I. (Fieller method): ( 0.109 , 0.4286 )
2nd Derivative : -1.888178
phi[R] = 0
s.e. = 0

Ratio: C/A
r[R] = 3.696542
s.e. = 1.112673
C.I. (delta method): ( 1.515743 , 5.877341 )
C.I. (Fieller method): ( 2.3334 , 9.1777 )
2nd Derivative : -0.08817123
phi[R] = 0
s.e. = 0

Ratio: B/C
r[R] = 1.062082
s.e. = 0.04186246
C.I. (delta method): ( 0.9800332 , 1.144131 )
C.I. (Fieller method): ( 0.9829 , 1.1473 )
2nd Derivative : -1.888178
phi[R] = 2.68622
s.e. = 0.1115748

Ratio: C/B
r[R] = 0.9415467
s.e. = 0.0371115
C.I. (delta method): ( 0.8688095 , 1.014284 )
C.I. (Fieller method): ( 0.8716 , 1.0174 )
2nd Derivative : -2.129287
phi[R] = -2.68622
s.e. = 0.1115748

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