SHG experimental control and review

Model data from experiment 528

output/ experiment528.csv -summary.txt TRUE

A Real
AB Real
AC Real
ABC Real

Best Fit -- A

output/experiment528.csv.A

ra rb rc phib phic
0.7075079 0.6512461 0.7951536 -2.330183 0.5419692
Resid SumSq = 0.1373425

output/experiment528.csv.A.bmp

output/experiment528.csv.A.diag.bmp

output/experiment528.csv.A.ratio

Ratio: A/B
r[R] = 1.086391
s.e. = 0.03181988
C.I. (delta method): ( 1.024025 , 1.148757 )
C.I. (Fieller method): ( 1.026 , 1.1509 )
2nd Derivative : -0.8465358
phi[R] = 2.330183
s.e. = 0.0989118

Ratio: B/A
r[R] = 0.920479
s.e. = 0.02696039
C.I. (delta method): ( 0.8676376 , 0.9733204 )
C.I. (Fieller method): ( 0.8689 , 0.9747 )
2nd Derivative : -0.9995538
phi[R] = -2.330183
s.e. = 0.0989118

Ratio: A/C
r[R] = 0.8897752
s.e. = 0.02239356
C.I. (delta method): ( 0.8458846 , 0.9336657 )
C.I. (Fieller method): ( 0.8465 , 0.9344 )
2nd Derivative : -1.263691
phi[R] = -0.5419692
s.e. = 0.07044585

Ratio: C/A
r[R] = 1.123879
s.e. = 0.02828542
C.I. (delta method): ( 1.068441 , 1.179318 )
C.I. (Fieller method): ( 1.0702 , 1.1813 )
2nd Derivative : -0.9995538
phi[R] = 0.5419692
s.e. = 0.07044585

Ratio: B/C
r[R] = 0.8190193
s.e. = 0.02290698
C.I. (delta method): ( 0.7741225 , 0.8639162 )
C.I. (Fieller method): ( 0.7748 , 0.8646 )
2nd Derivative : -1.263691
phi[R] = -2.872152
s.e. = 0.0987786

Ratio: C/B
r[R] = 1.220972
s.e. = 0.03414913
C.I. (delta method): ( 1.154041 , 1.287903 )
C.I. (Fieller method): ( 1.1566 , 1.2907 )
2nd Derivative : -0.8465358
phi[R] = 2.872152
s.e. = 0.0987786

output/experiment528.csv.AB

ra rb rc phic
0.5805674 0.4911758 0.7561399 1.574743
Resid SumSq = 1.581396

output/experiment528.csv.AB.bmp

output/experiment528.csv.AB.diag.bmp

output/experiment528.csv.AB.ratio

Ratio: A/B
r[R] = 1.181995
s.e. = 0.1912442
C.I. (delta method): ( 0.8071634 , 1.556827 )
C.I. (Fieller method): ( 0.8662 , 1.6507 )
2nd Derivative : -0.4579512
phi[R] = 0
s.e. = 0

Ratio: B/A
r[R] = 0.8460272
s.e. = 0.1368853
C.I. (delta method): ( 0.5777368 , 1.114317 )
C.I. (Fieller method): ( 0.6058 , 1.1545 )
2nd Derivative : -0.6547733
phi[R] = 0
s.e. = 0

Ratio: A/C
r[R] = 0.7678042
s.e. = 0.08174535
C.I. (delta method): ( 0.6075862 , 0.9280221 )
C.I. (Fieller method): ( 0.6161 , 0.9387 )
2nd Derivative : -1.132214
phi[R] = -1.574743
s.e. = 0.1033627

Ratio: C/A
r[R] = 1.302415
s.e. = 0.1386635
C.I. (delta method): ( 1.03064 , 1.574191 )
C.I. (Fieller method): ( 1.0653 , 1.6231 )
2nd Derivative : -0.6547733
phi[R] = 1.574743
s.e. = 0.1033627

Ratio: B/C
r[R] = 0.6495832
s.e. = 0.08665657
C.I. (delta method): ( 0.4797394 , 0.819427 )
C.I. (Fieller method): ( 0.4876 , 0.8295 )
2nd Derivative : -1.132214
phi[R] = -1.574743
s.e. = 0.1033627

Ratio: C/B
r[R] = 1.539449
s.e. = 0.2053676
C.I. (delta method): ( 1.136936 , 1.941962 )
C.I. (Fieller method): ( 1.2056 , 2.0507 )
2nd Derivative : -0.4579512
phi[R] = 1.574743
s.e. = 0.1033627

output/experiment528.csv.ABC

ra rb rc
0.7016784 -0.6663938 0.8029985
Resid SumSq = 0.1995368

output/experiment528.csv.ABC.bmp

output/experiment528.csv.ABC.diag.bmp

output/experiment528.csv.ABC.ratio

Ratio: A/B
r[R] = -1.052949
s.e. = 0.03050706
C.I. (delta method): ( -1.112741 , -0.9931558 )
C.I. (Fieller method): ( -1.1148 , -0.995 )
2nd Derivative : -0.8860858
phi[R] = 0
s.e. = 0

Ratio: B/A
r[R] = -0.949714
s.e. = 0.02751604
C.I. (delta method): ( -1.003644 , -0.8957836 )
C.I. (Fieller method): ( -1.0051 , -0.8971 )
2nd Derivative : -0.9828004
phi[R] = 0
s.e. = 0

Ratio: A/C
r[R] = 0.8738228
s.e. = 0.02516899
C.I. (delta method): ( 0.8244925 , 0.9231531 )
C.I. (Fieller method): ( 0.8254 , 0.9241 )
2nd Derivative : -1.288507
phi[R] = 0
s.e. = 0

Ratio: C/A
r[R] = 1.144397
s.e. = 0.03296241
C.I. (delta method): ( 1.079792 , 1.209002 )
C.I. (Fieller method): ( 1.0821 , 1.2116 )
2nd Derivative : -0.9828004
phi[R] = 0
s.e. = 0

Ratio: B/C
r[R] = -0.8298818
s.e. = 0.02536214
C.I. (delta method): ( -0.8795906 , -0.7801729 )
C.I. (Fieller method): ( -0.8805 , -0.781 )
2nd Derivative : -1.288507
phi[R] = 0
s.e. = 0

Ratio: C/B
r[R] = -1.204991
s.e. = 0.03682591
C.I. (delta method): ( -1.277168 , -1.132813 )
C.I. (Fieller method): ( -1.2804 , -1.1357 )
2nd Derivative : -0.8860858
phi[R] = 0
s.e. = 0

output/experiment528.csv.AC

ra rb rc phib
0.6985045 0.6705169 0.8020729 2.865411
Resid SumSq = 0.1973783

output/experiment528.csv.AC.bmp

output/experiment528.csv.AC.diag.bmp

output/experiment528.csv.AC.ratio

Ratio: A/B
r[R] = 1.041740
s.e. = 0.03339194
C.I. (delta method): ( 0.9762934 , 1.107187 )
C.I. (Fieller method): ( 0.9784 , 1.1096 )
2nd Derivative : -0.8969452
phi[R] = -2.865411
s.e. = 0.1719760

Ratio: B/A
r[R] = 0.959932
s.e. = 0.03076966
C.I. (delta method): ( 0.8996246 , 1.020239 )
C.I. (Fieller method): ( 0.9013 , 1.0221 )
2nd Derivative : -0.9737348
phi[R] = 2.865411
s.e. = 0.1719760

Ratio: A/C
r[R] = 0.8708742
s.e. = 0.02576414
C.I. (delta method): ( 0.8203774 , 0.921371 )
C.I. (Fieller method): ( 0.8213 , 0.9223 )
2nd Derivative : -1.285517
phi[R] = 0
s.e. = 0

Ratio: C/A
r[R] = 1.148272
s.e. = 0.03397072
C.I. (delta method): ( 1.081690 , 1.214853 )
C.I. (Fieller method): ( 1.0842 , 1.2176 )
2nd Derivative : -0.9737348
phi[R] = 0
s.e. = 0

Ratio: B/C
r[R] = 0.83598
s.e. = 0.02633286
C.I. (delta method): ( 0.7843685 , 0.8875915 )
C.I. (Fieller method): ( 0.7853 , 0.8885 )
2nd Derivative : -1.285517
phi[R] = 2.865411
s.e. = 0.1719760

Ratio: C/B
r[R] = 1.196201
s.e. = 0.0376796
C.I. (delta method): ( 1.122350 , 1.270052 )
C.I. (Fieller method): ( 1.1254 , 1.2735 )
2nd Derivative : -0.8969452
phi[R] = -2.865411
s.e. = 0.1719760