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More information in offset_fitm interactive mode
Added by Julia Neelmeijer almost 6 years ago
Dear Charles,
when running offset_fitm in non-interactive way (interact_mode=0) I get the following information:
*** interative least-squares coefficients solution: 5 *** solution: 1341 offset estimates accepted out of 4096 samples range offset poly. coeff.: 2.21904 azimuth offset poly. coeff.: -1.92016 model fit std. dev. (samples) range: 0.8201 azimuth: 1.1123 range, azimuth error thresholds: 2.05030 2.78074 cross-correlation threshold: 0.10000 range fit SVD singular values: 7.64950e+00 azimuth fit SVD singular values: 7.64950e+00 *** interative least-squares coefficients solution: 6 *** solution: 1313 offset estimates accepted out of 4096 samples range offset poly. coeff.: 2.19729 azimuth offset poly. coeff.: -1.92980 model fit std. dev. (samples) range: 0.7787 azimuth: 1.0958 total number of culling iterations: 6 final solution: 1313 offset estimates accepted out of 4096 samples final range offset poly. coeff.: 2.19729 final azimuth offset poly. coeff.: -1.92980 final range offset poly. coeff. errors: 1.01797e-01 final azimuth offset poly. coeff. errors: 1.43258e-01 final model fit std. dev. (samples) range: 0.7787 azimuth: 1.0958
However, when I run it in the interactive mode (interact_mode=1), I get these information:
*** interative least-squares coefficients solution: 1 *** solution: 903 offset estimates accepted out of 16384 samples range offset poly. coeff.: 1.90623 azimuth offset poly. coeff.: -2.31012 model fit std. dev. (samples) range: 0.2309 azimuth: 0.2226 set new error bounds? (0: no, 1: yes): enter minimum cross-correlation threshold: enter the range and azimuth error thresholds: range, azimuth error thresholds: 0.30000 0.30000 cross-correlation threshold: 0.10000 range fit SVD singular values: 5.88723e+00 azimuth fit SVD singular values: 5.88723e+00 *** interative least-squares coefficients solution: 1 *** solution: 528 offset estimates accepted out of 16384 samples range offset poly. coeff.: 1.88880 azimuth offset poly. coeff.: -2.31180 model fit std. dev. (samples) range: 0.1710 azimuth: 0.1771 set new error bounds? (0: no, 1: yes): binary culled offsets: 20170501_vv.coffs updating DIFF/GEO parameters: 20170501_vv.diff.par
Can we please have in the interactive mode after accepting the results also a final summary like this:
total number of culling iterations: 6 final solution: 1313 offset estimates accepted out of 4096 samples final range offset poly. coeff.: 2.19729 final azimuth offset poly. coeff.: -1.92980 final range offset poly. coeff. errors: 1.01797e-01 final azimuth offset poly. coeff. errors: 1.43258e-01 final model fit std. dev. (samples) range: 0.7787 azimuth: 1.0958
I am especially interested in the final range offset poly. coeff. errors and final azimuth offset poly. coeff. errors.
Thank you very much!
Best, Julia
Replies (4)
More information in offset_fitm interactive mode - Added by Charles Werner almost 6 years ago
Hello Julia,
I have made the modification to offset_fitm. Here is an example:
non-interactive mode:
- Interative least-squares coefficients solution: 3 ***
solution: 107 offset estimates accepted out of 144 samples
range offset poly. coeff.: -0.78967 -3.90873e-05 -5.41624e-05
azimuth offset poly. coeff.: 0.59263 -1.31177e-06 1.73779e-05
model fit std. dev. (samples) range: 0.0250 azimuth: 0.0188
total number of culling iterations: 3
final solution: 107 offset estimates accepted out of 144 samples
final range offset poly. coeff.: -0.78967 -3.90873e-05 -5.41624e-05
final azimuth offset poly. coeff.: 0.59263 -1.31177e-06 1.73779e-05
final range offset poly. coeff. errors: 1.11683e-02 6.10568e-06 5.42366e-06
final azimuth offset poly. coeff. errors: 8.42229e-03 4.60445e-06 4.09012e-06
final model fit std. dev. (samples) range: 0.0250 azimuth: 0.0188
binary culled offsets: geo/hector.coffs
updating DIFF/GEO parameters: geo/hector.diff_par
_Now in interactive mode:_
- Iterative least-squares coefficients solution: 1 ***
solution: 119 offset estimates accepted out of 144 samples
range offset poly. coeff.: -0.79175 -3.89982e-05 -5.30608e-05
azimuth offset poly. coeff.: 0.59084 -3.38993e-06 1.91562e-05
model fit std. dev. (samples) range: 0.0311 azimuth: 0.0223
set new error bounds? (0: no, 1: yes): 0
final range offset poly. coeff.: -0.79175 -3.89982e-05 -5.30608e-05
final azimuth offset poly. coeff.: 0.59084 -3.38993e-06 1.91562e-05
final range offset poly. coeff. errors: 1.38037e-02 7.37303e-06 6.55492e-06
final azimuth offset poly. coeff. errors: 9.89815e-03 5.28692e-06 4.70029e-06
final model fit std. dev. (samples) range: 0.0311 azimuth: 0.0223
binary culled offsets: geo/hector.coffs
updating DIFF/GEO parameters: geo/hector.diff_par
Do you need a new binary for this program? What OS are you using?
Best regards,
Charles
RE: More information in offset_fitm interactive mode - Added by Julia Neelmeijer almost 6 years ago
Dear Charles,
thank you very much for your quick response, it's much appreciated.
A new binary would be great, we are running under linux the GAMMA_SOFTWARE-20181130-rhel7 version, thanks a lot!
Best,
Julia
RE: More information in offset_fitm interactive mode - Added by Charles Werner almost 6 years ago
Hello,
Attached is the new binary.
Best regards,
Charles
RE: More information in offset_fitm interactive mode - Added by Julia Neelmeijer almost 6 years ago
Works like charm, thanks Charles.