Now add back our program star to the star plot selection, and change the data variable in the calibration widget to "TriplePhase". Click on "Calibrate", and the log should read like the following. Notice that the first three channels do not contain any data since one or more baselines are bad for this triple. Also, channel 11 has the metrology laser straylight in it, so it was flagged too by the script.
Warning(CALCOEFFS): no valid data points found! OB= 1, Bl= 1, Ch= 1These are the data after calibration (and un-selecting the "All in 1" option for plotting). Of course, the binary phases are all over the place, but the calibrator is close to where it should be.
Warning(CALCOEFFS): no valid data points found! OB= 1, Bl= 1, Ch= 2
Warning(CALCOEFFS): no valid data points found! OB= 1, Bl= 1, Ch= 3
Solution calculated for TR= 1, Ch= 4. (RMS [d] = 3.413)
Solution calculated for TR= 1, Ch= 5. (RMS [d] = 3.812)
Solution calculated for TR= 1, Ch= 6. (RMS [d] = 4.045)
Solution calculated for TR= 1, Ch= 7. (RMS [d] = 3.811)
Solution calculated for TR= 1, Ch= 8. (RMS [d] = 3.962)
Solution calculated for TR= 1, Ch= 9. (RMS [d] = 3.886)
Solution calculated for TR= 1, Ch= 10. (RMS [d] = 4.087)
Warning(CALCOEFFS): no valid data points found! OB= 1, Bl= 1, Ch=11
Solution calculated for TR= 1, Ch= 12. (RMS [d] = 5.089)
Solution calculated for TR= 1, Ch= 13. (RMS [d] = 5.771)
Solution calculated for TR= 1, Ch= 14. (RMS [d] = 4.164)
Solution calculated for TR= 1, Ch= 15. (RMS [d] = 4.166)
Solution calculated for TR= 1, Ch= 16. (RMS [d] = 5.787)
Solution calculated for TR= 1, Ch= 17. (RMS [d] = 4.489)
Solution calculated for TR= 1, Ch= 18. (RMS [d] = 4.885)
Solution calculated for TR= 1, Ch= 19. (RMS [d] = 6.110)
Solution calculated for TR= 1, Ch= 20. (RMS [d] = 5.349)
Calibration applied for stars FKV0497 FKV0509 .
