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| QCsinfo_dark.py | QCsinfo_flat.py | qc_WAVE | QCsinfo_dist.py | qc_LINE | QCsinfo_pupil.py | QCsinfo_hcao.py | qc_OBSNOD |
1.1 -- 2006-07-10 revisited
2.0 -- 2009.01.20 completely re-written in Python with added QC functions and images
from $DFS_PRODUCT/HC_AO/$DATE:
QCsinfo_hcao.py -a $AB_name -i $level_of_interaction: 0-2
b) writes QC1 parameters into local database
b) primary file is set in QCsinfo_hcao.py and is the PRO.CATG=MASTER_PSF product with the _0000.fits extension.
c) raw frames are implicitly read from the AB.
d) Reference MASTER_PSF is read in from $DFO_QC_DIR/references/HC_AO/.
sinfoni_hcao
trend_report_HCAO_HC.html
hcao_QC1.html
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hcao0.png
display PSF_CALIBRATOR_STACKED product (_tpl_0003.fits) on RealTimeDisplay
hcao1.png
display MASTER_PSF product (_tpl_0005.fits) on RealTimeDisplay
hcao2.png
UL: Image of current PSF_CALIBRATOR_STACKED product.
UR: Image of current MASTER_PSF product with centroid shown. Legend gives centroid position, fwhm of major and minor axes, and position angle in degrees.
LL: (Current cube median - reference cube median) difference image.
LR Vertical and horizontal profile through current cube median.
hcao3.png
UL: Strehl ratio. Median value is given in title.
UR: Encircled energy (normalized).
CL: X (blue line) and Y (red line) offset from the nominal image center (in pixels).
CR: FWHM of the major (blue line) and minor (red line) axes. fwhm(major)/fwhm(minor) * 10. is shown as a black line. Units are pixels.
LL: Extracted spectrum of fibre (in counts).
LR: Column and row averages through PSF_CALIBRATOR_STACKED image (in counts).
fits header key name , databse key name : AOS.RTC.GUIDESTAR.MAGNITUDE , TBD
AOS.RTC.OBS.FWHMMEAN , TBD
AOS.RTC.OBS.FWHMSTD , TBD
AOS.RTC.OBS.ENCMEAN , TBD
AOS.RTC.OBS.ENCSTD , TBD
AOS.RTC.OBS.STREHLMEAN , TBD
NONE , qc_oes1, oddeven column stripe of first SKY frame, from post-pipeline QC script
QC1 parameters, generated by a post-pipeline QC script that does a Gaussian fit to all planes of the final cube:
X_POS , TBD
Y_POS , TBD
FWHM_MIN , TBD
FWHM_MAX , TBD
FWHM_POSANG , TBD
FWHM_RATIO , TBD
TOT , TBD
QC1 parameters generated by the pipeline (a standard sequence)
QC.FRMON.MEANFLUX, qc_frmon_meanflux , standard QC1 parameter: mean flux of lamp=on frame
QC.FRMOFF.MEANFLUX, qc_frmoff_meanflux, standard QC1 parameter: mean flux of lamp=off frame
QC.FRMDIF.MEANFLUX, qc_frmdif_meanflux standard QC1 parameter: mean flux of lamp=on frame minus lamp=off frame
QC.FRMON.MAXFLUX, qc_frmon_maxflux standart QC1 parameter: max flux of lamp=on frame
QC.FRMOFF.MAXFLUX, qc_frmoff_maxflux standart QC1 parameter: max flux of lamp=off frame
QC.FRMDIF.MAXFLUX, qc_frmdif_maxflux standart QC1 parameter: max flux of lamp=on farme minus lam=off frame
QC.FRMON.NPIXSAT , qc_frmon_npixsat Number of saturated pixels
QC1 parameters generated by the pipeline for HC_AO only
QC.FWHMX , qc_fwhmx
QC.FWHMY , qc_fwhmy
INS1.LAMP5.ST , ins_lamp5_st
INS1.SHUT2.ST , ins_stut2_std
QC.STREHL.MED , qc_strehl_ned
QC.STREHL.MEDERR , qc_strehl_mederr
RTC QC parameters : special AO software
FWHM parameters : the post-pipeline scripts applied the ESO-MIDAS command CENTER/IQE to each plane of the final product cube. The wavelength mean MEDIAN value is given.
FRM QC1 parameters : simple statistics on the final product cube
FWHM parameters : Gauss fit integrated into the pipeline; QC1 parameter inventory TBD