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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 |
1.0 -- 2006-07-07 completed 2.0 -- 2009.02.13 completely re-written in Python with added QC functions and images
from $DFS_PRODUCT/DIST/$DATE:
QCsinfo_dist.py -a $AB_name -i $level_of_interaction: 0-2
b) writes QC1 parameters into local database
b) primary file is set in QCsinfo_dist.py and is the PRO.CATG=DISTORTION product with the _0000.fits extension.
c) raw frames are implicitly read from the AB.
d) Reference DISTORTION and SLITLETS_DISTANCE are read in from $DFO_QC_DIR/references/DIST/.
sinfoni_dist
trend_report_DIST_slitall_HC.html
dist_QC1.html
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dist0.png
display FIBRE_NS_STACKED_ON product on the RealTimeDisplay (check right rim, TBD: QC report)
dist1.png
UL: Slitlet-to-slitlet distances (31)
Current distortion (blue points) with median (blue line) and 1 sigma area (shaded green region)
Reference distortion median (red dotted line)
UR: Distortion coefficients applied to 5 points on detector: chip center and 4 quadrants.
Black circles set the nominal values, the current distortion is shown as blue squares, and the reference distortion is shown as red squares.
LL: Image of current distortion. Due to the old version of matplotlib available on dfo29, the image is not square.
LR: Image of (reference - current) distortion. Due to the old version of matplotlib available on dfo29, the image is not square.
FITSNAME, DBNAME , typical value, description:
QC.COEFF00 , qc_coeff_00, 15.8275 / Polynomial distortion coefficient
QC.COEFF10 , qc_coeff_10, 0.986956 / Polynomial distortion coefficient
QC.COEFF01 , qc_coeff_01, -0.00380703 / Polynomial distortion coefficient
QC.COEFF11 , qc_coeff_11, 5.30532E-06 / Polynomial distortion coefficient
QC.COEFF20 , qc_coeff_20, 2.66288E-07 / Polynomial distortion coefficient
QC.COEFF02 , qc_coeff_02, 7.15443E-07 / Polynomial distortion coefficient
QC.COEFF21 , qc_coeff_21, -4.82633E-10 / Polynomial distortion coefficient
QC.COEFF12 , qc_coeff_12, -7.58699E-10 / Polynomial distortion coefficient
QC.XSHIFT.UL , qc_xhift_ul, -8.12058 / X shift in x_l,y_u
QC.XSHIFT.CC , qc_xhift_cc, -3.83163 / X shift in x_c,y_c
QC.XSHIFT.LL , qc_xhift_ll, -8.68128 / X shift in x_l,y_l
QC.XSHIFT.UR , qc_xhift_ur, -0.278897 / X shift in x_u,y_u
QC.XSHIFT.LR , qc_xhift_lr, 2.0577 / X shift in x_u,y_l
QC.SL.DISTAVG , qc_sl_distavg, 63.9512 / Average Slitlet distance
QC.SL.DISTRMS , qc_sl_distrms, 0.518605 / RMS Slitlet distance
qc_xhsift_ll .. qc_xshift_cc The distortion coefficients applied to dedicated positions on the chip. These are the center of each of the four quadrants ([@512:@512], [@1536:@1536], [@512,@1536], [@1536:@512]) and the central pixel ([@1024:@1024]).
qc_sl_distavg is the average of all 31 slitlets distances. The recipe generates for each slitlets distance a QC1 parameter, but only the average and the stdev are trended.
qc_sl_distrms use the scatter within the sample of 31 slitlets distances
Insufficient number of fibre frames. Expect ~75 frames to cover all slitlets with the fibre trace.