QC1 Plotter

fors2_detmon: TEC: detmon qc1 parameters (details)

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Select for plotting:


1. Plot Items
X axis Y axis Item Comment
mjd_obs MJD-OBS of (first) raw file
conad measured CONAD (ADU/e-)
gain measured gain (e-/ADU; inverse of CONAD, but the same quantity as DET.OUT1.CONAD)
bad_pixels number of bad pixels
non_linear relative deviation from linearity at the flux level given in flux_non_linear
flux_non_linear flux at which the non-linearity is calculated
lin_coef0 constant term of the linearity curve
lin_coef0_err error of the constant term of the linearity curve
lin_coef1 linear term of the linearity curve
lin_coef1_err error of the linear term of the linearity curve
lin_coef2 quadratic term of the linearity curve
lin_coef2_err error of the quadratic term of the linearity curve
fit_err absolute error of the fit
central_flux average flux in central region
contam_ll average flux in lower left region normalized by central_flux
contam_ul average flux in upper left region normalized by central_flux
contam_lr average flux in lower right region normalized by central_flux
contam_ur average flux in upper right region normalized by central_flux
qc_line_medmin median counts in lowest flux flat
qc_line_medmax median counts in highest flux flat
qc_exptime_min lowest exposure time used in sec
qc_exptime_max highest exposure time used in sec

2. Filter by
det_read_clock readout (speed,ports,gain)
det_win1_binx binning in X direction
det_win1_biny binning in Y direction
det_chip1_id CCD ID
det_chip_num chip number
ins_coll_name collimator name
filter_name filter name
method method to determine the gain

3. Options
time range:
for plot: From To
for statistics: From To
plot options:
y scaling for plotting: y_min y_max
x scaling for plotting: x_min x_max
special:
connect by lines mark outliers civil_dates
plot format: png gif ps
statistics options:
average none mean median least-square
error thresholds none 1 sigma 3 sigma 10%

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