QC1 Plotter

xshooter_flexure: flexure 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
shift_x shift in X between AFC frame and reference position
shift_y shift in Y between AFC frame and reference position
temp_uvb_prism UVB Prism temperature [Celsius]
temp_vis_prism VIS Prism temperature [Celsius]
temp_prism_nir temperature of prism 1 in NIR optical bench [Kelvin]
temp_det_nir temperature of NIR detector head [Kelvin]
pressure_nir NIR Pressure [mbar]
ambient_pressure ambient pressure
ambient_temp ambient temperature [Celsius]
ambient_humidity relative humidity [%]
flex_corr_x1 Flexure corr. in X [volt]
flex_corr_x2 Flexure corr. in X [volt]
flex_corr_y1 Flexure corr. in Y [volt]
flex_corr_y2 Flexure corr. in Y [volt]
flex_corr_x3 Flexure corr. in X [volt]
flex_corr_y3 Flexure corr. in Y [volt]
enc_focus_1 Absolute position for UVB focus [Encoder]
pos_focus_1 Temperature for UVB focus position [Celsius]
enc_focus_2 Absolute position for VIS focus [Encoder]
pos_focus_2 Temperature for VIS focus position [Celsius]
right_ascension telescope pointing right ascension [degree]
declination telescope pointing declination [degree]
altitude telescope altitude at start [degree]
azimuth telescope azimuth at start [degree, S=0, W=90]
abs_rot_angle absolut rotator angle [dgree]
pos_angle position angle at start [dgree]

2. Filter by
arm arm
slit slit
clock readout (speed, ports, gain, binning)
binx binning in X direction
biny binning in Y direction
chip_id CCD ID
exptime exposure time
dit DIT
ndit number of DITs
mode pipeline mode (physical model or polynomial fit)
pipe_vers pipeline version
process_scheme processing scheme

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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