QC1 Plotter

xshooter_2dmap: 2d map qc1 parameters (details)

Select for plotting:

1. Plot Items

X axis	Y axis	Item	Comment
		mjd_obs	MJD-OBS of (first) raw file
		ambient_temp	ambient temperature (C degrees)
		cryo_temp	cryostat temperature (C degrees)
		line_difavg	average distance in pixel between 2 identified arc lines
		line_difmax	maximum distance in pixel between 2 identified arc lines
		line_difmax_ord	order in which the maximum distance occurs
		pred_resx_min	minimum residual of predicted positions along x-axis
		pred_resx_max	maximum residual of predicted positions along x-axis
		pred_resx_rms	rms of residuals of predicted positions along x-axis
		pred_resx_avg	average residual of predicted positions along x-axis
		pred_resx_med	median residual of predicted positions along x-axis
		pred_resy_min	minimum residual of predicted positions along y-axis
		pred_resy_max	maximum residual of predicted positions along y-axis
		pred_resy_rms	rms of residuals of predicted positions along y-axis
		pred_resy_avg	average residual of predicted positions along y-axis
		pred_resy_med	median residual of predicted positions along y-axis
		fit_resx_min	minimum residual of fit along x-axis
		fit_resx_max	maximum residual of fit along x-axis
		fit_resx_rms	rms of residuals of fit along x-axis
		fit_resx_avg	average residual of fit along x-axis
		fit_resx_med	median residual of fit along x-axis
		fit_resy_min	minimum residual of fit along y-axis
		fit_resy_max	maximum residual of fit along y-axis
		fit_resy_rms	rms of residuals of fit along y-axis
		fit_resy_avg	average residual of fit along y-axis
		fit_resy_med	median residual of fit along y-axis
		nline_cat	numbr of arc lines in line list
		nline_found	number of arc lines found
		nline_cat_clean	number of clean arc lines in line list
		nline_found_clean	number of clean arc lines found
		temp_uvb_camera	UVB Camera temp. [Celsius]
		temp_uvb_prism	UVB Prism temperature [Celsius]
		temp_uvb_bench	UVB bench temperature [Celsius]
		temp_uvb_cryo	UVB cryostat temperature [Celsius]
		temp_vis_camera	VIS Camera temperature [Celsius]
		temp_vis_prism	VIS Prism temperature [Celsius]
		temp_vis_bench	VIS bench temperature [Celsius]
		temp_vis_cryo	VIS cryostat temperature [Celsius]
		temp_nir_cryo	NIR cryostat temperature [Celsius]
		temp_prism_nir	temperature of prism 1 in NIR optical bench [Kelvin]
		temp_bar_nir	temperature of copper bar linked to the NIR detector [Kelvin]
		temp_corrector_nir	temperature of corrector lens in NIR optical bench [Kelvin]
		temp_det_nir	temperature of NIR detector head [Kelvin]
		pressure_nir	NIR Pressure [mbar]
		flex_corr_x1	Flexure corr. in X [volt]
		flex_corr_y1	Flexure corr. in Y [volt]
		flex_corr_x2	Flexure corr. in X [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]
		es_y	location of central pinhole along cross-dispersion axis
		mup1	rotation of primary prism entrance surface around axis perpendicular to projected slit(degree)
		nup1	rotation of primary prism entrance surface around axis parallel to projected slit (degree)
		mug	rotation of grating around axis perpendicular to projected slit (degree)
		nug	rotation of grating around axis parallel to projected slit (degree)
		taug	rotation of grating around optical axis (degree)
		taud	orientation of detector plane (degree)
		fdet	focal length of camera (mm)
		chipx	center of pixel array in x (mm)
		chipy	center of pixel array in y (mm)
		sg	grating spacing (1/mm)
		mup3	rotation of NIR secondary prism entrance surface around axis perpendicular to projected slit (degree)
		nup3	rotation of NIR secondary prism entrance surface around axis parallel to projected slit (degree)
		mup5	rotation of NIR tertiary prism entrance surface around axis perpendicular to projected slit (degree)
		nup5	rotation of NIR secondary prism entrance surface around axis parallel to projected slit (degree)
		taues	orientation of entrance slit (degree)
		slit_scale	conversion from angular position to physical position on the slit ("/mm)
		fcol	focal length of collimator (mm)

2. Filter by

arm		arm
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

for statistics:

From

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

statistics options:

average

none

mean

median

least-square

error thresholds

none

1 sigma

3 sigma

10%

Send comments to: <qc@eso.org>