QC1 Browser

xshooter_format: format check qc1 parameters (details)

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1. General Keywords

cdbfile	varchar	name of master calibration file (QC convention)
pipefile	varchar	pipeline name of associated reduced calibration file
arcfile	varchar	archive name of (first) raw file
mjd_obs	float	MJD-OBS of (first) raw file
tpl_start	varchar	TPL start time
civil_date	datetime	date of observations

2. QC1 Keywords

line_difavg	float	average distance in pixel between 2 identified arc lines
line_difmax	float	maximum distance in pixel between 2 identified arc lines
line_difmax_ord	int	order in which the maximum distance occurs
pred_resx_min	float	minimum residual of predicted positions along x-axis
pred_resx_max	float	maximum residual of predicted positions along x-axis
pred_resx_rms	float	rms of residuals of predicted positions along x-axis
pred_resx_avg	float	average residual of predicted positions along x-axis
pred_resx_med	float	median residual of predicted positions along x-axis
pred_resy_min	float	minimum residual of predicted positions along y-axis
pred_resy_max	float	maximum residual of predicted positions along y-axis
pred_resy_rms	float	rms of residuals of predicted positions along y-axis
pred_resy_avg	float	average residual of predicted positions along y-axis
pred_resy_med	float	median residual of predicted positions along y-axis
fit_resx_min	float	minimum residual of fit along x-axis
fit_resx_max	float	maximum residual of fit along x-axis
fit_resx_rms	float	rms of residuals of fit along x-axis
fit_resx_avg	float	average residual of fit along x-axis
fit_resx_med	float	median residual of fit along x-axis
fit_resy_min	float	minimum residual of fit along y-axis
fit_resy_max	float	maximum residual of fit along y-axis
fit_resy_rms	float	rms of residuals of fit along y-axis
fit_resy_avg	float	average residual of fit along y-axis
fit_resy_med	float	median residual of fit along y-axis
nline_found_clean	int	number of clean arc lines found
nline_cat	int	numbr of arc lines in line list
nline_found	int	number of arc lines found
nline_cat_clean	int	number of clean arc lines in line list
x_ll	float	x-position of lower left reference line [pixel]
y_ll	float	y-position of lower left reference line [pixel]
lam_ll	float	wavelength of lower left reference line [nm]
x_ul	float	x-position of upper left reference line [pixel]
y_ul	float	y-position of upper left reference line [pixel]
lam_ul	float	wavelength of upper left reference line [nm]
x_lr	float	x-position of lower right reference line [pixel]
y_lr	float	y-position of lower right reference line [pixel]
lam_lr	float	wavelength of lower right reference line [nm]
x_ur	float	x-position of upper right reference line [pixel]
y_ur	float	y-position of upper right reference line [pixel]
lam_ur	float	wavelength of upper right reference line [nm]
flux_ThAr	float	average flux of selected ThAr lines [ADU] (UVB/VIS)
flux_ThAr_norm	float	normalized average flux of selected ThAr lines [ADU/sec] (UVB/VIS)
nlin_ThAr	integer	number of selected ThAr lines (UVB/VIS)
flux_Ne	float	average flux of selected Ne lines [ADU] (NIR)
flux_Ne_norm	float	normalized average flux of selected Ne lines [ADU/sec] (NIR)
nlin_Ne	integer	number of selected Ne lines (NIR)
flux_Xe	float	average flux of selected Xe lines [ADU] (NIR)
flux_Xe_norm	float	normalized average flux of selected Xe lines [ADU/sec] (NIR)
nlin_Xe	integer	number of selected Xe lines (NIR)
flux_Ar	float	average flux of selected Ar lines [ADU] (NIR)
flux_Ar_norm	float	normalized average flux of selected Ar lines [ADU/sec] (NIR)
nlin_Ar	integer	number of selected Ar lines (NIR)
temp_uvb_camera	float	UVB Camera temp. [Celsius]
temp_uvb_prism	float	UVB Prism temperature [Celsius]
temp_uvb_bench	float	UVB bench temperature [Celsius]
temp_uvb_cryo	float	UVB cryostat temperature [Celsius]
temp_vis_camera	float	VIS Camera temperature [Celsius]
temp_vis_prism	float	VIS Prism temperature [Celsius]
temp_vis_bench	float	VIS bench temperature [Celsius]
temp_vis_cryo	float	VIS cryostat temperature [Celsius]
temp_nir_cryo	float	NIR cryostat temperature [Celsius]
temp_prism_nir	float	temperature of prism 1 in NIR optical bench [Kelvin]
temp_bar_nir	float	temperature of copper bar linked to the NIR detector [Kelvin]
temp_corrector_nir	float	temperature of corrector lens in NIR optical bench [Kelvin]
temp_det_nir	float	temperature of NIR detector head [Kelvin]
pressure_nir	float	NIR Pressure [mbar]
flex_corr_x1	float	Flexure corr. in X [volt]
flex_corr_y1	float	Flexure corr. in Y [volt]
flex_corr_x2	float	Flexure corr. in X [volt]
flex_corr_y2	float	Flexure corr. in Y [volt]
flex_corr_x3	float	Flexure corr. in X [volt]
flex_corr_y3	float	Flexure corr. in Y [volt]
enc_focus_1	float	Absolute position for UVB focus [Encoder]
pos_focus_1	float	Temperature for UVB focus position [Celsius]
enc_focus_2	float	Absolute position for VIS focus [Encoder]
pos_focus_2	float	Temperature for VIS focus position [Celsius]
es_y	float	location of central pinhole along cross-dispersion axis
mup1	float	rotation of primary prism entrance surface around axis perpendicular to projected slit(degree)
nup1	float	rotation of primary prism entrance surface around axis parallel to projected slit (degree)
mug	float	rotation of grating around axis perpendicular to projected slit (degree)
nug	float	rotation of grating around axis parallel to projected slit (degree)
taug	float	rotation of grating around optical axis (degree)
taud	float	orientation of detector plane (degree)
fdet	float	focal length of camera (mm)
chipx	float	center of pixel array in x (mm)
chipy	float	center of pixel array in y (mm)
sg	float	grating spacing (1/mm)
mup3	float	rotation of NIR secondary prism entrance surface around axis perpendicular to projected slit (degree)
nup3	float	rotation of NIR secondary prism entrance surface around axis parallel to projected slit (degree)
mup5	float	rotation of NIR tertiary prism entrance surface around axis perpendicular to projected slit (degree)
nup5	float	rotation of NIR secondary prism entrance surface around axis parallel to projected slit (degree)

3. Instrument Keywords

	arm	varchar	arm
	clock	varchar	readout (speed, ports, gain, binning)
	binx	int	binning in X direction
	biny	int	binning in Y direction
	chip_id	varchar	CCD ID
na	ambient_temp	float	ambient temperature (C degrees)
na	cryo_temp	float	cryostat temperature (C degrees)
	exptime	float	exposure time
	dit	float	DIT
	ndit	int	number of DITs
	mode	varchar	pipeline mode (physical model or polynomial fit)
	pipe_vers	varchar	pipeline version
	process_scheme	varchar	processing scheme

4. Options

time range:	from	to
aggregate functions:	sum mean 1sigma number
format:	plain ASCII	HTML

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