Stacked Catalogue Product

$SetSchemaPath vis/euc-vis-StackedFrameCatalog.xsd

Data product name

$PrintDataProductName

Data product custodian

$PrintDataProductCustodian

Name of the Schema file

$PrintSchemaFilename

Last Edited for DPDD Version

1.1

Processing Element(s) creating/using the data product

VIS_science_xml_out

Processing function using the data product

NIR processing functions.

Proposed for inclusion in EAS/SAS

Yes

Data product elements

$PrintDataProductElements

Detailed description of the data product

The VIS processing function provides a catalogue delivered in FITS “LDAC” format. These catalogues are produced using SExtractor on the stacked frame.

The PSF of the stacked image is calculate and fitted to the data for provide spread model and other PSF measurement.

This calibrated catalogue contains 2 type of catalogue :

• The LDAC_IMHEAD catalog is a 1-column catalogue witch containt the header and some information (like SE parameters) of the original image.

• The LDAC_OBJECTS catalogue is a 73-colum catalogue. Some of these column are detailed below.

Parameter name	Brief description	Unit
NUMBER	Running object number	NA
X_WORLD	Barycenter position along world x axis	[deg]
Y_WORLD	Barycenter position along world y axis	[deg]
X_IMAGE	Maximum x-coordinate among detected pixels	[pixel]
Y_IMAGE	Maximum y-coordinate among detected pixels	[pixel]
ERRA_WORLD	World RMS position error along major axis	[deg]
ERRB_WORLD	World RMS position error along minor axis	[deg]
ERRTHETA_WORLD	Error ellipse pos. angle (CCW/world-x)	[deg]
A_WORLD	Profile RMS along major axis (world units)	[deg]
B_WORLD	Profile RMS along minor axis (world units)	[deg]
THETA_WORLD	Position angle (CCW/world-x)	[deg]
ERRX2_WORLD	Variance of position along X-WORLD (alpha)	[\(deg^{2}\)]
ERRY2_WORLD	Variance of position along Y-WORLD (delta)	[\(deg^{2}\)]
ALPHA_J2000	Right ascension of barycenter (J2000)	[deg]
DELTA_J2000	Declination of barycenter (J2000)	[deg]
ERRTHETA_J2000	J2000 error ellipse pos. angle (east of north)	[deg]
THETA_J2000	Position angle (east of north) (J2000)	[deg]
XWIN_WORLD	Windowed position along world x axis	[deg]
YWIN_WORLD	Windowed position along world y axis	[deg]
ERRAWIN_WORLD	World RMS windowed pos error along major axis	[deg]
ERRBWIN_WORLD	World RMS windowed pos error along minor axis	[deg]
ERRTHETAWIN_WORLD	Windowed error ellipse pos. angle (CCW/world-x)	[deg]
AWIN_WORLD	Windowed profile RMS along major axis (world units)	[deg]
BWIN_WORLD	Windowed profile RMS along minor axis (world units)	[deg]
THETAWIN_WORLD	Windowed position angle (CCW/world-x)	[deg]
ERRX2WIN_WORLD	Variance of windowed pos along X-WORLD (alpha)	[deg]
ERRY2WIN_WORLD	Variance of windowed pos along Y-WORLD (delta)	[deg]
FLUX_AUTO	Flux within a Kron-like elliptical aperture	[count]
FLUXERR_AUTO	RMS error for AUTO flux	[count]
MAG_AUTO	Kron-like elliptical aperture magnitude	[mag]
MAGERR_AUTO	RMS error for AUTO magnitude	[mag]
FLUX_RADIUS	Fraction-of-light radii	[pixel]
FLAGS	Extraction flags	NA
SPREAD_MODEL	Spread parameter from model-fitting	NA

Header

Primary HDU
SIMPLE	This is a FITS file
BITPIX
NAXIS
EXTEND	This file may contain FITS extensions
EQUINOX	Mean equinox
RADESYS	Astrometric system
CTYPE1	WCS projection type for this axis
CUNIT1	Axis unit
CRVAL1	World coordinate on this axis
CRPIX1	Reference pixel on this axis
CD1_1	Linear projection matrix
CD1_2	Linear projection matrix
CTYPE2	WCS projection type for this axis
CUNIT2	Axis unit
CRVAL2	World coordinate on this axis
CRPIX2	Reference pixel on this axis
CD2_1	Linear projection matrix
CD2_2	Linear projection matrix
EXPTIME	Maximum equivalent exposure time (s)
GAIN	Maximum equivalent gain (e-/ADU)
SATURATE	Saturation Level (ADU)
SOFTNAME	The software that processed those data
SOFTVERS	Version of the software
SOFTDATE	Release date of the software
SOFTAUTH	Maintainer of the software
SOFTINST	Institute
AUTHOR	Who ran the software
ORIGIN	Where it was done
DATE	When it was started (GMT)
COMBINET	COMBINE_TYPE config parameter for SWarp
RESAMPT1	RESAMPLING_TYPE config parameter
CENTERT1	CENTER_TYPE config parameter
PSCALET1	PIXELSCALE_TYPE config parameter
RESAMPT2	RESAMPLING_TYPE config parameter
CENTERT2	CENTER_TYPE config parameter
PSCALET2	PIXELSCALE_TYPE config parameter
OBS_ID
DITHOBS
EXPNUM
MAGZEROP	zero-point
PHOT_ERR	self calibration photometric error
PHOTIRMS	self calibration mag dispersion RMS
APERCORR	self calibration aperture correction MAG_50pix
APCORRMS	self calibration aperture correction rms error

LDAC_IMHEAD header
XTENSION	THIS IS A BINARY TABLE (FROM THE LDACTOOLS)
BITPIX
NAXIS
NAXIS1	BYTES PER ROW
NAXIS2	NUMBER OF ROWS
PCOUNT	RANDOM PARAMETER COUNT
GCOUNT	GROUP COUNT
TFIELDS	FIELDS PER ROWS
EXTNAME	TABLE NAME
TTYPE1
TFORM1
TDIM1

LDAC_OBJECTS header
XTENSION	THIS IS A BINARY TABLE (FROM THE LDACTOOLS)
BITPIX
NAXIS
NAXIS1	BYTES PER ROW
NAXIS2	NUMBER OF ROWS
PCOUNT	RANDOM PARAMETER COUNT
GCOUNT	GROUP COUNT
TFIELDS	FIELDS PER ROWS
EXTNAME	TABLE NAME
TTYPE1	‘NUMBER ‘ / Running object number
TFORM1	‘1J ‘
TDISP1	‘I10 ‘
TTYPE2	‘X_IMAGE ‘ / Object position along x
TFORM2	‘1E ‘
TUNIT2	‘pixel ‘
TDISP2	‘F11.4 ‘
TTYPE3	‘Y_IMAGE ‘ / Object position along y
TFORM3	‘1E ‘
TUNIT3	‘pixel ‘
TDISP3	‘F11.4 ‘
TTYPE4	‘XPSF_IMAGE’ / X coordinate from PSF-fitting
TFORM4	‘1D ‘
TUNIT4	‘pixel ‘
TDISP4	‘F11.4 ‘
TTYPE5	‘YPSF_IMAGE’ / Y coordinate from PSF-fitting
TFORM5	‘1D ‘
TUNIT5	‘pixel ‘
TDISP5	‘F11.4 ‘
TTYPE6	‘X_WORLD ‘ / Barycenter position along world x axis
TFORM6	‘1D ‘
TUNIT6	‘deg ‘
TDISP6	‘E18.10 ‘
TTYPE7	‘Y_WORLD ‘ / Barycenter position along world y axis
TFORM7	‘1D ‘
TUNIT7	‘deg ‘
TDISP7	‘E18.10 ‘
TTYPE8	‘ERRA_WORLD’ / World RMS position error along major axis
TFORM8	‘1E ‘
TUNIT8	‘deg ‘
TDISP8	‘G12.7 ‘
TTYPE9	‘ERRB_WORLD’ / World RMS position error along minor axis
TFORM9	‘1E ‘
TUNIT9	‘deg ‘
TDISP9	‘G12.7 ‘
TTYPE10	‘ERRTHETA_WORLD’ / Error ellipse pos. angle (CCW/world-x)
TFORM10	‘1E ‘
TUNIT10	‘deg ‘
TDISP10	‘F6.2 ‘
TTYPE11	‘XPSF_WORLD’ / PSF position along world x axis
TFORM11	‘1D ‘
TUNIT11	‘deg ‘
TDISP11	‘E18.10 ‘
TTYPE12	‘YPSF_WORLD’ / PSF position along world y axis
TFORM12	‘1D ‘
TUNIT12	‘deg ‘
TDISP12	‘E18.10 ‘
TTYPE13	‘ERRAPSF_WORLD’ / World PSF RMS position error along major axis
TFORM13	‘1E ‘
TUNIT13	‘pixel ‘
TDISP13	‘G12.7 ‘
TTYPE14	‘ERRBPSF_WORLD’ / World PSF RMS position error along minor axis
TFORM14	‘1E ‘
TUNIT14	‘pixel ‘
TDISP14	‘G12.7 ‘
TTYPE15	‘ERRTHETAPSF_WORLD’ / PSF error ellipse pos. angle (CCW/world-x)
TFORM15	‘1E ‘
TUNIT15	‘deg ‘
TDISP15	‘F6.2 ‘
TTYPE16	‘A_WORLD ‘ / Profile RMS along major axis (world units)
TFORM16	‘1E ‘
TUNIT16	‘deg ‘
TDISP16	‘G12.7 ‘
TTYPE17	‘B_WORLD ‘ / Profile RMS along minor axis (world units)
TFORM17	‘1E ‘
TUNIT17	‘deg ‘
TDISP17	‘G12.7 ‘
TTYPE18	‘THETA_WORLD’ / Position angle (CCW/world-x)
TFORM18	‘1E ‘
TUNIT18	‘deg ‘
TDISP18	‘F6.2 ‘
TTYPE19	‘ERRX2_WORLD’ / Variance of position along X-WORLD (alpha)
TFORM19	‘1D ‘
TUNIT19	‘deg**2 ‘
TDISP19	‘E18.10 ‘
TTYPE20	‘ERRY2_WORLD’ / Variance of position along Y-WORLD (delta)
TFORM20	‘1D ‘
TUNIT20	‘deg**2 ‘
TDISP20	‘E18.10 ‘
TTYPE21	‘ALPHA_J2000’ / Right ascension of barycenter (J2000)
TFORM21	‘1D ‘
TUNIT21	‘deg ‘
TDISP21	‘F11.7 ‘
TTYPE22	‘DELTA_J2000’ / Declination of barycenter (J2000)
TFORM22	‘1D ‘
TUNIT22	‘deg ‘
TDISP22	‘F11.7 ‘
TTYPE23	‘ERRTHETA_J2000’/ J2000 error ellipse pos. angle (east of north)
TFORM23	‘1E ‘
TUNIT23	‘deg ‘
TDISP23	‘F6.2 ‘
TTYPE24	‘THETA_J2000’ / Position angle (east of north) (J2000)
TFORM24	‘1E ‘
TUNIT24	‘deg ‘
TDISP24	‘F6.2 ‘
TTYPE25	‘XWIN_WORLD’ / Windowed position along world x axis
TFORM25	‘1D ‘
TUNIT25	‘deg ‘
TDISP25	‘E18.10 ‘
TTYPE26	‘YWIN_WORLD’ / Windowed position along world y axis
TFORM26	‘1D ‘
TUNIT26	‘deg ‘
TDISP26	‘E18.10 ‘
TTYPE27	‘ALPHAPSF_J2000’ / Right ascension of the fitted PSF (J2000)
TFORM27	‘1D ‘
TUNIT27	‘deg ‘
TDISP27	‘F11.7 ‘
TTYPE28	‘DELTAPSF_J2000’ / Declination of the fitted PSF (J2000)
TFORM28	‘1D ‘
TUNIT28	‘deg ‘
TDISP28	‘F11.7 ‘
TTYPE29	‘ERRTHETAPSF_J2000’ PSF error ellipse pos. angle (east of nor
TFORM29	‘1E ‘
TUNIT29	‘deg ‘
TDISP29	‘F6.2 ‘
TTYPE30	‘ERRAWIN_WORLD’ / World RMS windowed pos error along major axis
TFORM30	‘1E ‘
TUNIT30	‘deg ‘
TDISP30	‘G12.7 ‘
TTYPE31	‘ERRBWIN_WORLD’ / World RMS windowed pos error along minor axis
TFORM31	‘1E ‘
TUNIT31	‘deg ‘
TDISP31	‘G12.7 ‘
TTYPE32	‘ERRTHETAWIN_WORLD/ Windowed error ellipse pos. angle (CCW/world-x)
TFORM32	‘1E ‘
TUNIT32	‘deg ‘
TDISP32	‘F6.2 ‘
TTYPE33	‘AWIN_WORLD’ / Windowed profile RMS along major axis (world un
TFORM33	‘1E ‘
TUNIT33	‘deg ‘
TDISP33	‘G12.7 ‘
TTYPE34	‘BWIN_WORLD’ / Windowed profile RMS along minor axis (world un
TFORM34	‘1E ‘
TUNIT34	‘deg ‘
TDISP34	‘G12.7 ‘
TTYPE35	‘THETAWIN_WORLD’ / Windowed position angle (CCW/world-x)
TFORM35	‘1E ‘
TUNIT35	‘deg ‘
TDISP35	‘F6.2 ‘
TTYPE36	‘ERRX2WIN_WORLD’ / Variance of windowed pos along X-WORLD (alpha)
TFORM36	‘1D ‘
TUNIT36	‘deg**2 ‘
TDISP36	‘E18.10 ‘
TTYPE37	‘ERRY2WIN_WORLD’ / Variance of windowed pos along Y-WORLD (delta)
TFORM37	‘1D ‘
TUNIT37	‘deg**2 ‘
TDISP37	‘E18.10 ‘
TTYPE38	‘MU_THRESHOLD’ / Analysis threshold above background
TFORM38	‘1E ‘
TUNIT38	‘mag * arcsec**(-2)’
TDISP38	‘F8.4 ‘
TTYPE39	‘MU_MAX ‘ / Peak surface brightness above background
TFORM39	‘1E ‘
TUNIT39	‘mag * arcsec**(-2)’
TDISP39	‘F8.4 ‘
TTYPE40	Peak model surface brightness above background
TFORM40	‘1E ‘
TUNIT40	‘mag * arcsec**(-2)’
TDISP40	‘F8.4 ‘
TTYPE41	Effective model surface brightness above backgr
TFORM41	‘1E ‘
TUNIT41	‘mag * arcsec**(-2)’
TDISP41	‘F8.4 ‘
TTYPE42	Mean effective model surface brightness above b
TFORM42	‘1E ‘
TUNIT42	‘mag * arcsec**(-2)’
TDISP42	‘F8.4 ‘
TTYPE43	Peak spheroid surface brightness above backgrou
TFORM43	‘1E ‘
TUNIT43	‘mag * arcsec**(-2)’
TDISP43	‘F8.4 ‘
TTYPE44	Effective spheroid surface brightness above bac
TFORM44	‘1E ‘
TUNIT44	‘mag * arcsec**(-2)’
TDISP44	‘F8.4 ‘
TTYPE45	Mean effective spheroid surface brightness abov
TFORM45	‘1E ‘
TUNIT45	‘mag * arcsec**(-2)’
TDISP45	‘F8.4 ‘
TTYPE46	Peak disk surface brightness above background
TFORM46	‘1E ‘
TUNIT46	‘mag * arcsec**(-2)’
TDISP46	‘F8.4 ‘
TTYPE47	Effective disk surface brightness above backgro
TFORM47	‘1E ‘
TUNIT47	‘mag * arcsec**(-2)’
TDISP47	‘F8.4 ‘
TTYPE48	Mean effective disk surface brightness above ba
TFORM48	‘1E ‘
TUNIT48	‘mag * arcsec**(-2)’
TDISP48	‘F8.4 ‘
TTYPE49	‘ELLIPTICITY’ / 1 - B_IMAGE/A_IMAGE
TFORM49	‘1E ‘
TDISP49	‘F8.3 ‘
TTYPE50	‘FLUX_AUTO’ Flux within a Kron-like elliptical aperture
TFORM50	‘1E ‘
TUNIT50	‘count ‘
TDISP50	‘G12.7 ‘
TTYPE51	‘FLUXERR_AUTO’ / RMS error for AUTO flux
TFORM51	‘1E ‘
TUNIT51	‘count ‘
TDISP51	‘G12.7 ‘
TTYPE52	‘MAG_AUTO’ / Kron-like elliptical aperture magnitude
TFORM52	‘1E ‘
TUNIT52	‘mag ‘
TDISP52	‘F8.4 ‘
TTYPE53	‘MAGERR_AUTO’ / RMS error for AUTO magnitude
TFORM53	‘1E ‘
TUNIT53	‘mag ‘
TDISP53	‘F8.4 ‘
TTYPE54	‘BACKGROUND’ / Background at centroid position
TFORM54	‘1E ‘
TUNIT54	‘count ‘
TDISP54	‘G12.7 ‘
TTYPE55	‘MAG_APER’ / Fixed aperture magnitude vector
TFORM55	‘4E ‘
TUNIT55	‘mag ‘
TDISP55	‘F8.4 ‘
TTYPE56	‘MAGERR_APER’ / RMS error vector for fixed aperture mag
TFORM56	‘4E ‘
TUNIT56	‘mag ‘
TDISP56	‘F8.4 ‘
TTYPE57	‘FLUX_APER’ / Flux vector within fixed circular aperture(s)
TFORM57	‘4E ‘
TUNIT57	‘count ‘
TDISP57	‘G12.7 ‘
TTYPE58	‘FLUXERR_APER’ / RMS error vector for aperture flux(es)
TFORM58	‘4E ‘
TUNIT58	‘count ‘
TDISP58	‘G12.7 ‘
TTYPE59	‘MAG_PSF ‘ / Magnitude from PSF-fitting
TFORM59	‘1E ‘
TUNIT59	‘mag ‘
TDISP59	‘F8.4 ‘
TTYPE60	‘MAGERR_PSF’ / RMS magnitude error from PSF-fitting
TFORM60	‘1E ‘
TUNIT60	‘mag ‘
TDISP60	‘F8.4 ‘
TTYPE61	‘FLUX_RADIUS’ / Fraction-of-light radii
TFORM61	‘1E ‘
TUNIT61	‘pixel ‘
TDISP61	‘F10.3 ‘
TTYPE62	‘ELONGATION’ / A_IMAGE/B_IMAGE
TFORM62	‘1E ‘
TDISP62	‘F8.3 ‘
TTYPE63	‘FWHM_IMAGE’ / FWHM assuming a gaussian core
TFORM63	‘1E ‘
TUNIT63	‘pixel ‘
TDISP63	‘F8.2 ‘
TTYPE64	‘SNR_WIN ‘ / Gaussian-weighted SNR
TFORM64	‘1E ‘
TDISP64	‘G10.4 ‘
TTYPE65	‘SPREAD_MODEL’ / Spread parameter from model-fitting
TFORM65	‘1E ‘
TDISP65	‘G11.5 ‘
TTYPE66	‘FLAGS ‘ / Extraction flags
TFORM66	‘1I ‘
TDISP66	‘I3 ‘
TTYPE67	‘FLAGS_WIN’ / Flags for WINdowed parameters
TFORM67	‘1I ‘
TDISP67	‘I3 ‘
TTYPE68	‘FLAGS_MODEL’ / Model-fitting flags
TFORM68	‘1B ‘
TDISP68	‘I3 ‘
TTYPE69	‘ERRAWIN_IMAGE’ / RMS windowed pos error along major axis
TFORM69	‘1E ‘
TUNIT69	‘pixel ‘
TDISP69	‘F9.5 ‘
TTYPE70	‘ERRBWIN_IMAGE’ / RMS windowed pos error along minor axis
TFORM70	‘1E ‘
TUNIT70	‘pixel ‘
TDISP70	‘F9.5 ‘
TTYPE71	‘ERRTHETAWIN_IMAGE’ / Windowed error ellipse pos angle (CCW/x)
TFORM71	‘1E ‘
TUNIT71	‘deg ‘
TDISP71	‘F6.2 ‘
TTYPE72	‘XWIN_IMAGE’ / Windowed position estimate along x
TFORM72	‘1D ‘
TUNIT72	‘pixel ‘
TDISP72	‘F11.4 ‘
TTYPE73	‘YWIN_IMAGE’ / Windowed position estimate along y
TFORM73	‘1D ‘
TUNIT73	‘pixel ‘
TDISP73	‘F11.4 ‘