Calibrated Catalogue Product¶
$SetSchemaPath vis/euc-vis-CalibratedFrameCatalog.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¶
SHE 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 series of catalogues delivered in FITS “LDAC” format. These catalogues are produced using SExtractor ([Bertin & Arnouts 1996]).
The PSF model is fitted to the data to produce the zero point and spread model. It is the PSF model in the pipeline input and corresponds to the PSF calibrated to a particular data set.
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 77-colum catalogue. Some of these column are detailed below.
We calculate the magnitude in 4 aperture : 7, 13, 26 and 50 pixels.
Description of some column¶
FLAGS: SExtractor extraction flags, basic warnings about the source extraction process, in order of increasing concern.
FLAGS_WIN: SExtractor flag for various issues which may happen with windowed measurements.
FLAGS_MODEL: SExtractor flag for various issues which may happen during the fitting process.
IMAFLAGS_ISO: Flags from the flag map maid during the processing. See Vis Flag Map Product for flags details.
NIMAFLAGS_ISO: number(s) of relevant flag map pixels
- SPREAD_MODEL: Spread parameter from model-fitting. Stars are object with:
abs(SPREAD_MODEL) \(< 0.003\).
FLUX_AUTO: Flux within a Kron-like elliptical aperture ; FLUXERR_AUTO: RMS error for AUTO flux
MAG_AUTO: Kron-like elliptical aperture magnitude ; MAGERR_AUTO: RMS error for AUTO magnitude
FLUX_RADIUS: Fraction-of-light radii (pixels)
MAG_APER: Magnitude in a defined aperture.
User case¶
Selection of Stars: You can use the spread model for select all the stars of the catalogue (i.e. abs(SPREAD_MODEL) \(< 0.003\)). If you want no saturated star, you need also to select object with Flags=0.
Header¶
Primary Header |
|
---|---|
SIMPLE |
This is a FITS file |
BITPIX |
|
NAXIS |
|
EXTEND |
This file may contain FITS extensions |
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 |
binary table extension |
BITPIX |
array data type |
NAXIS |
number of array dimensions |
NAXIS1 |
length of dimension 1 |
NAXIS2 |
length of dimension 2 |
PCOUNT |
number of group parameters |
GCOUNT |
number of groups |
TFIELDS |
number of table fields |
EXTNAME |
TABLE NAME (LDAC_OBJECTS) |
TTYPE1 |
NUMBER |
TFORM1 |
1J |
TDISP1 |
I10 |
TTYPE2 |
X_IMAGE |
TFORM2 |
1E |
TUNIT2 |
pixel |
TDISP2 |
F11.4 |
TTYPE3 |
Y_IMAGE |
TFORM3 |
1E |
TUNIT3 |
pixel |
TDISP3 |
F11.4 |
TTYPE4 |
XPSF_IMAGE |
TFORM4 |
1D |
TUNIT4 |
pixel |
TDISP4 |
F11.4 |
TTYPE5 |
YPSF_IMAGE |
TFORM5 |
1D |
TUNIT5 |
pixel |
TDISP5 |
F11.4 |
TTYPE6 |
X_WORLD |
TFORM6 |
1D |
TUNIT6 |
deg |
TDISP6 |
E18.10 |
TTYPE7 |
Y_WORLD |
TFORM7 |
1D |
TUNIT7 |
deg |
TDISP7 |
E18.10 |
TTYPE8 |
ERRA_WORLD |
TFORM8 |
1E |
TUNIT8 |
deg |
TDISP8 |
G12.7 |
TTYPE9 |
ERRB_WORLD |
TFORM9 |
1E |
TUNIT9 |
deg |
TDISP9 |
G12.7 |
TTYPE10 |
ERRTHETA_WORLD |
TFORM10 |
1E |
TUNIT10 |
deg |
TDISP10 |
F6.2 |
TTYPE11 |
XPSF_WORLD |
TFORM11 |
1D |
TUNIT11 |
deg |
TDISP11 |
E18.10 |
TTYPE12 |
YPSF_WORLD |
TFORM12 |
1D |
TUNIT12 |
deg |
TDISP12 |
E18.10 |
TTYPE13 |
ERRAPSF_WORLD |
TFORM13 |
1E |
TUNIT13 |
pixel |
TDISP13 |
G12.7 |
TTYPE14 |
ERRBPSF_WORLD |
TFORM14 |
1E |
TUNIT14 |
pixel |
TDISP14 |
G12.7 |
TTYPE15 |
ERRTHETAPSF_WORLD |
TFORM15 |
1E |
TUNIT15 |
deg |
TDISP15 |
F6.2 |
TTYPE16 |
A_WORLD |
TFORM16 |
1E |
TUNIT16 |
deg |
TDISP16 |
G12.7 |
TTYPE17 |
B_WORLD |
TFORM17 |
1E |
TUNIT17 |
deg |
TDISP17 |
G12.7 |
TTYPE18 |
THETA_WORLD |
TFORM18 |
1E |
TUNIT18 |
deg |
TDISP18 |
F6.2 |
TTYPE19 |
ERRX2_WORLD |
TFORM19 |
1D |
TUNIT19 |
deg**2 |
TDISP19 |
E18.10 |
TTYPE20 |
ERRY2_WORLD |
TFORM20 |
1D |
TUNIT20 |
deg**2 |
TDISP20 |
E18.10 |
TTYPE21 |
ALPHA_J2000 |
TFORM21 |
1D |
TUNIT21 |
deg |
TDISP21 |
F11.7 |
TTYPE22 |
DELTA_J2000 |
TFORM22 |
1D |
TUNIT22 |
deg |
TDISP22 |
F11.7 |
TTYPE23 |
ERRTHETA_J2000 |
TFORM23 |
1E |
TUNIT23 |
deg |
TDISP23 |
F6.2 |
TTYPE24 |
THETA_J2000 |
TFORM24 |
1E |
TUNIT24 |
deg |
TDISP24 |
F6.2 |
TTYPE25 |
XWIN_WORLD |
TFORM25 |
1D |
TUNIT25 |
deg |
TDISP25 |
E18.10 |
TTYPE26 |
YWIN_WORLD |
TFORM26 |
1D |
TUNIT26 |
deg |
TDISP26 |
E18.10 |
TTYPE27 |
ALPHAPSF_J2000 |
TFORM27 |
1D |
TUNIT27 |
deg |
TDISP27 |
F11.7 |
TTYPE28 |
DELTAPSF_J2000 |
TFORM28 |
1D |
TUNIT28 |
deg |
TDISP28 |
F11.7 |
TTYPE29 |
ERRTHETAPSF_J2000 |
TFORM29 |
1E |
TUNIT29 |
deg |
TDISP29 |
F6.2 |
TTYPE30 |
ERRAWIN_WORLD |
TFORM30 |
1E |
TUNIT30 |
deg |
TDISP30 |
G12.7 |
TTYPE31 |
ERRBWIN_WORLD |
TFORM31 |
1E |
TUNIT31 |
deg |
TDISP31 |
G12.7 |
TTYPE32 |
ERRTHETAWIN_WORLD |
TFORM32 |
1E |
TUNIT32 |
deg |
TDISP32 |
F6.2 |
TTYPE33 |
AWIN_WORLD |
TFORM33 |
1E |
TUNIT33 |
deg |
TDISP33 |
G12.7 |
TTYPE34 |
BWIN_WORLD |
TFORM34 |
1E |
TUNIT34 |
deg |
TDISP34 |
G12.7 |
TTYPE35 |
THETAWIN_WORLD |
TFORM35 |
1E |
TUNIT35 |
deg |
TDISP35 |
F6.2 |
TTYPE36 |
ERRX2WIN_WORLD |
TFORM36 |
1D |
TUNIT36 |
deg**2 |
TDISP36 |
E18.10 |
TTYPE37 |
ERRY2WIN_WORLD |
TFORM37 |
1D |
TUNIT37 |
deg**2 |
TDISP37 |
E18.10 |
TTYPE38 |
MU_THRESHOLD |
TFORM38 |
1E |
TUNIT38 |
mag * arcsec**(-2) |
TDISP38 |
F8.4 |
TTYPE39 |
MU_MAX |
TFORM39 |
1E |
TUNIT39 |
mag * arcsec**(-2) |
TDISP39 |
F8.4 |
TTYPE40 |
MU_MAX_MODEL |
TFORM40 |
1E |
TUNIT40 |
mag * arcsec**(-2) |
TDISP40 |
F8.4 |
TTYPE41 |
MU_EFF_MODEL |
TFORM41 |
1E |
TUNIT41 |
mag * arcsec**(-2) |
TDISP41 |
F8.4 |
TTYPE42 |
MU_MEAN_MODEL |
TFORM42 |
1E |
TUNIT42 |
mag * arcsec**(-2) |
TDISP42 |
F8.4 |
TTYPE43 |
MU_MAX_SPHEROID |
TFORM43 |
1E |
TUNIT43 |
mag * arcsec**(-2) |
TDISP43 |
F8.4 |
TTYPE44 |
MU_EFF_SPHEROID |
TFORM44 |
1E |
TUNIT44 |
mag * arcsec**(-2) |
TDISP44 |
F8.4 |
TTYPE45 |
MU_MEAN_SPHEROID |
TFORM45 |
1E |
TUNIT45 |
mag * arcsec**(-2) |
TDISP45 |
F8.4 |
TTYPE46 |
MU_MAX_DISK |
TFORM46 |
1E |
TUNIT46 |
mag * arcsec**(-2) |
TDISP46 |
F8.4 |
TTYPE47 |
MU_EFF_DISK |
TFORM47 |
1E |
TUNIT47 |
mag * arcsec**(-2) |
TDISP47 |
F8.4 |
TTYPE48 |
MU_MEAN_DISK |
TFORM48 |
1E |
TUNIT48 |
mag * arcsec**(-2) |
TDISP48 |
F8.4 |
TTYPE49 |
ELLIPTICITY |
TFORM49 |
1E |
TDISP49 |
F8.3 |
TTYPE50 |
FLUX_AUTO |
TFORM50 |
1E |
TUNIT50 |
count |
TDISP50 |
G12.7 |
TTYPE51 |
FLUXERR_AUTO |
TFORM51 |
1E |
TUNIT51 |
count |
TDISP51 |
G12.7 |
TTYPE52 |
MAG_AUTO |
TFORM52 |
1E |
TUNIT52 |
mag |
TDISP52 |
F8.4 |
TTYPE53 |
MAGERR_AUTO |
TFORM53 |
1E |
TUNIT53 |
mag |
TDISP53 |
F8.4 |
TTYPE54 |
BACKGROUND |
TFORM54 |
1E |
TUNIT54 |
count |
TDISP54 |
G12.7 |
TTYPE55 |
MAG_APER |
TFORM55 |
4E |
TUNIT55 |
mag |
TDISP55 |
F8.4 |
TTYPE56 |
MAGERR_APER |
TFORM56 |
4E |
TUNIT56 |
mag |
TDISP56 |
F8.4 |
TTYPE57 |
FLUX_APER |
TFORM57 |
4E |
TUNIT57 |
count |
TDISP57 |
G12.7 |
TTYPE58 |
FLUXERR_APER |
TFORM58 |
4E |
TUNIT58 |
count |
TDISP58 |
G12.7 |
TTYPE59 |
MAG_PSF |
TFORM59 |
1E |
TUNIT59 |
mag |
TDISP59 |
F8.4 |
TTYPE60 |
MAGERR_PSF |
TFORM60 |
1E |
TUNIT60 |
mag |
TDISP60 |
F8.4 |
TTYPE61 |
FLUX_RADIUS |
TFORM61 |
1E |
TUNIT61 |
pixel |
TDISP61 |
F10.3 |
TTYPE62 |
ELONGATION |
TFORM62 |
1E |
TDISP62 |
F8.3 |
TTYPE63 |
FWHM_IMAGE |
TFORM63 |
1E |
TUNIT63 |
pixel |
TDISP63 |
F8.2 |
TTYPE64 |
SNR_WIN |
TFORM64 |
1E |
TDISP64 |
G10.4 |
TTYPE65 |
SPREAD_MODEL |
TFORM65 |
1E |
TDISP65 |
G11.5 |
TTYPE66 |
FLAGS |
TFORM66 |
1I |
TDISP66 |
I3 |
TTYPE67 |
FLAGS_WIN |
TFORM67 |
1I |
TDISP67 |
I3 |
TTYPE68 |
FLAGS_MODEL |
TFORM68 |
1B |
TDISP68 |
I3 |
TTYPE69 |
ERRAWIN_IMAGE |
TFORM69 |
1E |
TUNIT69 |
pixel |
TDISP69 |
F9.5 |
TTYPE70 |
ERRBWIN_IMAGE |
TFORM70 |
1E |
TUNIT70 |
pixel |
TDISP70 |
F9.5 |
TTYPE71 |
ERRTHETAWIN_IMAGE |
TFORM71 |
1E |
TUNIT71 |
deg |
TDISP71 |
F6.2 |
TTYPE72 |
IMAFLAGS_ISO |
TFORM72 |
1J |
TDISP72 |
I9 |
TTYPE73 |
NIMAFLAGS_ISO |
TFORM73 |
1J |
TDISP73 |
I9 |
TTYPE74 |
XWIN_IMAGE |
TFORM74 |
1D |
TUNIT74 |
pixel |
TDISP74 |
F11.4 |
TTYPE75 |
YWIN_IMAGE |
TFORM75 |
1D |
TUNIT75 |
pixel |
TDISP75 |
F11.4 |
TTYPE76 |
MAG_APER_RAW |
TFORM76 |
4E |
TTYPE77 |
SNR |
TFORM77 |
E |
WCSAXES |
|
CTYPE1 |
|
CTYPE2 |
|
CUNIT1 |
|
CUNIT2 |
|
A_ORDER |
|
B_ORDER |
|
CRPIX1 |
|
CRPIX2 |
|
CD1_1 |
|
CD1_2 |
|
CD2_1 |
|
CD2_2 |
|
A_0_2 |
|
A_0_3 |
|
A_1_1 |
|
A_1_2 |
|
A_2_0 |
|
A_2_1 |
|
A_3_0 |
|
B_0_2 |
|
B_0_3 |
|
B_1_1 |
|
B_1_2 |
|
B_2_0 |
|
B_2_1 |
|
B_3_0 |
|
CRVAL1 |
|
CRVAL2 |
|
STDCRMS |
|
NUMBRMS |
|
AVGRESID |
VIS mean residual |