SIMPLE  =                    T / Standard FITS Format                           BITPIX  =                    8 / Character data                                 NAXIS   =                    0 / No Image --- just extension(s)                 EXTEND  =                    T / There are standard extensions                  ORIGIN  = 'xml2fits_v1.95'     / Converted from XML-Astrores to FITS                                     e-mail: question@simbad.u-strasbg.fr                   COMMENT  ARG='-rm'                                                              LONGSTRN= 'OGIP 1.0'           / Long string convention (&/CONTINUE) may be usedDATE    = '2023-06-02'         / Written on 2023-06-02:15:33:23 (GMT)                                        by: www-data@vizier.astro.unistra.fr                        **********************************************************                          EXCERPT from catalogues stored in VizieR (CDS)                                             with the following conditions:                                   **********************************************************                                                                                                      VizieR Astronomical Server vizier.cds.unistra.fr                                Date: 2023-06-02T15:33:23 [V7.31]                                               Explanations and Statistics of UCDs: See LINK below                             In case of problem, please report to: cds-question@unistra.fr                                                                                          INFO    = 'protocol=ASU'       / #                                              INFO    = 'request_date=2023-06-02T15:33:23' / #                                INFO    = 'request_post=https://vizier.cds.unistra.fr//viz-bin/asu-binfits'     INFO    = 'contact=cds-question@unistra.fr' / #                                 INFO    = 'version=7.31'       / #                                              INFO    = '-out.max=unlimited' / #                                              INFO    = 'ivoid=ivo://cds.vizier/j/apjs/235/17' / #                                                                                                            INFO    = 'publisher=CDS'      / #                                                                                                                              INFO    = 'creator=Masini A.'  / #                                                                                                                              INFO    = 'related_resource=bibcode:2018ApJS..235...17M' / #                                                                                                    INFO    = 'landing_page=https://cdsarc.cds.unistra.fr/viz-bin/cat/J/ApJS/235/1&'CONTINUE  '7       '           / #                                                                                                                              INFO    = 'publication_id=doi:10.26093/cds/vizier.22350017' / #                                                                                                 INFO    = 'publication_date=2019-01-07' / #                                                                                                                     INFO    = 'curation_level=RESEARCH' / #                                                                                                                         INFO    = 'rights=https://cds.unistra.fr/vizier-org/licences_vizier.html' / #            NuSTAR Extragalactic Surveys: UDS field (Masini+, 2018)                                                                                                END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             XTENSION= 'BINTABLE'           / Binary Table Extension                         BITPIX  =                    8 / binary data                                    NAXIS   =                    2 / Simple 2-D matrix                              NAXIS1  =                  122 / Number of bytes per record                     NAXIS2  =                   67 / Number of records                              PCOUNT  =                    0 / Get rid of random parameters                   GCOUNT  =                    1 / Only one group (isn't it obvious?)             TFIELDS =                   22 / Number of data fields (columns)                CDS-CAT = 'J/ApJS/235/17'      / Catalogue designation in CDS nomenclature                                                                                      EXTNAME = 'J_ApJS_235_17_table7' / Identification of the table                  CDS-NAME= 'J/ApJS/235/17/table7' / Table name in METAtab                                 NuSTAR UKIDSS Ultra Deep Survey (UDS) catalog                          UCD__1  = 'meta.id;meta.main'  / ................................byte#0         TDISP1  = 'A14     '           / Display Fortran Format                         TFORM1  = '14A     '           / Ascii string                                   TTYPE1  = 'NuSTAR  '           / NuSTAR source identifier (JHHMMSS+DDMM.m)                                       (updated by the author)                        UCD__2  = 'pos.eq.ra;meta.main' / ...............................byte#14        TDISP2  = 'F8.4    '           / Display Fortran Format                         TFORM2  = 'D       '           / 64-bit floating-point (double precision)       TTYPE2  = 'RAJ2000 '           / [34/34.9] Right Ascension (J2000)              TUNIT2  = 'deg     '           / degree                                         UCD__3  = 'pos.eq.dec;meta.main' / ..............................byte#22        TDISP3  = 'F8.4    '           / Display Fortran Format                         TFORM3  = 'D       '           / 64-bit floating-point (double precision)       TTYPE3  = 'DEJ2000 '           / [-5.4/-4.7] Declination (J2000)                TUNIT3  = 'deg     '           / degree                                         UCD__4  = 'phot.flux;em.X-ray' / ................................byte#30        TDISP4  = 'E8.1    '           / Display Fortran Format                         TFORM4  = 'E       '           / 32-bit floating-point (simple precision)       TTYPE4  = '_3-24F  '           / The 3-24keV band aperture-corrected flux (3)   TUNIT4  = 'mW.m**-2'           / milliWatt times metre power-2                  UCD__5  = 'phot.flux;em.X-ray.soft' / ...........................byte#34        TDISP5  = 'E8.1    '           / Display Fortran Format                         TFORM5  = 'E       '           / 32-bit floating-point (simple precision)       TTYPE5  = '_3-8F   '           / The 3-8keV band aperture-corrected flux (3)    TUNIT5  = 'mW.m**-2'           / milliWatt times metre power-2                  UCD__6  = 'phot.flux;em.X-ray.hard' / ...........................byte#38        TDISP6  = 'E8.1    '           / Display Fortran Format                         TFORM6  = 'E       '           / 32-bit floating-point (simple precision)       TTYPE6  = '_8-24F  '           / ?=-99 The 8-24keV band aperture-corrected flux                                  (3)                                            TUNIT6  = 'mW.m**-2'           / milliWatt times metre power-2                  UCD__7  = 'phot.flux;arith.ratio' / .............................byte#42        TDISP7  = 'F5.2    '           / Display Fortran Format                         TFORM7  = 'E       '           / 32-bit floating-point (simple precision)       TTYPE7  = 'HR      '           / [-1/1] Hardness ratio (4)                      UCD__8  = 'meta.id '           / ................................byte#46        TDISP8  = 'A20     '           / Display Fortran Format                         TFORM8  = '20A     '           / Ascii string                                   TTYPE8  = 'XMMID   '           / XMM counterpart identifier (SXDS or 3XMM) (5)                                   (link)                                         UCD__9  = 'pos.angDistance'    / ................................byte#66        TDISP9  = 'F5.1    '           / Display Fortran Format                         TFORM9  = 'E       '           / 32-bit floating-point (simple precision)       TTYPE9  = 'SepNXmm '           / [0.9/28]? Distance between NuSTAR and XMM                                       sources                                        TUNIT9  = 'arcsec  '           / second of arc                                  UCD__10 = 'meta.number'        / ................................byte#70        TDISP10 = 'I1      '           / Display Fortran Format                         TFORM10 = 'B       '           / unsigned 8-bit integer                         TTYPE10 = 'Nxmm    '           / [0/3] Number of XMM counterparts within 30"    UCD__11 = 'meta.id.cross'      / ................................byte#71        TDISP11 = 'A3      '           / Display Fortran Format                         TFORM11 = '3A      '           / Ascii string                                   TTYPE11 = 'XUDS    '           / ? XUDS catalog counterpart identifier (6)      UCD__12 = 'pos.angDistance'    / ................................byte#74        TDISP12 = 'F5.1    '           / Display Fortran Format                         TFORM12 = 'E       '           / 32-bit floating-point (simple precision)       TTYPE12 = 'SepNX   '           / [1.5/29.5]? Distance between NuSTAR and XUDS                                    sources                                        TUNIT12 = 'arcsec  '           / second of arc                                  UCD__13 = 'meta.number'        / ................................byte#78        TDISP13 = 'I1      '           / Display Fortran Format                         TFORM13 = 'B       '           / unsigned 8-bit integer                         TTYPE13 = 'Nxuds   '           / [0/3] Number of XUDS counterparts within 30"   UCD__14 = 'pos.eq.ra'          / ................................byte#79        TDISP14 = 'F8.4    '           / Display Fortran Format                         TFORM14 = 'D       '           / 64-bit floating-point (double precision)       TTYPE14 = 'RAOdeg  '           / ? Optical counterpart Right Ascension (J2000)                                   (7)                                            TUNIT14 = 'deg     '           / degree                                         UCD__15 = 'pos.eq.dec'         / ................................byte#87        TDISP15 = 'F8.4    '           / Display Fortran Format                         TFORM15 = 'D       '           / 64-bit floating-point (double precision)       TTYPE15 = 'DEOdeg  '           / ? Optical counterpart Declination (J2000) (7)  TUNIT15 = 'deg     '           / degree                                         UCD__16 = 'src.redshift'       / ................................byte#95        TDISP16 = 'F8.4    '           / Display Fortran Format                         TFORM16 = 'E       '           / 32-bit floating-point (simple precision)       TTYPE16 = 'zspec   '           / [0.05/3.2]? Optical counterpart spectroscopic                                   redshift (7)                                   UCD__17 = 'src.class'          / ................................byte#99        TDISP17 = 'A3      '           / Display Fortran Format                         TFORM17 = '3A      '           / Ascii string                                   TTYPE17 = 'SCl     '           / Spectroscopic classification (8) (link)        UCD__18 = 'src.redshift'       / ................................byte#102       TDISP18 = 'F7.3    '           / Display Fortran Format                         TFORM18 = 'E       '           / 32-bit floating-point (simple precision)       TTYPE18 = 'zphot   '           / [0.05/3.1]? Optical counterpart photometric                                     redshift (7)                                   UCD__19 = 'src.class'          / ................................byte#106       TDISP19 = 'A4      '           / Display Fortran Format                         TFORM19 = '4A      '           / Ascii string                                   TTYPE19 = 'PCl     '           / Photometric classification (8) (link)          UCD__20 = 'stat.fit.goodness'  / ................................byte#110       TDISP20 = 'F7.3    '           / Display Fortran Format                         TFORM20 = 'E       '           / 32-bit floating-point (simple precision)       TTYPE20 = '_3-24DETML'         / [0/543] The 3-24keV band deblended DET_ML (0 if                                 undetected)                                    UCD__21 = 'stat.fit.goodness'  / ................................byte#114       TDISP21 = 'F7.3    '           / Display Fortran Format                         TFORM21 = 'E       '           / 32-bit floating-point (simple precision)       TTYPE21 = '_3-8DETML'          / [0/421] The 3-8keV band deblended DET_ML (0 if                                  undetected)                                    UCD__22 = 'stat.fit.goodness'  / ................................byte#118       TDISP22 = 'F7.3    '           / Display Fortran Format                         TFORM22 = 'E       '           / 32-bit floating-point (simple precision)       TTYPE22 = '_8-24DETML'         / [0/178.2] 8-24keV band deblended DET_ML (0 if                                   undetected)                                    END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             J021637-0502.4@A�5�Xy�,��>BZ)"!-(�*d*7����SXDS0176A�ff
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