XTENSION= 'BINTABLE'           / binary table extension
BITPIX  =                    8 / array data type
NAXIS   =                    2 / number of array dimensions
NAXIS1  =                  560 / length of dimension 1
NAXIS2  =               941196 / length of dimension 2
PCOUNT  =                    0 / number of group parameters
GCOUNT  =                    1 / number of groups
TFIELDS =                  132 / number of table fields
TTYPE1  = 'multiframeID'
TFORM1  = 'K       '
TUNIT1  = '        '
TTYPE2  = 'extNum  '
TFORM2  = 'B       '
TUNIT2  = '        '
TTYPE3  = 'cuEventID'
TFORM3  = 'J       '
TUNIT3  = '        '
TTYPE4  = 'seqNum  '
TFORM4  = 'J       '
TUNIT4  = '        '
TTYPE5  = 'filterID'
TFORM5  = 'B       '
TUNIT5  = '        '
TTYPE6  = 'isoFlux '
TFORM6  = 'E       '
TUNIT6  = 'ADU     '
TTYPE7  = 'isoMag  '
TFORM7  = 'E       '
TUNIT7  = 'mag     '
TTYPE8  = 'x       '
TFORM8  = 'E       '
TUNIT8  = 'pixels  '
TTYPE9  = 'xErr    '
TFORM9  = 'E       '
TUNIT9  = 'pixels  '
TTYPE10 = 'y       '
TFORM10 = 'E       '
TUNIT10 = 'pixels  '
TTYPE11 = 'yErr    '
TFORM11 = 'E       '
TUNIT11 = 'pixels  '
TTYPE12 = 'gauSig  '
TFORM12 = 'E       '
TUNIT12 = 'pixels  '
TTYPE13 = 'ell     '
TFORM13 = 'E       '
TUNIT13 = '        '
TTYPE14 = 'pa      '
TFORM14 = 'E       '
TUNIT14 = 'degrees '
TTYPE15 = 'aProf1  '
TFORM15 = 'E       '
TUNIT15 = 'pixels  '
TTYPE16 = 'aProf2  '
TFORM16 = 'J       '
TUNIT16 = 'pixels  '
TTYPE17 = 'aProf3  '
TFORM17 = 'J       '
TUNIT17 = 'pixels  '
TTYPE18 = 'aProf4  '
TFORM18 = 'J       '
TUNIT18 = 'pixels  '
TTYPE19 = 'aProf5  '
TFORM19 = 'J       '
TUNIT19 = 'pixels  '
TTYPE20 = 'aProf6  '
TFORM20 = 'J       '
TUNIT20 = 'pixels  '
TTYPE21 = 'aProf7  '
TFORM21 = 'J       '
TUNIT21 = 'pixels  '
TTYPE22 = 'aProf8  '
TFORM22 = 'J       '
TUNIT22 = 'pixels  '
TTYPE23 = 'pHeight '
TFORM23 = 'E       '
TUNIT23 = 'ADU     '
TTYPE24 = 'pHeightErr'
TFORM24 = 'E       '
TUNIT24 = 'ADU     '
TTYPE25 = 'aperFlux1'
TFORM25 = 'E       '
TUNIT25 = 'ADU     '
TTYPE26 = 'aperFlux1err'
TFORM26 = 'E       '
TUNIT26 = 'ADU     '
TTYPE27 = 'aperMagNoAperCorr1'
TFORM27 = 'E       '
TUNIT27 = 'mag     '
TTYPE28 = 'aperMag1'
TFORM28 = 'E       '
TUNIT28 = 'mag     '
TTYPE29 = 'aperMag1err'
TFORM29 = 'E       '
TUNIT29 = 'mag     '
TTYPE30 = 'aperFlux2'
TFORM30 = 'E       '
TUNIT30 = 'ADU     '
TTYPE31 = 'aperFlux2err'
TFORM31 = 'E       '
TUNIT31 = 'ADU     '
TTYPE32 = 'aperMagNoAperCorr2'
TFORM32 = 'E       '
TUNIT32 = 'mag     '
TTYPE33 = 'aperMag2'
TFORM33 = 'E       '
TUNIT33 = 'mag     '
TTYPE34 = 'aperMag2err'
TFORM34 = 'E       '
TUNIT34 = 'mag     '
TTYPE35 = 'aperFlux3'
TFORM35 = 'E       '
TUNIT35 = 'ADU     '
TTYPE36 = 'aperFlux3err'
TFORM36 = 'E       '
TUNIT36 = 'ADU     '
TTYPE37 = 'aperMagNoAperCorr3'
TFORM37 = 'E       '
TUNIT37 = 'mag     '
TTYPE38 = 'aperMag3'
TFORM38 = 'E       '
TUNIT38 = 'mag     '
TTYPE39 = 'aperMag3err'
TFORM39 = 'E       '
TUNIT39 = 'mag     '
TTYPE40 = 'aperFlux4'
TFORM40 = 'E       '
TUNIT40 = 'ADU     '
TTYPE41 = 'aperFlux4err'
TFORM41 = 'E       '
TUNIT41 = 'ADU     '
TTYPE42 = 'aperMagNoAperCorr4'
TFORM42 = 'E       '
TUNIT42 = 'mag     '
TTYPE43 = 'aperMag4'
TFORM43 = 'E       '
TUNIT43 = 'mag     '
TTYPE44 = 'aperMag4err'
TFORM44 = 'E       '
TUNIT44 = 'mag     '
TTYPE45 = 'aperFlux5'
TFORM45 = 'E       '
TUNIT45 = 'ADU     '
TTYPE46 = 'aperFlux5err'
TFORM46 = 'E       '
TUNIT46 = 'ADU     '
TTYPE47 = 'aperMagNoAperCorr5'
TFORM47 = 'E       '
TUNIT47 = 'mag     '
TTYPE48 = 'aperMag5'
TFORM48 = 'E       '
TUNIT48 = 'mag     '
TTYPE49 = 'aperMag5err'
TFORM49 = 'E       '
TUNIT49 = 'mag     '
TTYPE50 = 'aperFlux6'
TFORM50 = 'E       '
TUNIT50 = 'ADU     '
TTYPE51 = 'aperFlux6err'
TFORM51 = 'E       '
TUNIT51 = 'ADU     '
TTYPE52 = 'aperMagNoAperCorr6'
TFORM52 = 'E       '
TUNIT52 = 'mag     '
TTYPE53 = 'aperMag6'
TFORM53 = 'E       '
TUNIT53 = 'mag     '
TTYPE54 = 'aperMag6err'
TFORM54 = 'E       '
TUNIT54 = 'mag     '
TTYPE55 = 'aperFlux7'
TFORM55 = 'E       '
TUNIT55 = 'ADU     '
TTYPE56 = 'aperFlux7err'
TFORM56 = 'E       '
TUNIT56 = 'ADU     '
TTYPE57 = 'aperMagNoAperCorr7'
TFORM57 = 'E       '
TUNIT57 = 'mag     '
TTYPE58 = 'aperMag7'
TFORM58 = 'E       '
TUNIT58 = 'mag     '
TTYPE59 = 'aperMag7err'
TFORM59 = 'E       '
TUNIT59 = 'mag     '
TTYPE60 = 'aperFlux8'
TFORM60 = 'E       '
TUNIT60 = 'ADU     '
TTYPE61 = 'aperFlux8err'
TFORM61 = 'E       '
TUNIT61 = 'ADU     '
TTYPE62 = 'aperMag8'
TFORM62 = 'E       '
TUNIT62 = 'mag     '
TTYPE63 = 'aperMag8err'
TFORM63 = 'E       '
TUNIT63 = 'mag     '
TTYPE64 = 'aperFlux9'
TFORM64 = 'E       '
TUNIT64 = 'ADU     '
TTYPE65 = 'aperFlux9err'
TFORM65 = 'E       '
TUNIT65 = 'ADU     '
TTYPE66 = 'aperMag9'
TFORM66 = 'E       '
TUNIT66 = 'mag     '
TTYPE67 = 'aperMag9err'
TFORM67 = 'E       '
TUNIT67 = 'mag     '
TTYPE68 = 'aperFlux10'
TFORM68 = 'E       '
TUNIT68 = 'ADU     '
TTYPE69 = 'aperFlux10err'
TFORM69 = 'E       '
TUNIT69 = 'ADU     '
TTYPE70 = 'aperMag10'
TFORM70 = 'E       '
TUNIT70 = 'mag     '
TTYPE71 = 'aperMag10err'
TFORM71 = 'E       '
TUNIT71 = 'mag     '
TTYPE72 = 'aperFlux11'
TFORM72 = 'E       '
TUNIT72 = 'ADU     '
TTYPE73 = 'aperFlux11err'
TFORM73 = 'E       '
TUNIT73 = 'ADU     '
TTYPE74 = 'aperMag11'
TFORM74 = 'E       '
TUNIT74 = 'mag     '
TTYPE75 = 'aperMag11err'
TFORM75 = 'E       '
TUNIT75 = 'mag     '
TTYPE76 = 'aperFlux12'
TFORM76 = 'E       '
TUNIT76 = 'ADU     '
TTYPE77 = 'aperFlux12err'
TFORM77 = 'E       '
TUNIT77 = 'ADU     '
TTYPE78 = 'aperMag12'
TFORM78 = 'E       '
TUNIT78 = 'mag     '
TTYPE79 = 'aperMag12err'
TFORM79 = 'E       '
TUNIT79 = 'mag     '
TTYPE80 = 'aperFlux13'
TFORM80 = 'E       '
TUNIT80 = 'ADU     '
TTYPE81 = 'aperFlux13err'
TFORM81 = 'E       '
TUNIT81 = 'ADU     '
TTYPE82 = 'aperMag13'
TFORM82 = 'E       '
TUNIT82 = 'mag     '
TTYPE83 = 'aperMag13err'
TFORM83 = 'E       '
TUNIT83 = 'mag     '
TTYPE84 = 'petroRad'
TFORM84 = 'E       '
TUNIT84 = 'pixels  '
TTYPE85 = 'kronRad '
TFORM85 = 'E       '
TUNIT85 = 'pixels  '
TTYPE86 = 'halfRad '
TFORM86 = 'E       '
TUNIT86 = 'pixels  '
TTYPE87 = 'petroFlux'
TFORM87 = 'E       '
TUNIT87 = 'ADU     '
TTYPE88 = 'petroFluxErr'
TFORM88 = 'E       '
TUNIT88 = 'ADU     '
TTYPE89 = 'petroMag'
TFORM89 = 'E       '
TUNIT89 = 'mag     '
TTYPE90 = 'petroMagErr'
TFORM90 = 'E       '
TUNIT90 = 'mag     '
TTYPE91 = 'kronFlux'
TFORM91 = 'E       '
TUNIT91 = 'ADU     '
TTYPE92 = 'kronFluxErr'
TFORM92 = 'E       '
TUNIT92 = 'ADU     '
TTYPE93 = 'kronMag '
TFORM93 = 'E       '
TUNIT93 = 'mag     '
TTYPE94 = 'kronMagErr'
TFORM94 = 'E       '
TUNIT94 = 'mag     '
TTYPE95 = 'halfFlux'
TFORM95 = 'E       '
TUNIT95 = 'ADU     '
TTYPE96 = 'halfFluxErr'
TFORM96 = 'E       '
TUNIT96 = 'ADU     '
TTYPE97 = 'halfMag '
TFORM97 = 'E       '
TUNIT97 = 'mag     '
TTYPE98 = 'halfMagErr'
TFORM98 = 'E       '
TUNIT98 = 'mag     '
TTYPE99 = 'errBits '
TFORM99 = 'J       '
TUNIT99 = '        '
TTYPE100= 'sky     '
TFORM100= 'E       '
TUNIT100= 'ADU     '
TTYPE101= 'skyVar  '
TFORM101= 'E       '
TUNIT101= 'ADU     '
TTYPE102= 'averageConf'
TFORM102= 'E       '
TUNIT102= '        '
TTYPE103= 'ra      '
TFORM103= 'D       '
TUNIT103= 'Degrees '
TTYPE104= 'dec     '
TFORM104= 'D       '
TUNIT104= 'Degrees '
TTYPE105= 'cx      '
TFORM105= 'D       '
TUNIT105= '        '
TTYPE106= 'cy      '
TFORM106= 'D       '
TUNIT106= '        '
TTYPE107= 'cz      '
TFORM107= 'D       '
TUNIT107= '        '
TTYPE108= 'htmID   '
TFORM108= 'K       '
TUNIT108= '        '
TTYPE109= 'l       '
TFORM109= 'D       '
TUNIT109= 'Degrees '
TTYPE110= 'b       '
TFORM110= 'D       '
TUNIT110= 'Degrees '
TTYPE111= 'lambda  '
TFORM111= 'D       '
TUNIT111= 'Degrees '
TTYPE112= 'eta     '
TFORM112= 'D       '
TUNIT112= 'Degrees '
TTYPE113= 'class   '
TFORM113= 'I       '
TUNIT113= '        '
TTYPE114= 'classStat'
TFORM114= 'E       '
TUNIT114= '        '
TTYPE115= 'psfFlux '
TFORM115= 'E       '
TUNIT115= 'ADU     '
TTYPE116= 'psfFluxErr'
TFORM116= 'E       '
TUNIT116= 'ADU     '
TTYPE117= 'psfMag  '
TFORM117= 'E       '
TUNIT117= 'mag     '
TTYPE118= 'psfMagErr'
TFORM118= 'E       '
TUNIT118= 'mag     '
TTYPE119= 'psfFitX '
TFORM119= 'E       '
TUNIT119= 'pixels  '
TTYPE120= 'psfFitXerr'
TFORM120= 'E       '
TUNIT120= 'pixels  '
TTYPE121= 'psfFitY '
TFORM121= 'E       '
TUNIT121= 'pixels  '
TTYPE122= 'psfFitYerr'
TFORM122= 'E       '
TUNIT122= 'pixels  '
TTYPE123= 'psfFitChi2'
TFORM123= 'E       '
TUNIT123= '        '
TTYPE124= 'psfFitDof'
TFORM124= 'I       '
TUNIT124= '        '
TTYPE125= 'deltaMag'
TFORM125= 'E       '
TUNIT125= '        '
TTYPE126= 'illumCorr'
TFORM126= 'E       '
TUNIT126= '        '
TTYPE127= 'distortCorr'
TFORM127= 'E       '
TUNIT127= '        '
TTYPE128= 'saturatCorr'
TFORM128= 'E       '
TUNIT128= '        '
TTYPE129= 'ppErrBits'
TFORM129= 'J       '
TUNIT129= '        '
TTYPE130= 'deprecated'
TFORM130= 'B       '
TUNIT130= '        '
TTYPE131= 'objID   '
TFORM131= 'K       '
TUNIT131= '        '
TTYPE132= 'frameCode'
TFORM132= 'B       '
TUNIT132= '        '
HIERARCH multiframeID = 684837 / the UID of the relevant multiframe
HIERARCH extNum = 2 / the extension number of this frame
HIERARCH cuEventID = 3903 / UID of curation event giving rise to this record
HIERARCH compFile = 'e20110318_0013000025_dp_st_tl_1.jpg' / Filename of the
HIERARCH ESO DET CHIP NO = -9999 / Number of VISTA camera (1 to
HIERARCH ESO DET CHIP ID = 'NONE    ' / Device UID identifying every
HIERARCH ESO INS FILT1 NAME = 3 / UID of combined filter
RUNID   = 'NONE    '           / Name of CASU raw data file
HIERARCH numAxes = 2 / Number of data axes; eg. 2
HIERARCH axis1Length = 12776 / length of data axis 1 (X-axis size) {image&nbsp
HIERARCH axis2Length = 15667 / length of data axis 2 (Y-axis size) {image&nbsp
HIERARCH ESO DET CHIP NAME = 'NONE    ' / Detector name
HIERARCH ESO DET CHIP NX = -9999 / Pixels in X
HIERARCH ESO DET CHIP NY = -9999 / Pixels in Y
CIRMED  =         -999999488.0 / Latest estimate of background
CIR_BVAR=         -999999488.0 / Latest estimate of background variance
CIR_VERS= 'NONE    '           / CIRDR Version
CIR_XOFF=         -999999488.0 / Dither offset X
CIR_YOFF=         -999999488.0 / Dither offset Y
LINCOR  = 'NONE    '           / Linearity LUT used
NBAD    =            -99999999 / Number of bad pixels
NDITCOR =                    0 / Corrected to ndit=1
DESTRIPE=                    0 / stripe pattern removed (0/1)
STRPRMS =         -999999488.0 / RMS of stripe pattern removed
TPAOFF  =         -999999488.0 / Tangent point offset (RA)
TPDOFF  =         -999999488.0 / Tangent point offset (Dec)
TPNMATCH=            -99999999 / Number of objects used for TP offset
PERCORR =         -999999488.0 / Percentage sky correction for the catalogue
EXTINCT =                  0.0 / Extinction coefficient for the catalogue data
MAGZPT  =    23.78409957885742 / Photometric zero point for default extinction
MAGZRR  = 0.001200000056996942 / Photometric zero point error for the
NUMZPT  =                  384 / Number of standards used in determining
NIGHTZPT=         -999999488.0 / Average photometric zero point for night
NIGHTZRR=         -999999488.0 / Photometric zero point sigma for night
NIGHTNUM=            -99999999 / Number of ZP in band used to calculate
EXTNAME = 'detection table'    / FITS Extension name
APCORPK =    3.055253028869629 / Stellar aperture correction: peak height
APCOR1  =    1.214002013206482 / Stellar aperture correction: 1⁄2 ×
APCOR2  =   0.7286673188209534 / Stellar aperture correction: 1⁄√2
APCOR3  =   0.3964366912841797 / Stellar aperture correction: core flux
APCOR4  =   0.2163915932178497 / Stellar aperture correction: √2 ×
APCOR5  =   0.1189946979284286 / Stellar aperture correction: 2 × core
APCOR6  =  0.05417538061738014 / Stellar aperture correction: 2√2 ×
APCOR7  =  0.01060200016945601 / Stellar aperture correction: 4 × core
CROWDED =                    1 / Crowded field analysis flag (0 none, 1
MINPIX  =                    4 / Minimum size for images (pixels)
NXOUT   =                12776 / X-axis size of image
NYOUT   =                15667 / Y-axis size of image
RCORE   =                  3.0 / [pixels] Core radius for default profile fit
SKYLEVEL=     2287.60009765625 / Median sky brightness
SKYNOISE=    6.139999866485596 / Pixel noise at sky level
SEEING  =     3.06116795539856 / Average FWHM
ELLIPTIC=  0.05651611089706421 / Average ellipticity of point sources
SATURATE=         28310.890625 / Average saturation level in frame
THRESHOL=    7.670000076293945 / Isophotal analysis threshold (counts)
HIERARCH deprecated = 0 / Code for a current (=0) or deprecated (!=0)
CURTNRNG=         -999999488.0 / Range of decurtain correction
SKYSUB  =         -999999500.0 / Scale factor applied to sky subtraction image
CLASSIFD=                    1 / Image morphological classifier flag, set if
FILTFWHM=                  2.0 / FWHM of the smoothing kernel
EXPTIME =    2788.636474609375 / Total exposure time for this detector
DRIBBLE = 'bilinear'           / Interpolation method
GAINCOR =         -999999488.0 / Gain correction factor
CIR_ROFF=         -999999488.0 / Rotation between this and template
ABMAGLIM=    21.27609443664551 / 5-sigma point source limiting AB mag
ABMAGSAT=               13.071 / Point source saturation limit (AB mags)
CRUNIT1 = 'deg     '           / Unit of right ascension co-ordinates
CRUNIT2 = 'deg     '           / Unit of declination co-ordinates
PROJP1  =         -999999500.0 / Old style WCS
PROJP3  =         -999999500.0 / Old style WCS
PROJP5  =         -999999500.0 / Old style WCS
TC3_3   = -9.4761836129338E-05 / WCS transform matrix element
TC3_5   = 4.50165526483305E-07 / WCS transform matrix element
TC5_3   = -3.5041891495106E-07 / WCS transform matrix element
TC5_5   = -9.4777169295745E-05 / WCS transform matrix element
TV5_1   =         -999999500.0 / WCS parameter value term
TV5_2   =         -999999500.0 / WCS parameter value term
TV5_3   =         -999999500.0 / WCS parameter value term
TV5_4   =         -999999500.0 / WCS parameter value term
TV5_5   =         -999999500.0 / WCS parameter value term
WCSPASS =                    0 / Pass level of WCS
NUMBRMS =            -99999999 / No. of astrometric standards used in fit
STDCRMS =         -999999500.0 / RMS residual of fit to astrometric standards
RAZP01  =         -999999500.0 / Ref RA shift pass 0 to 1 (new - old)
DECZP01 =         -999999500.0 / Ref Dec shift pass 0 to 1 (new - old)
RAZP02  =         -999999500.0 / Ref RA shift pass 0 to 2 (new - old)
DECZP02 =         -999999500.0 / Ref Dec shift pass 0 to 2 (new - old)
RAZP12  =         -999999500.0 / Ref RA shift pass 1 to 2 (new - old)
DECZP12 =         -999999500.0 / Ref Dec shift pass 1 to 2 (new - old)
HIERARCH distortMap = 'NONE    ' / filename of 2d non-linear distortion map
RA      =            84.411737 / RA (J2000) at device centre
DEC     =            -69.37262 / Dec (J2000) at device centre
HIERARCH cx = 0.034306 / unit vector of spherical co-ordinates of
HIERARCH cy = 0.350615 / unit vector of spherical co-ordinates of
HIERARCH cz = -0.935891 / unit vector of spherical co-ordinates of
HIERARCH htmID = 9088585788623 / Hierarchical Triangular Mesh (HTM) index, 20
HIERARCH posAngle = -90.27228700000001 / orientation of image x-axis to N-S
HIERARCH l = 279.795242 / Galactic longitude of device centre
HIERARCH b = -31.733264 / Galactic latitude of device centre
HIERARCH lambda = -20.260593 / SDSS system spherical co-ordinate 1
HIERARCH eta = -126.456693 / SDSS system spherical co-ordinate 2 of
HIERARCH imageExtent = 57.49664688110352 / The maximum angular extent from
HIERARCH minRa = 82.643051 / The minimum RA (J2000) on the device
HIERARCH minDec = -70.108458 / The minimum Dec (J2000) on the device
HIERARCH maxRa = 86.200761 / The maximum RA (J2000) on the device
HIERARCH maxDec = -68.61997700000001 / The maximum Dec (J2000) on the device
HIERARCH xPixSize = 0.3411259949207306 / Angular size of pixels in X
HIERARCH yPixSize = 0.3411679863929749 / Angular size of pixels in Y
INHERIT =                    T / Primary header keywords are inherited
PHOTSYS = 'VISTA   '           / Photometric system
PSF_FWHM=    1.044243964404792 / Spatial resolution (arcsec)
CHECKSUM= '7AXaB5XX9AXaA5XW'   / HDU checksum updated 2011-04-19T14:53:59
DATASUM = '1721860541'         / data unit checksum updated 2011-04-19T14:53:59
END