XTENSION= 'TABLE   '           / Table extension
BITPIX  =                    8 / 8-bit characters
NAXIS   =                    2 / Simple 2-D matrix
NAXIS1  =                   80 / Number of characters per row
NAXIS2  =                54579 / Number of rows = number of sources
PCOUNT  =                    0 / No random parameters
GCOUNT  =                    1 / Only one group
TFIELDS =                   22 / Number of fields per row
EXTNAME = 'J2000.dat'          / Name (Epoch)
EXTVER  =                    1 / Version number
EXTLEVEL=                    1 / Hierarchical level

TTYPE1  = 'RAH     '           / right ascension (hours)
TBCOL1  =                    1 / start in column 1
TFORM1  = 'I2      '           / 2-digit integer
TUNIT1  = 'HR      '           / units are hours
TNULL1  = '99      '

TTYPE2  = 'RAM     '           / right ascension (minutes)
TBCOL2  =                    3 / start in column 3
TFORM2  = 'I2      '           / 2-digit integer
TUNIT2  = 'MIN     '           / minutes of time
TNULL2  = '99      '

TTYPE3  = 'RAS     '           / right ascension (seconds)
TBCOL3  =                    5 / start in column 5
TFORM3  = 'E4.1    '           / xx.x SP floating point
TUNIT3  = 'S       '           / seconds of time
TNULL3  = '99.9    '

TTYPE4  = 'URAS    '           / rms uncertainty in RAS (seconds)
TBCOL4  =                   10 / start in column 10
TFORM4  = 'E3.1    '           / x.x SP floating point
TUNIT4  = 'S       '           / seconds of time

TTYPE5  = 'DECDSIGN'           / declination sign
TBCOL5  =                   14 / start in column 14
TFORM5  = 'A1      '           / 1-character field

TTYPE6  = 'DECD    '           / declination (degrees)
TBCOL6  =                   15 / start in column 15
TFORM6  = 'I2      '           / 2-digit integer
TUNIT6  = 'DEG     '           / degrees of arc
TNULL6  = '99      '

TTYPE7  = 'DECM    '           / declination (minutes)
TBCOL7  =                   17 / start in column 17
TFORM7  = 'I2      '           / 2-digit integer
TUNIT7  = 'ARCMIN  '           / minutes of arc
TNULL7  = '99      '

TTYPE8  = 'DECS    '           / declination (seconds)
TBCOL8  =                   19 / start in column 19
TFORM8  = 'I2      '           / 2-digit integer
TUNIT8  = 'ARCSEC  '           / seconds of arc
TNULL8  = '99      '

TTYPE9  = 'UDECS   '           / rms uncertainty in DECS
TBCOL9  =                   22 / start in column 22
TFORM9  = 'I2      '           / 2-digit integer
TUNIT9  = 'ARCSEC  '           / seconds of arc

TTYPE10 = 'GLAT    '           / galactic latitude b2
TBCOL10 =                   25 / start in column 25
TFORM10 = 'E5.1    '           / xxx.x SP floating point
TUNIT10 = 'DEG     '           / degrees of arc
TNULL10 = '999.9   '

TTYPE11 = 'GLON    '           / galactic longitude l2
TBCOL11 =                   31 / start in column 31
TFORM11 = 'E5.1    '           / xxx.x SP floating point
TUNIT11 = 'DEG     '           / degrees of arc
TNULL11 = '999.9   '

TTYPE12 = 'FLUX    '           / 4.85 GHz peak flux density (Jy)
TBCOL12 =                   37 / start in column 37
TFORM12 = 'E5.3    '           / xx(.)xxx SP floating point
TUNIT12 = 'JY      '           / Jansky

TTYPE13 = 'UFLUX   '           / rms uncertainty in FLUX (Jy)
TBCOL13 =                   43 / start in column 43
TFORM13 = 'E4.3    '           / x(.)xxx SP floating point
TUNIT13 = 'JY      '           / Jansky

TTYPE14 = 'EFLAG   '           / flag for extended source
TBCOL14 =                   49 / start in column 49
TFORM14 = 'A1      '           / 1-character field

TTYPE15 = 'WFLAG   '           / warning flag
TBCOL15 =                   50 / start in column 50
TFORM15 = 'A1      '           / 1-character field

TTYPE16 = 'CFLAG   '           / flag for confused source
TBCOL16 =                   51 / start in column 51
TFORM16 = 'A1      '           / 1-character field

TTYPE17 = 'PHIMAJ  '           / normalized major axis of fit
TBCOL17 =                   53 / start in column 53
TFORM17 = 'E4.2    '           / x.xx SP floating point

TTYPE18 = 'PHIMIN  '           / normalized minor axis of fit
TBCOL18 =                   58 / start in column 58
TFORM18 = 'E4.2    '           / x.xx SP floating point

TTYPE19 = 'ANGLE   '           / fit major-axis PA (degrees E of N)
TBCOL19 =                   63 / start in column 63
TFORM19 = 'I3      '           / 3-digit integer
TUNIT19 = 'DEG     '           / degrees of arc

TTYPE20 = 'ZERO    '           / zero-level of fit (Jy)
TBCOL20 =                   67 / start in column 67
TFORM20 = 'E3.3    '           / (.)xxx SP floating point
TUNIT20 = 'JY      '           / Jansky

TTYPE21 = 'PIXX    '           / x-coordinate pixel number
TBCOL21 =                   71 / start in column 71
TFORM21 = 'I4      '           / 4-digit integer

TTYPE22 = 'PIXY    '           / y-coordinate pixel number
TBCOL22 =                   76 / start in column 76
TFORM22 = 'I4      '           / 4-digit integer

AUTHOR  = 'P. C. Gregory and J. J. Condon'
REFERENC= '1991, Ap. J. Suppl., in press'
DATE    = '25/09/90'           / file generation data (dd/mm/yy)

END