--- header unit 0: primary ---
SIMPLE = T / conforms to FITS standard
BITPIX = 8 / array data type
NAXIS = 0 / number of array dimensions
EXTEND = T
--- header unit 1: binary table ---
XTENSION = 'BINTABLE' / binary table extension
BITPIX = 8 / 8-bit bytes
NAXIS = 2 / 2-dimensional table
NAXIS1 = 373 / width of table in bytes
NAXIS2 = 15765 / number of rows in table
PCOUNT = 0 / size of special data area
GCOUNT = 1 / one data group
TFIELDS = 60 / number of columns
EXTNAME = 'Joined' / table name
TTYPE1 = 'id' / label for column 1
TFORM1 = 'K' / format for column 1
TTYPE2 = 'ra' / label for column 2
TFORM2 = 'D' / format for column 2
TUNIT2 = 'deg' / units for column 2
TCOMM2 = 'Right ascension of the source as given in the Gaia DR2 catalogue.'
TUCD2 = 'pos.eq.ra;meta.main'
TUTYP2 = 'Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1'
TTYPE3 = 'dec' / label for column 3
TFORM3 = 'D' / format for column 3
TUNIT3 = 'deg' / units for column 3
TCOMM3 = 'Declination of the source as given in the Gaia DR2 catalogue.'
TUCD3 = 'pos.eq.dec;meta.main'
TUTYP3 = 'Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C2'
TTYPE4 = 'source_id' / label for column 4
TFORM4 = 'K' / format for column 4
TNULL4 = -9223372036854775808 / blank value for column 4
TCOMM4 = 'Unique source indentifier of the star within Gaia DR2.'
TUCD4 = 'meta.id.cross'
TTYPE5 = 'phot_g_mean_mag' / label for column 5
TFORM5 = 'E' / format for column 5
TUNIT5 = 'mag' / units for column 5
TCOMM5 = 'G-band mean magnitude of the star in the Gaia DR2 catalogue.'
TUCD5 = 'phot.mag;stat.mean;em.opt'
TTYPE6 = 'phot_bp_mean_mag' / label for column 6
TFORM6 = 'E' / format for column 6
TUNIT6 = 'mag' / units for column 6
TCOMM6 = 'Integrated BP mean magnitude of the star in the Gaia DR2 catalogue.'
TUCD6 = 'phot.mag;stat.mean'
TTYPE7 = 'phot_rp_mean_mag' / label for column 7
TFORM7 = 'E' / format for column 7
TUNIT7 = 'mag' / units for column 7
TCOMM7 = 'Integrated RP mean magnitude of the star in the Gaia DR2 catalogue.'
TUCD7 = 'phot.mag;stat.mean'
TTYPE8 = 'phot_bp_mean_mag_err' / label for column 8
TFORM8 = 'D' / format for column 8
TTYPE9 = 'phot_rp_mean_mag_err' / label for column 9
TFORM9 = 'D' / format for column 9
TTYPE10 = 'phot_bp_mean_flux' / label for column 10
TFORM10 = 'D' / format for column 10
TUNIT10 = '''electron''.s**-1' / units for column 10
TCOMM10 = 'Integrated BP mean flux of the star in the Gaia DR2 catalogue.'
TUCD10 = 'phot.flux;stat.mean'
TTYPE11 = 'phot_rp_mean_flux' / label for column 11
TFORM11 = 'D' / format for column 11
TUNIT11 = '''electron''.s**-1' / units for column 11
TCOMM11 = 'Integrated RP mean flux of the star in the Gaia DR2 catalogue.'
TUCD11 = 'phot.flux;stat.mean'
TTYPE12 = 'phot_g_mean_flux' / label for column 12
TFORM12 = 'D' / format for column 12
TUNIT12 = '''electron''.s**-1' / units for column 12
TCOMM12 = 'G-band mean flux of the star in the Gaia DR2 catalogue.'
TUCD12 = 'phot.flux;stat.mean;em.opt'
TTYPE13 = 'astrometric_chi2_al' / label for column 13
TFORM13 = 'E' / format for column 13
TCOMM13 = 'Astrometric goodness of fit in the Gaia DR2 catalogue.'
TUCD13 = 'stat.fit.chi2'
TTYPE14 = 'astrometric_n_good_obs_al' / label for column 14
TFORM14 = 'J' / format for column 14
TNULL14 = -2147483648 / blank value for column 14
TCOMM14 = 'No. CCD transits not downweighted in the astrometric solution in the Gaia DR2 Catalogue.'
TUCD14 = 'meta.number'
TTYPE15 = 'Jmag_cds' / label for column 15
TFORM15 = 'E' / format for column 15
TUNIT15 = 'mag' / units for column 15
TCOMM15 = '$J$ band magnitude of the star in 2MASS.'
TUCD15 = 'phot.mag;em.IR.J'
TTYPE16 = 'e_Jmag_cds' / label for column 16
TFORM16 = 'E' / format for column 16
TUNIT16 = 'mag' / units for column 16
TCOMM16 = 'Uncertainty in $J$ band magnitude of the star in 2MASS.'
TUCD16 = 'stat.error;phot.mag;em.IR.J'
TTYPE17 = 'Hmag_cds' / label for column 17
TFORM17 = 'E' / format for column 17
TUNIT17 = 'mag' / units for column 17
TCOMM17 = '$H$ band magnitude of the star in 2MASS.'
TUCD17 = 'phot.mag;em.IR.H'
TTYPE18 = 'e_Hmag_cds' / label for column 18
TFORM18 = 'E' / format for column 18
TUNIT18 = 'mag' / units for column 18
TCOMM18 = 'Uncertainty in $H$ band magnitude of the star in 2MASS.'
TUCD18 = 'stat.error;phot.mag;em.IR.H'
TTYPE19 = 'Kmag_cds' / label for column 19
TFORM19 = 'E' / format for column 19
TUNIT19 = 'mag' / units for column 19
TCOMM19 = '$K_s$ band magnitude of the star in 2MASS.'
TUCD19 = 'phot.mag;em.IR.K'
TTYPE20 = 'e_Kmag_cds' / label for column 20
TFORM20 = 'E' / format for column 20
TUNIT20 = 'mag' / units for column 20
TCOMM20 = 'Uncertainty in $K_s$ band magnitude of the star in 2MASS.'
TUCD20 = 'stat.error;phot.mag;em.IR.K'
TTYPE21 = 'W1mag_cds' / label for column 21
TFORM21 = 'E' / format for column 21
TUNIT21 = 'mag' / units for column 21
TCOMM21 = '$W_1$ band magnitude of the star in AllWISE.'
TUCD21 = 'phot.mag;em.IR'
TTYPE22 = 'e_W1mag_cds' / label for column 22
TFORM22 = 'E' / format for column 22
TUNIT22 = 'mag' / units for column 22
TCOMM22 = 'Uncertainty in $W_1$ band magnitude of the star in AllWISE.'
TUCD22 = 'stat.error;phot.mag;em.IR'
TTYPE23 = 'W2mag_cds' / label for column 23
TFORM23 = 'E' / format for column 23
TUNIT23 = 'mag' / units for column 23
TCOMM23 = '$W_2$ band magnitude of the star in AllWISE.'
TUCD23 = 'phot.mag;em.IR'
TTYPE24 = 'e_W2mag_cds' / label for column 24
TFORM24 = 'E' / format for column 24
TUNIT24 = 'mag' / units for column 24
TCOMM24 = 'Uncertainty in $W_2$ band magnitude of the star in AllWISE.'
TUCD24 = 'stat.error;phot.mag;em.IR'
TTYPE25 = 'W3mag_cds' / label for column 25
TFORM25 = 'E' / format for column 25
TUNIT25 = 'mag' / units for column 25
TCOMM25 = '$W_3$ band magnitude of the star in AllWISE.'
TUCD25 = 'phot.mag;em.IR'
TTYPE26 = 'e_W3mag_cds' / label for column 26
TFORM26 = 'E' / format for column 26
TUNIT26 = 'mag' / units for column 26
TCOMM26 = 'Uncertainty in $W_3$ band magnitude of the star in AllWISE.'
TUCD26 = 'stat.error;phot.mag;em.IR'
TTYPE27 = 'model_no' / label for column 27
TFORM27 = 'I' / format for column 27
TTYPE28 = 'norm' / label for column 28
TFORM28 = 'D' / format for column 28
TTYPE29 = 'chisq' / label for column 29
TFORM29 = 'D' / format for column 29
TTYPE30 = 'reduced_chisq' / label for column 30
TFORM30 = 'D' / format for column 30
TTYPE31 = 'prob' / label for column 31
TFORM31 = 'D' / format for column 31
TTYPE32 = 'rsqr_on_dsqr' / label for column 32
TFORM32 = 'D' / format for column 32
TTYPE33 = 'radius' / label for column 33
TFORM33 = 'D' / format for column 33
TTYPE34 = 'dist' / label for column 34
TFORM34 = 'D' / format for column 34
TTYPE35 = 'dist_lbound' / label for column 35
TFORM35 = 'D' / format for column 35
TTYPE36 = 'dist_ubound' / label for column 36
TFORM36 = 'D' / format for column 36
TTYPE37 = 'nphot' / label for column 37
TFORM37 = 'I' / format for column 37
TTYPE38 = 'Teff' / label for column 38
TFORM38 = 'E' / format for column 38
TTYPE39 = 'Log(g)' / label for column 39
TFORM39 = 'E' / format for column 39
TTYPE40 = 'bad_phot' / label for column 40
TFORM40 = 'L' / format for column 40
TTYPE41 = 'bad_astr' / label for column 41
TFORM41 = 'L' / format for column 41
TTYPE42 = 'bad_teff' / label for column 42
TFORM42 = 'L' / format for column 42
TTYPE43 = 'good' / label for column 43
TFORM43 = 'L' / format for column 43
TTYPE44 = 'teff_lbound' / label for column 44
TFORM44 = 'D' / format for column 44
TTYPE45 = 'teff_ubound' / label for column 45
TFORM45 = 'D' / format for column 45
TTYPE46 = 'logg_lbound' / label for column 46
TFORM46 = 'D' / format for column 46
TTYPE47 = 'logg_ubound' / label for column 47
TFORM47 = 'D' / format for column 47
TTYPE48 = 'radius_lbound' / label for column 48
TFORM48 = 'D' / format for column 48
TTYPE49 = 'radius_ubound' / label for column 49
TFORM49 = 'D' / format for column 49
TTYPE50 = 'tau_sq_68_contour' / label for column 50
TFORM50 = 'D' / format for column 50
TTYPE51 = 'uncer_sample' / label for column 51
TFORM51 = '6A' / format for column 51
TTYPE52 = 'd08_inflation' / label for column 52
TFORM52 = 'D' / format for column 52
TTYPE53 = 'd08_lum_corr_radius' / label for column 53
TFORM53 = 'D' / format for column 53
TTYPE54 = 'lum' / label for column 54
TFORM54 = 'D' / format for column 54
TTYPE55 = 'corrected_radius' / label for column 55
TFORM55 = 'D' / format for column 55
TTYPE56 = 'corrected_radius_lbound' / label for column 56
TFORM56 = 'D' / format for column 56
TTYPE57 = 'corrected_radius_ubound' / label for column 57
TFORM57 = 'D' / format for column 57
TTYPE58 = 'fe_h' / label for column 58
TFORM58 = 'D' / format for column 58
TTYPE59 = 'fe_h_bibcode' / label for column 59
TFORM59 = '19A' / format for column 59
TTYPE60 = 'rad_corr' / label for column 60
TFORM60 = 'D' / format for column 60
DATE-HDU = '2020-08-11T10:44:18' / Date of HDU creation (UTC)
STILVERS = '3.3-1' / Version of STIL software
STILCLAS = 'uk.ac.starlink.votable.FitsPlusTableWriter' / STIL Author class
TCOMM1 = 'Internal identifier for the object within our catalogue.'
TUNIT1 = ''
TUCD1 = 'meta.id'
TUNIT4 = ''
TCOMM8 = 'Uncertainty of the BP mean magnitude of the star in the Gaia DR2 catalogue.'
TUNIT8 = 'mag'
TUCD8 = 'stat.error;em.opt;phot.mag'
TCOMM9 = 'Uncertainty of the RP mean magnitude of the star in the Gaia DR2 catalogue.'
TUNIT9 = 'mag'
TUCD9 = 'stat.error;em.opt;phot.mag'
TUNIT13 = ''
TUNIT14 = ''
TCOMM27 = 'Number of the best fitting model in our grid.'
TUNIT27 = ''
TUCD27 = ''
TCOMM28 = 'Magnitude normalisation calculated by the code to scale $Z_i$ to $m_{i, \text{syn}}$.'
TUNIT28 = ''
TUCD28 = ''
TCOMM29 = 'Goodness of fit for the best fitting model.'
TUNIT29 = ''
TUCD29 = 'stat.fit.chi2'
TCOMM30 = 'Goodness of fit per degree of freedom for the best fitting model.'
TUNIT30 = ''
TUCD30 = ''
TCOMM31 = 'The corresponding probability of being the best fitting model.'
TUNIT31 = ''
TUCD31 = 'stat.probability'
TCOMM32 = 'Measured radius squared on distance squared of the target.'
TUNIT32 = ''
TUCD32 = ''
TCOMM33 = 'Our measured radius of the target (in units of $R_{\odot}$).'
TUNIT33 = 'solRad'
TUCD33 = 'phys.size.radius'
TCOMM34 = 'Estimated distance (in pc) to the target.'
TUNIT34 = 'pc'
TUCD34 = 'pos.distance'
TCOMM35 = 'Lower bound on the confidence interval of the estimated distance (in pc).'
TUNIT35 = 'pc'
TUCD35 = 'pos.distance;stat.min'
TCOMM36 = 'Upper bound on the confidence interval of the estimated distance (in pc).'
TUNIT36 = 'pc'
TUCD36 = 'pos.distance;stat.max'
TCOMM37 = 'The number of photometric data points used for the SED fitting.'
TUNIT37 = ''
TUCD37 = 'meta.number'
TCOMM38 = 'Our measured SED temperature of the target.'
TUNIT38 = 'K'
TUCD38 = 'phys.temperature.effective'
TCOMM39 = 'Our measured surface gravity of the target.'
TUNIT39 = 'dex'
TUCD39 = 'phys.gravity'
TCOMM40 = 'Flag showing whether source is consistent with contaminated photometry in Gaia DR2.'
TUNIT40 = ''
TUCD40 = 'meta.code.qual'
TCOMM41 = 'Flag indicating whether source is consistent with contaminated astrometry in Gaia DR2.'
TUNIT41 = ''
TUCD41 = 'meta.code.qual'
TCOMM42 = 'Flag indicating that the measured $T_{\rm SED}$ is at a grid boundary.'
TUNIT42 = ''
TUCD42 = 'meta.code.qual'
TCOMM43 = 'True if none of \textbf{bad\_phot}, \textbf{bad\_astr} or \textbf{bad\_teff} are true for the source.'
TUNIT43 = ''
TUCD43 = 'meta.code.qual'
TCOMM44 = 'Lower bound on the confidence interval of our measured $T_{\rm SED}$.'
TUNIT44 = 'K'
TUCD44 = 'phys.temperature.effective;stat.min'
TCOMM45 = 'Upper bound on the confidence interval of our measured $T_{\rm SED}$.'
TUNIT45 = 'K'
TUCD45 = 'phys.temperature.effective;stat.max'
TCOMM46 = 'Lower bound on the confidence interval of our measured $\log(g)$.'
TUNIT46 = 'dex'
TUCD46 = 'phys.gravity;stat.min'
TCOMM47 = 'Upper bound on the confidence interval of our measured $\log(g)$.'
TUNIT47 = 'dex'
TUCD47 = 'phys.gravity;stat.max'
TCOMM48 = 'Lower bound on the confidence interval of our measured radius.'
TUNIT48 = 'solRad'
TUCD48 = 'phys.size.radius;stat.min'
TCOMM49 = 'Upper bound on the confidence interval of our measured radius.'
TUNIT49 = 'solRad'
TUCD49 = 'phys.size.radius;stat.max'
TCOMM50 = 'Value of $\chi^2$ within which 68\% of the confidence is bounded within the cube.'
TUNIT50 = ''
TUCD50 = ''
TCOMM51 = 'Sample for which the uncertainties correspond. For this publication, it will be ''random''.'
TUNIT51 = ''
TUCD51 = ''
TCOMM52 = 'Radius inflation (in \%) from the \citet{Dotter:2008aa} 4Gyr solar metallicity isochrone.'
TUNIT52 = ''
TUCD52 = 'phys.size.radius;stat.fit.residual'
TCOMM53 = 'Radius residual when corrected for our luminosity - radius relation.'
TUNIT53 = 'solRad'
TUCD53 = 'phys.size.radius;stat.fit.residual'
TCOMM54 = 'Luminosity measured for the source when correcting the radius for metallicity.'
TUNIT54 = 'solLum'
TUCD54 = 'phys.luminosity'
TCOMM55 = 'Radius of the star when corrected for the effects of metallicity.'
TUNIT55 = 'solRad'
TUCD55 = 'phys.size.radius'
TCOMM56 = 'Lower bound on the confidence interval of our metallicity corrected radius.'
TUNIT56 = 'solRad'
TUCD56 = 'phys.size.radius;stat.min'
TCOMM57 = 'Upper bound on the confidence interval of our metallicity corrected radius.'
TUNIT57 = 'solRad'
TUCD57 = 'phys.size.radius;stat.max'
TCOMM58 = 'Measured metallicity of the target.'
TUNIT58 = 'dex'
TUCD58 = 'phys.abund.Fe'
TCOMM59 = 'The bibcode corresponding to the source of the metallicity measurement.'
TUNIT59 = ''
TUCD59 = 'meta.bib.bibcode'
TCOMM60 = 'The correction applied to our measured radius to correct for metallicity, measured in $R_\odot$.'
TUNIT60 = 'solRad'
TUCD60 = 'phys.size.radius'