Simple TargetList Of TargetsFast Xmatch with large catalogs or Simbad
Target Name (resolved by Sesame) or Position:
 Target dimension:
NB: The epoch used for the query is the original epoch of the table(s)Radius Box size

  
I/355
  Gaia DR3 Part 1. Main source (Gaia Collaboration, 2022)
ReadMe+ftp
2022yCat.1355....0G
Similar Catalogs
acknowledge and cite Gaia DR3
timeSerie
spectrum
[METAcat] [METAcells] [stats]
Post annotation 		img(gal)
1.I/355/gaiadr3(c)Gaia data release 3 (Gaia DR3). (original column names in green)[timeSerie]
spectrum
(1811709771 rows) (released 2024-12-12)
[METAtab] [METAcola]
2.I/355/paramp(c)1D astrophysical parameters produced by the Apsis processing chain developed in Gaia DPAC CU8 (1590932717 sources) (astrophysical_parameters) (original column names in green) (1590932717 rows) (released 2024-12-12)
[METAtab] [METAcola]
3.I/355/paramsup(c)Additional parameters from the Apsis processing chain, compared to the main table astrophysical parameters, from modules that produce more than one result for a parameter (473020612 sources) (astrophysicalparameterssupp) (original column names in green) (473020612 rows) (released 2024-12-12)
[METAtab] [METAcola]
4.I/355/tgextmapTotal Galactic Extinction (TGE) map for extinction parameters A0 (original column names in green) (4177920 rows) (released 2024-12-12)
[METAtab] [METAcola]
5.I/355/tgextoptOptimum version of the Total Galactic Extinction Map, derived from the table tgextmap.dat (totalgalacticextinction_map) at a single HELPix level 9 (3145728 rows) (released 2024-12-12)
[METAtab] [METAcola]
6.I/355/oaninfoContent of a Self-Organized Map calculated from a dataset composed by outliers by the Apsis module OA (oaneuroninformation) (original column names in green) (900 rows) (released 2024-12-12)
[METAtab] [METAcola]
7.I/355/oaxpspPrototype BP/RP spectrum corresponding to each of the neurons of the Self-Organised-Map produced by the Apsis module OA (oaneuronxp_spectra) (original column names in green) (78300 rows) (released 2024-12-12)
[METAtab] [METAcola]
8.I/355/epphot(c)Light curves for a given object in bands G, BP and RP (555868797 rows) (epoch_photometry) (original column names in green) (555868797 rows) (released 2024-12-12)
[METAtab] [METAcola]
9.I/355/gcrf3xmFull cross-match information for the Gaia-CRF3 sources (GaiaCrf3Xm) (original column names in green) (1614173 rows) (released 2024-12-12)
[METAtab] [METAcola]
10.I/355/rvsmean(c)RVS mean sampled spectrum table (2400147645 lines) (rvsmeanspectrum) (original column names in green) (2400147645 rows) (released 2024-12-12)
[METAtab] [METAcola]
11.I/355/xpsummary(c)Auxiliary information about the mean BP/RP spectrum (219197643 sources) (xp_summary) (original column names in green) (219197643 rows) (released 2024-12-12)
[METAtab] [METAcola]
12.I/355/xpsample(c)BP/RP externally calibrated sampled mean spectrum (11822651939 rows) (xpsampledmean_spectrum) (original column names in green) (11822651939 rows) (released 2024-12-12)
[METAtab] [METAcola]
13.I/355/xpsampDefinition of XP spectra standard sampling schemes (xp_sampling) (original column names in green) (37730 rows) (released 2024-12-12)
[METAtab] [METAcola]
14.I/355/xpmergeCoefficients used to merge the BP and RP externally calibrated sampled spectra into the final merged product (xp_merge) (original column names in green) (343 rows) (released 2024-12-12)
[METAtab] [METAcola]
15.I/355/xpcont(c)Mean BP and RP spectra based on the continuous representation in basis functions (219197643 rows) (gaiadr3xpcont) (original column names in green) (219197643 rows) (released 2024-12-12)
[METAtab] [METAcola]
16.I/355/spectra(c)Gaia DR3 spectra view (34468373 sources) (34468373 rows) (released 2024-12-12)
[METAtab] [METAcola]

Simple ConstraintList Of Constraints
 
Standard Original
Query by Constraints constraints help applied on Columns (Output Order: + - )
ShowSort(Table#)Column  Constraint Explain   (UCD)
  (1)DR3Name (char) Unique source designation (unique across all Data Releases) (designation) (meta.id)
  (1+2+3+8+11+12+15+16)RA_ICRS deg (i) Right ascension (ICRS) at Ep=2016.0 (ra) (pos.eq.ra;meta.main)
  (1+2+3+8+11+12+15+16)DE_ICRS deg (i) Declination (ICRS) at Ep=2016.0 (dec) (pos.eq.dec;meta.main)
  (1+3+4+5+6+7+9+11+13+14+15)SolID  Solution Identifier (solution_id) (meta.version)
  (1+2+3+8+9+10+11+12+15+16)Source  (i) Unique source identifier (unique within a particular Data Release) (source_id) (meta.id;meta.main)
  (1)RandomI  (i) Random index for use when selecting subsets (random_index) (meta.code)
  (1)e_RA_ICRS mas Standard error of right ascension (ra_error) (stat.error;pos.eq.ra)
  (1)e_DE_ICRS mas Standard error of declination (dec_error) (stat.error;pos.eq.dec)
  (1+6)Plx mas (n)(i) Parallax (parallax) (pos.parallax.trig)
  (1)e_Plx mas (n) Standard error of parallax (parallax_error) (stat.error;pos.parallax.trig)
  (1)RPlx  (n)(i) Parallax divided by its standard error (parallax_over_error) (stat.snr;pos.parallax.trig)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)PM mas/yr (n) Total proper motion (pm) (pos.pm;pos.eq)
  (1+6)pmRA mas/yr (n)(i) Proper motion in right ascension direction, pmRA*cosDE (pmra) (pos.pm;pos.eq.ra)
  (1)e_pmRA mas/yr (n) Standard error of proper motion in right ascension direction (pmra_error) (stat.error;pos.pm;pos.eq.ra)
  (1+6)pmDE mas/yr (n)(i) Proper motion in declination direction (pmdec) (pos.pm;pos.eq.dec)
  (1)e_pmDE mas/yr (n) Standard error of proper motion in declination direction (pmdec_error) (stat.error;pos.pm;pos.eq.dec)
  (1)RADEcor   [-1/1] Correlation between right ascension and declination (ra_dec_corr) (stat.correlation)
  (1)RAPlxcor  (n) [-1/1] Correlation between right ascension and parallax (ra_parallax_corr) (stat.correlation)
  (1)RApmRAcor  (n) [-1/1] Correlation between right ascension and proper motion in right ascension (ra_pmra_corr) (stat.correlation)
  (1)RApmDEcor  (n) [-1/1] Correlation between right ascension and proper motion in declination (ra_pmdec_corr) (stat.correlation)
  (1)DEPlxcor  (n) [-1/1] Correlation between declination and parallax (dec_parallax_corr) (stat.correlation)
  (1)DEpmRAcor  (n) [-1/1] Correlation between declination and proper motion in right ascension (dec_pmra_corr) (stat.correlation)
  (1)DEpmDEcor  (n) [-1/1] Correlation between declination and proper motion in declination (dec_pmdec_corr) (stat.correlation)
  (1)PlxpmRAcor  (n) [-1/1] Correlation between parallax and proper motion in right ascension (parallax_pmra_corr) (stat.correlation)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)PlxpmDEcor  (n) [-1/1] Correlation between parallax and proper motion in declination (parallax_pmdec_corr) (stat.correlation)
  (1)pmRApmDEcor  (n) [-1/1] Correlation between proper motion in right ascension and proper motion in declination (pmra_pmdec_corr) (stat.correlation)
  (1)NAL  Total number of observations in the along-scan (AL) direction (astrometric_n_obs_al) (meta.number)
  (1)NAC  Total number of observations in the across-scan (AC) direction (astrometric_n_obs_ac) (meta.number)
  (1)NgAL  Number of good observations in the along-scan (AL) direction (astrometric_n_good_obs_al) (meta.number)
  (1)NbAL  Number of bad observations in the along-scan (AL) direction (astrometric_n_bad_obs_al) (meta.number)
  (1)gofAL  Goodness of fit statistic of model wrt along-scan observations (astrometric_gof_al) (stat.fit.goodness)
  (1)chi2AL  AL chi-square value (astrometric_chi2_al) (stat.fit.chi2)
  (1)epsi mas Excess noise of the source (astrometric_excess_noise) (stat.value)
  (1)sepsi  Significance of excess noise (astrometric_excess_noise_sig) (stat.value)
  (1)Solved   [3/95] Which parameters have been solved for? (astrometric_params_solved) (Note 1)   (meta.number)
  (1)APF   [0/1] Primary or secondary (astrometric_primary_flag) (meta.code)
  (1)nueff um-1 (n) Effective wavenumber of the source used in the astrometric solution (nu_eff_used_in_astrometry) (em.wavenumber)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)pscol um-1 (n) Astrometrically estimated pseudocolour of the source (pseudocolour) (em.wavenumber)
  (1)e_pscol um-1 (n) Standard error of the pseudocolour of the source (pseudocolour_error) (stat.error;em.wavenumber)
  (1)RApscolCorr  (n) [-1/1] Correlation between right ascension and pseudocolour (ra_pseudocolour_corr) (stat.correlation;em.wavenumber;pos.eq.ra)
  (1)DEpscolCorr  (n) [-1/1] Correlation between declination and pseudocolour (dec_pseudocolour_corr) (stat.correlation;em.wavenumber;pos.eq.dec)
  (1)PlxpscolCorr  (n) [-1/1] Correlation between parallax and pseudocolour (parallax_pseudocolour_corr) (stat.correlation;em.wavenumber;pos.parallax)
  (1)pmRApscolCorr  (n) [-1/1] Correlation between proper motion in right ascension and pseudocolour (pmra_pseudocolour_corr) (stat.correlation;em.wavenumber;pos.pm)
  (1)pmDEpscolCorr  (n) [-1/1] Correlation between proper motion in declination and pseudocolour (pmdec_pseudocolour_corr) (stat.correlation;em.wavenumber;pos.pm)
  (1)MatchObsA  Matched FOV transits used in the AGIS solution (astrometric_matched_transits) (meta.number)
  (1)Nper   [1/33] Number of visibility periods used in Astrometric solution (visibility_periods_used) (meta.number)
  (1)amax mas The longest semi-major axis of the -2- -7 error ellipsoid (astrometric_sigma5d_max) (stat;pos.errorEllipse)
  (1)MatchObs  The number of transits matched to this source (matched_transits) (meta.number)
  (1)NewMatchObs  The number of transits newly incorporated into an existing source in the current cycle (new_matched_transits) (meta.number)
  (1)MatchObsrm  The number of transits removed from an existing source in the current cycle (matched_transits_removed) (meta.number)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)IPDgofha  Amplitude of the IPD GoF versus position angle of scan (ipd_gof_harmonic_amplitude) (stat.value)
  (1)IPDgofhp deg Phase of the IPD GoF versus position angle of scan (ipd_gof_harmonic_phase) (pos.posAng;stat.value)
  (1)IPDfmp   [0/100] Percent of successful-IPD windows with more than one peak (ipd_frac_multi_peak) (stat.value)
  (1)IPDfow   [0/100] Percent of transits with truncated windows or multiple gate (ipd_frac_odd_win) (stat.value)
  (1+6)RUWE  (n) Renormalised unit weight error (ruwe) (stat.error)
  (1)SDSk1  (n) Degree of concentration of scan directions across the source (scan_direction_strength_k1) (stat.value)
  (1)SDSk2  (n) Degree of concentration of scan directions across the source (scan_direction_strength_k2) (stat.value)
  (1)SDSk3  (n) Degree of concentration of scan directions across the source (scan_direction_strength_k3) (stat.value)
  (1)SDSk4  (n) Degree of concentration of scan directions across the source (scan_direction_strength_k4) (stat.value)
  (1)SDMk1  (n) Mean position angle of scan directions across the source (scan_direction_mean_k1) (pos.posAng;stat.mean)
  (1)SDMk2  (n) Mean position angle of scan directions across the source (scan_direction_mean_k2) (pos.posAng;stat.mean)
  (1)SDMk3  (n) Mean position angle of scan directions across the source (scan_direction_mean_k3) (pos.posAng;stat.mean)
  (1)SDMk4 deg (n) Mean position angle of scan directions across the source (scan_direction_mean_k4) (pos.posAng;stat.mean)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)Dup   [0/1] Source with multiple source identifiers (duplicated_source) (meta.code.status)
  (1)o_Gmag  Number of observations contributing to G photometry (phot_g_n_obs) (meta.number)
  (1+8)FG e-/s (n) G-band mean flux (phot_g_mean_flux) (phot.flux;em.opt)
  (1+8)e_FG e-/s (n) Error on G-band mean flux (phot_g_mean_flux_error) (stat.error;phot.flux;em.opt)
  (1+8)RFG  (n) G-band mean flux divided by its error (phot_g_mean_flux_over_error) (stat.snr;phot.flux;em.opt)
  (1+6+8)Gmag mag (n)(i) G-band mean magnitude (phot_g_mean_mag) (phot.mag;em.opt)
  (1)e_Gmag mag (n) Error on G-band mean magnitude (added by CDS) (phot_g_mean_mag_error) (stat.error;phot.mag;stat.mean)
  (1)o_BPmag  Number of observations contributing to BP photometry (phot_bp_n_obs) (meta.number)
  (1+8)FBP e-/s (n) Integrated BP mean flux (phot_bp_mean_flux) (phot.flux;em.opt.B)
  (1+8)e_FBP e-/s (n) Error on the integrated BP mean flux (phot_bp_mean_flux_error) (stat.error;phot.flux;em.opt.B)
  (1+8)RFBP  (n) Integrated BP mean flux divided by its error (phot_bp_mean_flux_over_error) (stat.snr;phot.flux;em.opt.B)
  (1+6+8)BPmag mag (n)(i) Integrated BP mean magnitude (phot_bp_mean_mag) (phot.mag;em.opt.B)
  (1)e_BPmag mag (n) Error on integrated BP mean magnitude (added by CDS) (phot_bp_mean_mag_error) (stat.error;phot.mag;stat.mean)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)o_RPmag  Number of observations contributing to RP photometry (phot_rp_n_obs) (meta.number)
  (1+8)FRP e-/s (n) Integrated RP mean flux (phot_rp_mean_flux) (phot.flux;em.opt.R)
  (1+8)e_FRP e-/s (n) Error on the integrated RP mean flux (phot_rp_mean_flux_error) (stat.error;phot.flux;em.opt.R)
  (1+8)RFRP  (n) Integrated RP mean flux divided by its error (phot_rp_mean_flux_over_error) (stat.snr;phot.flux;em.opt.R)
  (1+6+8)RPmag mag (n)(i) Integrated RP mean magnitude (phot_rp_mean_mag) (phot.mag;em.opt.R)
  (1)e_RPmag mag (n) Error on integrated RP mean magnitude (added by CDS) (phot_rp_mean_mag_error) (stat.error;phot.mag;stat.mean)
  (1)E(BP/RP) mag (n) BP/RP excess factor (phot_bp_rp_excess_factor) (arith.factor;phot.flux;em.opt)
  (1)NBPcont  (n) Number of BP contaminated transits (phot_bp_n_contaminated_transits) (meta.number)
  (1)NBPblend  (n) Number of BP blended transits (phot_bp_n_blended_transits) (meta.number)
  (1)NRPcont  (n) Number of RP contaminated transits (phot_rp_n_contaminated_transits) (meta.number)
  (1)NRPblend  (n) Number of RP contaminated transits (phot_rp_n_blended_transits) (meta.number)
  (1)Mode  (n) [0/2] Photometry processing mode (phot_proc_mode) (meta.code)
  (1+6)BP-RP mag (n)(i) BP-RP colour (bp_rp) (phot.color;em.opt.B;em.opt.R)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)BP-G mag (n)(i) BP-G colour (bp_g) (phot.color;em.opt.B;em.opt)
  (1)G-RP mag (n)(i) G-RP colour (g_rp) (phot.color;em.opt;em.opt.R)
  (1)RV km/s (n)(i) Radial velocity (radial_velocity) (spect.dopplerVeloc.opt;em.opt.I)
  (1)e_RV km/s (n) Radial velocity error (radial_velocity_error) (stat.error;spect.dopplerVeloc.opt;em.opt.I)
  (1)n_RV  (n) [0/2] Method used to obtain the radial velocity (rv_method_used) (meta.note)
  (1)o_RV  (n) Number of transits used to compute the radial velocity (rv_nb_transits) (meta.number)
  (1)o_RVd  (n) Number of valid transits that have undergone deblending (rv_nb_deblended_transits) (meta.number)
  (1)RVNper  (n) [0/33] Number of visibility periods used to estimate the radial velocity (rv_visibility_periods_used) (meta.number)
  (1)RVS/N  (n) Expected signal to noise ratio in the combination of the spectra used to obtain the radial velocity (rv_expected_sig_to_noise) (stat.snr)
  (1)RVgof  (n) Radial velocity renormalised goodness of fit (rv_renormalised_gof) (stat.fit.goodness)
  (1)RVchi2  (n) P-value for constancy based on a chi-squared criterion (rv_chisq_pvalue) (stat.fit.param)
  (1)RVTdur d (n) Time coverage of the radial velocity time series (rv_time_duration) (time.duration)
  (1)RVamp km/s (n) Total amplitude in the radial velocity time series after outlier removal (rv_amplitude_robust) (stat.error;spect.dopplerVeloc.opt;em.opt.I)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)RVtempTeff K (n) Teff of the template used to compute the radial velocity (rv_template_teff) (stat.fit.param)
  (1)RVtemplogg [cm/s2] (n) Logg of the template used to compute the radial velocity (rv_template_logg) (stat.fit.param)
  (1)RVtemp[Fe/H] [-] (n) [Fe/H] of the template used to compute the radial velocity (rv_template_fe_h) (stat.fit.param)
  (1)Vatmparam  (n) Origin of the atmospheric parameters associated to the template (rv_atm_param_origin) (meta.code.class)
  (1)Vbroad km/s (n) Spectral line broadening parameter (vbroad) (spect.dopplerVeloc.opt;em.opt.I)
  (1)e_Vbroad km/s (n) Uncertainty on the spectral line broadening (vbroad_error) (stat.error;spect.dopplerVeloc.opt;em.opt.I)
  (1)o_Vbroad  (n) Number of transits used to compute vbroad (vbroad_nb_transits) (meta.number)
  (1)GRVSmag mag (n) Integrated Grvs magnitude (grvs_mag) (phot.mag;em.opt)
  (1)e_GRVSmag mag (n) Grvs magnitude uncertainty (grvs_mag_error) (stat.error;phot.mag;em.opt)
  (1)o_GRVSmag  (n) Number of transits used to compute Grvs (grvs_mag_nb_transits) (meta.number)
  (1)RVSS/N  (n) Signal to noise ratio in the mean RVS spectrum (rvs_spec_sig_to_noise) (stat.snr)
  (1)VarFlag (char) Photometric variability flag (phot_variable_flag) (meta.code;src.var)
  (1+6)GLON deg (i) Galactic longitude (l) (pos.galactic.lon)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)GLAT deg (i) Galactic latitude (b) (pos.galactic.lat)
  (1)ELON deg Ecliptic longitude (ecl_lon) (pos.ecliptic.lon)
  (1)ELAT deg Ecliptic latitude (ecl_lat) (pos.ecliptic.lat)
  (1)QSO   [0/1] Flag indicating the availability of additional information in the QSO candidates table (in_qso_candidates) (meta.code.status)
  (1)Gal   [0/1] Flag indicating the availability of additional information in the galaxy candidates table (in_galaxy_candidates) (meta.code.status)
  (1)NSS   [0/7] Flag indicating the availability of additional information in the various Non-Single Star tables (non_single_star) (meta.code.status)
  (1)XPcont   [0/1] Flag indicating the availability of mean BP/RP spectrum in continuous representation for this source (has_xp_continuous) (meta.code.status)
  (1)XPsamp   [0/1] Flag indicating the availability of mean BP/RP spectrum in sampled form for this source (has_xp_sampled) (meta.code.status)
  (1)RVS   [0/1] Flag indicating the availability of mean RVS spectrum for this source (has_rvs) (meta.code.status)
  (1)EpochPh   [0/1] Flag indicating the availability of epoch photometry for this source (has_epoch_photometry) (meta.code.status)
  (1)EpochRV   [0/1] Flag indicating the availability of epoch radial velocity for this source (has_epoch_rv) (meta.code.status)
  (1)MCMCGSP   [0/1] Flag indicating the availability of GSP-Phot MCMC samples for this source (has_mcmc_gspphot) (meta.code.status)
  (1)MCMCMSC   [0/1] Flag indicating the availability of MSC MCMC samples for this source (has_mcmc_msc) (meta.code.status)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)And   [0/1] Flag indicating that the source is present in the Gaia Andromeda Photometric Survey (GAPS) (in_andromeda_survey) (meta.code.status)
  (1+2)PQSO  (n) Probability from DSC-Combmod of being a quasar (data used: BP/RP spectrum) (classprob_dsc_combmod_quasar) (stat.probability)
  (1+2)PGal  (n) Probability from DSC-Combmod of being a galaxy (data used: BP/RP spectrum) (classprob_dsc_combmod_galaxy) (stat.probability)
  (1)PSS  (n) Probability from DSC-Combmod of being a single star (but not a white dwarf) (data used: BP/RP spectrum) (classprob_dsc_combmod_star) (stat.probability)
  (1+2+3)Teff K (n) Effective temperature from GSP-Phot Aeneas best library using BP/RP spectra (teff_gspphot) (phys.temperature.effective)
  (1+2+3)b_Teff K (n) Lower confidence level (16%) of effective temperature from GSP-Phot Aeneas best library using BP/RP spectra (teff_gspphot_lower) (phys.temperature.effective;stat.min)
  (1+2+3)B_Teff K (n) Upper confidence level (84%) of effective temperature from GSP-Phot Aeneas best library using BP/RP spectra (teff_gspphot_upper) (phys.temperature.effective;stat.max)
  (1+2+3)logg [cm/s2] (n) Surface gravity from GSP-Phot Aeneas best library using BP/RP spectra (logg_gspphot) (phys.gravity)
  (1+2+3)b_logg [cm/s2] (n) Lower confidence level (16%) of surface gravity from GSP-Phot Aeneas best library using BP/RP spectra (logg_gspphot_lower) (phys.gravity;stat.min)
  (1+2+3)B_logg [cm/s2] (n) Upper confidence level (84%) of surface gravity from GSP-Phot Aeneas best library using BP/RP spectra (logg_gspphot_upper) (phys.gravity;stat.max)
  (1+2)[Fe/H] [-] (n) Iron abundance from GSP-Phot Aeneas best library using BP/RP spectra (mh_gspphot) (phys.abund.Z)
  (1+2)b_[Fe/H] [-] (n) Lower confidence level (16%) of iron abundance from GSP-Phot Aeneas best library using BP/RP spectra (mh_gspphot_lower) (phys.abund.Z;stat.min)
  (1+2)B_[Fe/H] [-] (n) Upper confidence level (84%) of iron abundance from GSP-Phot Aeneas best library using BP/RP spectra (mh_gspphot_upper) (phys.abund.Z;stat.max)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1+2+3)Dist pc (n) Distance from GSP-Phot Aeneas best library using BP/RP spectra (distance_gspphot) (pos.distance;pos.eq)
  (1+2+3)b_Dist pc (n) Lower confidence level (16%) of distance from GSP-Phot Aeneas best library using BP/RP spectra (distance_gspphot_lower) (pos.distance;pos.eq)
  (1+2+3)B_Dist pc (n) Upper confidence level (84%) of distance from GSP-Phot Aeneas best library using BP/RP spectra (distance_gspphot_upper) (pos.distance;pos.eq)
  (1+2+3+4+5)A0 mag (n) Monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas best library using BP/RP spectra (azero_gspphot) (phys.absorption;em.opt)
  (1+2+3+4)b_A0 mag (n) Lower confidence level (16%) of monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas best library using BP/RP spectra (azero_gspphot_lower) (phys.absorption;em.opt)
  (1+2+3+4)B_A0 mag (n) Upper confidence level (84%) of monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas best library using BP/RP spectra (azero_gspphot_upper) (phys.absorption;em.opt)
  (1+2+3)AG mag (n) Extinction in G band from GSP-Phot Aeneas best library using BP/RP spectra (ag_gspphot) (phys.absorption;em.opt)
  (1+2+3)b_AG mag (n) Lower confidence level (16%) of extinction in G band from GSP-Phot Aeneas best library using BP/RP spectra (ag_gspphot_lower) (phys.absorption;em.opt)
  (1+2+3)B_AG mag (n) Upper confidence level (84%) of extinction in G band from GSP-Phot Aeneas best library using BP/RP spectra (ag_gspphot_upper) (phys.absorption;em.opt)
  (1+2+3)E(BP-RP) mag (n) Reddening E(GBP-GRP) from GSP-Phot Aeneas best library using BP/RP spectra (ebpminrp_gspphot) (phot.color.excess)
  (1+2+3)b_E(BP-RP) mag (n) Lower confidence level (16%) of reddening E(GBP-GRP) from GSP-Phot Aeneas best library using BP/RP spectra (ebpminrp_gspphot_lower) (phot.color.excess;stat.min)
  (1+2+3)B_E(BP-RP) mag (n) Upper confidence level (84%) of reddening E(GBP-GRP) from GSP-Phot Aeneas best library using BP/RP spectra (ebpminrp_gspphot_upper) (phot.color.excess;stat.max)
  (1+2+3)Lib (char) Name of library that achieves the highest mean log-posterior in MCMC samples and was used to derive GSP-Phot parameters in this table (libname_gspphot) (meta.note)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)HIP  (n)(i) HIP cross-id number, van Leeuwen, Cat. I/311 (hip_original_ext_source_id) (meta.number;phys.atmol.number)
  (1)dHIP arcsec (n) Angular distance between the two sources (hip_angular_distance) (pos.angDistance)
  (1)nHIP  (n) [0/3] Number of neighbours in HIP (hip_number_of_neighbours) (meta.number)
  (1)f_HIP  (n) [0/72] Cross-match algorithm flag (hip_xm_flag) (meta.code.status)
  (1)PS1coid  (n)(i) PS1 cross-id original name (clean_panstarrs1_oid) (meta.id.cross)
  (1)PS1  (n) PS1 cross-id name, Chambers et al., Cat. II/349 (ps1_original_ext_source_id) (meta.id.cross)
  (1)dPS1 arcsec (n) Angular Distance between the two sources (ps1_angular_distance) (pos.angDistance)
  (1)nPS1  (n) [0/76] Number of neighbours in PS1 (ps1_number_of_neighbours) (meta.number)
  (1)mPS1  (n) Number of mates in Gaia Catalog (ps1_number_of_mates) (meta.number)
  (1)f_PS1  (n) [0/76] Cross-match algorithm flag (ps1_xm_flag) (meta.code.status)
  (1)SDSS13coid  (n) SDSS cross-id original name (clean_sdssdr13_oid) (meta.id.cross)
  (1)SDSS13  (n) SDSS name, Albareti et al., 2017ApJS..233...25A (sdss13_ext_source_id) (meta.id.cross)
  (1)dSDSS13 arcsec (n) Angular Distance between the two sources (sdss13_angular_distance) (pos.angDistance)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)nSDSS13  (n) [0/6] Number of neighbours in SDSS13 (sdss13_number_of_neighbours) (meta.number)
  (1)mSDSS13  (n) [0/6] Number of mates in Gaia Catalog (sdss13_number_of_mates) (meta.number)
  (1)f_SDSS13  (n) [0/76] Cross-match algorithm flag (sdss13_xm_flag) (meta.code.status)
  (1)SKYM2  (n) SkyMapperDR2 cross-id name, Onken et al., 2019PASA...36...33O (skym2_original_ext_source_id) (meta.id.cross)
  (1)dSKYM2 arcsec (n) Angular Distance between the two sources (skym2_angular_distance) (pos.angDistance)
  (1)nSKYM2  (n) [0/4] Number of neighbours in SKYM2 (skym2_number_of_neighbours) (meta.number)
  (1)mSKYM2  (n) Number of mates in Gaia Catalog (skym2_number_of_mates) (meta.number)
  (1)f_SKYM2  (n) [0/72] Cross-match algorithm flag (skym2_xm_flag) (meta.code.status)
  (1)TYC2 (char) (i) Tycho-2 cross-id name, Hog et al., Cat. I/259 (tyc2_original_ext_source_id) (meta.id.cross)
  (1)dTYC2 arcsec (n) Angular Distance between the two source (tyc2_angular_distance) (pos.angDistance)
  (1)f_TYC2  (n) [0/72] Cross-match algorithm flag (tyc2_xm_flag) (meta.code.status)
  (1)TYC2moid  (n) Tycho-2 cross-id original name (tycho2tdsc_merge_oid) (meta.id.cross)
  (1)nTYC2  (n) [0/4] Number of neighbours in TYC2 (tyc2_number_of_neighbours) (meta.number)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)URAT1 (char) (i) URAT1 name, Zacharias et al., Cat. I/329 (urat1_original_ext_source_id) (meta.id.cross)
  (1)dURAT1 arcsec (n) Angular Distance between the two sources (urat1_angular_distance) (pos.angDistance)
  (1)f_URAT1  (n) [0/72] Cross-match algorithm flag (urat1_xm_flag) (meta.code.status)
  (1)URAT1oid  (n) URAT1 cross-id original name (urat1_oid) (meta.id.cross)
  (1)nURAT1  (n) [0/4] Number of neighbours in URAT1 (urat1_number_of_neighbours) (meta.number)
  (1)mURAT1  (n) [0/4] Number of mates in Gaia Catalog (urat1_number_of_mates) (meta.number)
  (1)AllWISE (char) (i) ALLWISE cross-id name, Cutri et al., Cat. II/328 (allwise_original_ext_source_id) (meta.id.cross)
  (1)dAllWISE arcsec (n) Angular Distance between the two sources (allwise_angular_distance) (pos.angDistance)
  (1)f_AllWISE  (n) [0/72] Cross-match algorithm flag (allwise_xm_flag) (meta.code.status)
  (1)AllWISEoid  (n) ALLWISE identification number (allwise_oid) (meta.id.cross)
  (1)nAllWISE  (n) [0/3] Number of neighbours in ALLWISE catalog (allwise_number_of_neighbours) (meta.number)
  (1)mAllWISE  (n) Number of mates in Gaia Catalog (allwise_number_of_mates) (meta.number)
  (1)APASS9coid  (n)(i) APASS9 cross-id original identification number (clean_apassdr9_oid) (meta.id.cross)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)APASS9  (n)(i) APASS9 identification, Henden et al., Cat. II/336 (apass9_original_ext_source_id) (meta.id.cross)
  (1)dAPASS9 arcsec (n) Angular Distance between the two sources (apass9_angular_distance) (pos.angDistance)
  (1)nAPASS9  (n) Number of neighbours in APASS9 (apass9_number_of_neighbours) (meta.number)
  (1)mAPASS9  (n) Number of mates in Gaia Catalog (apass9_number_of_mates) (meta.number)
  (1)f_APASS9  (n) [0/74] Cross-match algorithm flag (apass9_xm_flag) (meta.code.status)
  (1)GSC23 (char) (i) GSC2.3 cross-id name, Lasker et al., Cat. I/305 (gsc23_original_ext_source_id) (meta.id.cross)
  (1)dGSC23 arcsec (n) Angular Distance between the two sources (gsc23_angular_distance) (pos.angDistance)
  (1)f_GSC23  (n) Cross-match algorithm flag (gsc23_xm_flag) (meta.code.status)
  (1)GSC23coid  (n) GSC2.3 cross-id original name (clean_gsc23_oid) (meta.id.cross)
  (1)nGSC23  (n) [0/16] Number of neighbours in GSC23 (gsc23_number_of_neighbours) (meta.number)
  (1)mGSC23  (n) Number of mates in Gaia Catalog (gsc23_number_of_mates) (meta.number)
  (1)RAVE5 (char) (i) RAVE DR5 cross-id name, Kunder et al., Cat. III/279 (rave5_original_ext_source_id) (meta.id.cross)
  (1)dRAVE5 arcsec (n) Angular Distance between the two sources (rave5_angular_distance) (pos.angDistance)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)f_RAVE5  (n) [0/72] Cross-match algorithm flag (rave5_xm_flag) (meta.code.status)
  (1)RAVE5coid  (n) RAVE DR5 cross-id original name (clean_ravedr5_oid) (meta.id.cross)
  (1)nRAVE5  (n) [0/3] Number of neighbours in RAVE5 (rave5_number_of_neighbours) (meta.number)
  (1)2MASS (char) (i) 2MASS cross-id name, Cutri et al., Cat. II/246 (twomass_original_ext_source_id) (meta.id.cross)
  (1)d2MASS arcsec (n) Angular Distance between the two sources (twomass_angular_distance) (pos.angDistance)
  (1)f_2MASS  (n) [0/73] Cross-match algorithm flag (twomass_xm_flag) (meta.code.status)
  (1)2MASScoid  (n) 2MASS cross-id original name (clean_tmass_psc_xsc_oid) (meta.id.cross)
  (1)n2MASS  (n) [0/4] Number of neighbours in 2MASS (twomass_number_of_neighbours) (meta.number)
  (1)m2MASS  (n) [0/13] Number of mates in Gaia Catalog (twomass_number_of_mates) (meta.number)
  (1)RAVE6 (char) (i) RAVE DR6 cross-id name, Steinmetz et al., Cat. III/283 (rave6_original_ext_source_id) (meta.id.cross)
  (1)dRAVE6 arcsec (n) Angular Distance between the two sources (rave6_angular_distance) (pos.angDistance)
  (1)f_RAVE6  (n) [0/72] Cross-match algorithm flag (rave6_xm_flag) (meta.code.status)
  (1)RAVE6oid  (n) RAVE DR6 original name (ravedr6_oid) (meta.id.cross)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)nRAVE6  (n) [0/3] Number of neighbours in RAVE6 (rave6_number_of_neighbours) (meta.number)
  (1)RAJ2000 deg (i) Barycentric right ascension (ICRS) at Ep=2000.0 (added by CDS) (ra2000) (pos.eq.ra)
  (1)DEJ2000 deg (i) Barycentric declination (ICRS) at Ep=2000.0 (added by CDS) (dec2000) (pos.eq.dec)
  (1)e_RAJ2000 mas Standard error of right ascension (e_RA*cosDE) (added by CDS) (ra2000_error) (stat.error;pos.eq.ra)
  (1)e_DEJ2000 mas Standard error of declination (added by CDS) (dec2000_error) (stat.error;pos.eq.dec)
  (1)RADEcorJ2000   [-1/1] Correlation between right ascension and declination at epoch 2000 (added by CDS) (ra2000_de2000_corr) (stat.correlation;pos.eq.ra;pos.eq.dec)
  (2)Pstar  (n) Probability from DSC-Combmod of being a single star (but not a white dwarf) (data used: BP/RP spectrum) (classprob_dsc_combmod_star) (stat.probability)
  (2)PWD  (n) Probability from DSC-Combmod of being a white dwarf (data used: BP/RP spectrum) (classprob_dsc_combmod_whitedwarf) (stat.probability)
  (2)Pbin  (n) Probability from DSC-Combmod of being a binary star (data used: BP/RP spectrum) (classprob_dsc_combmod_binarystar) (stat.probability)
  (2)PQSO-S  (n) Probability from DSC-Specmod of being a quasar (data used: BP/RP spectrum) (classprob_dsc_specmod_quasar) (stat.probability)
  (2)Pgal-S  (n) Probability from DSC-Specmod of being a galaxy (data used: BP/RP spectrum) (classprob_dsc_specmod_galaxy) (stat.probability)
  (2)Pstar-S  (n) Probability from DSC-Specmod of being a single star (but not a white dwarf) (data used: BP/RP spectrum) (classprob_dsc_specmod_star) (stat.probability)
  (2)PWD-S  (n) Probability from DSC-Specmod of being a white dwarf (data used: BP/RP spectrum) (classprob_dsc_specmod_whitedwarf) (stat.probability)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)Pbin-S  (n) Probability from DSC-Specmod of being a binary star (data used: BP/RP spectrum) (classprob_dsc_specmod_binarystar) (stat.probability)
  (2)PQSO-A  (n) Probability from DSC-Allosmod of being a quasar (data used: photometry) (classprob_dsc_allosmod_quasar) (stat.probability)
  (2)PGal-A  (n) Probability from DSC-Allosmod of being a galaxy (data used: photometry) (classprob_dsc_allosmod_galaxy) (stat.probability)
  (2)Pstar-A  (n) Probability from DSC-Allosmod of being a star (data used: photometry) (classprob_dsc_allosmod_star) (stat.probability)
  (2+3)ABP mag (n) Extinction in GBP band from GSP-Phot Aeneas best library using BP/RP spectra (abp_gspphot) (phys.absorption;em.opt.B)
  (2+3)b_ABP mag (n) Lower confidence level (16%) of extinction in GBP band from GSP-Phot Aeneas best library using BP/RP spectra (abp_gspphot_lower) (phys.absorption;em.opt.B;stat.min)
  (2+3)B_ABP mag (n) Upper confidence level (84%) of extinction in GBP band from GSP-Phot Aeneas best library using BP/RP spectra (abp_gspphot_upper) (phys.absorption;em.opt.B;stat.max)
  (2+3)ARP mag (n) Extinction in GRP band from GSP-Phot Aeneas best library using BP/RP spectra (arp_gspphot) (phys.absorption;em.opt.R)
  (2+3)b_ARP mag (n) Lower confidence level (16%) of extinction in GRP band from GSP-Phot Aeneas best library using BP/RP spectra (arp_gspphot_lower) (phys.absorption;em.opt.R;stat.min)
  (2+3)B_ARP mag (n) Upper confidence level (84%) of extinction in GRP band from GSP-Phot Aeneas best library using BP/RP spectra (arp_gspphot_upper) (phys.absorption;em.opt.R;stat.max)
  (2+3)GMAG mag (n) Absolute magnitude MG from GSP-Phot Aeneas best library using BP/RP spectra (mg_gspphot) (phys.magAbs;em.opt)
  (2+3)b_GMAG mag (n) Lower confidence level (16%) of absolute magnitude MG from GSP-Phot Aeneas best library using BP/RP spectra (mg_gspphot_lower) (phys.magAbs;em.opt;stat.min)
  (2+3)B_GMAG mag (n) Upper confidence level (84%) of absolute magnitude MG from GSP-Phot Aeneas best library using BP/RP spectra (mg_gspphot_upper) (phys.magAbs;em.opt;stat.max)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)Rad solRad (n) Radius from GSP-Phot Aeneas best library using BP/RP spectra (radius_gspphot) (phys.size.radius)
  (2)b_Rad solRad (n) Lower confidence level (16%) of radius from GSP-Phot Aeneas best library using BP/RP spectra (radius_gspphot_lower) (phys.size.radius;stat.min)
  (2)B_Rad solRad (n) Upper confidence level (84%) of radius from GSP-Phot Aeneas best library using BP/RP spectra (radius_gspphot_upper) (phys.size.radius;stat.max)
  (2+3)logpost  (n) Goodness-of-fit score (mean log-posterior of MCMC) of GSP-Phot Aeneas MCMC best library (logposterior_gspphot) (stat.fit.goodness)
  (2+3)Accp  (n) MCMC acceptance rate of GSP-Phot Aeneas MCMC best library (mcmcaccept_gspphot) (stat.value)
  (2)Teff-S K (n) Effective temperature from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (teff_gspspec) (phys.temperature.effective;stat.median)
  (2)b_Teff-S K (n) 16th percentile of effective temperature from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (teff_gspspec_lower) (phys.temperature.effective;stat.min)
  (2)B_Teff-S K (n) 84th percentile of effective temperature from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (teff_gspspec_upper) (phys.temperature.effective;stat.max)
  (2)logg-S [cm/s2] (n) Logarithm of the stellar surface gravity from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (logg_gspspec) (phys.gravity;stat.median)
  (2)b_logg-S [cm/s2] (n) 16th percentile of the logarithm of the stellar surface gravity from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (logg_gspspec_lower) (phys.gravity;stat.min)
  (2)B_logg-S [cm/s2] (n) 84th percentile of the logarithm of the stellar surface gravity from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (logg_gspspec_upper) (phys.gravity;stat.max)
  (2)[M/H]-S [-] (n) Global metallicity [M/H] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (mh_gspspec) (phys.abund.Fe;stat.median)
  (2)b_[M/H]-S [-] (n) 16th percentile of global metallicity [M/H] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (mh_gspspec_lower) (phys.abund.Fe;stat.min)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)B_[M/H]-S [-] (n) 84th percentile of global metallicity [M/H] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (mh_gspspec_upper) (phys.abund.Fe;stat.max)
  (2)[alpha/Fe]-S [-] (n) Abundance of alpha-elements [alpha/Fe] with respect to iron from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (alphafe_gspspec) (phys.abund;stat.median)
  (2)b_[alpha/Fe]-S [-] (n) 16th percentile of the abundance of alpha-elements [alpha/Fe] with respect to iron from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (alphafe_gspspec_lower) (phys.abund;stat.min)
  (2)B_[alpha/Fe]-S [-] (n) 84th percentile of the abundance of alpha-elements [alpha/Fe] with respect to iron from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (alphafe_gspspec_upper) (phys.abund;stat.max)
  (2)[Fe/H]-S [-] (n) Abundance of neutral iron [Fe/M] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (fem_gspspec) (phys.abund.Fe;stat.median)
  (2)b_[Fe/H]-S [-] (n) 16th percentile of the abundance of neutral iron [Fe/M] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (fem_gspspec_lower) (phys.abund.Fe;stat.min)
  (2)B_[Fe/H]-S [-] (n) 84th percentile of the abundance of neutral iron [Fe/M] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (fem_gspspec_upper) (phys.abund.Fe;stat.max)
  (2)o_[Fe/H]-S  (n) [0/8] Number of lines used for [Fe/M] abundance estimation (fem_gspspec_nlines) (meta.number)
  (2)s_[Fe/H]-S [-] (n) Uncertainty estimation of [Fe/M] abundance using N lines of the element (fem_gspspec_linescatter) (stat.error;phys.abund.Z)
  (2)[Si/Fe]-S [-] (n) Abundance of Silicon [Si/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (sife_gspspec) (phys.abund.Z;stat.median)
  (2)b_[Si/Fe]-S [-] (n) 16th percentile of the abundance of silicon [Si/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (sife_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[Si/Fe]-S [-] (n) 84th percentile of the abundance of silicon [Si/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (sife_gspspec_upper) (phys.abund.Z;stat.max)
  (2)o_[Si/Fe]-S  (n) [0/3] Number of lines used for [Si/Fe] abundance estimation (sife_gspspec_nlines) (meta.number)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)s_[Si/Fe]-S [-] (n) Uncertainty estimation of [Si/Fe] abundance using N lines of the element (sife_gspspec_linescatter) (phys.abund.Z;stat.median)
  (2)[Ca/Fe]-S [-] (n) Abundance of Calcium [Ca/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (cafe_gspspec) (phys.abund.Z;stat.median)
  (2)b_[Ca/Fe]-S [-] (n) 16th percentile of the abundance of Calcium [Ca/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (cafe_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[Ca/Fe]-S [-] (n) 84th percentile of the abundance of Calcium [Ca/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (cafe_gspspec_upper) (phys.abund.Z;stat.max)
  (2)o_[Ca/Fe]-S  (n) [0/7] Number of lines used for [Ca/Fe] abundance estimation (cafe_gspspec_nlines) (meta.number)
  (2)s_[Ca/Fe]-S [-] (n) Uncertainty estimation of [Ca/Fe] abundance using N lines of the element (cafe_gspspec_linescatter) (stat.error;phys.abund.Z)
  (2)[Ti/Fe]-S [-] (n) Abundance of Titanium [Ti/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (tife_gspspec) (phys.abund.Z;stat.median)
  (2)b_[Ti/Fe]-S [-] (n) 16th percentile of the abundance of Titanium [Ti/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (tife_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[Ti/Fe]-S [-] (n) 84th percentile of the abundance of Titanium [Ti/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (tife_gspspec_upper) (phys.abund.Z;stat.max)
  (2)o_[Ti/Fe]-S  (n) [0/3] Number of lines used for [Ti/Fe] abundance estimation (tife_gspspec_nlines) (meta.number)
  (2)s_[Ti/Fe]-S [-] (n) Uncertainty estimation of [Ti/Fe] abundance using N lines of the element (tife_gspspec_linescatter) (stat.error;phys.abund.Z)
  (2)[Mg/Fe]-S [-] (n) Abundance of Magnesium [Mg/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (mgfe_gspspec) (phys.abund.Z;stat.median)
  (2)b_[Mg/Fe]-S [-] (n) 16th percentile of the abundance of Magnesium [Mg/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (mgfe_gspspec_lower) (phys.abund.Z;stat.min)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)B_[Mg/Fe]-S [-] (n) 84th percentile of the abundance of Magnesium [Mg/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (mgfe_gspspec_upper) (phys.abund.Z;stat.max)
  (2)[Nd/Fe]-S [-] (n) Abundance of neodymium [Nd/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (ndfe_gspspec) (phys.abund.Z;stat.median)
  (2)b_[Nd/Fe]-S [-] (n) 16th percentile of the abundance of neodymium [Nd/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (ndfe_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[Nd/Fe]-S [-] (n) 84th percentile of the abundance of neodymium [Nd/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (ndfe_gspspec_upper) (phys.abund.Z;stat.max)
  (2)[FeII/M]-S [-] (n) Abundance of ionised iron [FeII/M] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (feiim_gspspec) (phys.abund.Fe;stat.median)
  (2)b_[FeII/M]-S [-] (n) 16th percentile of the abundance of ionised iron [FeII/M] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (feiim_gspspec_lower) (phys.abund.Fe;stat.min)
  (2)B_[FeII/M]-S [-] (n) 84th percentile of the abundance of ionised iron [FeII/M] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (feiim_gspspec_upper) (phys.abund.Fe;stat.max)
  (2)[S/Fe]-S [-] (n) Abundance of Sulphur [S/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (sfe_gspspec) (phys.abund.Z;stat.median)
  (2)b_[S/Fe]-S [-] (n) 16th percentile of the abundance of Sulphur [S/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (sfe_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[S/Fe]-S [-] (n) 84th percentile of the abundance of Sulphur [S/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (sfe_gspspec_upper) (phys.abund.Z;stat.max)
  (2)o_[S/Fe]-S  (n) [0/2] Number of lines used for [S/Fe] abundance estimation (sfe_gspspec_nlines) (meta.number)
  (2)s_[S/Fe]-S [-] (n) Uncertainty estimation of [S/Fe] abundance using N lines of the element (sfe_gspspec_linescatter) (stat.error;phys.abund.Z)
  (2)[Zr/Fe]-S [-] (n) Abundance of Zirconium [Zr/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (zrfe_gspspec) (phys.abund.Z;stat.median)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)b_[Zr/Fe]-S [-] (n) 16th percentile of the abundance of Zirconium [Zr/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (zrfe_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[Zr/Fe]-S [-] (n) 84th percentile of the abundance of Zirconium [Zr/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (zrfe_gspspec_upper) (phys.abund.Z;stat.max)
  (2)[N/Fe]-S [-] (n) Abundance of Nitrogen [N/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (nfe_gspspec) (phys.abund.Z;stat.median)
  (2)b_[N/Fe]-S [-] (n) 16th percentile of the abundance of Nitrogen [N/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (nfe_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[N/Fe]-S [-] (n) 84th percentile of the abundance of Nitrogen [N/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (nfe_gspspec_upper) (phys.abund.Z;stat.max)
  (2)o_[N/Fe]-S  (n) [0/2] Number of lines used for [N/Fe] abundance estimation (nfe_gspspec_nlines) (meta.number)
  (2)s_[N/Fe]-S [-] (n) Uncertainty estimation of [N/Fe] abundance using N lines of the element (nfe_gspspec_linescatter) (stat.error;phys.abund.Z)
  (2)[Cr/Fe]-S [-] (n) Abundance of Chromium [Cr/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (crfe_gspspec) (phys.abund.Z;stat.median)
  (2)b_[Cr/Fe]-S [-] (n) 16th percentile of the abundance of Chromium [Cr/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (crfe_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[Cr/Fe]-S [-] (n) 84th percentile of the abundance of Chromium [Cr/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (crfe_gspspec_upper) (phys.abund.Z;stat.max)
  (2)o_[Cr/Fe]-S  (n) [0/2] Number of lines used for [Cr/Fe] abundance estimation (crfe_gspspec_nlines) (meta.record)
  (2)s_[Cr/Fe]-S [-] (n) Uncertainty estimation of [Cr/Fe] abundance using N lines of the element (crfe_gspspec_linescatter) (stat.error;phys.abund.Z)
  (2)[Ce/Fe]-S [-] (n) Abundance of Cerium [Ce/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (cefe_gspspec) (phys.abund.Z;stat.median)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)b_[Ce/Fe]-S [-] (n) 16th percentile of the abundance of Cerium [Ce/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (cefe_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[Ce/Fe]-S [-] (n) 84th percentile of the abundance of Cerium [Ce/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (cefe_gspspec_upper) (phys.abund.Z;stat.max)
  (2)[Ni/Fe]-S [-] (n) Abundance of Nickel [Ni/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (nife_gspspec) (phys.abund.Z;stat.median)
  (2)b_[Ni/Fe]-S [-] (n) 16th percentile of the abundance of Nickel [Ni/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (nife_gspspec_lower) (phys.abund.Z;stat.min)
  (2)B_[Ni/Fe]-S [-] (n) 84th percentile of the abundance of Nickel [Ni/Fe] from GSP-Spec MatisseGauguin using RVS spectra and Monte Carlo realisations (nife_gspspec_upper) (phys.abund.Z;stat.max)
  (2)EWCN0 nm (n) Equivalent width of cyoanogen line (cn0ew_gspspec) (spect.line.eqWidth)
  (2)e_EWCN0 nm (n) Uncertainty of equivalent width of cyanogen absorption line (cn0ew_gspspec_uncertainty) (stat.error;spect.line.eqWidth)
  (2)CN0 nm (n) Central wavelength of cyanogen line (cn0_gspspec_centralline) (em.wl.central)
  (2)CN0W nm (n) Width of cyoanogen line (cn0_gspspec_width) (spect.line.eqWidth)
  (2)DIB nm (n) DIB central wavelength from GSP-Spec MatisseGauguin using RVS spectra (dib_gspspec_lambda) (em.wl.central)
  (2)e_DIB nm (n) Uncertainty on DIB central wavelength from GSP-Spec MatisseGauguin using RVS spectra (dib_gspspec_lambda_uncertainty) (stat.error;em.wl.central)
  (2)EWDIB 0.1nm (n) Equivalent width of the DIB from GSP-Spec MatisseGauguin using RVS spectra (dibew_gspspec) (stat.value;spect.line.eqWidth)
  (2)e_EWDIB 0.1nm (n) Global uncertainty on DIB equivalent width value using DIB algorithm (dibew_gspspec_uncertainty) (stat.value;spect.line.eqWidth)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)s_EWDIB 0.1nm (n) Uncertainty on DIB equivalent width value occuring from noise part (dibewnoise_gspspec_uncertainty) (stat.value;spect.line.eqWidth)
  (2)DIBp0  (n) Depth (p_0 parameter) of the DIB derived from a Gaussian model fit (dibp0_gspspec) (stat.fit.param)
  (2)DIBp2 0.1nm (n) Width (p_2 parameter) of the DIB derived from a Gaussian model fit (dibp2_gspspec) (stat.fit.param)
  (2)e_DIBp2 0.1nm (n) Uncertainty on the dibp2Gspspec parameter (dibp2_gspspec_uncertainty) (stat.fit.param)
  (2)q_DIB  (n) [-2/5] Quality flag of the DIB computation (dibqf_gspspec) (meta.code.qual)
  (2)Flags (char) Catalogue flags for GSP-Spec MatisseGauguin (flags_gspspec) (Note 1)   (meta.code.status)
  (2)chi2  (n) Logarithm of the goodness-of-fit for the GSP-Spec MatisseGauguin parameters (logchisq_gspspec) (stat.fit.chi2)
  (2)EWHa nm (n) Halpha pseudo-equivalent width from ESP-ELS (ew_espels_halpha) (spect.line.eqWidth)
  (2)e_EWHa nm (n) Uncertainty of the Halpha pseudo-equivalent width from ESP-ELS (ew_espels_halpha_uncertainty) (stat.error;spect.line.eqWidth)
  (2)f_EWHa  (n) [0/9] Quality flag of the Halpha pseudo-equivalent width from ESP-ELS (ew_espels_halpha_flag) (meta.code.qual)
  (2)EWHamod nm (n) Halpha pseudo-equivalent width from ESP-ELS measured on the synthetic spectrum (ew_espels_halpha_model) (spect.line.eqWidth)
  (2)ClassELS (char) Adopted ELS class label from ESP-ELS (classlabel_espels) (meta.code.class)
  (2)f_ClassELS  (n) Quality flag of the adopted ELS class label from ESP-ELS (classlabel_espels_flag) (meta.code.class)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)PWC  (n) Probability from ESP-ELS of being a Wolf-Rayet star of type WC (classprob_espels_wcstar) (stat.probability)
  (2)PWN  (n) Probability from ESP-ELS of being a Wolf-Rayet star of type WN (classprob_espels_wnstar) (stat.probability)
  (2)PBe  (n) Probability from ESP-ELS of being a Be Star (classprob_espels_bestar) (stat.probability)
  (2)PTTau  (n) Probability from ESP-ELS of being a T Tauri Star (classprob_espels_ttauristar) (stat.probability)
  (2)PHAe/Be  (n) Probability from ESP-ELS of being a Herbig Ae/Be Star (classprob_espels_herbigstar) (stat.probability)
  (2)PdMactive  (n) Probability from ESP-ELS of being an active M dwarf Star (classprob_espels_dmestar) (stat.probability)
  (2)PPN  (n) Probability from ESP-ELS of being a planetary nebula (classprob_espels_pne) (stat.probability)
  (2)A0-HS mag (n) Monochromatic interstellar extinction (azero_esphs) (phys.absorption;em.opt.V)
  (2)e_A0-HS mag (n) Uncertainty at a 68% confidence level on A0 from ESP-HS (azero_esphs_uncertainty) (stat.error;phys.absorption;em.opt.V)
  (2)AG-HS mag (n) Intersterstellar extinction in G band from ESP-HS (ag_esphs) (phys.absorption;em.opt)
  (2)e_AG-HS mag (n) Uncertainty on AG from ESP-HS (ag_esphs_uncertainty) (stat.error;phys.absorption;em.opt)
  (2)E(BP-RP)-HS mag (n) Reddening E(GBP-GRP) from ESP-HS (ebpminrp_esphs) (phot.color.excess;em.opt)
  (2)e_E(BP-RP)-HS mag (n) Uncertainty on E(GBP-GRP) from ESP-HS (ebpminrp_esphs_uncertainty) (stat.error;phot.color.excess;em.opt)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)Teff-HS K (n) Effective temperature from ESP-HS (teff_esphs) (phys.temperature.effective)
  (2)e_Teff-HS K (n) Uncertainty at a 68% confidence level on the effective temperature from ESP-HS (teff_esphs_uncertainty) (stat.error;phys.temperature.effective)
  (2)logg-HS [cm/s2] (n) Surface gravity from ESP-HS (logg_esphs) (phys.gravity)
  (2)e_logg-HS [cm/s2] (n) Uncertainty at a 68% confidence level on the surface gravity from ESP-HS (logg_esphs_uncertainty) (stat.error;phys.gravity)
  (2)vsini-HS km/s (n) Projected rotational velocity from ESP-HS (vsini_esphs) (phys.veloc.rotat)
  (2)e_vsini-HS km/s (n) Uncertainty on the projected rotational velocity from ESP-HS (vsini_esphs_uncertainty) (stat.error;phys.veloc.rotat)
  (2)Flags-HS  (n) Quality flag of the ESP-HS parametrisation (flags_esphs) (Note 2)   (meta.code.qual)
  (2)SpType-ELS (char) Spectral type from ESP-ELS (spectraltype_esphs) (src.spType)
  (2)CA-CS nm (n) Chromospheric activity index from ESP-CS (activityindex_espcs) (spect.index)
  (2)e_CA-CS nm (n) Uncertainty in the chromospheric activity index from ESP-CS (activityindex_espcs_uncertainty) (stat.error;spect.index)
  (2)n_CA-CS (char) [12M] Source of input stellar parameters for the computation of the activity index by ESP-CS (activityindex_espcs_input) (meta.code)
  (2)Teff-UCD K (n) Effective temperature estimate from ESP-UCD based on the RP spectrum (teff_espucd) (phys.temperature.effective)
  (2)e_Teff-UCD K (n) Uncertainty of the effective temperature estimate produced by ESP-UCD (teff_espucd_uncertainty) (stat.error;phys.temperature.effective)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)Flags-UCD  (n) [0/21] Quality flags of the ESP-UCD parameter estimates (flags_espucd) (Note 3)   (meta.code.status)
  (2+3)Rad-Flame Rsun (n) Radius of the star from FLAME using teff_gspphot and lum_flame (radius_flame) (phys.size.radius)
  (2+3)b_Rad-Flame Rsun (n) Lower confidence level (16%) of radiusFlame (radius_flame_lower) (phys.size.radius;stat.min)
  (2+3)B_Rad-Flame Rsun (n) Upper confidence level (84%) of radiusFlame (radius_flame_upper) (phys.size.radius;stat.max)
  (2+3)Lum-Flame Lsun (n) Luminosity of the star from FLAME using G band magnitude, extinction (ag_gspphot), parallax or distance, and a bolometric correction bc_flame (lum_flame) (phys.luminosity)
  (2+3)b_Lum-Flame Lsun (n) Lower confidence level (16%) of lumFlame (lum_flame_lower) (phys.luminosity;stat.min)
  (2+3)B_Lum-Flame Lsun (n) Upper confidence level (84%) of lumFlame (lum_flame_upper) (phys.luminosity;stat.max)
  (2+3)Mass-Flame Msun (n) Mass of the star from FLAME using stellar models, lum_flame, and teff_gspphot (mass_flame) (phys.mass)
  (2+3)b_Mass-Flame Msun (n) Lower confidence level (16%) of mass of the star from FLAME (mass_flame_lower) (phys.mass;stat.min)
  (2+3)B_Mass-Flame Msun (n) Upper confidence level (84%) of mass of the star from FLAME (mass_flame_upper) (phys.mass;stat.max)
  (2+3)Age-Flame Gyr (n) Age of the star from FLAME using stellar models (age_flame) (time.age)
  (2+3)b_Age-Flame Gyr (n) Lower confidence level (84%) of age of the star from FLAME (age_flame_lower) (time.age;stat.min)
  (2+3)B_Age-Flame Gyr (n) Upper confidence level (84%) of age of the star from FLAME (age_flame_upper) (time.age;stat.max)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)Flags-Flame  (n) [0/22] Flags indicating quality and processing information from FLAME (flags_flame) (Note 4)   (meta.code.qual)
  (2+3)Evol  (n) Evolutionary stage of the star from FLAME using stellar models (evolstage_flame) (src.class)
  (2+3)z-Flame km/s (n) Gravitational redshift from FLAME using radiusFlame and loggGspphot (gravredshift_flame) (src.redshift)
  (2+3)b_z-Flame km/s (n) Lower confidence level (16%) of gravitational redshift from FLAME (gravredshift_flame_lower) (src.redshift;stat.min)
  (2+3)B_z-Flame km/s (n) Upper confidence level (84%) of gravitational redshift from FLAME (gravredshift_flame_upper) (src.redshift;stat.max)
  (2+3)BolCorr mag (n) Bolometric correction used to derive lumFlame (bc_flame) (phot.mag.bc)
  (2)[M/H]-MSC [-] (n) Metallicity of the source treated as a binary system from MSC using BP/RP spectra and parallax (mh_msc) (phys.abund)
  (2)B_[M/H]-MSC [-] (n) Upper confidence level (84%) of the metallicity from MSC using BP/RP spectra and parallax (mh_msc_upper) (phys.abund;stat.max)
  (2)b_[M/H]-MSC [-] (n) Lower confidence level (16%) of the metallicity from MSC using BP/RP spectra and parallax (mh_msc_lower) (phys.abund;stat.min)
  (2)A0-MSC mag (n) Monochromatic extinction A0 at 541.4nm of the source treated as a binary system from MSC using BP/RP spectra and parallax (azero_msc) (phys.absorption;em.opt.V)
  (2)B_A0-MSC mag (n) Upper confidence level (84%) of monochromatic extinction A0 at 547.7nm from MSC using BP/RP spectra and parallax (azero_msc_upper) (phys.absorption;em.opt.V;stat.max)
  (2)b_A0-MSC mag (n) Lower confidence level (16%) of monochromatic extinction A0 at 547.7nm from MSC using BP/RP spectra and parallax (azero_msc_lower) (phys.absorption;em.opt.V;stat.min)
  (2)Dist-MSC pc (n) Distance from MSC using BP/RP spectra and parallax (distance_msc) (pos.distance)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)B_Dist-MSC pc (n) Upper confidence level (84%) of distance from MSC using BP/RP spectra and parallax (distance_msc_upper) (pos.distance;stat.max)
  (2)b_Dist-MSC pc (n) Lower confidence level (16%) of distance from MSC using BP/RP spectra and parallax (distance_msc_lower) (pos.distance;stat.min)
  (2)Teff1-MSC K (n) Effective temperature of the primary from MSC using BP/RP spectra and parallax (teff_msc1) (phys.temperature.effective)
  (2)B_Teff1-MSC K (n) Upper confidence level (84%) of effective temperature of the primary from MSC using BP/RP spectra and parallax (teff_msc1_upper) (phys.temperature.effective;stat.max)
  (2)b_Teff1-MSC K (n) Lower confidence level (16%) of effective temperature of the primary from MSC using BP/RP spectra and parallax (teff_msc1_lower) (phys.temperature.effective;stat.min)
  (2)Teff2-MSC K (n) Effective temperature of the secondary from MSC using BP/RP spectra and parallax (teff_msc2) (phys.temperature.effective)
  (2)B_Teff2-MSC K (n) Upper confidence level (84%) of effective temperature of the secondary from MSC using BP/RP spectra and parallax (teff_msc2_upper) (phys.temperature.effective;stat.max)
  (2)b_Teff2-MSC K (n) Lower confidence level (16%) of effective temperature of the secondary from MSC using BP/RP spectra and parallax (teff_msc2_lower) (phys.temperature.effective;stat.min)
  (2)logg1-MSC [cm/s2] (n) Surface gravity of the primary from MSC using BP/RP spectra and parallax (logg_msc1) (phys.gravity)
  (2)B_logg1-MSC [cm/s2] (n) Upper confidence level (84%) of surface gravity of the primary from MSC using BP/RP spectra and parallax (logg_msc1_upper) (phys.gravity;stat.max)
  (2)b_logg1-MSC [cm/s2] (n) Lower confidence level (16%) of surface gravity of the primary from MSC using BP/RP spectra and parallax (logg_msc1_lower) (phys.gravity;stat.min)
  (2)logg2-MSC [cm/s2] (n) Surface gravity of the secondary from MSC using BP/RP spectra and parallax (logg_msc2) (phys.gravity)
  (2)B_logg2-MSC [cm/s2] (n) Upper confidence level (84%) of surface gravity of the secondary from MSC using BP/RP spectra and parallax (logg_msc2_upper) (phys.gravity;stat.max)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)b_logg2-MSC [cm/s2] (n) Lower confidence level (16%) of surface gravity of the secondary from MSC using BP/RP spectra and parallax (logg_msc2_lower) (phys.gravity;stat.min)
  (2)AG-MSC mag (n) Extinction in G band from MSC using BP/RP spectra and parallax (ag_msc) (phys.absorption)
  (2)B_AG-MSC mag (n) Upper confidence level (84%) of extinction in G band from MSC using BP/RP spectra and parallax (ag_msc_upper) (phys.absorption;stat.max)
  (2)b_AG-MSC mag (n) Lower confidence level (16%) of extinction in G band from MSC using BP/RP spectra and parallax (ag_msc_lower) (phys.absorption;stat.min)
  (2)logpost-MSC  (n) Goodness-of-fit score (normalised log-posterior) of MSC MCMC (logposterior_msc) (stat.fit.goodness)
  (2)Accp-MSC  (n) Mean MCMC acceptance rate of MSC MCMC (mcmcaccept_msc) (stat.fit.param)
  (2)drift-MSC  (n) Mean drift of the MSC MCMC chain in units of parameter standard deviation (mcmcdrift_msc) (stat.fit.param)
  (2)Flag-MSC  (n) [0/1] Flag indicating quality information from MSC (flags_msc) (Note 5)   (meta.code.qual)
  (2)NOAId  (n) Identifier of the OA SOM map neuron that represents the source (neuron_oa_id) (stat.fit.param)
  (2)NOADist  (n) Distance between the source XP spectra and the OA neuron XP prototype that represents the source (neuron_oa_dist) (stat.fit.param)
  (2)NOADistRank  (n) [0/95] Percentile rank according to the distance distribution of the OA neuron that represents the source (neuron_oa_dist_percentile_rank) (stat.fit.param)
  (2)Flags-NOA  (n) Flags indicating quality and processing information from OA (flags_oa) (Note 6)   (meta.code.qual)
  (3)[M/H] [-] (n) Iron abundance from GSP-Phot Aeneas for MARCS library using BP/RP spectra (mh_gspphot_marcs) (phys.abund.Fe)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)b_[M/H] [-] (n) Lower confidence level (16%) of iron abundance from GSP-Phot Aeneas for MARCS library using BP/RP spectra (mh_gspphot_marcs_lower) (phys.abund.Fe;stat.min)
  (3)B_[M/H] [-] (n) Upper confidence level (84%) of iron abundance from GSP-Phot Aeneas for MARCS library using BP/RP spectra (mh_gspphot_marcs_upper) (stat.value;phys.abund.Fe;stat.max)
  (3)Rad Rsun (n) Radius from GSP-Phot Aeneas for MARCS library using BP/RP spectra (radius_gspphot_marcs) (phys.size.radius)
  (3)b_Rad Rsun (n) Lower confidence level (16%) of radius from GSP-Phot Aeneas for MARCS library using BP/RP spectra (radius_gspphot_marcs_lower) (phys.size.radius;stat.min)
  (3)B_Rad Rsun (n) Upper confidence level (84%) of radius from GSP-Phot Aeneas for MARCS library using BP/RP spectra (radius_gspphot_marcs_upper) (phys.size.radius;stat.max)
  (3)Teff-Phx K (n) Effective temperature from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (teff_gspphot_phoenix) (phys.temperature.effective)
  (3)b_Teff-Phx K (n) Lower confidence level (16%) of effective temperature from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (teff_gspphot_phoenix_lower) (phys.temperature.effective;stat.min)
  (3)B_Teff-Phx K (n) Upper confidence level (84%) of effective temperature from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (teff_gspphot_phoenix_upper) (phys.temperature.effective;stat.max)
  (3)logg-Phx [cm/s2] (n) Surface gravity from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (logg_gspphot_phoenix) (phys.gravity)
  (3)b_logg-Phx [cm/s2] (n) Lower confidence level (16%) of surface gravity from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (logg_gspphot_phoenix_lower) (phys.gravity;stat.min)
  (3)B_logg-Phx [cm/s2] (n) Upper confidence level (84%) of surface gravity from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (logg_gspphot_phoenix_upper) (phys.gravity;stat.max)
  (3)[M/H]-Phx [-] (n) Iron abundance from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (mh_gspphot_phoenix) (phys.abund.Fe)
  (3)b_[M/H]-Phx [-] (n) Lower confidence level (16%) of iron abundance from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (mh_gspphot_phoenix_lower) (phys.abund.Fe;stat.min)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)B_[M/H]-Phx [-] (n) Upper confidence level (84%) of iron abundance from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (mh_gspphot_phoenix_upper) (stat.value;phys.abund.Fe;stat.max)
  (3)Dist-Phx pc (n) Distance from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (distance_gspphot_phoenix) (pos.distance)
  (3)b_Dist-Phx pc (n) Lower confidence level (16%) of distance from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (distance_gspphot_phoenix_lower) (pos.distance;stat.min)
  (3)B_Dist-Phx pc (n) Upper confidence level (84%) of distance from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (distance_gspphot_phoenix_upper) (pos.distance;stat.max)
  (3)A0Phoenix mag (n) Monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (azero_gspphot_phoenix) (phys.absorption;em.opt.V)
  (3)b_A0Phoenix mag (n) Lower confidence level (16%) of monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (azero_gspphot_phoenix_lower) (phys.absorption;em.opt.V;stat.min)
  (3)B_A0Phoenix mag (n) Upper confidence level (84%) of monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (azero_gspphot_phoenix_upper) (stat.value;phys.absorption;em.opt.V)
  (3)AG-Phx mag (n) Extinction in G band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (ag_gspphot_phoenix) (phys.absorption;em.opt)
  (3)b_AG-Phx mag (n) Lower confidence level (16%) of extinction in G band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (ag_gspphot_phoenix_lower) (phys.absorption;em.opt;stat.min)
  (3)B_AG-Phx mag (n) Upper confidence level (84%) of extinction in G band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (ag_gspphot_phoenix_upper) (phys.absorption;em.opt;stat.max)
  (3)ABP-Phx mag (n) Extinction in G_BP band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (abp_gspphot_phoenix) (phys.absorption;em.opt.B)
  (3)b_ABP-Phx mag (n) Lower confidence level (16%) of extinction in G_BP band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (abp_gspphot_phoenix_lower) (phys.absorption;em.opt.B;stat.min)
  (3)B_ABP-Phx mag (n) Upper confidence level (84%) of extinction in G_BP band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (abp_gspphot_phoenix_upper) (phys.absorption;em.opt.B;stat.max)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)ARP-Phx mag (n) Extinction in G_RP band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (arp_gspphot_phoenix) (phys.absorption;em.opt.R)
  (3)b_ARP-Phx mag (n) Lower confidence level (16%) of extinction in G_RP band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (arp_gspphot_phoenix_lower) (phys.absorption;em.opt.R;stat.min)
  (3)B_ARP-Phx mag (n) Upper confidence level (84%) of extinction in G_RP band from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (arp_gspphot_phoenix_upper) (phys.absorption;em.opt.R;stat.max)
  (3)E(BP-RP)-Phx mag (n) Reddening E(BP-RP) from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (ebpminrp_gspphot_phoenix) (phot.color.excess;em.opt)
  (3)b_E(BP-RP)-Phx mag (n) Lower confidence level (16%) of reddening E(BP-RP) from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (ebpminrp_gspphot_phoenix_lower) (phot.color.excess;em.opt;stat.min)
  (3)B_E(BP-RP)-Phx mag (n) Upper confidence level (84%) of reddening E(BP-RP) from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (ebpminrp_gspphot_phoenix_upper) (phot.color.excess;em.opt;stat.max)
  (3)GMAG-Phx mag (n) Absolute magnitude M_G from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (mg_gspphot_phoenix) (phys.magAbs;em.opt)
  (3)b_GMAG-Phx mag (n) Lower confidence level (16%) of absolute magnitude M_G from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (mg_gspphot_phoenix_lower) (phys.magAbs;em.opt;stat.min)
  (3)B_GMAG-Phx mag (n) Upper confidence level (84%) of absolute magnitude M_G from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (mg_gspphot_phoenix_upper) (phys.magAbs;em.opt;stat.max)
  (3)Rad-Phx Rsun (n) Radius from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (radius_gspphot_phoenix) (phys.size.radius)
  (3)b_Rad-Phx Rsun (n) Lower confidence level (16%) of radius from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (radius_gspphot_phoenix_lower) (phys.size.radius;stat.min)
  (3)B_Rad-Phx Rsun (n) Upper confidence level (84%) of radius from GSP-Phot Aeneas for PHOENIX library using BP/RP spectra (radius_gspphot_phoenix_upper) (phys.size.radius;stat.max)
  (3)logpost-Phx  (n) Goodness-of-fit score (mean log-posterior of MCMC) of GSP-Phot Aeneas MCMC for PHOENIX library (logposterior_gspphot_phoenix) (stat.fit.goodness)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)Accp-Phx  (n) MCMC acceptance rate of GSP-Phot Aeneas MCMC for PHOENIX library (mcmcaccept_gspphot_phoenix) (stat.fit.param)
  (3)Teff-OB K (n) Effective temperature from GSP-Phot Aeneas for OB library using BP/RP spectra (teff_gspphot_ob) (phys.temperature.effective)
  (3)b_Teff-OB K (n) Lower confidence level (16%) of effective temperature from GSP-Phot Aeneas for OB library using BP/RP spectra (teff_gspphot_ob_lower) (phys.temperature.effective;stat.min)
  (3)B_Teff-OB K (n) Upper confidence level (84%) of effective temperature from GSP-Phot Aeneas for OB library using BP/RP spectra (teff_gspphot_ob_upper) (phys.temperature.effective;stat.max)
  (3)logg-OB [cm/s2] (n) Surface gravity from GSP-Phot Aeneas for OB library using BP/RP spectra (logg_gspphot_ob) (phys.gravity)
  (3)b_logg-OB [cm/s2] (n) Lower confidence level (16%) of surface gravity from GSP-Phot Aeneas for OB library using BP/RP spectra (logg_gspphot_ob_lower) (phys.gravity;stat.min)
  (3)B_logg-OB [cm/s2] (n) Upper confidence level (84%) of surface gravity from GSP-Phot Aeneas for OB library using BP/RP spectra (logg_gspphot_ob_upper) (phys.gravity;stat.max)
  (3)[M/H]-OB [-] (n) Iron abundance from GSP-Phot Aeneas for OB library using BP/RP spectra (mh_gspphot_ob) (phys.abund.Fe)
  (3)b_[M/H]-OB [-] (n) Lower confidence level (16%) of iron abundance from GSP-Phot Aeneas for OB library using BP/RP spectra (mh_gspphot_ob_lower) (phys.abund.Fe;stat.min)
  (3)B_[M/H]-OB [-] (n) Upper confidence level (84%) of iron abundance from GSP-Phot Aeneas for OB library using BP/RP spectra (mh_gspphot_ob_upper) (stat.value;phys.abund.Fe;stat.max)
  (3)Dist-OB pc (n) Distance from GSP-Phot Aeneas for OB library using BP/RP spectra (distance_gspphot_ob) (pos.distance)
  (3)b_Dist-OB pc (n) Lower confidence level (16%) of distance from GSP-Phot Aeneas for OB library using BP/RP spectra (distance_gspphot_ob_lower) (pos.distance;stat.min)
  (3)B_Dist-OB pc (n) Upper confidence level (84%) of distance from GSP-Phot Aeneas for OB library using BP/RP spectra (distance_gspphot_ob_upper) (pos.distance;stat.max)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)A0-OB mag (n) Monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for OB library using BP/RP spectra (azero_gspphot_ob) (phys.absorption;em.opt.V)
  (3)b_A0-OB mag (n) Lower confidence level (16%) of monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for OB library using BP/RP spectra (azero_gspphot_ob_lower) (phys.absorption;em.opt.V;stat.min)
  (3)B_A0-OB mag (n) Upper confidence level (84%) of monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for OB library using BP/RP spectra (azero_gspphot_ob_upper) (stat.value;phys.absorption;em.opt.V)
  (3)AG-OB mag (n) Extinction in G band from GSP-Phot Aeneas for OB library using BP/RP spectra (ag_gspphot_ob) (phys.absorption;em.opt)
  (3)b_AG-OB mag (n) Lower confidence level (16%) of extinction in G band from GSP-Phot Aeneas for OB library using BP/RP spectra (ag_gspphot_ob_lower) (phys.absorption;em.opt;stat.min)
  (3)B_AG-OB mag (n) Upper confidence level (84%) of extinction in G band from GSP-Phot Aeneas for OB library using BP/RP spectra (ag_gspphot_ob_upper) (phys.absorption;em.opt;stat.max)
  (3)ABP-OB mag (n) Extinction in G_BP band from GSP-Phot Aeneas for OB library using BP/RP spectra (abp_gspphot_ob) (phys.absorption;em.opt.B)
  (3)b_ABP-OB mag (n) Lower confidence level (16%) of extinction in G_BP band from GSP-Phot Aeneas for OB library using BP/RP spectra (abp_gspphot_ob_lower) (phys.absorption;em.opt.B;stat.min)
  (3)B_ABP-OB mag (n) Upper confidence level (84%) of extinction in G_BP band from GSP-Phot Aeneas for OB library using BP/RP spectra (abp_gspphot_ob_upper) (phys.absorption;em.opt.B;stat.max)
  (3)ARP-OB mag (n) Extinction in G_RP band from GSP-Phot Aeneas for OB library using BP/RP spectra (arp_gspphot_ob) (phys.absorption;em.opt.R)
  (3)b_ARP-OB mag (n) Lower confidence level (16%) of extinction in G_RP band from GSP-Phot Aeneas for OB library using BP/RP spectra (arp_gspphot_ob_lower) (phys.absorption;em.opt.R;stat.min)
  (3)B_ARP-OB mag (n) Upper confidence level (84%) of extinction in G_RP band from GSP-Phot Aeneas for OB library using BP/RP spectra (arp_gspphot_ob_upper) (phys.absorption;em.opt.R;stat.max)
  (3)E(BP-RP)-OB mag (n) Reddening E(BP-RP) from GSP-Phot Aeneas for OB library using BP/RP spectra (ebpminrp_gspphot_ob) (phot.color.excess;em.opt)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)b_E(BP-RP)-OB mag (n) Lower confidence level (16%) of reddening E(BP-RP) from GSP-Phot Aeneas for OB library using BP/RP spectra (ebpminrp_gspphot_ob_lower) (phot.color.excess;em.opt;stat.min)
  (3)B_E(BP-RP)-OB mag (n) Upper confidence level (84%) of reddening E(BP-RP) from GSP-Phot Aeneas for OB library using BP/RP spectra (ebpminrp_gspphot_ob_upper) (phot.color.excess;em.opt;stat.max)
  (3)GMAG-OB mag (n) Absolute magnitude M_G from GSP-Phot Aeneas for OB library using BP/RP spectra (mg_gspphot_ob) (phys.magAbs;em.opt)
  (3)b_GMAG-OB mag (n) Lower confidence level (16%) of absolute magnitude M_G from GSP-Phot Aeneas for OB library using BP/RP spectra (mg_gspphot_ob_lower) (phys.magAbs;em.opt;stat.min)
  (3)B_GMAG-OB mag (n) Upper confidence level (84%) of absolute magnitude M_G from GSP-Phot Aeneas for OB library using BP/RP spectra (mg_gspphot_ob_upper) (phys.magAbs;em.opt;stat.max)
  (3)Rad-OB Rsun (n) Radius from GSP-Phot Aeneas for OB library using BP/RP spectra (radius_gspphot_ob) (phys.size.radius)
  (3)b_Rad-OB Rsun (n) Lower confidence level (16%) of radius from GSP-Phot Aeneas for OB library using BP/RP spectra (radius_gspphot_ob_lower) (phys.size.radius;stat.min)
  (3)B_Rad-OB Rsun (n) Upper confidence level (84%) of radius from GSP-Phot Aeneas for OB library using BP/RP spectra (radius_gspphot_ob_upper) (phys.size.radius;stat.max)
  (3)logpost-OB  (n) Goodness-of-fit score (mean log-posterior of MCMC) of GSP-Phot Aeneas MCMC for OB library (logposterior_gspphot_ob) (stat.fit.goodness)
  (3)Accp-OB  (n) MCMC acceptance rate of GSP-Phot Aeneas MCMC for OB library (mcmcaccept_gspphot_ob) (stat.fit.param)
  (3)Teff-A K (n) Effective temperature from GSP-Phot Aeneas for A library using BP/RP spectra (teff_gspphot_a) (phys.temperature.effective)
  (3)b_Teff-A K (n) Lower confidence level (16%) of effective temperature from GSP-Phot Aeneas for A library using BP/RP spectra (teff_gspphot_a_lower) (phys.temperature.effective;stat.min)
  (3)B_Teff-A K (n) Upper confidence level (84%) of effective temperature from GSP-Phot Aeneas for A library using BP/RP spectra (teff_gspphot_a_upper) (phys.temperature.effective;stat.max)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)logg-A [cm/s2] (n) Surface gravity from GSP-Phot Aeneas for A library using BP/RP spectra (logg_gspphot_a) (phys.gravity)
  (3)b_logg-A [cm/s2] (n) Lower confidence level (16%) of surface gravity from GSP-Phot Aeneas for A library using BP/RP spectra (logg_gspphot_a_lower) (phys.gravity;stat.min)
  (3)B_logg-A [cm/s2] (n) Upper confidence level (84%) of surface gravity from GSP-Phot Aeneas for A library using BP/RP spectra (logg_gspphot_a_upper) (phys.gravity;stat.max)
  (3)[M/H]-A [-] (n) Iron abundance from GSP-Phot Aeneas for A library using BP/RP spectra (mh_gspphot_a) (phys.abund.Fe)
  (3)b_[M/H]-A [-] (n) Lower confidence level (16%) of iron abundance from GSP-Phot Aeneas for A library using BP/RP spectra (mh_gspphot_a_lower) (phys.abund.Fe;stat.min)
  (3)B_[M/H]-A [-] (n) Upper confidence level (84%) of iron abundance from GSP-Phot Aeneas for A library using BP/RP spectra (mh_gspphot_a_upper) (stat.value;phys.abund.Fe;stat.max)
  (3)Dist-A pc (n) Distance from GSP-Phot Aeneas for A library using BP/RP spectra (distance_gspphot_a) (pos.distance)
  (3)b_Dist-A pc (n) Lower confidence level (16%) of distance from GSP-Phot Aeneas for A library using BP/RP spectra (distance_gspphot_a_lower) (pos.distance;stat.min)
  (3)B_Dist-A pc (n) Upper confidence level (84%) of distance from GSP-Phot Aeneas for A library using BP/RP spectra (distance_gspphot_a_upper) (pos.distance;stat.max)
  (3)A0-A mag (n) Monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for A library using BP/RP spectra (azero_gspphot_a) (phys.absorption;em.opt.V)
  (3)b_A0-A mag (n) Lower confidence level (16%) of monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for A library using BP/RP spectra (azero_gspphot_a_lower) (phys.absorption;em.opt.V;stat.min)
  (3)B_A0-A mag (n) Upper confidence level (84%) of monochromatic extinction A_0 at 547.7nm from GSP-Phot Aeneas for A library using BP/RP spectra (azero_gspphot_a_upper) (stat.value;phys.absorption;em.opt.V)
  (3)AG-A mag (n) Extinction in G band from GSP-Phot Aeneas for A library using BP/RP spectra (ag_gspphot_a) (phys.absorption;em.opt)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)b_AG-A mag (n) Lower confidence level (16%) of extinction in G band from GSP-Phot Aeneas for A library using BP/RP spectra (ag_gspphot_a_lower) (phys.absorption;em.opt;stat.min)
  (3)B_AG-A mag (n) Upper confidence level (84%) of extinction in G band from GSP-Phot Aeneas for A library using BP/RP spectra (ag_gspphot_a_upper) (phys.absorption;em.opt;stat.max)
  (3)ABP-A mag (n) Extinction in G_BP band from GSP-Phot Aeneas for A library using BP/RP spectra (abp_gspphot_a) (phys.absorption;em.opt.B)
  (3)b_ABP-A mag (n) Lower confidence level (16%) of extinction in G_BP band from GSP-Phot Aeneas for A library using BP/RP spectra (abp_gspphot_a_lower) (phys.absorption;em.opt.B;stat.min)
  (3)B_ABP-A mag (n) Upper confidence level (84%) of extinction in G_BP band from GSP-Phot Aeneas for A library using BP/RP spectra (abp_gspphot_a_upper) (phys.absorption;em.opt.B;stat.max)
  (3)ARP-A mag (n) Extinction in G_RP band from GSP-Phot Aeneas for A library using BP/RP spectra (arp_gspphot_a) (phys.absorption;em.opt.R)
  (3)b_ARP-A mag (n) Lower confidence level (16%) of extinction in G_RP band from GSP-Phot Aeneas for A library using BP/RP spectra (arp_gspphot_a_lower) (phys.absorption;em.opt.R;stat.min)
  (3)B_ARP-A mag (n) Upper confidence level (84%) of extinction in G_RP band from GSP-Phot Aeneas for A library using BP/RP spectra (arp_gspphot_a_upper) (phys.absorption;em.opt.R;stat.max)
  (3)E(BP-RP)-A mag (n) Reddening E(BP-RP) from GSP-Phot Aeneas for A library using BP/RP spectra (ebpminrp_gspphot_a) (phot.color.excess;em.opt)
  (3)b_E(BP-RP)-A mag (n) Lower confidence level (16%) of reddening E(BP-RP) from GSP-Phot Aeneas for A library using BP/RP spectra (ebpminrp_gspphot_a_lower) (phot.color.excess;em.opt;stat.min)
  (3)B_E(BP-RP)-A mag (n) Upper confidence level (84%) of reddening E(BP-RP) from GSP-Phot Aeneas for A library using BP/RP spectra (ebpminrp_gspphot_a_upper) (phot.color.excess;em.opt;stat.max)
  (3)GMAG-A mag (n) Absolute magnitude M_G from GSP-Phot Aeneas for A library using BP/RP spectra (mg_gspphot_a) (phys.magAbs;em.opt)
  (3)b_GMAG-A mag (n) Lower confidence level (16%) of absolute magnitude M_G from GSP-Phot Aeneas for A library using BP/RP spectra (mg_gspphot_a_lower) (phys.magAbs;em.opt;stat.min)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)B_GMAG-A mag (n) Upper confidence level (84%) of absolute magnitude M_G from GSP-Phot Aeneas for A library using BP/RP spectra (mg_gspphot_a_upper) (phys.magAbs;em.opt;stat.max)
  (3)Rad-A Rsun (n) Radius from GSP-Phot Aeneas for A library using BP/RP spectra (radius_gspphot_a) (phys.size.radius)
  (3)b_Rad-A Rsun (n) Lower confidence level (16%) of radius from GSP-Phot Aeneas for A library using BP/RP spectra (radius_gspphot_a_lower) (phys.size.radius;stat.min)
  (3)B_Rad-A Rsun (n) Upper confidence level (84%) of radius from GSP-Phot Aeneas for A library using BP/RP spectra (radius_gspphot_a_upper) (phys.size.radius;stat.max)
  (3)logpost-A  (n) Goodness-of-fit score (mean log-posterior of MCMC) of GSP-Phot Aeneas MCMC for A library (logposterior_gspphot_a) (stat.fit.goodness)
  (3)Accp-A  (n) MCMC acceptance rate of GSP-Phot Aeneas MCMC for A library (mcmcaccept_gspphot_a) (stat.fit.param)
  (3)Teff-ANN K (n) Effective temperature from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (teff_gspspec_ann) (phys.temperature.effective)
  (3)b_Teff-ANN K (n) Lower confidence level (16%) of effective temperature from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (teff_gspspec_ann_lower) (phys.temperature.effective;stat.min)
  (3)B_Teff-ANN K (n) Upper confidence level (84%) of effective temperature from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (teff_gspspec_ann_upper) (phys.temperature.effective;stat.max)
  (3)logg-ANN [cm/s2] (n) Surface gravity from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (logg_gspspec_ann) (phys.gravity)
  (3)b_logg-ANN [cm/s2] (n) Lower confidence level (16%) of surface gravity from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (logg_gspspec_ann_lower) (phys.gravity;stat.min)
  (3)B_logg-ANN [cm/s2] (n) Upper confidence level (84%) of surface gravity from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (logg_gspspec_ann_upper) (phys.gravity;stat.max)
  (3)[M/H]-ANN [-] (n) Global metallicity from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (mh_gspspec_ann) (phys.abund.Fe)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3)b_[M/H]-ANN [-] (n) Lower confidence level (16%) of global metallicity from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (mh_gspspec_ann_lower) (phys.abund.Fe;stat.min)
  (3)B_[M/H]-ANN [-] (n) Upper confidence level (84%) of global metallicity from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (mh_gspspec_ann_upper) (stat.value;phys.abund.Fe;stat.max)
  (3)[alpha/Fe]-ANN [-] (n) Abundance of alpha-elements with respect to iron from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (alphafe_gspspec_ann) (phys.abund)
  (3)b_[alpha/Fe]-ANN [-] (n) Lower confidence level (16%) of alpha-elements with respect to iron from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (alphafe_gspspec_ann_lower) (phys.abund;stat.min)
  (3)B_[alpha/Fe]-ANN [-] (n) Upper confidence level (84%) of alpha-elements with respect to iron from GSP-Spec ANN using RVS spectra and Monte Carlo realisations (alphafe_gspspec_ann_upper) (phys.abund;stat.max)
  (3)logpost-ANN  (n) Logarithm of the goodness-of-fit for the GSP-Spec ANN parameters (logchisq_gspspec_ann) (stat.fit.goodness)
  (3)Flags-ANN  (n) Catalogue flags for GSP-Spec ANN (flags_gspspec_ann) (Note 1)   (meta.code.status)
  (3)Flag-Flame  (n) [0/2] Flag indicating quality of parameters from FLAME using GSP-Spec parameters (flags_flame_spec) (Note 2)   (meta.code.qual)
  (4,5,6,7,9,13,14)recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
  (4+5)HPId  Unique HEALPix index number for which the total Galactic extinction parameters are estimated (healpix_id) (pos.healpix)
  (4+5)HPlevel   [6/9] HEALPix level used (healpix_level) n (pos.healpix)
  (4+5)e_A0 mag (n) Uncertainty for the mean A0 (a0_uncertainty) (stat.error)
  (4+5)Ntracers  Number of tracers used (num_tracers_used) (meta.number)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (4)foptHP   [0/1] Flag to indicate whether a given HEALPix level is the optimum (1) or not (0) (optimum_hpx_flag) (Note 2)   (meta.code.class)
  (4+5)Status   [0/3] Exit status for TGE (status) (Note 3)   (meta.code.status)
  (6)SOMID  Self-Organized Map identifier (som_id) (meta.id)
  (6+7)NeuId  Neuron identifier (neuron_id) (meta.id)
  (6+7)NeuRowIdx   [0/29] Row index of the neuron in the Self-Organised Map lattice (neuron_row_index) (meta.id)
  (6+7)NeuColIdx   [0/29] Column index of the neuron in the Self-Organised Map lattice (neuron_column_index) (meta.id)
  (6)hits  Number of sources populating the neuron (hits) (meta.number)
  (6)Class (char) Astronomical class estimated for the neuron (class_label) (meta.code.class)
  (6)CentId  Identifier of the Gaia source that minimizes the classification distance to the neuron (centroid_id) (meta.id)
  (6)CentDist  Squared Euclidean distance between the centroid XP spectrum and the neuron XP prototype (centroid_distance) (meta.id)
  (6)TempDist  (n) Squared Euclidean distance between the reference XP template and the neuron XP prototype (template_distance) (meta.id)
  (6)s_Gmag mag Standard deviation of G values for the sources that belong to the neuron (g_mag_std_dev) (stat.error;phot.mag;em.opt)
  (6)b_Gmag mag Minimum G value for the sources that belong to the neuron (g_mag_min) (phot.mag;em.opt;stat.min)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (6)B_Gmag mag Maximum G value for the sources that belong to the neuron (g_mag_max) (phot.mag;em.opt;stat.max)
  (6)s_BPmag mag Standard deviation of GBP values for the sources that belong to the neuron (bp_mag_std_dev) (stat.error;phot.mag;em.opt.B)
  (6)b_BPmag mag Minimum value of GBP for the sources that belong to the neuron (bp_mag_min) (phot.mag;em.opt.B;stat.min)
  (6)B_BPmag mag Maximum value of GBP for the sources that belong to the neuron (bp_mag_max) (phot.mag;em.opt.B;stat.max)
  (6)s_RPmag mag Standard deviation of GRP values for the sources that belong to the neuron (rp_mag_std_dev) (stat.error;phot.mag;em.opt.R)
  (6)b_RPmag mag Minimum value of GRP for the sources that belong to the neuron (rp_mag_min) (phot.mag;em.opt.R;stat.min)
  (6)B_RPmag mag Maximum value of GRP for the sources that belong to the neuron (rp_mag_max) (phot.mag;em.opt.R;stat.max)
  (6)s_pmRA mas/yr Standard deviation of the proper motion in right ascension for the sources that belong to the neuron (pm_ra_std_dev) (stat.error;pos.pm;pos.eq.ra)
  (6)b_pmRA mas/yr Minimum value of the proper motion in right ascension for the sources that belong to the neuron (pm_ra_min) (pos.pm;pos.eq.ra;stat.min)
  (6)B_pmRA mas/yr Maximum value of the proper motion in right ascension for the sources that belong to the neuron (pm_ra_max) (pos.pm;pos.eq.ra;stat.max)
  (6)s_pmDE mas/yr Standard deviation of the proper motion in declination for the sources that belong to the neuron (pm_dec_std_dev) (stat.error;pos.pm;pos.eq.dec)
  (6)b_pmDE mas/yr Minimum value of the proper motion in declination for the sources that belong to the neuron (pm_dec_min) (pos.pm;pos.eq.dec;stat.min)
  (6)B_pmDE mas/yr Maximum value of the proper motion in declination for the sources that belong to the neuron (pm_dec_max) (pos.pm;pos.eq.dec;stat.max)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (6)s_Plx mas Standard deviation of the parallax values for the sources that belong to the neuron (parallax_std_dev) (stat.error;pos.parallax.trig)
  (6)b_Plx mas Minimum parallax value for the sources that belong to the neuron (parallax_min) (pos.parallax.trig;stat.min)
  (6)B_Plx mas Maximum parallax value for the sources that belong to the neuron (parallax_max) (pos.parallax.trig;stat.max)
  (6)s_GLON deg Standard deviation of the galactic latitude values for the sources that belong to the neuron (gal_latitude_std_dev) (stat.error;pos.galactic.lat)
  (6)b_GLON deg Minimum galactic latitude for the sources that belong to the neuron (gal_latitude_min) (pos.galactic.lat;stat.min)
  (6)B_GLON deg Maximum galactic latitude for the sources that belong to the neuron (gal_latitude_max) (pos.galactic.lat;stat.max)
  (6)intraDist  Mean value of the squared Euclidean distance between each of the XP sources in the neuron and the neuron prototype (intra_neuron_distance_mean) (pos.distance;stat.value)
  (6)s_intraDist  Standard deviation of the squared Euclidean distance between each of the XP sources in the neuron and the neuron prototype (intra_neuron_distance_std_dev) (stat.value;stat.error)
  (6)b_intraDist  Minimum squared Euclidean distance between each of the XP sources in the neuron and the neuron prototype (intra_neuron_distance_min) (stat.value;stat.min)
  (6)B_intraDist  Maximum squared Euclidean distance between each of the XP sources in the neuron and the neuron prototype (intra_neuron_distance_max) (stat.value;stat.max)
  (6)interDist  Mean value of the squared Euclidean distance between the neuron XP prototype and the XP prototypes of its immediate neighbours (inter_neuron_distance_mean) (stat.value)
  (6)s_interDist  Standard deviation of the squared Euclidean distance between the neuron XP prototype and the XP prototypes of its immediate neighbours (inter_neuron_distance_std_dev) (stat.value;stat.error)
  (6)b_interDist  Minimum value of the squared Euclidean distance between the neuron XP prototype and the XP prototypes of its immediate neighbours (inter_neuron_distance_min) (stat.value;stat.min)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (6)B_interDist  Maximum value of the squared Euclidean distance between the neuron XP prototype and the XP prototypes of its immediate neighbours (inter_neuron_distance_max) (stat.value;stat.max)
  (6)Template (char) Name of the template used to describe the neuron (template_name) (meta.record)
  (6)dist25  25th percentile value for the intra-neuron distance distribution (distance_percentile25) (stat.value)
  (6)dist50  50th percentile value for the intra-neuron distance distribution (distance_percentile50) (stat.value)
  (6)dist68  68th percentile value for the intra-neuron distance distribution (distance_percentile68) (stat.value)
  (6)dist75  75th percentile value for the intra-neuron distance distribution (distance_percentile75) (stat.value)
  (6)dist99  95th percentile value for the intra-neuron distance distribution (distance_percentile95) (stat.value)
  (6)distFWHM  Full Width at Half Maximum value for the intra-neuron distance distribution (distance_fwhm) (stat.value)
  (6)distSkew  Skewness value for the intra-neuron distance distribution (distance_skew) (stat.value)
  (6)distKur  Kurtosis value for the intra-neuron distance distribution (distance_kurtosis) (stat.value)
  (6)distiqr  Inter-Quartile Range value for the intra-neuron distance distribution (distance_i_q_r) (stat.value)
  (6)distFWHMn  Normalized FWHM value for the intra-neuron distance distribution (distance_fwhm_norm) (stat.value)
  (6)Quality   [0/6] Quality category assigned to the neuron (quality_category) (meta.code.qual)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (6+11+15)NBP  Mean value of the number of BP transits for the sources that belong to the neuron (bp_transits_mean) (meta.number)
  (6)s_NBP  Standard deviation of the number of BP transits for the sources that belong to the neuron (bp_transits_std_dev) (meta.number;stat.stdev)
  (6)b_NBP  Minimum value of the number of BP transits for the sources that belong to the neuron (bp_transits_min) (meta.number;stat.min)
  (6)B_NBP  Maximum value of the number of BP transits for the sources that belong to the neuron (bp_transits_max) (meta.number;stat.max)
  (6+11+15)NRP  Mean value of the number of RP transits for the sources that belong to the neuron (rp_transits_mean) (meta.number;stat.mean)
  (6)s_NRP  Standard deviation of the number of RP transits for the sources that belong to the neuron (rp_transits_std_dev) (meta.number;stat.stdev)
  (6)b_NRP  Minimum value of the number of RP transits for the sources that belong to the neuron (rp_transits_min) (meta.number;stat.min)
  (6)B_NRP  Maximum value of the number of RP transits for the sources that belong to the neuron (rp_transits_max) (meta.number;stat.max)
  (6)s_RUWE  Standard deviation of the renormalised unit weight error for the sources that belong to the neuron (ruwe_std_dev) (stat.weight;stat.stdev)
  (6)b_RUWE  Minimum value of the renormalised unit weight error for the sources that belong to the neuron (ruwe_min) (stat.weight;stat.min)
  (6)B_RUWE  Maximum value of the renormalised unit weight error for the sources that belong to the neuron (ruwe_max) (stat.weight;stat.max)
  (6)E(BP/RP)  Mean value of the BP/RP flux excess for the sources that belong to the neuron (bprp_mean_flux_excess_mean) (arith.factor;phot.flux;em.opt)
  (6)s_E(BP/RP)  Standard deviation of the BP/RP flux excess for the sources that belong to the neuron (bprp_mean_flux_excess_std_dev) (arith.factor;phot.flux;em.opt)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (6)b_E(BP/RP)  Minimum value of the BP/RP flux excess for the sources that belong to the neuron (bprp_mean_flux_excess_min) (arith.factor;phot.flux;em.opt)
  (6)B_E(BP/RP)  Maximum value of the BP/RP flux excess for the sources that belong to the neuron (bprp_mean_flux_excess_max) (arith.factor;phot.flux;em.opt)
  (6)s_BP-RP mag Standard deviation of the GBP-GRP colour for the sources that belong to the neuron (bprp_colour_std_dev) (phot.color;em.opt.B;em.opt.R)
  (6)b_BP-RP mag Minimum value of the GBP-GRP colour for the sources that belong to the neuron (bprp_colour_min) (phot.color;em.opt.B;em.opt.R)
  (6)B_BP-RP mag Maximum value of the GBP-GRP colour for the sources that belong to the neuron (bprp_colour_max) (phot.color;em.opt.B;em.opt.R)
  (7)XPFlux  Normalised flux at wavelength XPlambda for the preprocessed XP spectrum that best represents the neuron (prototype) (xp_spectrum_prototype_flux) (phot.flux;stat.fit.param)
  (7)XPlambda nm Wavelength associated with the XP spectrum flux values (xp_spectrum_prototype_wavelength) (em.wl.central)
  (7)XPFluxTemp  (n) Normalised flux at wavelength XPlambda for the preprocessed XP spectrum corresponding to the neuron template (xp_spectrum_template_flux) (phot.flux;stat.fit.param)
  (8)TransitID  Transit unique identifier (transit_id) (meta.id)
  (8)TimeG d (n)(i) Transit averaged G band observing time JD-2455197.5 (g_transit_time) (time.epoch;stat.mean)
  (8)NG   [0-9] Number of CCD observations contributing to transit averaged G band flux (g_transit_n_obs) (meta.number)
  (8)TimeBP d (n) BP CCD transit observing time JD-2455197.5 (bp_obs_time) (time.epoch;stat.mean)
  (8)TimeRP d (n) RP CCD transit observing time JD-2455197.5 (rp_obs_time) (time.epoch;stat.mean)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (8)noisyFlag   [0/1] G band flux scatter larger than expected by photometry processing (all CCDs considered) (photometry_flag_noisy_data) (meta.code.status)
  (8)SMuFlag   [0/1] SM transit unavailable by photometry processing (photometry_flag_sm_unavailable) (meta.code.status)
  (8)AF1uFlag   [0/1] AF1 transit unavailable by photometry processing (photometry_flag_af1_unavailable) (meta.code.status)
  (8)AF2uFlag   [0/1] AF2 transit unavailable by photometry processing (photometry_flag_af2_unavailable) (meta.code.status)
  (8)AF3uFlag   [0/1] AF3 transit unavailable by photometry processing (photometry_flag_af3_unavailable) (meta.code.status)
  (8)AF4uFlag   [0/1] AF4 transit unavailable by photometry processing (photometry_flag_af4_unavailable) (meta.code.status)
  (8)AF5uFlag   [0/1] AF5 transit unavailable by photometry processing (photometry_flag_af5_unavailable) (meta.code.status)
  (8)AF6uFlag   [0/1] AF6 transit unavailable by photometry processing (photometry_flag_af6_unavailable) (meta.code.status)
  (8)AF7uFlag   [0/1] AF7 transit unavailable by photometry processing (photometry_flag_af7_unavailable) (meta.code.status)
  (8)AF8uFlag   [0/1] AF8 transit unavailable by photometry processing (photometry_flag_af8_unavailable) (meta.code.status)
  (8)AF9uFlag   [0/1] AF9 transit unavailable by photometry processing (photometry_flag_af9_unavailable) (meta.code.status)
  (8)BPuFlag   [0/1] BP transit unavailable by photometry processing (photometry_flag_bp_unavailable) (meta.code.status)
  (8)RPuFlag   [0/1] RP transit unavailable by photometry processing (photometry_flag_rp_unavailable) (meta.code.status)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (8)SMrFlag   [1] SM transit rejected by photometry processing (photometry_flag_sm_reject) (meta.code.status)
  (8)AF1rFlag   [0/1] AF1 transit rejected by photometry processing (photometry_flag_af1_reject) (meta.code.status)
  (8)AF2rFlag   [0/1] AF2 transit rejected by photometry processing (photometry_flag_af2_reject) (meta.code.status)
  (8)AF3rFlag   [0/1] AF3 transit rejected by photometry processing (photometry_flag_af3_reject) (meta.code.status)
  (8)AF4rFlag   [0/1] AF4 transit rejected by photometry processing (photometry_flag_af4_reject) (meta.code.status)
  (8)AF5rFlag   [0/1] AF5 transit rejected by photometry processing (photometry_flag_af5_reject) (meta.code.status)
  (8)AF6rFlag   [0/1] AF6 transit rejected by photometry processing (photometry_flag_af6_reject) (meta.code.status)
  (8)AF7rFlag   [0/1] AF7 transit rejected by photometry processing (photometry_flag_af7_reject) (meta.code.status)
  (8)AF8rFlag   [0/1] AF8 transit rejected by photometry processing (photometry_flag_af8_reject) (meta.code.status)
  (8)AF9rFlag   [0/1] AF9 transit rejected by photometry processing (photometry_flag_af9_reject) (meta.code.status)
  (8)BPrFlag   [0/1] BP transit rejected by photometry processing (photometry_flag_bp_reject) (meta.code.status)
  (8)RPrFlag   [0/1] RP transit rejected by photometry processing (photometry_flag_rp_reject) (meta.code.status)
  (8)GrVFlag   [0/1] Average G transit photometry rejected by variability processing (variability_flag_g_reject) (meta.code.status)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (8)BPrVFlag   [0/1] BP transit photometry rejected by variability processing (variability_flag_bp_reject) (meta.code.status)
  (8)RPrVFlag   [0/1] RP transit photometry rejected by variability processing (variability_flag_rp_reject) (meta.code.status)
  (9)ICRF3sx   [0/1] The flag describing if the Gaia-CRF3 source was found in ICRF3 S/X (icrf3sx) (meta.code.status)
  (9)ICRF3k   [0/1] The flag describing if the Gaia-CRF3 source was found in ICRF3 K (icrf3k) (meta.code.status)
  (9)ICRF3xka   [0/1] The flag describing if the Gaia-CRF3 source was found in ICRF3 X/Ka (icrf3xka) (meta.code.status)
  (9)ICRFname (char) The ICRF name of the source (icrf_name) (meta.id.cross)
  (9)IERSname (char) The IERS name of the source (iers_name) (meta.id.cross)
  (9)OCARS   [0/1] The flag describing if the Gaia-CRF3 source was found in OCARS, www.gaoran.ru/english/as/ac_vlbi/#OCARS (ocars) (meta.code.status)
  (9)OCARSname (char) The name for this source in OCARS (ocars_name) (meta.id.cross)
  (9)AW15   [0/1] The flag describing if the Gaia-CRF3 source was found in allWISE, SECREST et al., 2015ApJS..221...12S, Cat. J/ApJS/221/12 (aw15) (meta.code.status)
  (9)AW15name (char) The name for this source in allWISE (aw15_name) (meta.id.cross)
  (9)R90   [0/1] The flag describing if the Gaia-CRF3 source was found in the catalogue R90, Assef at al., 2018ApJS..234...23A, Cat. J/ApJS/234/32 (r90) (meta.code.status)
  (9)R90name (char) The name for this source in R90 (r90_name) (meta.id.cross)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (9)M65   [0/1] The flag describing if the Gaia-CRF3 source was found in Milliquas v6.5 (m65) (meta.code.status)
  (9)M65name (char) The name for this source in Milliquas v6.5, Flesch, Cat. VII/290 (m65_name) (meta.id.cross)
  (9)C75   [0/1] The flag describing if the Gaia-CRF3 source was found in the catalogue C75, Assef at al., 2018ApJS..234...23A, Cat. J/ApJS/234/32 (c75) (meta.code.status)
  (9)C75name (char) The name for this source in C75 (c75_name) (meta.id.cross)
  (9)DR14q   [0/1] The flag describing if the Gaia-CRF3 source was found in the catalogue SDSS DR14Q, Paris et al., 2018A&A...613A..51P, Cat. VII/286 (dr14q) (meta.code.status)
  (9)DR14qname (char) The name for this source in SDSS DR14Q (dr14q_name) (meta.id.cross)
  (9)LQAC5   [0/1] The flag describing if the Gaia-CRF3 source was found in LQAC-5, Souchay et al., 2019A&A...624A.145S, Cat. J/A+A/624/A145 (lqac5) (meta.code.status)
  (9)LQAC5name (char) The name for this source in LQAC-5 (lqac5_name) (meta.id.cross)
  (9)LAMOST5   [0/1] The flag describing if the Gaia-CRF3 source was found in the LAMOST QSO catalogue (lamost5) (meta.code.status)
  (9)LAMOST5name (char) The name for this source in the LAMOST QSO catalogue, Luo et al., Cat. V/164 (lamost5_name) (meta.id.cross)
  (9)LQRF   [0/1] The flag describing if the Gaia-CRF3 source was found in LQRF, Andrei et al., 2009A&A...505..385A, Cat. I/313 (lqrf) (meta.code.status)
  (9)LQRFname  (n) The name for this source in LQRF (lqrf_name) (meta.id.cross)
  (9)2QZ   [0/1] The flag describing if the Gaia-CRF3 source was found in 2QZ, Croom et al., 2004MNRAS.349.1397C, Cat. VII/241 (cat2qz) (meta.code.status)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (9)2QZname (char) The name for this source in 2QZ (cat2qz_name) (meta.id.cross)
  (9)BZCAT5   [0/1] The flag describing if the Gaia-CRF3 source was found in Roma-BZCAT, Massaro et al., 2015Ap&SS.357...75M, Cat. VII/274 (bzcat5) (meta.code.status)
  (9)BZCAT5name (char) The name for this source in Roma-BZCAT (bzcat5_name) (meta.id.cross)
  (9)2WHSPJ   [0/1] The flag describing if the Gaia-CRF3 source was found in 2WHSPJ (cat2whspj) (meta.code.status)
  (9)2WHSPJname (char) The name for this source in 2WHSPJ, Chang et al., 2017A&A...598A..17C, Cat. J/A+A/598/A17 (cat2whspj_name) (meta.id.cross)
  (9)ALMA19   [0/1] The flag describing if the Gaia-CRF3 source was found in the ALMA calibrator catalogue, BONATO et al., 2019MNRAS.485.1188B, Cat. J/MNRAS/485/1188 (alma19) (meta.code.status)
  (9)ALMA19name (char) The name for this source in the ALMA calibrator catalogue (alma19_name) (meta.id.cross)
  (9)GUW   [0/1] The flag describing if the Gaia-CRF3 source was found in Gaia-unWISE, Su et al., 2019MNRAS.489.4741S (guw) (meta.code.status)
  (9)GUWname (char) The name for this source in Gaia-unWISE (guw_name) (meta.id.cross)
  (9)B19   [0/1] The flag describing if the Gaia-CRF3 source was found in the Gaia DR2 quasar and galaxy classification catalogue, Bailer-Jones et al., 2019MNRAS.490.5615B, Cat VII/285 (b19) (meta.code.status)
  (9)B19name  (n) The name for this source in the Gaia DR2 quasar and galaxy classification catalogue (b19_name) (meta.id.cross)
  (10)RAICRS deg (i) Right Ascension ICRS ar Ep=2016.0 (ra) (pos.eq.ra;meta.main)
  (10)DEICRS deg (i) Declination ICRS ar Ep=2016.0 (dec) (pos.eq.dec;meta.main)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (10)NTransit  Number of combined transits (combined_transits) (meta.number)
  (10)NcCCD  Number of combined CCD spectra (combined_ccds) (meta.number)
  (10)NdCDD  Number of deblended CCD spectra (deblended_ccds) (meta.number)
  (10+13+14)lambda nm [846/870] Wavelength (wavelength) (Note 1)   (em.wl)
  (10)Flux  (n) Normalized flux (flux) (Note 1)   (phot.flux;em.opt.I)
  (10)e_Flux  (n) Uncertainties in Flux (flux_error) (Note 1)   (stat.error;phot.flux;em.opt.I)
  (11+15)NBPbases  (n) Number of bases that are relevant for the representation of this mean BP spectrum (bp_n_relevant_bases) (meta.number)
  (11+15)BPrelsh  (n) Measure of the relative shrinking of the coefficient vector when truncation is applied for the mean BP spectrum (bp_relative_shrinking) (stat.fit.param)
  (11)NBPrej  (n) Number of rejected measurements in the BP spectrum generation (bp_n_rejected_measurements) (stat.fit.param)
  (11)BPstddev e-/s/pix (n) Standard deviation for the BP spectrum representation (bp_standard_deviation) (stat.stdev)
  (11+15)BPchi2r  (n) Chi squared for the BP spectrum representation (bp_chi_squared) (stat.fit.chi2)
  (11)NTransBP  (n) Number of transits contributing to the mean in BP (bp_n_transits) (stat.fit.param)
  (11)NcTransBP  (n) Number of contaminated transits in BP (bp_n_contaminated_transits) (stat.fit.param)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (11)NbTransBP  (n) Number of blended transits in BP (bp_n_blended_transits) (stat.fit.param)
  (11+15)NRPbases  Number of bases that are relevant for the representation of this mean RP spectrum (rp_n_relevant_bases) (stat.fit.param)
  (11)NRPrelsh  Measure of the relative shrinking of the coefficient vector when truncation is applied for the mean RP spectrum (rp_relative_shrinking) (stat.fit.param)
  (11)NRPrej  Number of rejected measurements in the RP spectrum generation (rp_n_rejected_measurements) (stat.fit.param)
  (11)RPstdev e-/s/pix Standard deviation for the RP spectrum representation (rp_standard_deviation) (stat.stdev)
  (11+15)RPchi2r  Chi squared for the RP spectrum representation (rp_chi_squared) (stat.fit.chi2)
  (11)NTransRP  Number of transits contributing to the mean in RP (rp_n_transits) (stat.fit.param)
  (11)NcTransRP  Number of contaminated transits in RP (rp_n_contaminated_transits) (stat.fit.param)
  (11)NbTransRP  Number of blended transits in RP (rp_n_blended_transits) (stat.fit.param)
  (12)lambda  Wavelength (wavelength) (Note 1)   (em.wl)
  (12)Flux W/m2/nm Mean BP + RP combined spectrum flux (flux) (phot.flux;em.opt)
  (12)e_Flux W/m2/nm Mean BP + RP combined spectrum flux error (flux_error) (stat.error;phot.flux;em.opt)
  (13)Band (char) [BP RP] BP or RP photometric band (band) (instr.bandpass)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (13)Func   [0/54] Basis function index (basis_function) (meta.id)
  (13)SampCoeff ph/s/m2/nmSampling matrix coefficient (sampling_coefficient) (stat.fit.param)
  (14)weightBP  BP flux weight (bp_weight) (stat.weight)
  (14)weightRP  RP flux weight (rp_weight) (stat.weight)
  (15)BPDOF  (n) Degrees of freedom for the BP spectrum representation (bp_degrees_of_freedom) (stat.fit.dof)
  (15)BPNrej  (n) Number of rejected measurements in the BP spectrum generation (bp_n_rejected_measurements) (meta.number)
  (15)BPstddev  (n) Standard deviation for the BP spectrum representation (bp_standard_deviation) (stat.stdev)
  (15)RPDOF  Degrees of freedom for the RP spectrum representation (rp_degrees_of_freedom) (stat.fit.dof)
  (15)RPNrej  Number of rejected measurements in the RP spectrum generation (rp_n_rejected_measurements) (meta.number)
  (15)RPstddev  Standard deviation for the RP spectrum representation (rp_standard_deviation) (stat.stdev)
  (15)RPrelsh  Measure of the relative shrinking of the coefficient vector when truncation is applied for the mean RP spectrum (rp_relative_shrinking) (stat.fit.param)
  (15)BPrecnoS  Starting record number in the separated bpcoeff/ebp_coeff file (added by CDS) (bp_start_recno) (meta.number)
  (15)BPNelem   [0/55] Number of elements in the separated bpcoeff/ebp_coeff file (always 55 except for 1 line) (added by CDS) (bp_n_elems) (meta.number)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (15)BPcorrrecnoS  Starting record number in the separated bpcoeffcorr file (added by CDS) (bp_corr_start_recno) (meta.number)
  (15)BPcorrNelem   [0/1485] Number of elements in the separated bpcoeffcorr file (added by CDS) (always 1485 except for 1 line) (bp_corr_n_elems) (meta.number)
  (15)RPrecnoS  Starting record number in the separated rpcoeff/erp_coeff file (added by CDS) (rp_start_recno) (meta.number)
  (15)RPNelem  Number of elements in the separated rpcoeff/erp_coeff file (always 55) (rp_n_elems) (meta.number)
  (15)RPcorrrecnoS  Starting record number in the separated rpcoeffcorr file (added by CDS) (rp_corr_start_recno) (meta.number)
  (15)RPcorrNelem   [1485] Number of elements in the separated rpcoeffcorr file (added by CDS) (rp_corr_n_elems) (meta.number)
  (16)plotXPsamp (char) spectra Plot by CDS (meta.ref.url)
  (16)dataXPSamp (char) spectra TSV by CDS (meta.ref.url)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
Adapt form
 Display your selection only Reset to default columns
usage  Display UCD1+    UCD1  
.errorfile=/tmp/VR2667169.err (2026-02-05T19:14:11)
-3
-source=I/355
-ref=VIZ6984ec0428b2a1
elapse time 1

Options: wopt=0, optS=0, onote=0, opt1=8, opos=0

Contents of error file (/tmp/VR2667169.err):
....vizier, Version 7.5.4
CATCLIENT_AGENT=python-vizier
CDSportal=http://cdsportal.u-strasbg.fr/StoreVizierData.html
COCAT=vizcat.cds.unistra.fr
CONTEXT_DOCUMENT_ROOT=/home/cds/httpd/local/cgi/
CONTEXT_PREFIX=/local/viz-bin/
Content=text/html
DOCUMENT_ROOT=/home/cds/httpd/Pages/
GATEWAY_INTERFACE=CGI/1.1
GLUDIR=/home/cds/glu
GROUP=www-data
HOME=/home/cds/httpd
HOST=vizier
HOSTTYPE=x86_64-linux
HTTPS=on
HTTP_ACCEPT=*/*
HTTP_ACCEPT_ENCODING=gzip, br, zstd, deflate
HTTP_HOST=vizier.cds.unistra.fr
HTTP_USER_AGENT=Mozilla/5.0 AppleWebKit/537.36 (KHTML, like Gecko; compatible; ClaudeBot/1.0; +claudebot@anthropic.com)
LC_ALL=C
LD_LIBRARY_PATH=/home/cds/httpd/../lib:/home/cds/lib:/usr/local/sybase/OCS-15_0/lib:/usr/local/lib:/usr/lib:/usr/local/sybase/OCS-15_0/lib
LOGDIR=/var/log/apache2/
LOGNAME=www-data
MACHTYPE=x86_64
MAX_UPLOADS=100000
METADB=metaviz@PCDSPOOL asu asu4VizieR
MOCSETCMD=mocset query /home/cds/httpd/mocs/mocset10.bin cone -p 5 
NEWS=/VizieR/+news.htx
OSTYPE=linux
PATH=/home/cds/httpd/bin:/usr/local/bin:/usr/bin:/bin
PATH_INFO=/
PERL5LIB=.
PWD=/home/cds/httpd/cgi
QMOCCMD=.ext-tsv/qat2s_asu --out.form tsv --noheader --out.max=999999999 --source=%s --moc=%s --out='!/_((RA)|(DE))J2000|recno/'
QUERY_STRING=-source=I%2F355
REMOTE_ADDR=216.73.216.171
REMOTE_PORT=42646
REQUEST_METHOD=GET
REQUEST_SCHEME=https
REQUEST_URI=/local/viz-bin/VizieR-3?-source=I%2F355
RedirectBeta=130.79...
SCRIPT_FILENAME=/home/cds/httpd/local/cgi/VizieR-3
SCRIPT_NAME=/local/viz-bin/VizieR-3
SED_NO_TIME=130.79.128.175
SERVER_ADDR=130.79.128.13
SERVER_ADMIN=gilles.landais@astro.unistra.fr
SERVER_NAME=vizier.cds.unistra.fr
SERVER_PORT=443
SERVER_PROTOCOL=HTTP/1.1
SERVER_SIGNATURE=<address>Apache/2.4.52 (Ubuntu) Server at vizier.cds.unistra.fr Port 443</address>

SERVER_SOFTWARE=Apache/2.4.52 (Ubuntu)
SESAME_SERVER=glu
SHLVL=1
SIMBAD_URL=http://simbad.cds.unistra.fr/simbad
SSL_TLS_SNI=vizier.cds.unistra.fr
SYBASE=/usr/local/sybase
SYCOMP=OCS-15_0
USER=www-data
VENDOR=unknown
VIZ_DATA_DIR=/home/cds/bincats
VIZ_HOST=vizcat.cds.unistra.fr
VSEARCH_HOST=cdsarc.cds.unistra.fr
Vaccess=*
Vprog=/home/cds/httpd/bin/vizier
Vprog_ls=-rwxrwxr-x 1 cds cds 1000256 Feb  2 09:49 /home/cds/httpd/bin/vizier
Vroot=/home/cds/httpd

################################################################
....(in): -source=I/355
################################################################

....Trying '/home/cds/httpd/interfaces' => OK
....Trying '/home/cds/httpd/interfaces' => 3
....db1_interfaces(/home/cds/httpd/interfaces)
----db1_open(metaviz@PCDSPOOL) gives: 0
----Open server: 130.79.128.40, port 5432 (type postgres base vizier)
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAdba'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAtab'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAcol'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAcat'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAmor'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAdic'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAdig'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAfam'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAucd'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAauth'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select MAX(dbaid) as nlogins from METAdba
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select MAX(famid) as mUCD1 from METAfam
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select hstid, flag from METAhst where name='vizier.cds.unistra.fr'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select authid, name From METAauth where authid=0
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab where name = 'I/355' and catid in (select catid from METAcat where catid=METAtab.catid and (authid=0))
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select name, catid, title, kslot, explain, status, popu, authid, bibcode, flags, doi, orcid, authors From METAcat where catid=1355 and (authid=0)
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab Where catid=1355 order by tabid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select login from METAdba where dbaid=31
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select k.catid,k.kwdid from METAkwd k where catid=1355 and ((-1*kwdid)<(select min(kwdno_min*1) from METAkwcat where name in ('Astronomy')) or  (-1*kwdid)>(select max(kwdno_max*1) from METAkwcat where name in ('Astronomy'))) order by catid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab where name = 'METAkwdef' and catid in (select catid from METAcat where catid=METAtab.catid and (authid=0))
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select catid, morid, text From METAmor where catid=0 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=0 and  tabid=11 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAfilter'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAsed'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=0 and tabid=11
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select login from METAdba where login like 'large_tables%'
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select name, kwdid, kwdkm, kwdno, Nk From METAkwdef
#...meta_close(1): retrieved 147/0 tuples [tested=147]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 order by catid,tabid,colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select catid, morid, text From METAmor where catid=1355 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=1
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select      METAcol.name as name, METAcol.dbname as dbname, METAcol.length as length      from METAcol, METAtab      where METAcol.catid=0 and METAtab.catid=0 and METAcol.tabid = METAtab.tabid      and METAtab.name = 'METAqin'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=1 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=1
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select system, filter, famid, photid, fltrid, freq0, dfreq, Fmag0 From METAfilter where photid=1068 and fltrid=3
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select system, filter, famid, photid, fltrid, freq0, dfreq, Fmag0 From METAfilter where photid=1068 and fltrid=1
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select system, filter, famid, photid, fltrid, freq0, dfreq, Fmag0 From METAfilter where photid=1068 and fltrid=2
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=2
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=2 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=2
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=3
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=3 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=3
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=4
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=5
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=6
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=7
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=8
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=8 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=8
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=9
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=10
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=10 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=10
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=11
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=11 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=11
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=12
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=12 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=12
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=13
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=14
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=15
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=15 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=15
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318851]   select filename from METAtab where catid=1355 and tabid=16
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=16 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=16

====Contents of more_defs:
(nil)
====argColors='(nil)'

....DisplayFile(/home/cds/httpd/VizieR/+menu.htx) ****Non-existant file****
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 and  tabid=1 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   select filename from METAtab where catid=1355 and tabid=1
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=1 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=1
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab where name = 'METAtime' and catid in (select catid from METAcat where catid=METAtab.catid and (authid=0))
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, morid, text From METAmor where catid=0 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=0 and  tabid=52 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=0 and tabid=52
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=1
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=1
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, morid, text From METAmor where catid=1355 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 and  tabid=2 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   select filename from METAtab where catid=1355 and tabid=2
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=2 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=2
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=2
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=2
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 and  tabid=3 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   select filename from METAtab where catid=1355 and tabid=3
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=3 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=3
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=3
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=3
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 and  tabid=4 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=4
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=4
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=4
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 and  tabid=5 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=5
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=5
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=5
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 and  tabid=6 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=6
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=6
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=6
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 and  tabid=7 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=7
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=7
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=7
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=1355 and  tabid=8 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   select filename from METAtab where catid=1355 and tabid=8
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, off7, length, sep, fnull From METAqin where catid=1355 and tabid=8 and sep between 1 and 127 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=1355 and tabid=8
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_syst_id, scale_name, frame_name, time_systematic_err, name, description, time_offset, time_uncertainty, time_representation, id, flags From METAtime where catid=1355 and tabid=8
#...meta_close(1): retrieved 3/1000 tuples [tested=3]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab where name = 'METAtimeRel' and catid in (select catid from METAcat where catid=METAtab.catid and (authid=0))
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, morid, text From METAmor where catid=0 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=0 and  tabid=49 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=0 and tabid=49
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select catid, tabid, colid, time_rel_id From METAtimeRel where catid=1355 and tabid=8
#...meta_close(1): retrieved 9/1000 tuples [tested=9]
++++status=3 1
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   SELECT catid FROM METAcat WHERE name='1355'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, catid, title, kslot, explain, status, popu, authid, bibcode, flags, doi, orcid, authors From METAcat where catid=1355 and (authid=0)
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab Where catid=1355 order by tabid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab where name = 'METApop' and catid in (select catid from METAcat where catid=METAtab.catid and (authid=0))
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_open(metaviz@PCDSPOOL) gives: 1
----Open server: 130.79.128.40, port 5432 (type postgres base vizier)
----db1_query(1 'metaviz@PCDSPOOL'):
[1770318852]   SELECT max(popu) as Ncalls FROM METAcat where catid!=0
----db1_close(1 'metaviz@PCDSPOOL')
++++popularity(all): 1.47194e+07 => 7.17
++++popularity(catid=1355): 10882178 => 0.98
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select idori, kwdid, name, explain From METAorigin
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  Ncalls = Ncalls+1 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823634052 Where phase=3 and catid=1355
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+2 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+2 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823634052 Where phase=3 and catid=1355
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+2 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+2 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823634052 Where phase=3 and catid=1355
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+2 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+2 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823634052 Where phase=3 and catid=1355
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+2 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+2 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823634052 Where phase=3 and catid=1355
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+4 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+4 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823634052 Where phase=3 and catid=1355
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+4 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    Update METAhit set etime=823634052,  N2list = N2list+4 where catid=1355 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770318852]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823634052 Where phase=3 and catid=1355
------------(1 records affected)
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name From METAfam where famid>=0
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name From METAucd where ucdid>=0
++++huge table (I/355/gaiadr3) has no join capability!
++++huge table (I/355/paramp) has no join capability!
++++huge table (I/355/paramsup) has no join capability!
++++huge table (I/355/epphot) has no join capability!
++++huge table (I/355/rvsmean) has no join capability!
++++huge table (I/355/xpsummary) has no join capability!
++++huge table (I/355/xpsample) has no join capability!
++++huge table (I/355/xpcont) has no join capability!
++++huge table (I/355/spectra) has no join capability!
....show_tuple: show_status = (285, 601, 0, 0, 2)
====Tuple 'I/355' from 16/0 tables:
    #1355.1 'I/355/gaiadr3' 225/240 columns
    #1355.2 'I/355/paramp' 215/224 columns
    #1355.3 'I/355/paramsup' 177/192 columns
    #1355.4 'I/355/tgextmap' 11/24 columns
    #1355.5 'I/355/tgextopt' 8/24 columns
    #1355.6 'I/355/oaninfo' 79/88 columns
    #1355.7 'I/355/oaxpsp' 8/24 columns
    #1355.8 'I/355/epphot' 48/64 columns
    #1355.9 'I/355/gcrf3xm' 38/48 columns
    #1355.10 'I/355/rvsmean' 9/24 columns
    #1355.11 'I/355/xpsummary' 22/32 columns
    #1355.12 'I/355/xpsample' 6/16 columns
    #1355.13 'I/355/xpsamp' 6/16 columns
    #1355.14 'I/355/xpmerge' 5/16 columns
    #1355.15 'I/355/xpcont' 26/40 columns
    #1355.16 'I/355/spectra' 5/16 columns
[00000001] col#001 v004 O4040 I/355/gaiadr3*DR3Name         
[0000cc87] col#002 v311 O0023 I/355/gaiadr3*RA_ICRS         
[0000cc87] col#003 v011 O0023 I/355/gaiadr3*DE_ICRS         
[0000757d] col#004 v006 O0000 I/355/gaiadr3*SolID           
[0000cf87] col#005 v006 O3003 I/355/gaiadr3*Source          
[00000001] col#006 v006 O1000 I/355/gaiadr3*RandomI         
[00000001] col#007 v001 O0003 I/355/gaiadr3*e_RA_ICRS       
[00000001] col#008 v001 O0003 I/355/gaiadr3*e_DE_ICRS       
[00000021] col#009 v001 O1083 I/355/gaiadr3*Plx             
[00000001] col#010 v001 O0083 I/355/gaiadr3*e_Plx           
[00000001] col#011 v001 O1080 I/355/gaiadr3*RPlx            
[00000001] col#012 v001 O0083 I/355/gaiadr3*PM              
[00000021] col#013 v001 O10A3 I/355/gaiadr3*pmRA            
[00000001] col#014 v001 O0083 I/355/gaiadr3*e_pmRA          
[00000021] col#015 v001 O10A3 I/355/gaiadr3*pmDE            
[00000001] col#016 v001 O0083 I/355/gaiadr3*e_pmDE          
[00000001] col#017 v311 O0000 I/355/gaiadr3*RADEcor         
[00000001] col#018 v311 O0080 I/355/gaiadr3*RAPlxcor        
[00000001] col#019 v311 O0080 I/355/gaiadr3*RApmRAcor       
[00000001] col#020 v311 O0080 I/355/gaiadr3*RApmDEcor       
[00000001] col#021 v011 O0080 I/355/gaiadr3*DEPlxcor        
[00000001] col#022 v011 O0080 I/355/gaiadr3*DEpmRAcor       
[00000001] col#023 v011 O0080 I/355/gaiadr3*DEpmDEcor       
[00000001] col#024 v001 O0080 I/355/gaiadr3*PlxpmRAcor      
[00000001] col#025 v001 O0080 I/355/gaiadr3*PlxpmDEcor      
[00000001] col#026 v001 O0080 I/355/gaiadr3*pmRApmDEcor     
[00000001] col#027 v000 O0040 I/355/gaiadr3*NAL             
[00000001] col#028 v000 O0040 I/355/gaiadr3*NAC             
[00000001] col#029 v000 O0040 I/355/gaiadr3*NgAL            
[00000001] col#030 v000 O0040 I/355/gaiadr3*NbAL            
[00000001] col#031 v001 O0000 I/355/gaiadr3*gofAL           
[00000001] col#032 v001 O0000 I/355/gaiadr3*chi2AL          
[00000001] col#033 v001 O0000 I/355/gaiadr3*epsi            
[00000001] col#034 v001 O0000 I/355/gaiadr3*sepsi           
[00000001] col#035 v000 O0040 I/355/gaiadr3*Solved          
[00000001] col#036 v000 O0040 I/355/gaiadr3*APF             
[00000001] col#037 v001 O0080 I/355/gaiadr3*nueff           
[00000001] col#038 v001 O0080 I/355/gaiadr3*pscol           
[00000001] col#039 v001 O0080 I/355/gaiadr3*e_pscol         
[00000001] col#040 v311 O0080 I/355/gaiadr3*RApscolCorr     
[00000001] col#041 v011 O0080 I/355/gaiadr3*DEpscolCorr     
[00000001] col#042 v001 O0080 I/355/gaiadr3*PlxpscolCorr    
[00000001] col#043 v001 O0080 I/355/gaiadr3*pmRApscolCorr   
[00000001] col#044 v001 O0080 I/355/gaiadr3*pmDEpscolCorr   
[00000001] col#045 v000 O0040 I/355/gaiadr3*MatchObsA       
[00000001] col#046 v000 O0040 I/355/gaiadr3*Nper            
[00000001] col#047 v001 O0000 I/355/gaiadr3*amax            
[00000001] col#048 v000 O0040 I/355/gaiadr3*MatchObs        
[00000001] col#049 v000 O0040 I/355/gaiadr3*NewMatchObs     
[00000001] col#050 v000 O0040 I/355/gaiadr3*MatchObsrm      
[00000001] col#051 v001 O0000 I/355/gaiadr3*IPDgofha        
[00000001] col#052 v001 O0000 I/355/gaiadr3*IPDgofhp        
[00000001] col#053 v000 O0040 I/355/gaiadr3*IPDfmp          
[00000001] col#054 v000 O0040 I/355/gaiadr3*IPDfow          
[00000021] col#055 v001 O0083 I/355/gaiadr3*RUWE            
[00000001] col#056 v001 O0080 I/355/gaiadr3*SDSk1           
[00000001] col#057 v001 O0080 I/355/gaiadr3*SDSk2           
[00000001] col#058 v001 O0080 I/355/gaiadr3*SDSk3           
[00000001] col#059 v001 O0080 I/355/gaiadr3*SDSk4           
[00000001] col#060 v001 O0080 I/355/gaiadr3*SDMk1           
[00000001] col#061 v001 O0080 I/355/gaiadr3*SDMk2           
[00000001] col#062 v001 O0080 I/355/gaiadr3*SDMk3           
[00000001] col#063 v001 O0080 I/355/gaiadr3*SDMk4           
[00000001] col#064 v000 O0040 I/355/gaiadr3*Dup             
[00000001] col#065 v000 O0040 I/355/gaiadr3*o_Gmag          
[00000081] col#066 v001 O0083 I/355/gaiadr3*FG              
[00000081] col#067 v001 O0083 I/355/gaiadr3*e_FG            
[00000081] col#068 v001 O0080 I/355/gaiadr3*RFG             
[000000a1] col#069 v001 O1083 I/355/gaiadr3*Gmag            
[00000001] col#070 v001 O8080 I/355/gaiadr3*e_Gmag          
[00000001] col#071 v000 O0040 I/355/gaiadr3*o_BPmag         
[00000081] col#072 v001 O0083 I/355/gaiadr3*FBP             
[00000081] col#073 v001 O0083 I/355/gaiadr3*e_FBP           
[00000081] col#074 v001 O0080 I/355/gaiadr3*RFBP            
[000000a1] col#075 v001 O1083 I/355/gaiadr3*BPmag           
[00000001] col#076 v001 O8080 I/355/gaiadr3*e_BPmag         
[00000001] col#077 v000 O0040 I/355/gaiadr3*o_RPmag         
[00000081] col#078 v001 O0083 I/355/gaiadr3*FRP             
[00000081] col#079 v001 O0083 I/355/gaiadr3*e_FRP           
[00000081] col#080 v001 O0080 I/355/gaiadr3*RFRP            
[000000a1] col#081 v001 O1083 I/355/gaiadr3*RPmag           
[00000001] col#082 v001 O8080 I/355/gaiadr3*e_RPmag         
[00000001] col#083 v001 O0080 I/355/gaiadr3*E(BP/RP)        
[00000001] col#084 v000 O00C0 I/355/gaiadr3*NBPcont         
[00000001] col#085 v000 O00C0 I/355/gaiadr3*NBPblend        
[00000001] col#086 v000 O00C0 I/355/gaiadr3*NRPcont         
[00000001] col#087 v000 O00C0 I/355/gaiadr3*NRPblend        
[00000001] col#088 v000 O00C0 I/355/gaiadr3*Mode            
[00000021] col#089 v001 O1083 I/355/gaiadr3*BP-RP           
[00000001] col#090 v001 O1080 I/355/gaiadr3*BP-G            
[00000001] col#091 v001 O1080 I/355/gaiadr3*G-RP            
[00000001] col#092 v001 O1083 I/355/gaiadr3*RV              
[00000001] col#093 v001 O0083 I/355/gaiadr3*e_RV            
[00000001] col#094 v000 O00C0 I/355/gaiadr3*n_RV            
[00000001] col#095 v000 O00C0 I/355/gaiadr3*o_RV            
[00000001] col#096 v000 O00C0 I/355/gaiadr3*o_RVd           
[00000001] col#097 v000 O00C0 I/355/gaiadr3*RVNper          
[00000001] col#098 v001 O0080 I/355/gaiadr3*RVS/N           
[00000001] col#099 v001 O0080 I/355/gaiadr3*RVgof           
[00000001] col#100 v001 O0080 I/355/gaiadr3*RVchi2          
[00000001] col#101 v001 O0080 I/355/gaiadr3*RVTdur          
[00000001] col#102 v001 O0080 I/355/gaiadr3*RVamp           
[00000001] col#103 v001 O0080 I/355/gaiadr3*RVtempTeff      
[00000001] col#104 v001 O0080 I/355/gaiadr3*RVtemplogg      
[00000001] col#105 v001 O0080 I/355/gaiadr3*RVtemp[Fe/H]    
[00000001] col#106 v000 O00C0 I/355/gaiadr3*Vatmparam       
[00000001] col#107 v001 O0083 I/355/gaiadr3*Vbroad          
[00000001] col#108 v001 O0080 I/355/gaiadr3*e_Vbroad        
[00000001] col#109 v000 O00C0 I/355/gaiadr3*o_Vbroad        
[00000001] col#110 v001 O0083 I/355/gaiadr3*GRVSmag         
[00000001] col#111 v001 O0080 I/355/gaiadr3*e_GRVSmag       
[00000001] col#112 v000 O00C0 I/355/gaiadr3*o_GRVSmag       
[00000001] col#113 v001 O0080 I/355/gaiadr3*RVSS/N          
[00000001] col#114 v004 O4040 I/355/gaiadr3*VarFlag         
[00000021] col#115 v301 O1000 I/355/gaiadr3*GLON            
[00000001] col#116 v001 O1000 I/355/gaiadr3*GLAT            
[00000001] col#117 v301 O0000 I/355/gaiadr3*ELON            
[00000001] col#118 v001 O0000 I/355/gaiadr3*ELAT            
[00000001] col#119 v000 O2043 I/355/gaiadr3*QSO             
[00000001] col#120 v000 O2043 I/355/gaiadr3*Gal             
[00000001] col#121 v000 O2043 I/355/gaiadr3*NSS             
[00000001] col#122 v000 O2043 I/355/gaiadr3*XPcont          
[00000001] col#123 v000 O2043 I/355/gaiadr3*XPsamp          
[00000001] col#124 v000 O2043 I/355/gaiadr3*RVS             
[00000001] col#125 v000 O2043 I/355/gaiadr3*EpochPh         
[00000001] col#126 v000 O2043 I/355/gaiadr3*EpochRV         
[00000001] col#127 v000 O0043 I/355/gaiadr3*MCMCGSP         
[00000001] col#128 v000 O0043 I/355/gaiadr3*MCMCMSC         
[00000001] col#129 v000 O0043 I/355/gaiadr3*And             
[00000003] col#130 v001 O0080 I/355/gaiadr3*PQSO            
[00000003] col#131 v001 O0080 I/355/gaiadr3*PGal            
[00000001] col#132 v001 O0080 I/355/gaiadr3*PSS             
[00000007] col#133 v001 O0083 I/355/gaiadr3*Teff            
[00000007] col#134 v001 O0080 I/355/gaiadr3*b_Teff          
[00000007] col#135 v001 O0080 I/355/gaiadr3*B_Teff          
[00000007] col#136 v001 O0083 I/355/gaiadr3*logg            
[00000007] col#137 v001 O0080 I/355/gaiadr3*b_logg          
[00000007] col#138 v001 O0080 I/355/gaiadr3*B_logg          
[00000003] col#139 v001 O0083 I/355/gaiadr3*[Fe/H]          
[00000003] col#140 v001 O0080 I/355/gaiadr3*b_[Fe/H]        
[00000003] col#141 v001 O0080 I/355/gaiadr3*B_[Fe/H]        
[00000007] col#142 v001 O0083 I/355/gaiadr3*Dist            
[00000007] col#143 v001 O0080 I/355/gaiadr3*b_Dist          
[00000007] col#144 v001 O0080 I/355/gaiadr3*B_Dist          
[0000001f] col#145 v001 O0083 I/355/gaiadr3*A0              
[0000000f] col#146 v001 O0080 I/355/gaiadr3*b_A0            
[0000000f] col#147 v001 O0080 I/355/gaiadr3*B_A0            
[00000007] col#148 v001 O0080 I/355/gaiadr3*AG              
[00000007] col#149 v001 O0080 I/355/gaiadr3*b_AG            
[00000007] col#150 v001 O0080 I/355/gaiadr3*B_AG            
[00000007] col#151 v001 O0080 I/355/gaiadr3*E(BP-RP)        
[00000007] col#152 v001 O0080 I/355/gaiadr3*b_E(BP-RP)      
[00000007] col#153 v001 O0080 I/355/gaiadr3*B_E(BP-RP)      
[00000007] col#154 v004 O4040 I/355/gaiadr3*Lib             
[00000001] col#155 v000 O1083 I/355/gaiadr3*HIP             
[00000001] col#156 v001 O0080 I/355/gaiadr3*dHIP            
[00000001] col#157 v000 O00C0 I/355/gaiadr3*nHIP            
[00000001] col#158 v000 O00C0 I/355/gaiadr3*f_HIP           
[00000001] col#159 v006 O1080 I/355/gaiadr3*PS1coid         
[00000001] col#160 v006 O0083 I/355/gaiadr3*PS1             
[00000001] col#161 v001 O0080 I/355/gaiadr3*dPS1            
[00000001] col#162 v000 O00C0 I/355/gaiadr3*nPS1            
[00000001] col#163 v000 O00C0 I/355/gaiadr3*mPS1            
[00000001] col#164 v000 O00C0 I/355/gaiadr3*f_PS1           
[00000001] col#165 v000 O0080 I/355/gaiadr3*SDSS13coid      
[00000001] col#166 v006 O0083 I/355/gaiadr3*SDSS13          
[00000001] col#167 v001 O0080 I/355/gaiadr3*dSDSS13         
[00000001] col#168 v000 O00C0 I/355/gaiadr3*nSDSS13         
[00000001] col#169 v000 O00C0 I/355/gaiadr3*mSDSS13         
[00000001] col#170 v000 O00C0 I/355/gaiadr3*f_SDSS13        
[00000001] col#171 v000 O0083 I/355/gaiadr3*SKYM2           
[00000001] col#172 v001 O0080 I/355/gaiadr3*dSKYM2          
[00000001] col#173 v000 O00C0 I/355/gaiadr3*nSKYM2          
[00000001] col#174 v000 O00C0 I/355/gaiadr3*mSKYM2          
[00000001] col#175 v000 O00C0 I/355/gaiadr3*f_SKYM2         
[00000001] col#176 v004 O5043 I/355/gaiadr3*TYC2            
[00000001] col#177 v001 O0080 I/355/gaiadr3*dTYC2           
[00000001] col#178 v000 O00C0 I/355/gaiadr3*f_TYC2          
[00000001] col#179 v000 O0080 I/355/gaiadr3*TYC2moid        
[00000001] col#180 v000 O00C0 I/355/gaiadr3*nTYC2           
[00000001] col#181 v004 O5043 I/355/gaiadr3*URAT1           
[00000001] col#182 v001 O0080 I/355/gaiadr3*dURAT1          
[00000001] col#183 v000 O00C0 I/355/gaiadr3*f_URAT1         
[00000001] col#184 v000 O0080 I/355/gaiadr3*URAT1oid        
[00000001] col#185 v000 O00C0 I/355/gaiadr3*nURAT1          
[00000001] col#186 v000 O00C0 I/355/gaiadr3*mURAT1          
[00000001] col#187 v004 O5043 I/355/gaiadr3*AllWISE         
[00000001] col#188 v001 O0080 I/355/gaiadr3*dAllWISE        
[00000001] col#189 v000 O00C0 I/355/gaiadr3*f_AllWISE       
[00000001] col#190 v000 O0080 I/355/gaiadr3*AllWISEoid      
[00000001] col#191 v000 O00C0 I/355/gaiadr3*nAllWISE        
[00000001] col#192 v000 O00C0 I/355/gaiadr3*mAllWISE        
[00000001] col#193 v000 O1080 I/355/gaiadr3*APASS9coid      
[00000001] col#194 v000 O1083 I/355/gaiadr3*APASS9          
[00000001] col#195 v001 O0080 I/355/gaiadr3*dAPASS9         
[00000001] col#196 v000 O00C0 I/355/gaiadr3*nAPASS9         
[00000001] col#197 v000 O00C0 I/355/gaiadr3*mAPASS9         
[00000001] col#198 v000 O00C0 I/355/gaiadr3*f_APASS9        
[00000001] col#199 v004 O5043 I/355/gaiadr3*GSC23           
[00000001] col#200 v001 O0080 I/355/gaiadr3*dGSC23          
[00000001] col#201 v000 O00C0 I/355/gaiadr3*f_GSC23         
[00000001] col#202 v000 O0080 I/355/gaiadr3*GSC23coid       
[00000001] col#203 v000 O00C0 I/355/gaiadr3*nGSC23          
[00000001] col#204 v000 O00C0 I/355/gaiadr3*mGSC23          
[00000001] col#205 v004 O5043 I/355/gaiadr3*RAVE5           
[00000001] col#206 v001 O0080 I/355/gaiadr3*dRAVE5          
[00000001] col#207 v000 O00C0 I/355/gaiadr3*f_RAVE5         
[00000001] col#208 v310 O0080 I/355/gaiadr3*RAVE5coid       
[00000001] col#209 v000 O00C0 I/355/gaiadr3*nRAVE5          
[00000001] col#210 v004 O5043 I/355/gaiadr3*2MASS           
[00000001] col#211 v001 O0080 I/355/gaiadr3*d2MASS          
[00000001] col#212 v000 O00C0 I/355/gaiadr3*f_2MASS         
[00000001] col#213 v000 O0080 I/355/gaiadr3*2MASScoid       
[00000001] col#214 v000 O00C0 I/355/gaiadr3*n2MASS          
[00000001] col#215 v000 O00C0 I/355/gaiadr3*m2MASS          
[00000001] col#216 v004 O5043 I/355/gaiadr3*RAVE6           
[00000001] col#217 v001 O0080 I/355/gaiadr3*dRAVE6          
[00000001] col#218 v000 O00C0 I/355/gaiadr3*f_RAVE6         
[00000001] col#219 v310 O0080 I/355/gaiadr3*RAVE6oid        
[00000001] col#220 v000 O00C0 I/355/gaiadr3*nRAVE6          
[00000001] col#221 v311 O9003 I/355/gaiadr3*RAJ2000         
[00000001] col#222 v011 O9003 I/355/gaiadr3*DEJ2000         
[00000001] col#223 v001 O8000 I/355/gaiadr3*e_RAJ2000       
[00000001] col#224 v001 O8000 I/355/gaiadr3*e_DEJ2000       
[00000001] col#225 v311 O8000 I/355/gaiadr3*RADEcorJ2000    
[0000cf87] col#001 v006 O3003 I/355/paramp*Source          
[0000cc87] col#002 v311 O0023 I/355/paramp*RA_ICRS         
[0000cc87] col#003 v011 O0023 I/355/paramp*DE_ICRS         
[00000003] col#004 v001 O0083 I/355/paramp*PQSO            
[00000003] col#005 v001 O0083 I/355/paramp*PGal            
[00000002] col#006 v001 O0083 I/355/paramp*Pstar           
[00000002] col#007 v001 O0083 I/355/paramp*PWD             
[00000002] col#008 v001 O0083 I/355/paramp*Pbin            
[00000002] col#009 v001 O0080 I/355/paramp*PQSO-S          
[00000002] col#010 v001 O0080 I/355/paramp*Pgal-S          
[00000002] col#011 v001 O0080 I/355/paramp*Pstar-S         
[00000002] col#012 v001 O0080 I/355/paramp*PWD-S           
[00000002] col#013 v001 O0080 I/355/paramp*Pbin-S          
[00000002] col#014 v001 O0080 I/355/paramp*PQSO-A          
[00000002] col#015 v001 O0080 I/355/paramp*PGal-A          
[00000002] col#016 v001 O0080 I/355/paramp*Pstar-A         
[00000007] col#017 v001 O0083 I/355/paramp*Teff            
[00000007] col#018 v001 O0080 I/355/paramp*b_Teff          
[00000007] col#019 v001 O0080 I/355/paramp*B_Teff          
[00000007] col#020 v001 O0083 I/355/paramp*logg            
[00000007] col#021 v001 O0080 I/355/paramp*b_logg          
[00000007] col#022 v001 O0080 I/355/paramp*B_logg          
[00000003] col#023 v001 O0083 I/355/paramp*[Fe/H]          
[00000003] col#024 v001 O0080 I/355/paramp*b_[Fe/H]        
[00000003] col#025 v001 O0080 I/355/paramp*B_[Fe/H]        
[00000007] col#026 v001 O0083 I/355/paramp*Dist            
[00000007] col#027 v001 O0080 I/355/paramp*b_Dist          
[00000007] col#028 v001 O0080 I/355/paramp*B_Dist          
[0000001f] col#029 v001 O0083 I/355/paramp*A0              
[0000000f] col#030 v001 O0080 I/355/paramp*b_A0            
[0000000f] col#031 v001 O0080 I/355/paramp*B_A0            
[00000007] col#032 v001 O0083 I/355/paramp*AG              
[00000007] col#033 v001 O0080 I/355/paramp*b_AG            
[00000007] col#034 v001 O0080 I/355/paramp*B_AG            
[00000006] col#035 v001 O0083 I/355/paramp*ABP             
[00000006] col#036 v001 O0080 I/355/paramp*b_ABP           
[00000006] col#037 v001 O0080 I/355/paramp*B_ABP           
[00000006] col#038 v001 O0083 I/355/paramp*ARP             
[00000006] col#039 v001 O0080 I/355/paramp*b_ARP           
[00000006] col#040 v001 O0080 I/355/paramp*B_ARP           
[00000007] col#041 v001 O0083 I/355/paramp*E(BP-RP)        
[00000007] col#042 v001 O0080 I/355/paramp*b_E(BP-RP)      
[00000007] col#043 v001 O0080 I/355/paramp*B_E(BP-RP)      
[00000006] col#044 v001 O0083 I/355/paramp*GMAG            
[00000006] col#045 v001 O0080 I/355/paramp*b_GMAG          
[00000006] col#046 v001 O0080 I/355/paramp*B_GMAG          
[00000002] col#047 v001 O0083 I/355/paramp*Rad             
[00000002] col#048 v001 O0080 I/355/paramp*b_Rad           
[00000002] col#049 v001 O0080 I/355/paramp*B_Rad           
[00000006] col#050 v001 O0080 I/355/paramp*logpost         
[00000006] col#051 v001 O0080 I/355/paramp*Accp            
[00000007] col#052 v004 O4040 I/355/paramp*Lib             
[00000002] col#053 v001 O0080 I/355/paramp*Teff-S          
[00000002] col#054 v001 O0080 I/355/paramp*b_Teff-S        
[00000002] col#055 v001 O0080 I/355/paramp*B_Teff-S        
[00000002] col#056 v001 O0080 I/355/paramp*logg-S          
[00000002] col#057 v001 O0080 I/355/paramp*b_logg-S        
[00000002] col#058 v001 O0080 I/355/paramp*B_logg-S        
[00000002] col#059 v001 O0080 I/355/paramp*[M/H]-S         
[00000002] col#060 v001 O0080 I/355/paramp*b_[M/H]-S       
[00000002] col#061 v001 O0080 I/355/paramp*B_[M/H]-S       
[00000002] col#062 v001 O0080 I/355/paramp*[alpha/Fe]-S    
[00000002] col#063 v001 O0080 I/355/paramp*b_[alpha/Fe]-S  
[00000002] col#064 v001 O0080 I/355/paramp*B_[alpha/Fe]-S  
[00000002] col#065 v001 O0080 I/355/paramp*[Fe/H]-S        
[00000002] col#066 v001 O0080 I/355/paramp*b_[Fe/H]-S      
[00000002] col#067 v001 O0080 I/355/paramp*B_[Fe/H]-S      
[00000002] col#068 v000 O00C0 I/355/paramp*o_[Fe/H]-S      
[00000002] col#069 v001 O0080 I/355/paramp*s_[Fe/H]-S      
[00000002] col#070 v001 O0080 I/355/paramp*[Si/Fe]-S       
[00000002] col#071 v001 O0080 I/355/paramp*b_[Si/Fe]-S     
[00000002] col#072 v001 O0080 I/355/paramp*B_[Si/Fe]-S     
[00000002] col#073 v000 O00C0 I/355/paramp*o_[Si/Fe]-S     
[00000002] col#074 v001 O0080 I/355/paramp*s_[Si/Fe]-S     
[00000002] col#075 v001 O0080 I/355/paramp*[Ca/Fe]-S       
[00000002] col#076 v001 O0080 I/355/paramp*b_[Ca/Fe]-S     
[00000002] col#077 v001 O0080 I/355/paramp*B_[Ca/Fe]-S     
[00000002] col#078 v000 O00C0 I/355/paramp*o_[Ca/Fe]-S     
[00000002] col#079 v001 O0080 I/355/paramp*s_[Ca/Fe]-S     
[00000002] col#080 v001 O0080 I/355/paramp*[Ti/Fe]-S       
[00000002] col#081 v001 O0080 I/355/paramp*b_[Ti/Fe]-S     
[00000002] col#082 v001 O0080 I/355/paramp*B_[Ti/Fe]-S     
[00000002] col#083 v000 O00C0 I/355/paramp*o_[Ti/Fe]-S     
[00000002] col#084 v001 O0080 I/355/paramp*s_[Ti/Fe]-S     
[00000002] col#085 v001 O0080 I/355/paramp*[Mg/Fe]-S       
[00000002] col#086 v001 O0080 I/355/paramp*b_[Mg/Fe]-S     
[00000002] col#087 v001 O0080 I/355/paramp*B_[Mg/Fe]-S     
[00000002] col#088 v001 O0080 I/355/paramp*[Nd/Fe]-S       
[00000002] col#089 v001 O0080 I/355/paramp*b_[Nd/Fe]-S     
[00000002] col#090 v001 O0080 I/355/paramp*B_[Nd/Fe]-S     
[00000002] col#091 v001 O0080 I/355/paramp*[FeII/M]-S      
[00000002] col#092 v001 O0080 I/355/paramp*b_[FeII/M]-S    
[00000002] col#093 v001 O0080 I/355/paramp*B_[FeII/M]-S    
[00000002] col#094 v001 O0080 I/355/paramp*[S/Fe]-S        
[00000002] col#095 v001 O0080 I/355/paramp*b_[S/Fe]-S      
[00000002] col#096 v001 O0080 I/355/paramp*B_[S/Fe]-S      
[00000002] col#097 v000 O00C0 I/355/paramp*o_[S/Fe]-S      
[00000002] col#098 v001 O0080 I/355/paramp*s_[S/Fe]-S      
[00000002] col#099 v001 O0080 I/355/paramp*[Zr/Fe]-S       
[00000002] col#100 v001 O0080 I/355/paramp*b_[Zr/Fe]-S     
[00000002] col#101 v001 O0080 I/355/paramp*B_[Zr/Fe]-S     
[00000002] col#102 v001 O0080 I/355/paramp*[N/Fe]-S        
[00000002] col#103 v001 O0080 I/355/paramp*b_[N/Fe]-S      
[00000002] col#104 v001 O0080 I/355/paramp*B_[N/Fe]-S      
[00000002] col#105 v000 O00C0 I/355/paramp*o_[N/Fe]-S      
[00000002] col#106 v001 O0080 I/355/paramp*s_[N/Fe]-S      
[00000002] col#107 v001 O0080 I/355/paramp*[Cr/Fe]-S       
[00000002] col#108 v001 O0080 I/355/paramp*b_[Cr/Fe]-S     
[00000002] col#109 v001 O0080 I/355/paramp*B_[Cr/Fe]-S     
[00000002] col#110 v000 O00C0 I/355/paramp*o_[Cr/Fe]-S     
[00000002] col#111 v001 O0080 I/355/paramp*s_[Cr/Fe]-S     
[00000002] col#112 v001 O0080 I/355/paramp*[Ce/Fe]-S       
[00000002] col#113 v001 O0080 I/355/paramp*b_[Ce/Fe]-S     
[00000002] col#114 v001 O0080 I/355/paramp*B_[Ce/Fe]-S     
[00000002] col#115 v001 O0080 I/355/paramp*[Ni/Fe]-S       
[00000002] col#116 v001 O0080 I/355/paramp*b_[Ni/Fe]-S     
[00000002] col#117 v001 O0080 I/355/paramp*B_[Ni/Fe]-S     
[00000002] col#118 v001 O0080 I/355/paramp*EWCN0           
[00000002] col#119 v001 O0080 I/355/paramp*e_EWCN0         
[00000002] col#120 v001 O0080 I/355/paramp*CN0             
[00000002] col#121 v001 O0080 I/355/paramp*CN0W            
[00000002] col#122 v001 O0080 I/355/paramp*DIB             
[00000002] col#123 v001 O0080 I/355/paramp*e_DIB           
[00000002] col#124 v001 O0080 I/355/paramp*EWDIB           
[00000002] col#125 v001 O0080 I/355/paramp*e_EWDIB         
[00000002] col#126 v001 O0080 I/355/paramp*s_EWDIB         
[00000002] col#127 v001 O0080 I/355/paramp*DIBp0           
[00000002] col#128 v001 O0080 I/355/paramp*DIBp2           
[00000002] col#129 v001 O0080 I/355/paramp*e_DIBp2         
[00000002] col#130 v000 O00C0 I/355/paramp*q_DIB           
[00000002] col#131 v004 O4040 I/355/paramp*Flags           
[00000002] col#132 v001 O0080 I/355/paramp*chi2            
[00000002] col#133 v001 O0080 I/355/paramp*EWHa            
[00000002] col#134 v001 O0080 I/355/paramp*e_EWHa          
[00000002] col#135 v000 O00C0 I/355/paramp*f_EWHa          
[00000002] col#136 v001 O0080 I/355/paramp*EWHamod         
[00000002] col#137 v004 O4040 I/355/paramp*ClassELS        
[00000002] col#138 v000 O00C0 I/355/paramp*f_ClassELS      
[00000002] col#139 v001 O0080 I/355/paramp*PWC             
[00000002] col#140 v001 O0080 I/355/paramp*PWN             
[00000002] col#141 v001 O0080 I/355/paramp*PBe             
[00000002] col#142 v001 O0080 I/355/paramp*PTTau           
[00000002] col#143 v001 O0080 I/355/paramp*PHAe/Be         
[00000002] col#144 v001 O0080 I/355/paramp*PdMactive       
[00000002] col#145 v001 O0080 I/355/paramp*PPN             
[00000002] col#146 v001 O0080 I/355/paramp*A0-HS           
[00000002] col#147 v001 O0080 I/355/paramp*e_A0-HS         
[00000002] col#148 v001 O0080 I/355/paramp*AG-HS           
[00000002] col#149 v001 O0080 I/355/paramp*e_AG-HS         
[00000002] col#150 v001 O0080 I/355/paramp*E(BP-RP)-HS     
[00000002] col#151 v001 O0080 I/355/paramp*e_E(BP-RP)-HS   
[00000002] col#152 v001 O0080 I/355/paramp*Teff-HS         
[00000002] col#153 v001 O0080 I/355/paramp*e_Teff-HS       
[00000002] col#154 v001 O0080 I/355/paramp*logg-HS         
[00000002] col#155 v001 O0080 I/355/paramp*e_logg-HS       
[00000002] col#156 v001 O0080 I/355/paramp*vsini-HS        
[00000002] col#157 v001 O0080 I/355/paramp*e_vsini-HS      
[00000002] col#158 v000 O00C0 I/355/paramp*Flags-HS        
[00000002] col#159 v004 O4040 I/355/paramp*SpType-ELS      
[00000002] col#160 v001 O0080 I/355/paramp*CA-CS           
[00000002] col#161 v001 O0080 I/355/paramp*e_CA-CS         
[00000002] col#162 v004 O4000 I/355/paramp*n_CA-CS         
[00000002] col#163 v001 O0080 I/355/paramp*Teff-UCD        
[00000002] col#164 v001 O0080 I/355/paramp*e_Teff-UCD      
[00000002] col#165 v000 O00C0 I/355/paramp*Flags-UCD       
[00000006] col#166 v001 O0083 I/355/paramp*Rad-Flame       
[00000006] col#167 v001 O0080 I/355/paramp*b_Rad-Flame     
[00000006] col#168 v001 O0080 I/355/paramp*B_Rad-Flame     
[00000006] col#169 v001 O0083 I/355/paramp*Lum-Flame       
[00000006] col#170 v001 O0080 I/355/paramp*b_Lum-Flame     
[00000006] col#171 v001 O0080 I/355/paramp*B_Lum-Flame     
[00000006] col#172 v001 O0083 I/355/paramp*Mass-Flame      
[00000006] col#173 v001 O0080 I/355/paramp*b_Mass-Flame    
[00000006] col#174 v001 O0080 I/355/paramp*B_Mass-Flame    
[00000006] col#175 v001 O0083 I/355/paramp*Age-Flame       
[00000006] col#176 v001 O0080 I/355/paramp*b_Age-Flame     
[00000006] col#177 v001 O0080 I/355/paramp*B_Age-Flame     
[00000002] col#178 v000 O00C0 I/355/paramp*Flags-Flame     
[00000006] col#179 v000 O00C0 I/355/paramp*Evol            
[00000006] col#180 v001 O0083 I/355/paramp*z-Flame         
[00000006] col#181 v001 O0080 I/355/paramp*b_z-Flame       
[00000006] col#182 v001 O0080 I/355/paramp*B_z-Flame       
[00000006] col#183 v001 O0080 I/355/paramp*BolCorr         
[00000002] col#184 v001 O0080 I/355/paramp*[M/H]-MSC       
[00000002] col#185 v001 O0080 I/355/paramp*B_[M/H]-MSC     
[00000002] col#186 v001 O0080 I/355/paramp*b_[M/H]-MSC     
[00000002] col#187 v001 O0080 I/355/paramp*A0-MSC          
[00000002] col#188 v001 O0080 I/355/paramp*B_A0-MSC        
[00000002] col#189 v001 O0080 I/355/paramp*b_A0-MSC        
[00000002] col#190 v001 O0080 I/355/paramp*Dist-MSC        
[00000002] col#191 v001 O0080 I/355/paramp*B_Dist-MSC      
[00000002] col#192 v001 O0080 I/355/paramp*b_Dist-MSC      
[00000002] col#193 v001 O0080 I/355/paramp*Teff1-MSC       
[00000002] col#194 v001 O0080 I/355/paramp*B_Teff1-MSC     
[00000002] col#195 v001 O0080 I/355/paramp*b_Teff1-MSC     
[00000002] col#196 v001 O0080 I/355/paramp*Teff2-MSC       
[00000002] col#197 v001 O0080 I/355/paramp*B_Teff2-MSC     
[00000002] col#198 v001 O0080 I/355/paramp*b_Teff2-MSC     
[00000002] col#199 v001 O0080 I/355/paramp*logg1-MSC       
[00000002] col#200 v001 O0080 I/355/paramp*B_logg1-MSC     
[00000002] col#201 v001 O0080 I/355/paramp*b_logg1-MSC     
[00000002] col#202 v001 O0080 I/355/paramp*logg2-MSC       
[00000002] col#203 v001 O0080 I/355/paramp*B_logg2-MSC     
[00000002] col#204 v001 O0080 I/355/paramp*b_logg2-MSC     
[00000002] col#205 v001 O0080 I/355/paramp*AG-MSC          
[00000002] col#206 v001 O0080 I/355/paramp*B_AG-MSC        
[00000002] col#207 v001 O0080 I/355/paramp*b_AG-MSC        
[00000002] col#208 v001 O0080 I/355/paramp*logpost-MSC     
[00000002] col#209 v001 O0080 I/355/paramp*Accp-MSC        
[00000002] col#210 v001 O0080 I/355/paramp*drift-MSC       
[00000002] col#211 v000 O00C0 I/355/paramp*Flag-MSC        
[00000002] col#212 v006 O0080 I/355/paramp*NOAId           
[00000002] col#213 v001 O0080 I/355/paramp*NOADist         
[00000002] col#214 v000 O00C0 I/355/paramp*NOADistRank     
[00000002] col#215 v000 O00C0 I/355/paramp*Flags-NOA       
[0000cf87] col#001 v006 O3003 I/355/paramsup*Source          
[0000cc87] col#002 v311 O0023 I/355/paramsup*RA_ICRS         
[0000cc87] col#003 v011 O0023 I/355/paramsup*DE_ICRS         
[0000757d] col#004 v006 O0003 I/355/paramsup*SolID           
[00000007] col#005 v004 O4040 I/355/paramsup*Lib             
[00000007] col#006 v001 O0083 I/355/paramsup*Teff            
[00000007] col#007 v001 O0080 I/355/paramsup*b_Teff          
[00000007] col#008 v001 O0080 I/355/paramsup*B_Teff          
[00000007] col#009 v001 O0083 I/355/paramsup*logg            
[00000007] col#010 v001 O0080 I/355/paramsup*b_logg          
[00000007] col#011 v001 O0080 I/355/paramsup*B_logg          
[00000004] col#012 v001 O0083 I/355/paramsup*[M/H]           
[00000004] col#013 v001 O0080 I/355/paramsup*b_[M/H]         
[00000004] col#014 v001 O0080 I/355/paramsup*B_[M/H]         
[00000007] col#015 v001 O0083 I/355/paramsup*Dist            
[00000007] col#016 v001 O0080 I/355/paramsup*b_Dist          
[00000007] col#017 v001 O0080 I/355/paramsup*B_Dist          
[0000001f] col#018 v001 O0083 I/355/paramsup*A0              
[0000000f] col#019 v001 O0080 I/355/paramsup*b_A0            
[0000000f] col#020 v001 O0080 I/355/paramsup*B_A0            
[00000007] col#021 v001 O0083 I/355/paramsup*AG              
[00000007] col#022 v001 O0080 I/355/paramsup*b_AG            
[00000007] col#023 v001 O0080 I/355/paramsup*B_AG            
[00000006] col#024 v001 O0083 I/355/paramsup*ABP             
[00000006] col#025 v001 O0080 I/355/paramsup*b_ABP           
[00000006] col#026 v001 O0080 I/355/paramsup*B_ABP           
[00000006] col#027 v001 O0083 I/355/paramsup*ARP             
[00000006] col#028 v001 O0080 I/355/paramsup*b_ARP           
[00000006] col#029 v001 O0080 I/355/paramsup*B_ARP           
[00000007] col#030 v001 O0083 I/355/paramsup*E(BP-RP)        
[00000007] col#031 v001 O0080 I/355/paramsup*b_E(BP-RP)      
[00000007] col#032 v001 O0080 I/355/paramsup*B_E(BP-RP)      
[00000006] col#033 v001 O0083 I/355/paramsup*GMAG            
[00000006] col#034 v001 O0080 I/355/paramsup*b_GMAG          
[00000006] col#035 v001 O0080 I/355/paramsup*B_GMAG          
[00000004] col#036 v001 O0083 I/355/paramsup*Rad             
[00000004] col#037 v001 O0080 I/355/paramsup*b_Rad           
[00000004] col#038 v001 O0080 I/355/paramsup*B_Rad           
[00000006] col#039 v001 O0083 I/355/paramsup*logpost         
[00000006] col#040 v001 O0080 I/355/paramsup*Accp            
[00000004] col#041 v001 O0080 I/355/paramsup*Teff-Phx        
[00000004] col#042 v001 O0080 I/355/paramsup*b_Teff-Phx      
[00000004] col#043 v001 O0080 I/355/paramsup*B_Teff-Phx      
[00000004] col#044 v001 O0080 I/355/paramsup*logg-Phx        
[00000004] col#045 v001 O0080 I/355/paramsup*b_logg-Phx      
[00000004] col#046 v001 O0080 I/355/paramsup*B_logg-Phx      
[00000004] col#047 v001 O0080 I/355/paramsup*[M/H]-Phx       
[00000004] col#048 v001 O0080 I/355/paramsup*b_[M/H]-Phx     
[00000004] col#049 v001 O0080 I/355/paramsup*B_[M/H]-Phx     
[00000004] col#050 v001 O0080 I/355/paramsup*Dist-Phx        
[00000004] col#051 v001 O0080 I/355/paramsup*b_Dist-Phx      
[00000004] col#052 v001 O0080 I/355/paramsup*B_Dist-Phx      
[00000004] col#053 v001 O0080 I/355/paramsup*A0Phoenix       
[00000004] col#054 v001 O0080 I/355/paramsup*b_A0Phoenix     
[00000004] col#055 v001 O0080 I/355/paramsup*B_A0Phoenix     
[00000004] col#056 v001 O0080 I/355/paramsup*AG-Phx          
[00000004] col#057 v001 O0080 I/355/paramsup*b_AG-Phx        
[00000004] col#058 v001 O0080 I/355/paramsup*B_AG-Phx        
[00000004] col#059 v001 O0080 I/355/paramsup*ABP-Phx         
[00000004] col#060 v001 O0080 I/355/paramsup*b_ABP-Phx       
[00000004] col#061 v001 O0080 I/355/paramsup*B_ABP-Phx       
[00000004] col#062 v001 O0080 I/355/paramsup*ARP-Phx         
[00000004] col#063 v001 O0080 I/355/paramsup*b_ARP-Phx       
[00000004] col#064 v001 O0080 I/355/paramsup*B_ARP-Phx       
[00000004] col#065 v001 O0080 I/355/paramsup*E(BP-RP)-Phx    
[00000004] col#066 v001 O0080 I/355/paramsup*b_E(BP-RP)-Phx  
[00000004] col#067 v001 O0080 I/355/paramsup*B_E(BP-RP)-Phx  
[00000004] col#068 v001 O0080 I/355/paramsup*GMAG-Phx        
[00000004] col#069 v001 O0080 I/355/paramsup*b_GMAG-Phx      
[00000004] col#070 v001 O0080 I/355/paramsup*B_GMAG-Phx      
[00000004] col#071 v001 O0080 I/355/paramsup*Rad-Phx         
[00000004] col#072 v001 O0080 I/355/paramsup*b_Rad-Phx       
[00000004] col#073 v001 O0080 I/355/paramsup*B_Rad-Phx       
[00000004] col#074 v001 O0080 I/355/paramsup*logpost-Phx     
[00000004] col#075 v001 O0080 I/355/paramsup*Accp-Phx        
[00000004] col#076 v001 O0080 I/355/paramsup*Teff-OB         
[00000004] col#077 v001 O0080 I/355/paramsup*b_Teff-OB       
[00000004] col#078 v001 O0080 I/355/paramsup*B_Teff-OB       
[00000004] col#079 v001 O0080 I/355/paramsup*logg-OB         
[00000004] col#080 v001 O0080 I/355/paramsup*b_logg-OB       
[00000004] col#081 v001 O0080 I/355/paramsup*B_logg-OB       
[00000004] col#082 v001 O0080 I/355/paramsup*[M/H]-OB        
[00000004] col#083 v001 O0080 I/355/paramsup*b_[M/H]-OB      
[00000004] col#084 v001 O0080 I/355/paramsup*B_[M/H]-OB      
[00000004] col#085 v001 O0080 I/355/paramsup*Dist-OB         
[00000004] col#086 v001 O0080 I/355/paramsup*b_Dist-OB       
[00000004] col#087 v001 O0080 I/355/paramsup*B_Dist-OB       
[00000004] col#088 v001 O0080 I/355/paramsup*A0-OB           
[00000004] col#089 v001 O0080 I/355/paramsup*b_A0-OB         
[00000004] col#090 v001 O0080 I/355/paramsup*B_A0-OB         
[00000004] col#091 v001 O0080 I/355/paramsup*AG-OB           
[00000004] col#092 v001 O0080 I/355/paramsup*b_AG-OB         
[00000004] col#093 v001 O0080 I/355/paramsup*B_AG-OB         
[00000004] col#094 v001 O0080 I/355/paramsup*ABP-OB          
[00000004] col#095 v001 O0080 I/355/paramsup*b_ABP-OB        
[00000004] col#096 v001 O0080 I/355/paramsup*B_ABP-OB        
[00000004] col#097 v001 O0080 I/355/paramsup*ARP-OB          
[00000004] col#098 v001 O0080 I/355/paramsup*b_ARP-OB        
[00000004] col#099 v001 O0080 I/355/paramsup*B_ARP-OB        
[00000004] col#100 v001 O0080 I/355/paramsup*E(BP-RP)-OB     
[00000004] col#101 v001 O0080 I/355/paramsup*b_E(BP-RP)-OB   
[00000004] col#102 v001 O0080 I/355/paramsup*B_E(BP-RP)-OB   
[00000004] col#103 v001 O0080 I/355/paramsup*GMAG-OB         
[00000004] col#104 v001 O0080 I/355/paramsup*b_GMAG-OB       
[00000004] col#105 v001 O0080 I/355/paramsup*B_GMAG-OB       
[00000004] col#106 v001 O0080 I/355/paramsup*Rad-OB          
[00000004] col#107 v001 O0080 I/355/paramsup*b_Rad-OB        
[00000004] col#108 v001 O0080 I/355/paramsup*B_Rad-OB        
[00000004] col#109 v001 O0080 I/355/paramsup*logpost-OB      
[00000004] col#110 v001 O0080 I/355/paramsup*Accp-OB         
[00000004] col#111 v001 O0080 I/355/paramsup*Teff-A          
[00000004] col#112 v001 O0080 I/355/paramsup*b_Teff-A        
[00000004] col#113 v001 O0080 I/355/paramsup*B_Teff-A        
[00000004] col#114 v001 O0080 I/355/paramsup*logg-A          
[00000004] col#115 v001 O0080 I/355/paramsup*b_logg-A        
[00000004] col#116 v001 O0080 I/355/paramsup*B_logg-A        
[00000004] col#117 v001 O0080 I/355/paramsup*[M/H]-A         
[00000004] col#118 v001 O0080 I/355/paramsup*b_[M/H]-A       
[00000004] col#119 v001 O0080 I/355/paramsup*B_[M/H]-A       
[00000004] col#120 v001 O0080 I/355/paramsup*Dist-A          
[00000004] col#121 v001 O0080 I/355/paramsup*b_Dist-A        
[00000004] col#122 v001 O0080 I/355/paramsup*B_Dist-A        
[00000004] col#123 v001 O0080 I/355/paramsup*A0-A            
[00000004] col#124 v001 O0080 I/355/paramsup*b_A0-A          
[00000004] col#125 v001 O0080 I/355/paramsup*B_A0-A          
[00000004] col#126 v001 O0080 I/355/paramsup*AG-A            
[00000004] col#127 v001 O0080 I/355/paramsup*b_AG-A          
[00000004] col#128 v001 O0080 I/355/paramsup*B_AG-A          
[00000004] col#129 v001 O0080 I/355/paramsup*ABP-A           
[00000004] col#130 v001 O0080 I/355/paramsup*b_ABP-A         
[00000004] col#131 v001 O0080 I/355/paramsup*B_ABP-A         
[00000004] col#132 v001 O0080 I/355/paramsup*ARP-A           
[00000004] col#133 v001 O0080 I/355/paramsup*b_ARP-A         
[00000004] col#134 v001 O0080 I/355/paramsup*B_ARP-A         
[00000004] col#135 v001 O0080 I/355/paramsup*E(BP-RP)-A      
[00000004] col#136 v001 O0080 I/355/paramsup*b_E(BP-RP)-A    
[00000004] col#137 v001 O0080 I/355/paramsup*B_E(BP-RP)-A    
[00000004] col#138 v001 O0080 I/355/paramsup*GMAG-A          
[00000004] col#139 v001 O0080 I/355/paramsup*b_GMAG-A        
[00000004] col#140 v001 O0080 I/355/paramsup*B_GMAG-A        
[00000004] col#141 v001 O0080 I/355/paramsup*Rad-A           
[00000004] col#142 v001 O0080 I/355/paramsup*b_Rad-A         
[00000004] col#143 v001 O0080 I/355/paramsup*B_Rad-A         
[00000004] col#144 v001 O0080 I/355/paramsup*logpost-A       
[00000004] col#145 v001 O0080 I/355/paramsup*Accp-A          
[00000004] col#146 v001 O0080 I/355/paramsup*Teff-ANN        
[00000004] col#147 v001 O0080 I/355/paramsup*b_Teff-ANN      
[00000004] col#148 v001 O0080 I/355/paramsup*B_Teff-ANN      
[00000004] col#149 v001 O0080 I/355/paramsup*logg-ANN        
[00000004] col#150 v001 O0080 I/355/paramsup*b_logg-ANN      
[00000004] col#151 v001 O0080 I/355/paramsup*B_logg-ANN      
[00000004] col#152 v001 O0080 I/355/paramsup*[M/H]-ANN       
[00000004] col#153 v001 O0080 I/355/paramsup*b_[M/H]-ANN     
[00000004] col#154 v001 O0080 I/355/paramsup*B_[M/H]-ANN     
[00000004] col#155 v001 O0083 I/355/paramsup*[alpha/Fe]-ANN  
[00000004] col#156 v001 O0080 I/355/paramsup*b_[alpha/Fe]-ANN
[00000004] col#157 v001 O0080 I/355/paramsup*B_[alpha/Fe]-ANN
[00000004] col#158 v001 O0080 I/355/paramsup*logpost-ANN     
[00000004] col#159 v006 O0080 I/355/paramsup*Flags-ANN       
[00000006] col#160 v001 O0083 I/355/paramsup*Rad-Flame       
[00000006] col#161 v001 O0080 I/355/paramsup*b_Rad-Flame     
[00000006] col#162 v001 O0080 I/355/paramsup*B_Rad-Flame     
[00000006] col#163 v001 O0083 I/355/paramsup*Lum-Flame       
[00000006] col#164 v001 O0080 I/355/paramsup*b_Lum-Flame     
[00000006] col#165 v001 O0080 I/355/paramsup*B_Lum-Flame     
[00000006] col#166 v001 O0083 I/355/paramsup*Mass-Flame      
[00000006] col#167 v001 O0080 I/355/paramsup*b_Mass-Flame    
[00000006] col#168 v001 O0080 I/355/paramsup*B_Mass-Flame    
[00000006] col#169 v001 O0083 I/355/paramsup*Age-Flame       
[00000006] col#170 v001 O0080 I/355/paramsup*b_Age-Flame     
[00000006] col#171 v001 O0080 I/355/paramsup*B_Age-Flame     
[00000004] col#172 v000 O00C0 I/355/paramsup*Flag-Flame      
[00000006] col#173 v000 O00C3 I/355/paramsup*Evol            
[00000006] col#174 v001 O0083 I/355/paramsup*z-Flame         
[00000006] col#175 v001 O0080 I/355/paramsup*b_z-Flame       
[00000006] col#176 v001 O0080 I/355/paramsup*B_z-Flame       
[00000006] col#177 v001 O0083 I/355/paramsup*BolCorr         
[00003178] col#000 v006 OA002 I/355/tgextmap*recno           
[0000757d] col#001 v006 O0003 I/355/tgextmap*SolID           
[00000018] col#002 v000 O0003 I/355/tgextmap*HPId            
[00000018] col#003 v000 O0043 I/355/tgextmap*HPlevel         
[0000001f] col#004 v001 O0083 I/355/tgextmap*A0              
[00000018] col#005 v001 O0083 I/355/tgextmap*e_A0            
[0000000f] col#006 v001 O0083 I/355/tgextmap*b_A0            
[0000000f] col#007 v001 O0083 I/355/tgextmap*B_A0            
[00000018] col#008 v000 O0003 I/355/tgextmap*Ntracers        
[00000008] col#009 v000 O0043 I/355/tgextmap*foptHP          
[00000018] col#010 v000 O0043 I/355/tgextmap*Status          
[00003178] col#000 v006 OA002 I/355/tgextopt*recno           
[0000757d] col#001 v006 O0003 I/355/tgextopt*SolID           
[00000018] col#002 v000 O0003 I/355/tgextopt*HPId            
[0000001f] col#003 v001 O0083 I/355/tgextopt*A0              
[00000018] col#004 v001 O0083 I/355/tgextopt*e_A0            
[00000018] col#005 v000 O0043 I/355/tgextopt*Ntracers        
[00000018] col#006 v000 O0043 I/355/tgextopt*Status          
[00000018] col#007 v000 O0043 I/355/tgextopt*HPlevel         
[00003178] col#000 v006 OA002 I/355/oaninfo*recno           
[0000757d] col#001 v006 O0003 I/355/oaninfo*SolID           
[00000020] col#002 v006 O0003 I/355/oaninfo*SOMID           
[00000060] col#003 v006 O2003 I/355/oaninfo*NeuId           
[00000060] col#004 v000 O0043 I/355/oaninfo*NeuRowIdx       
[00000060] col#005 v000 O0043 I/355/oaninfo*NeuColIdx       
[00000020] col#006 v000 O0000 I/355/oaninfo*hits            
[00000020] col#007 v004 O4043 I/355/oaninfo*Class           
[00000020] col#008 v006 O0000 I/355/oaninfo*CentId          
[00000020] col#009 v001 O0000 I/355/oaninfo*CentDist        
[00000020] col#010 v001 O0080 I/355/oaninfo*TempDist        
[000000a1] col#011 v001 O0003 I/355/oaninfo*Gmag            
[00000020] col#012 v001 O0000 I/355/oaninfo*s_Gmag          
[00000020] col#013 v001 O0000 I/355/oaninfo*b_Gmag          
[00000020] col#014 v001 O0000 I/355/oaninfo*B_Gmag          
[000000a1] col#015 v001 O0003 I/355/oaninfo*BPmag           
[00000020] col#016 v001 O0000 I/355/oaninfo*s_BPmag         
[00000020] col#017 v001 O0000 I/355/oaninfo*b_BPmag         
[00000020] col#018 v001 O0000 I/355/oaninfo*B_BPmag         
[000000a1] col#019 v001 O0003 I/355/oaninfo*RPmag           
[00000020] col#020 v001 O0000 I/355/oaninfo*s_RPmag         
[00000020] col#021 v001 O0000 I/355/oaninfo*b_RPmag         
[00000020] col#022 v001 O0000 I/355/oaninfo*B_RPmag         
[00000021] col#023 v001 O0003 I/355/oaninfo*pmRA            
[00000020] col#024 v001 O0000 I/355/oaninfo*s_pmRA          
[00000020] col#025 v001 O0000 I/355/oaninfo*b_pmRA          
[00000020] col#026 v001 O0000 I/355/oaninfo*B_pmRA          
[00000021] col#027 v001 O0003 I/355/oaninfo*pmDE            
[00000020] col#028 v001 O0000 I/355/oaninfo*s_pmDE          
[00000020] col#029 v001 O0000 I/355/oaninfo*b_pmDE          
[00000020] col#030 v001 O0000 I/355/oaninfo*B_pmDE          
[00000021] col#031 v001 O0003 I/355/oaninfo*Plx             
[00000020] col#032 v001 O0000 I/355/oaninfo*s_Plx           
[00000020] col#033 v001 O0000 I/355/oaninfo*b_Plx           
[00000020] col#034 v001 O0000 I/355/oaninfo*B_Plx           
[00000021] col#035 v301 O0000 I/355/oaninfo*GLON            
[00000020] col#036 v001 O0000 I/355/oaninfo*s_GLON          
[00000020] col#037 v001 O0000 I/355/oaninfo*b_GLON          
[00000020] col#038 v001 O0000 I/355/oaninfo*B_GLON          
[00000020] col#039 v001 O0000 I/355/oaninfo*intraDist       
[00000020] col#040 v001 O0000 I/355/oaninfo*s_intraDist     
[00000020] col#041 v001 O0000 I/355/oaninfo*b_intraDist     
[00000020] col#042 v001 O0000 I/355/oaninfo*B_intraDist     
[00000020] col#043 v001 O0000 I/355/oaninfo*interDist       
[00000020] col#044 v001 O0000 I/355/oaninfo*s_interDist     
[00000020] col#045 v001 O0000 I/355/oaninfo*b_interDist     
[00000020] col#046 v001 O0000 I/355/oaninfo*B_interDist     
[00000020] col#047 v004 O4043 I/355/oaninfo*Template        
[00000020] col#048 v001 O0000 I/355/oaninfo*dist25          
[00000020] col#049 v001 O0000 I/355/oaninfo*dist50          
[00000020] col#050 v001 O0000 I/355/oaninfo*dist68          
[00000020] col#051 v001 O0000 I/355/oaninfo*dist75          
[00000020] col#052 v001 O0000 I/355/oaninfo*dist99          
[00000020] col#053 v001 O0000 I/355/oaninfo*distFWHM        
[00000020] col#054 v001 O0000 I/355/oaninfo*distSkew        
[00000020] col#055 v001 O0000 I/355/oaninfo*distKur         
[00000020] col#056 v001 O0000 I/355/oaninfo*distiqr         
[00000020] col#057 v001 O0000 I/355/oaninfo*distFWHMn       
[00000020] col#058 v000 O0043 I/355/oaninfo*Quality         
[00004420] col#059 v001 O0000 I/355/oaninfo*NBP             
[00000020] col#060 v001 O0000 I/355/oaninfo*s_NBP           
[00000020] col#061 v001 O0040 I/355/oaninfo*b_NBP           
[00000020] col#062 v001 O0040 I/355/oaninfo*B_NBP           
[00004420] col#063 v001 O0000 I/355/oaninfo*NRP             
[00000020] col#064 v001 O0000 I/355/oaninfo*s_NRP           
[00000020] col#065 v001 O0040 I/355/oaninfo*b_NRP           
[00000020] col#066 v001 O0040 I/355/oaninfo*B_NRP           
[00000021] col#067 v001 O0000 I/355/oaninfo*RUWE            
[00000020] col#068 v001 O0000 I/355/oaninfo*s_RUWE          
[00000020] col#069 v001 O0000 I/355/oaninfo*b_RUWE          
[00000020] col#070 v001 O0000 I/355/oaninfo*B_RUWE          
[00000020] col#071 v001 O0000 I/355/oaninfo*E(BP/RP)        
[00000020] col#072 v001 O0000 I/355/oaninfo*s_E(BP/RP)      
[00000020] col#073 v001 O0000 I/355/oaninfo*b_E(BP/RP)      
[00000020] col#074 v001 O0000 I/355/oaninfo*B_E(BP/RP)      
[00000021] col#075 v001 O0000 I/355/oaninfo*BP-RP           
[00000020] col#076 v001 O0000 I/355/oaninfo*s_BP-RP         
[00000020] col#077 v001 O0000 I/355/oaninfo*b_BP-RP         
[00000020] col#078 v001 O0000 I/355/oaninfo*B_BP-RP         
[00003178] col#000 v006 OA002 I/355/oaxpsp*recno           
[0000757d] col#001 v006 O0003 I/355/oaxpsp*SolID           
[00000060] col#002 v006 O2003 I/355/oaxpsp*NeuId           
[00000060] col#003 v000 O0043 I/355/oaxpsp*NeuRowIdx       
[00000060] col#004 v000 O0043 I/355/oaxpsp*NeuColIdx       
[00000040] col#005 v001 O0003 I/355/oaxpsp*XPFlux          
[00000040] col#006 v001 O0003 I/355/oaxpsp*XPlambda        
[00000040] col#007 v001 O0083 I/355/oaxpsp*XPFluxTemp      
[0000cf87] col#001 v006 O3003 I/355/epphot*Source          
[0000cc87] col#002 v311 O0023 I/355/epphot*RA_ICRS         
[0000cc87] col#003 v011 O0023 I/355/epphot*DE_ICRS         
[00000080] col#004 v006 O0003 I/355/epphot*TransitID       
[00000080] col#005 v001 O1083 I/355/epphot*TimeG           
[00000081] col#006 v001 O0083 I/355/epphot*FG              
[00000081] col#007 v001 O0083 I/355/epphot*e_FG            
[00000081] col#008 v001 O0083 I/355/epphot*RFG             
[000000a1] col#009 v001 O0083 I/355/epphot*Gmag            
[00000080] col#010 v000 O0043 I/355/epphot*NG              
[00000080] col#011 v001 O0083 I/355/epphot*TimeBP          
[00000081] col#012 v001 O0083 I/355/epphot*FBP             
[00000081] col#013 v001 O0083 I/355/epphot*e_FBP           
[00000081] col#014 v001 O0083 I/355/epphot*RFBP            
[000000a1] col#015 v001 O0083 I/355/epphot*BPmag           
[00000080] col#016 v001 O0083 I/355/epphot*TimeRP          
[00000081] col#017 v001 O0083 I/355/epphot*FRP             
[00000081] col#018 v001 O0083 I/355/epphot*e_FRP           
[00000081] col#019 v001 O0083 I/355/epphot*RFRP            
[000000a1] col#020 v001 O0083 I/355/epphot*RPmag           
[00000080] col#021 v000 O0043 I/355/epphot*noisyFlag       
[00000080] col#022 v000 O0043 I/355/epphot*SMuFlag         
[00000080] col#023 v000 O0043 I/355/epphot*AF1uFlag        
[00000080] col#024 v000 O0043 I/355/epphot*AF2uFlag        
[00000080] col#025 v000 O0043 I/355/epphot*AF3uFlag        
[00000080] col#026 v000 O0043 I/355/epphot*AF4uFlag        
[00000080] col#027 v000 O0043 I/355/epphot*AF5uFlag        
[00000080] col#028 v000 O0043 I/355/epphot*AF6uFlag        
[00000080] col#029 v000 O0043 I/355/epphot*AF7uFlag        
[00000080] col#030 v000 O0043 I/355/epphot*AF8uFlag        
[00000080] col#031 v000 O0043 I/355/epphot*AF9uFlag        
[00000080] col#032 v000 O0043 I/355/epphot*BPuFlag         
[00000080] col#033 v000 O0043 I/355/epphot*RPuFlag         
[00000080] col#034 v000 O0043 I/355/epphot*SMrFlag         
[00000080] col#035 v000 O0043 I/355/epphot*AF1rFlag        
[00000080] col#036 v000 O0043 I/355/epphot*AF2rFlag        
[00000080] col#037 v000 O0043 I/355/epphot*AF3rFlag        
[00000080] col#038 v000 O0043 I/355/epphot*AF4rFlag        
[00000080] col#039 v000 O0043 I/355/epphot*AF5rFlag        
[00000080] col#040 v000 O0043 I/355/epphot*AF6rFlag        
[00000080] col#041 v000 O0043 I/355/epphot*AF7rFlag        
[00000080] col#042 v000 O0043 I/355/epphot*AF8rFlag        
[00000080] col#043 v000 O0043 I/355/epphot*AF9rFlag        
[00000080] col#044 v000 O0043 I/355/epphot*BPrFlag         
[00000080] col#045 v000 O0043 I/355/epphot*RPrFlag         
[00000080] col#046 v000 O0043 I/355/epphot*GrVFlag         
[00000080] col#047 v000 O0043 I/355/epphot*BPrVFlag        
[00000080] col#048 v000 O0043 I/355/epphot*RPrVFlag        
[00003178] col#000 v006 OA002 I/355/gcrf3xm*recno           
[0000757d] col#001 v006 O0003 I/355/gcrf3xm*SolID           
[0000cf87] col#002 v006 O3003 I/355/gcrf3xm*Source          
[00000100] col#003 v000 O0040 I/355/gcrf3xm*ICRF3sx         
[00000100] col#004 v000 O0040 I/355/gcrf3xm*ICRF3k          
[00000100] col#005 v000 O0040 I/355/gcrf3xm*ICRF3xka        
[00000100] col#006 v004 O4003 I/355/gcrf3xm*ICRFname        
[00000100] col#007 v004 O4003 I/355/gcrf3xm*IERSname        
[00000100] col#008 v000 O0040 I/355/gcrf3xm*OCARS           
[00000100] col#009 v004 O4003 I/355/gcrf3xm*OCARSname       
[00000100] col#010 v000 O0040 I/355/gcrf3xm*AW15            
[00000100] col#011 v004 O4003 I/355/gcrf3xm*AW15name        
[00000100] col#012 v000 O0040 I/355/gcrf3xm*R90             
[00000100] col#013 v004 O4003 I/355/gcrf3xm*R90name         
[00000100] col#014 v000 O0040 I/355/gcrf3xm*M65             
[00000100] col#015 v004 O4003 I/355/gcrf3xm*M65name         
[00000100] col#016 v000 O0040 I/355/gcrf3xm*C75             
[00000100] col#017 v004 O4003 I/355/gcrf3xm*C75name         
[00000100] col#018 v000 O0040 I/355/gcrf3xm*DR14q           
[00000100] col#019 v004 O4003 I/355/gcrf3xm*DR14qname       
[00000100] col#020 v000 O0040 I/355/gcrf3xm*LQAC5           
[00000100] col#021 v004 O4003 I/355/gcrf3xm*LQAC5name       
[00000100] col#022 v000 O0040 I/355/gcrf3xm*LAMOST5         
[00000100] col#023 v004 O4003 I/355/gcrf3xm*LAMOST5name     
[00000100] col#024 v000 O0040 I/355/gcrf3xm*LQRF            
[00000100] col#025 v000 O0083 I/355/gcrf3xm*LQRFname        
[00000100] col#026 v000 O0040 I/355/gcrf3xm*2QZ             
[00000100] col#027 v004 O4003 I/355/gcrf3xm*2QZname         
[00000100] col#028 v000 O0040 I/355/gcrf3xm*BZCAT5          
[00000100] col#029 v004 O4003 I/355/gcrf3xm*BZCAT5name      
[00000100] col#030 v000 O0040 I/355/gcrf3xm*2WHSPJ          
[00000100] col#031 v004 O4003 I/355/gcrf3xm*2WHSPJname      
[00000100] col#032 v000 O0040 I/355/gcrf3xm*ALMA19          
[00000100] col#033 v004 O4003 I/355/gcrf3xm*ALMA19name      
[00000100] col#034 v000 O0040 I/355/gcrf3xm*GUW             
[00000100] col#035 v004 O4003 I/355/gcrf3xm*GUWname         
[00000100] col#036 v000 O0040 I/355/gcrf3xm*B19             
[00000100] col#037 v006 O0083 I/355/gcrf3xm*B19name         
[0000cf87] col#001 v006 O3003 I/355/rvsmean*Source          
[00000200] col#002 v311 O0023 I/355/rvsmean*RAICRS          
[00000200] col#003 v011 O0023 I/355/rvsmean*DEICRS          
[00000200] col#004 v000 O0043 I/355/rvsmean*NTransit        
[00000200] col#005 v000 O0043 I/355/rvsmean*NcCCD           
[00000200] col#006 v000 O0043 I/355/rvsmean*NdCDD           
[00003200] col#007 v001 O0003 I/355/rvsmean*lambda          
[00000200] col#008 v001 O0083 I/355/rvsmean*Flux            
[00000200] col#009 v001 O0083 I/355/rvsmean*e_Flux          
[0000cf87] col#001 v006 O3003 I/355/xpsummary*Source          
[0000cc87] col#002 v311 O0023 I/355/xpsummary*RA_ICRS         
[0000cc87] col#003 v011 O0023 I/355/xpsummary*DE_ICRS         
[0000757d] col#004 v006 O0003 I/355/xpsummary*SolID           
[00004400] col#005 v000 O00C3 I/355/xpsummary*NBPbases        
[00004400] col#006 v001 O0083 I/355/xpsummary*BPrelsh         
[00004420] col#007 v000 O00C3 I/355/xpsummary*NBP             
[00000400] col#008 v000 O00C3 I/355/xpsummary*NBPrej          
[00000400] col#009 v001 O0083 I/355/xpsummary*BPstddev        
[00004400] col#010 v001 O0083 I/355/xpsummary*BPchi2r         
[00000400] col#011 v000 O00C3 I/355/xpsummary*NTransBP        
[00000400] col#012 v000 O00C3 I/355/xpsummary*NcTransBP       
[00000400] col#013 v000 O00C3 I/355/xpsummary*NbTransBP       
[00004400] col#014 v000 O0043 I/355/xpsummary*NRPbases        
[00000400] col#015 v001 O0003 I/355/xpsummary*NRPrelsh        
[00004420] col#016 v000 O0003 I/355/xpsummary*NRP             
[00000400] col#017 v000 O0043 I/355/xpsummary*NRPrej          
[00000400] col#018 v001 O0003 I/355/xpsummary*RPstdev         
[00004400] col#019 v001 O0003 I/355/xpsummary*RPchi2r         
[00000400] col#020 v000 O0043 I/355/xpsummary*NTransRP        
[00000400] col#021 v000 O0043 I/355/xpsummary*NcTransRP       
[00000400] col#022 v000 O0043 I/355/xpsummary*NbTransRP       
[0000cf87] col#001 v006 O3003 I/355/xpsample*Source          
[0000cc87] col#002 v311 O0023 I/355/xpsample*RA_ICRS         
[0000cc87] col#003 v011 O0023 I/355/xpsample*DE_ICRS         
[00000800] col#004 v000 O0043 I/355/xpsample*lambda          
[00000800] col#005 v001 O0003 I/355/xpsample*Flux            
[00000800] col#006 v001 O0003 I/355/xpsample*e_Flux          
[00003178] col#000 v006 OA002 I/355/xpsamp*recno           
[0000757d] col#001 v006 O0003 I/355/xpsamp*SolID           
[00001000] col#002 v004 O4003 I/355/xpsamp*Band            
[00003200] col#003 v001 O0003 I/355/xpsamp*lambda          
[00001000] col#004 v000 O0043 I/355/xpsamp*Func            
[00001000] col#005 v001 O0003 I/355/xpsamp*SampCoeff       
[00003178] col#000 v006 OA002 I/355/xpmerge*recno           
[0000757d] col#001 v006 O0003 I/355/xpmerge*SolID           
[00003200] col#002 v001 O0003 I/355/xpmerge*lambda          
[00002000] col#003 v001 O0003 I/355/xpmerge*weightBP        
[00002000] col#004 v001 O0003 I/355/xpmerge*weightRP        
[0000cf87] col#001 v006 O0003 I/355/xpcont*Source          
[0000cc87] col#002 v311 O0023 I/355/xpcont*RA_ICRS         
[0000cc87] col#003 v011 O0023 I/355/xpcont*DE_ICRS         
[0000757d] col#004 v006 O0003 I/355/xpcont*SolID           
[00004000] col#005 v000 O00C3 I/355/xpcont*BPDOF           
[00004420] col#006 v000 O00C3 I/355/xpcont*NBP             
[00004000] col#007 v000 O00C3 I/355/xpcont*BPNrej          
[00004000] col#008 v001 O0083 I/355/xpcont*BPstddev        
[00004400] col#009 v001 O0083 I/355/xpcont*BPchi2r         
[00004400] col#010 v000 O00C3 I/355/xpcont*NBPbases        
[00004400] col#011 v001 O0083 I/355/xpcont*BPrelsh         
[00004000] col#012 v000 O0003 I/355/xpcont*RPDOF           
[00004420] col#013 v000 O0003 I/355/xpcont*NRP             
[00004000] col#014 v000 O0043 I/355/xpcont*RPNrej          
[00004000] col#015 v001 O0003 I/355/xpcont*RPstddev        
[00004400] col#016 v001 O0003 I/355/xpcont*RPchi2r         
[00004400] col#017 v000 O0043 I/355/xpcont*NRPbases        
[00004000] col#018 v001 O0003 I/355/xpcont*RPrelsh         
[00004000] col#019 v006 OA003 I/355/xpcont*BPrecnoS        
[00004000] col#020 v000 OA043 I/355/xpcont*BPNelem         
[00004000] col#021 v006 OA003 I/355/xpcont*BPcorrrecnoS    
[00004000] col#022 v000 OA043 I/355/xpcont*BPcorrNelem     
[00004000] col#023 v006 OA003 I/355/xpcont*RPrecnoS        
[00004000] col#024 v000 O8043 I/355/xpcont*RPNelem         
[00004000] col#025 v006 OA003 I/355/xpcont*RPcorrrecnoS    
[00004000] col#026 v000 O0043 I/355/xpcont*RPcorrNelem     
[0000cc87] col#001 v311 O00A3 I/355/spectra*RA_ICRS         
[0000cc87] col#002 v011 O00A3 I/355/spectra*DE_ICRS         
[0000cf87] col#003 v006 O2003 I/355/spectra*Source          
[00008000] col#004 v004 OA011 I/355/spectra*plotXPsamp      
[00008000] col#005 v004 OA011 I/355/spectra*dataXPSamp      

----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=74
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=156
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=249
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=1
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1165
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=248
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1135
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=384
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=158
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=179
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=62
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=188
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=348
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=120
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=264
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1211
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=362
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=146
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=265
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=247
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1142
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1143
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1144
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=346
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1344
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=81
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=314
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=353
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=139
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=351
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=149
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=364
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1350
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=105
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=13
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1305
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=260
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=343
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=245
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=127
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=268
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=359
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1221
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=425
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=106
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=106
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=930
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=489
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=112
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=741
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=934
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=543
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=731
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=932
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=545
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=742
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=6
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=113
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=101
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=406
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=404
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=411
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=931
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1409
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=80
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=313
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1322
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=355
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=151
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=416
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1371
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=297
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=63
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=93
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1299
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=324
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=110
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=256
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1172
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=255
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1171
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=244
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1129
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=243
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1128
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=449
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1351
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=225
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1070
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=2
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=358
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=187
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=976
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=129
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=920
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=236
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=951
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=121
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=470
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=468
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=102
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=434
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=291
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=149
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=184
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=228
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1110
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=76
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=166
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1167
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1137
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=193
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=391
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=221
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1052
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=360
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=126
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=125
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=82
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=293
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1273
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=15
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1338
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1313
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=68
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=109
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=933
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=342
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1445
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=323
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1331
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=288
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1288
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=191
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=995
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=196
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1025
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=368
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1360
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=299
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=99
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=321
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1247
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=113
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=397
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=919
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=916
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1243
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=404
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=183
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=363
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=366
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=548
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1278
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=370
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1363
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=14
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1340
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1281
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1481
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=21
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=210
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1459
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=352
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=1349
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select ucdid, name, class, explain From METAucd where ucdid=84
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770318852]   Select famid, name, explain From METAfam where famid=530
----db1_reset(0 'metaviz@PCDSPOOL')
----opt1= 8
----inherit(u=used, h=hidden):
     [u] +source=I/355
     [u] -ref=VIZ6984ec0428b2a1
====inherit(): added 0 hidden fields
----free temporary files
----db1_close(0 'metaviz@PCDSPOOL')