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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

  
J/ApJ/791/113
  MIR-selected quasar parameters (Dai+, 2014)
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2014ApJ...791..113D
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1.J/ApJ/791/113/table11a(c)The MIR-selected Quasar Catalog 1. Properties (original column names in green) (391 rows) (released 2017-10-02)
[METAtab] [METAcola]
2.J/ApJ/791/113/table11b(c)The MIR-selected Quasar Catalog 1. Properties (sources with S24<400uJy, the MMT05f subsample) (original column names in green) (17 rows) (released 2017-10-02)
[METAtab] [METAcola]
3.J/ApJ/791/113/table12aThe MIR-selected Quasar Catalog 2. Results (original column names in green) (391 rows) (released 2017-10-02)
[METAtab] [METAcola]
4.J/ApJ/791/113/table12bThe MIR-selected Quasar Catalog 2. Results (sources with S24<400uJy, the MMT05f subsample) (original column names in green) (17 rows) (released 2017-10-02)
[METAtab] [METAcola]
5.J/ApJ/791/113/table13aThe MIR-selected Quasar Catalog 3. Parameters (original column names in green) (391 rows) (released 2017-10-02)
[METAtab] [METAcola]
6.J/ApJ/791/113/table13bThe MIR-selected Quasar Catalog 3. Parameters (sources with S24<400uJy, the MMT05f subsample) (original column names in green) (17 rows) (released 2017-10-02)
[METAtab] [METAcola]

Simple ConstraintList Of Constraints
 
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Query by Constraints constraints help applied on Columns (Output Order: + - )
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Column  Constraint Explain   (UCD)
  (ALL)recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
   (ALL)ID (char) MMT designation of observation date-fiber number, or SDSS DR7 designation of spectroscopic MJD+plate number+ fiber number (ID) (meta.id;meta.main)
  (1+2)RAJ2000 deg (i) Right ascension in decimal degrees (J2000) (RA) (pos.eq.ra;meta.main)
  (1+2)DEJ2000 deg (i) Declination in decimal degrees (J2000) (DEC) (pos.eq.dec;meta.main)
  (1+2)z  Redshift (REDSHIFT) (src.redshift)
  (1+2)S24 uJy 24 um flux density from SWIRE photometry (S24) (phot.flux.density;em.IR.15-30um)
  (1+2)e_S24 uJy Error on S24 (S24_ERR) (stat.error)
  (1+2)umag mag SDSS u magnitude in AB system (u) (phot.mag;em.opt.U)
  (1+2)e_umag mag rms uncertainty on umag (u_ERR) (stat.error;phot.mag;em.opt.U)
  (1+2)gmag mag SDSS g magnitude in AB system (g) (phot.mag;em.opt.B)
  (1+2)e_gmag mag rms uncertainty on gmag (g_ERR) (stat.error;phot.mag;em.opt.B)

ALL cols		    
 (i)indexed column
  (1+2)rmag mag SDSS r magnitude in AB system (r) (phot.mag;em.opt.R)
  (1+2)e_rmag mag rms uncertainty on rmag (r_ERR) (stat.error;phot.mag;em.opt.R)
  (1+2)imag mag SDSS i magnitude in AB system (i) (phot.mag;em.opt.I)
  (1+2)e_imag mag rms uncertainty on imag (i_ERR) (stat.error;phot.mag;em.opt.I)
  (1+2)zmag mag SDSS z magnitude in AB system (z) (phot.mag;em.opt.I)
  (1+2)e_zmag mag rms uncertainty on zmag (z_ERR) (stat.error;phot.mag;em.opt.I)
  (1+2)SimbadName (char) Designation understandable by the Simbad data-base (meta.id)
  (3+4)fEXT   [3/6] Extended source flag (EXT_FLAG) (Note 1)   (meta.code)
  (3+4)fABS   [0/1] Absorption flag (ABS_FLAG) (Note 2)   (meta.code)
  (3+4)fFAINT   [0/1] Faint object flag (FAING_OBJ_FLAG) (Note 3)   (meta.code)
  (3+4)lgMBH [Msun] (n) Fiducial Virial SMBH mass logM* (LogMBH) (phys.mass)
  (3+4)e_lgMBH % (n) Measurement uncertainty on lgMBH in percentage (LogMBH_ERR) (stat.error)
  (3+4)lgLBol [10-7W] (n) Bolometric luminosity (LogLBOL) (phys.luminosity)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3+4)e_lgLBol % (n) Uncertainty in LogLBol in percentage (LogLBOL_ERR) (stat.error)
  (3+4)lgLbol/LEDD  (n) Eddington ratio (Lbol/Ledd) based on the fiducial M* (LogLEDD) (phys.luminosity;arith.ratio)
  (3+4)lgMBHCIVD6 [Msun] (n) Virial SMBH mass based on dominant CIV, VP06 (LogMBH_CIV_DOM_VP06) (phys.mass)
  (3+4)e_lgMBHCIVD6 % (n) Measurement uncertainty in LogMBHCIVD6 in percentage (LogMBH_CIV_DOM_VP06_ERR) (stat.error)
  (3+4)lgMBHCIVN6 [Msun] (n) Virial SMBH mass based on non-parametric CIV (LogMBH_CIV_NON_VP06) (phys.mass)
  (3+4)e_lgMBHCIVN6 % (n) Measurement uncertainty in LogMBHCIVN6 in percentage (LogMBH_CIV_NON_VP06_ERR) (stat.error)
  (3+4)lgMBHMgIID4 [Msun] (n) Virial SMBH mass based on dominant MgII, MD04 (LogMBH_MGII_DOM_MD04) (phys.mass)
  (3+4)e_lgMBHMgIID4 % (n) Measurement uncertainty in LogMBHMgIID4 in percentage (LogMBH_MGII_DOM_MD04_ERR) (stat.error)
  (3+4)lgMBHMgIIN4 [Msun] (n) Virial SMBH mass based on non-parametric MgII (LogMBH_MGII_NON_MD04) (phys.mass)
  (3+4)e_lgMBHMgIIN4 % (n) Measurement uncertainty in LogMBHMgIIN4 in percentage (LogMBH_MGII_NON_MD04_ERR) (stat.error)
  (3+4)lgMBHMgIID9 [Msun] (n) Virial SMBH mass based on dominant MgII, VO09 (LogMBH_MGII_DOM_VO09) (phys.mass)
  (3+4)e_lgMBHMgIID9 % (n) Measurement uncertainty in LogMBHMgIID9 in percentage (LogMBH_MGII_DOM_VO09_ERR) (stat.error)
  (3+4)lgMBHMgIIN9 [Msun] (n) Virial SMBH mass based on non-parametric MgII (LogMBH_MGII_NON_VO09) (phys.mass)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3+4)e_lgMBHMgIIN9 % (n) Measurement uncertainty in LogMBHMgIIN9 in percentage (LogMBH_MGII_NON_VO09_ERR) (stat.error)
  (3+4)lgMBHMgIID1 [Msun] (n) Virial SMBH mass based on dominant MgII, S11 (LogMBH_MGII_DOM_S11) (phys.mass)
  (3+4)e_lgMBHMgIID1 % (n) Measurement uncertainty in LogMBHMgIID1 in percentage (LogMBH_MGII_DOM_S11_ERR) (stat.error)
  (3+4)lgMBHMgIIN1 [Msun] (n) Virial SMBH mass based on non-parametric MgII (LogMBH_MGII_NON_S11) (phys.mass)
  (3+4)e_lgMBHMgIIN1 % (n) Measurement uncertainty in LogMBHMgIIN1 in percentage (LogMBH_MGII_NON_S11_ERR) (stat.error)
  (3+4)lgMBHHbD6 [Msun] (n) Virial SMBH mass based on dominant H{beta}, VP06 (LogMBH_HBETA_DOM_VP06) (phys.mass)
  (3+4)e_lgMBHHbD6 % (n) Measurement uncertainty in LogMBHHbD6 in percentage (LogMBH_HBETA_DOM_VP06_ERR) (stat.error)
  (3+4)lgMBHHbD4 [Msun] (n) Virial SMBH mass based on dominant H{beta}, MD04 (LogMBH_HBETA_DOM_MD04) (phys.mass)
  (3+4)e_lgMBHHbD4 % (n) Measurement uncertainty in LogMBHHbD4 in percentage (LogMBH_HBETA_DOM_MD04_ERR) (stat.error)
  (3+4)lgL1350 [10-7W] (n) Monochromatic line luminosity at 1350Å in percentage (LogCONT_LUM_CIV) (phys.luminosity;arith.ratio;spect.line)
  (3+4)e_lgL1350 % (n) Uncertainty in LogL1350 in percentage (LogCONT_LUM_ERR_CIV) (stat.error)
  (3+4)lgL3000 [10-7W] (n) Monochromatic line luminosity at 3000Å in percentage (LogCONT_LUM_MGII) (phys.luminosity;arith.ratio;spect.line)
  (3+4)e_lgL3000 % (n) Uncertainty in LogL3000 in percentage (LogCONT_LUM_ERR_MGII) (stat.error)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3+4)lgL5100 [10-7W] (n) Monochromatic line luminosity at 5100Å in percentage (LogCONT_LUM_HBETA) (phys.luminosity;arith.ratio;spect.line)
  (3+4)e_lgL5100 % (n) Uncertainty in LogL5100 in percentage (LogCONT_LUM_ERR_HBETA) (stat.error)
  (3+4)lgLbolCIV [10-7W] (n) Bolometric luminosity (LogLBOL_CIV) (phys.luminosity)
  (3+4)e_lgLbolCIV % (n) Uncertainty in LogLbolCIV in percentage (LogLBOL_CIV_ERR) (stat.error)
  (3+4)lgLbolMgII [10-7W] (n) Bolometric luminosity (LogLBOL_MGII) (phys.luminosity)
  (3+4)e_lgLbolMgII % (n) Uncertainty in LogLbolMgII in percentage (LogLBOL_MGII_ERR) (stat.error)
  (3+4)lgLbolHb [10-7W] (n) Bolometric luminosity (LogLBOL_HBETA) (phys.luminosity)
  (3+4)e_lgLbolHb % (n) Uncertainty in LogLbolHb in percentage (LogLBOL_HBETA_ERR) (stat.error)
  (3+4)lgLbol24 [10-7W] Bolometric luminosity (LogLBOL_24) (phys.luminosity)
  (3+4)e_lgLbol24 % Uncertainty on LogLbol24 in percentage (LogLBOL_24_ERR) (stat.error)
  (5+6)CNCIV  (n) Power-law normalization for CIV continuum fit at 3000Å (CONTI_NORM_CIV) (stat.fit.param)
  (5+6)e_CNCIV  (n) Uncertainty in Power-law normalization (CONTI_NORM_ERR_CIV) (stat.error)
  (5+6)CSCIV  (n) Power-law slope alpha_CIV for the continuum fit (CONTI_SLOPE_CIV) (stat.fit.param)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)e_CSCIV  (n) Uncertainty in alpha_CIV (CONTI_SLOPE_ERR_CIV) (stat.error)
  (5+6)CIV1Wave 0.1nm (n) Central wavelength of the dominant CIV component (CIV1_WAVE) (em.wl.central)
  (5+6)CIV2Wave 0.1nm (n) Central wavelength of the second CIV component (CIV2_WAVE) (em.wl.central)
  (5+6)CIV3Wave 0.1nm (n) Central wavelength of the third CIV component (CIV3_WAVE) (em.wl.central)
  (5+6)CIVNWave 0.1nm (n) Central wavelength of the non-parametric CIV component (CIVNON_WAVE) (em.wl.central)
  (5+6)CIV1sigma km/s (n) Line dispersion (sigma_l) of the dominant CIV component (CIV1_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_CIV1sigma km/s (n) Uncertainty in sigma_l of the dominant CIV component (CIV1_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)CIV1FWHM km/s (n) Full-width-half-maximum (FWHM) of the dominant CIV (CIV1_FWHM) (spect.line.width)
  (5+6)e_CIV1FWHM km/s (n) Uncertainty in the dominant CIV FWHM (CIV1_FWHM_ERR) (spect.line.width)
  (5+6)CIV1Area  (n) Integrated line area of the dominant CIV (CIV1_LINEAREA) (phys.area)
  (5+6)e_CIV1Area  (n) Uncertainty in the integrated line area of the dominant CIV (CIV1_LINEAREA_ERR) (phys.area)
  (5+6)CIV1EW 0.1nm (n) Restframe equivalent width (EW) of the dominant CIV (CIV1_LINEEW) (spect.line.eqWidth)
  (5+6)e_CIV1EW 0.1nm (n) Uncertainty in EW of the dominant CIV (CIV1_LINEEW_ERR) (stat.error)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)CIV2sigma km/s (n) Line dispersion (sigma_l) of the secondary CIV component (CIV2_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_CIV2sigma km/s (n) []? Uncertainty in sigma_l of the secondary CIV component (CIV2_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)CIV2FWHM km/s (n) Full-width-half-maximum (FWHM) of the secondary CIV (CIV2_FWHM) (spect.line.width)
  (5+6)e_CIV2FWHM km/s (n) []? Uncertainty in the secondary CIV FWHM (CIV2_FWHM_ERR) (spect.line.width)
  (5+6)CIV2Area  (n) Integrated line area of the secondary CIV (CIV2_LINEAREA) (phys.area)
  (5+6)e_CIV2Area  (n) []? Uncertainty in the integrated line area of the secondary CIV (CIV2_LINEAREA_ERR) (phys.area)
  (5+6)CIV2EW 0.1nm (n) Restframe equivalent width (EW) of the secondary CIV (CIV2_LINEEW) (spect.line.eqWidth)
  (5+6)e_CIV2EW 0.1nm (n) []? Uncertainty in EW of the secondary CIV (CIV2_LINEEW_ERR) (stat.error)
  (5+6)CIV3sigma km/s (n) Line dispersion (sigma_l) of the third CIV component (CIV3_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_CIV3sigma km/s (n) []? Uncertainty in sigma_l of the third CIV component (CIV3_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)CIV3FWHM km/s (n) Full-width-half-maximum (FWHM) of the third CIV (CIV3_FWHM) (spect.line.width)
  (5+6)e_CIV3FWHM km/s (n) []? Uncertainty in the third CIV FWHM (CIV3_FWHM_ERR) (spect.line.width)
  (5+6)CIV3Area  (n) Integrated line area of the third CIV (CIV3_LINEAREA) (phys.area)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)e_CIV3Area  (n) []? Uncertainty in the integrated line area of the third CIV (CIV3_LINEAREA_ERR) (phys.area)
  (5+6)CIV3EW 0.1nm (n) Restframe equivalent width (EW) of the third CIV (CIV3_LINEEW) (spect.line.eqWidth)
  (5+6)e_CIV3EW 0.1nm (n) []? Uncertainty in EW of the third CIV (CIV3_LINEEW_ERR) (stat.error)
  (5+6)CIVNFWHM km/s (n) Full-width-half-maximum (FWHM) of the non-parametric CIV (CIVNON_FWHM) (spect.line.width)
  (5+6)e_CIVNFWHM km/s (n) []? Uncertainty in the non-parametric CIV FWHM (CIVNON_FWHM_ERR) (spect.line.width)
  (5+6)CIVNArea km/s (n) Integrated line area of the non-parametric CIV (CIVNON_LINEAREA) (phys.area)
  (5+6)e_CIVNArea km/s (n) Uncertainty in the integrated line area of the non-parametric CIV (CIVNON_LINEAREA_ERR) (phys.area)
  (5+6)CIVNEW 0.1nm (n) Restframe equivalent width (EW) of the non-parametric CIV (CIVNON_LINEEW) (spect.line.eqWidth)
  (5+6)e_CIVNEW 0.1nm (n) Uncertainty in EW of the non-parametric CIV (CIVNON_LINEEW_ERR) (stat.error)
  (5+6)rchi2-1CIV  (n) Reduced chi2 for the CIV continuum fit (REDCHI2_1_CIV) (stat.fit.chi2)
  (5+6)rchi2-2CIV  (n) Reduced chi2 for the CIV emission line fit (REDCHI2_2_CIV) (stat.fit.chi2)
  (5+6)stat-1CIV  (n) Status code for the CIV continuum fit (See IDL program "mpfitfun.pro") (STATUS_1_CIV) (meta.code)
  (5+6)stat-2CIV  (n) Status code for the CIV emission line fit (STATUS_2_CIV) (meta.code)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)NpixCIV  (n) Number of good pixels for the CIV emission line fitting region (1500-1600Å) (LINE_NPIX_CIV) (meta.number)
  (5+6)MedSNCIV  (n) Median S/N per pixel for the CIV emission line fitting region (LINE_MED_SN_CIV) (stat.snr)
  (5+6)CNMgII  (n) Power-law normalization for MgII continuum fit at 3000Å (CONTI_NORM_MGII) (stat.fit.param)
  (5+6)e_CNMgII  (n) Uncertainty in Power-law normalization (CONTI_NORM_ERR_MGII) (stat.error)
  (5+6)CSMgII  (n) Power-law slope alpha_MgII for the continuum fit (CONTI_SLOPE_MGII) (stat.fit.param)
  (5+6)e_CSMgII  (n) Uncertainty in alpha_MgII (CONTI_SLOPE_ERR_MGII) (stat.error)
  (5+6)FenormMgII  (n) Normalization of the FeII template (FE_NORM_MGII) (stat.param)
  (5+6)e_FenormMgII  (n) Uncertainty in FeII normalization (FE_NORM_ERR_MGII) (stat.error)
  (5+6)FeFWHMMgII  (n) FWHM of the FeII component for MgII continuum fit (FE_FWHM_MGII) (spect.line.width)
  (5+6)e_FeFWHMMgII  (n) Uncertainty in FWHM_Fe (FE_FWHM_ERR_MGII) (spect.line.width)
  (5+6)MgII1Wave 0.1nm (n) Central wavelength of the dominant MgII component (MGII1_WAVE) (em.wl.central)
  (5+6)MgII2Wave 0.1nm (n) Central wavelength of the second MgII component (MGII2_WAVE) (em.wl.central)
  (5+6)MgII3Wave 0.1nm (n) Central wavelength of the third MgII component (MGII3_WAVE) (em.wl.central)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)MgIInWave 0.1nm (n) Central wavelength of the narrow MgII component (MGIIN_WAVE) (em.wl.central)
  (5+6)MgIINWave 0.1nm (n) Central wavelength of the non-parametric MgII component (MGIINON_WAVE) (em.wl.central)
  (5+6)MgII1sigma km/s (n) Line dispersion (sigma_l) of the dominant MgII component (MGII1_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_MgII1sigma km/s (n) []? Uncertainty in sigma_l of the dominant MgII component (MGII1_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)MgII1FWHM km/s (n) Full-width-half-maximum (FWHM) of the dominant MgII (MGII1_FWHM) (spect.line.width)
  (5+6)e_MgII1FWHM km/s (n) []? Uncertainty in the dominant MgII FWHM (MGII1_FWHM_ERR) (spect.line.width)
  (5+6)MgII1Area  (n) Integrated line area of the dominant MgII (MGII1_LINEAREA) (phys.area)
  (5+6)e_MgII1Area  (n) []? Uncertainty in the integrated line area of the dominant MgII (MGII1_LINEAREA_ERR) (phys.area)
  (5+6)MgII1EW 0.1nm (n) Restframe equivalent width (EW) of the dominant MgII (MGII1_LINEEW) (spect.line.eqWidth)
  (5+6)e_MgII1EW 0.1nm (n) []? Uncertainty in EW of the dominant MgII (MGII1_LINEEW_ERR) (stat.error)
  (5+6)MgII2sigma km/s (n) Line dispersion (sigma_l) of the secondary MgII component (MGII2_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_MgII2sigma km/s (n) []? Uncertainty in sigma_l of the secondary MgII component (MGII2_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)MgII2FWHM km/s (n) Full-width-half-maximum (FWHM) of the secondary MgII (MGII2_FWHM) (spect.line.width)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)e_MgII2FWHM km/s (n) []? Uncertainty in the secondary MgII FWHM (MGII2_FWHM_ERR) (spect.line.width)
  (5+6)MgII2Area  (n) Integrated line area of the secondary MgII (MGII2_LINEAREA) (phys.area)
  (5+6)e_MgII2Area  (n) []? Uncertainty in the integrated line area of the secondary MgII (MGII2_LINEAREA_ERR) (phys.area)
  (5+6)MgII2EW  (n) Restframe equivalent width (EW) of the secondary MgII (MGII2_LINEEW) (spect.line.eqWidth)
  (5+6)e_MgII2EW  (n) []? Uncertainty in EW of the secondary MgII (MGII2_LINEEW_ERR) (stat.error)
  (5+6)MgII3sigma km/s (n) Line dispersion (sigma_l) of the third MgII component (MGII3_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_MgII3sigma km/s (n) []? Uncertainty in sigma_l of the third MgII component (MGII3_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)MgII3FWHM km/s (n) Full-width-half-maximum (FWHM) of the third MgII (MGII3_FWHM) (spect.line.width)
  (5+6)e_MgII3FWHM km/s (n) []? Uncertainty in the third MgII FWHM (MGII3_FWHM_ERR) (spect.line.width)
  (5+6)MgII3Area  (n) Integrated line area of the third MgII (MGII3_LINEAREA) (phys.area)
  (5+6)e_MgII3Area  (n) []? Uncertainty in the integrated line area of the third MgII (MGII3_LINEAREA_ERR) (phys.area)
  (5+6)MgII3EW 0.1nm (n) Restframe equivalent width (EW) of the third MgII (MGII3_LINEEW) (spect.line.eqWidth)
  (5+6)e_MgII3EW 0.1nm (n) []? Uncertainty in EW of the third MgII (MGII3_LINEEW_ERR) (stat.error)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)MgIINFWHM km/s (n) Full-width-half-maximum (FWHM) of the non-parametric MgII (MGIINON_FWHM) (spect.line.width)
  (5+6)e_MgIINFWHM km/s (n) []? Uncertainty in the non-parametric MgII FWHM (MGIINON_FWHM_ERR) (spect.line.width)
  (5+6)MgIINArea  (n) Integrated line area of the non-parametric MgII (MGIINON_LINEAREA) (phys.area)
  (5+6)e_MgIINArea  (n) Uncertainty in the integrated line area of the non-parametric MgII (MGIINON_LINEAREA_ERR) (phys.area)
  (5+6)MgIINEW 0.1nm (n) Restframe equivalent width (EW) of the non-parametric MgII (MGIINON_LINEEW) (spect.line.eqWidth)
  (5+6)e_MgIINEW 0.1nm (n) []? Uncertainty in EW of the non-parametric MgII (MGIINON_LINEEW_ERR) (stat.error)
  (5+6)MgIINsigma km/s (n) Line dispersion (sigma_l) of the narrow MgII component (MGIIN_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_MgIINsigma km/s (n) []? Uncertainty in sigma_l of the narrow MgII component (MGIIN_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)MgIInFWHM km/s (n) Full-width-half-maximum (FWHM) of the narrow MgII (MGIIN_FWHM) (spect.line.width)
  (5+6)e_MgIInFWHM km/s (n) Uncertainty in the narrow MgII FWHM (MGIIN_FWHM_ERR) (spect.line.width)
  (5+6)MgIInArea  (n) Integrated line area of the narrow MgII (MGIIN_LINEAREA) (phys.area)
  (5+6)e_MgIInArea  (n) Uncertainty in the integrated line area of the narrow MgII (MGIIN_LINEAREA_ERR) (phys.area)
  (5+6)MgIInEW 0.1nm (n) Restframe equivalent width (EW) of the narrow MgII (MGIIN_LINEEW) (spect.line.eqWidth)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)e_MgIInEW 0.1nm (n) Uncertainty in EW of the narrow MgII (MGIIN_LINEEW_ERR) (stat.error)
  (5+6)rchi2-1MgII  (n) Reduced chi2 for the MgII continuum fit (REDCHI2_1_MGII) (stat.fit.chi2)
  (5+6)rchi2-2MgII  (n) Reduced chi2 for the MgII emission line fit (REDCHI2_2_MGII) (stat.fit.chi2)
  (5+6)stat-1MgII  (n) Status code for the MgII continuum fit (See IDL program "mpfitfun.pro") (STATUS_1_MGII) (meta.code)
  (5+6)stat-2MgII  (n) Status code for the MgII emission line fit (STATUS_2_MGII) (meta.code)
  (5+6)NpixMgII  (n) Number of good pixels for the MgII emission line fitting region (2700-2900Å) (LINE_NPIX_MGII) (meta.number)
  (5+6)MedSNMgII  (n) Median S/N per pixel for the MgII emission line fitting region (LINE_MED_SN_MGII) (stat.snr)
  (5+6)CNHbeta  (n) Power-law normalization for Hbeta continuum fit at 3000Å (CONTI_NORM_HBETA) (stat.fit.param)
  (5+6)e_CNHbeta  (n) Uncertainty in Power-law normalization (CONTI_NORM_ERR_HBETA) (stat.error)
  (5+6)CSHbeta  (n) Power-law slope alpha_Hbeta for the continuum fit (CONTI_SLOPE_HBETA) (stat.fit.param)
  (5+6)e_CSHbeta  (n) Uncertainty in alpha_Hbeta (CONTI_SLOPE_ERR_HBETA) (stat.error)
  (5+6)FenormHbeta  (n) Normalization of the FeII+[OIII] template (FE_NORM_HBETA) (stat.param)
  (5+6)e_FenormHbeta  (n) Uncertainty in FeII+[OIII] normalization (FE_NORM_ERR_HBETA) (stat.error)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)FeFWHMHbeta  (n) FWHM of the FeII+[OIII] component for Hbeta continuum fit (FE_FWHM_HBETA) (spect.line.width)
  (5+6)e_FeFWHMHbeta  (n) Uncertainty in FWHM_Fe (FE_FWHM_ERR_HBETA) (spect.line.width)
  (5+6)Hbeta1Wave  (n) Central wavelength of the dominant Hbeta component (HBETA1_WAVE) (em.wl;spect.line)
  (5+6)Hbeta2Wave  (n) Central wavelength of the second Hbeta component (HBETA2_WAVE) (em.wl.central)
  (5+6)Hbeta3Wave  (n) Central wavelength of the third Hbeta component (HBETA3_WAVE) (em.wl;spect.line)
  (5+6)HbetaNWave  (n) Central wavelength of the narrow Hbeta component (HBETAN_WAVE) (em.wl;spect.line)
  (5+6)OIII4959Wave  (n) Central wavelength of the [OIII] lambda4959 component (OIII4959_WAVE) (em.wl.central)
  (5+6)OIII5007Wave  (n) Central wavelength of the [OIII] lambda5007 component (OIII5007_WAVE) (em.wl.central)
  (5+6)Hbeta1sigma  (n) Line dispersion (sigma_l) of the dominant Hbeta component (HBETA1_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_Hbeta1sigma  (n) Uncertainty in sigma_l of the dominant Hbeta component (HBETA1_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)Hbeta1FWHM  (n) Full-width-half-maximum (FWHM) of the dominant Hbeta (HBETA1_FWHM) (spect.line.width)
  (5+6)e_Hbeta1FWHM  (n) Uncertainty in the dominant Hbeta FWHM (HBETA1_FWHM_ERR) (spect.line.width)
  (5+6)Hbeta1Area  (n) Integrated line area of the dominant Hbeta (HBETA1_LINEAREA) (phys.area)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)e_Hbeta1Area  (n) Uncertainty in the integrated line area of the dominant Hbeta (HBETA1_LINEAREA_ERR) (phys.area)
  (5+6)Hbeta1EW 0.1nm (n) Restframe equivalent width (EW) of the dominant Hbeta (HBETA1_LINEEW) (spect.line.eqWidth;em.line.Hbeta)
  (5+6)e_Hbeta1EW 0.1nm (n) Uncertainty in EW of the dominant Hbeta (HBETA1_LINEEW_ERR) (stat.error)
  (5+6)HbetaNsigma  (n) Line dispersion (sigma_l) of the secondary Hbeta component (HBETAN_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_HbetaNsigma  (n) Uncertainty in sigma_l of the secondary Hbeta component (HBETAN_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)HbetaNFWHM  (n) Full-width-half-maximum (FWHM) of the secondary Hbeta (HBETAN_FWHM) (spect.line.width)
  (5+6)e_HbetaNFWHM  (n) Uncertainty in the secondary Hbeta FWHM (HBETAN_FWHM_ERR) (spect.line.width)
  (5+6)HbetaNArea  (n) Integrated line area of the secondary Hbeta (HBETAN_LINEAREA) (phys.area)
  (5+6)e_HbetaNArea  (n) Uncertainty in the integrated line area of the secondary Hbeta (HBETAN_LINEAREA_ERR) (phys.area)
  (5+6)HbetaNEW 0.1nm (n) Restframe equivalent width (EW) of the secondary Hbeta (HBETAN_LINEEW) (spect.line.eqWidth;em.line.Hbeta)
  (5+6)e_HbetaNEW 0.1nm (n) Uncertainty in EW of the secondary Hbeta (HBETAN_LINEEW_ERR) (stat.error)
  (5+6)OIII4959sigma  (n) Line dispersion (sigma_l) of the third Hbeta component (OIII4959_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_OIII4959sigma  (n) Uncertainty in sigma_l of the third Hbeta component (OIII4959_LINESIGMA_ERR) (phys.veloc.dispersion)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)OIII4959FWHM  (n) Full-width-half-maximum (FWHM) of the third Hbeta (OIII4959_FWHM) (spect.line.width)
  (5+6)e_OIII4959FWHM  (n) Uncertainty in the third Hbeta FWHM (OIII4959_FWHM_ERR) (spect.line.width)
  (5+6)OIII4959Area  (n) Integrated line area of the third Hbeta (OIII4959_LINEAREA) (phys.area)
  (5+6)e_OIII4959Area  (n) Uncertainty in the integrated line area of the third Hbeta (OIII4959_LINEAREA_ERR) (phys.area)
  (5+6)OIII4959EW 0.1nm (n) Restframe equivalent width (EW) of the third Hbeta (OIII4959_LINEEW) (spect.line.eqWidth;em.line.Hbeta)
  (5+6)e_OIII4959EW 0.1nm (n) Uncertainty in EW of the third Hbeta (OIII4959_LINEEW_ERR) (stat.error)
  (5+6)OIII5007sigma  (n) Line dispersion (sigma_l) of the narrow Hbeta component (OIII5007_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_OIII5007sigma  (n) Uncertainty in sigma_l of the narrow Hbeta component (OIII5007_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)OIII5007FWHM  (n) Full-width-half-maximum (FWHM) of the narrow Hbeta (OIII5007_FWHM) (spect.line.width)
  (5+6)e_OIII5007FWHM  (n) Uncertainty in the narrow Hbeta FWHM (OIII5007_FWHM_ERR) (spect.line.width)
  (5+6)OIII5007Area  (n) Integrated line area of the narrow Hbeta (OIII5007_LINEAREA) (phys.area)
  (5+6)e_OIII5007Area  (n) Uncertainty in the integrated line area of the narrow Hbeta (OIII5007_LINEAREA_ERR) (phys.area)
  (5+6)OIII5007EW 0.1nm (n) Restframe equivalent width (EW) of the narrow Hbeta (OIII5007_LINEEW) (spect.line.eqWidth;em.line.Hbeta)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)e_OIII5007EW 0.1nm (n) Uncertainty in EW of the narrow Hbeta (OIII5007_LINEEW_ERR) (stat.error)
  (5+6)OIII_RATIO  (n) Ratio of ([OIII] lambda5007/[O III] lambda4959) (OIII_RATIO) (phot.mag;em.line.OIII)
  (5+6)Hbeta2sigma  (n) Line dispersion (sigma_l) of the [OIII] lambda4959 component (HBETA2_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_Hbeta2sigma  (n) Uncertainty in sigma_l of the [OIII] lambda4959 component (HBETA2_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)Hbeta2FWHM  (n) Full-width-half-maximum (FWHM) of the [OIII] lambda4959 (HBETA2_FWHM) (spect.line.width)
  (5+6)e_Hbeta2FWHM  (n) Uncertainty in the [OIII] lambda4959 FWHM (HBETA2_FWHM_ERR) (spect.line.width)
  (5+6)Hbeta2Area  (n) Integrated line area of the [OIII] lambda4959 (HBETA2_LINEAREA) (phys.area)
  (5+6)e_Hbeta2Area  (n) Uncertainty in the integrated line area of the [OIII] lambda4959 (HBETA2_LINEAREA_ERR) (phys.area)
  (5+6)Hbeta2EW 0.1nm (n) Restframe equivalent width (EW) of the [OIII] lambda4959 HBETA2_LINEEW) (spect.line.eqWidth;em.line.OIII)
  (5+6)e_Hbeta2EW 0.1nm (n) Uncertainty in EW of the [OIII] lambda4959 (HBETA2_LINEEW_ERR) (stat.error)
  (5+6)Hbeta3sigma  (n) [0] Line dispersion (sigma_l) of the [OIII] lambda5007 component (HBETA3_LINESIGMA) (phys.veloc.dispersion)
  (5+6)e_Hbeta3sigma  (n) Uncertainty in sigma_l of the [OIII] lambda5007 component (HBETA3_LINESIGMA_ERR) (phys.veloc.dispersion)
  (5+6)Hbeta3FWHM  (n) [0] Full-width-half-maximum (FWHM) of the [OIII] lambda5007 (HBETA3_FWHM) (spect.line.width)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5+6)e_Hbeta3FWHM  (n) Uncertainty in the [OIII] lambda5007 FWHM (HBETA3_FWHM_ERR) (spect.line.width)
  (5+6)Hbeta3Area  (n) [0] Integrated line area of the [OIII] lambda5007 (HBETA3_LINEAREA) (phys.area)
  (5+6)e_Hbeta3Area  (n) Uncertainty in the integrated line area of the [OIII] lambda5007 (HBETA3_LINEAREA_ERR) (phys.area)
  (5+6)Hbeta3EW 0.1nm (n) [0] Restframe equivalent width (EW) of the [OIII] lambda5007 (HBETA3_LINEEW) (spect.line.eqWidth;em.line.OIII)
  (5+6)e_Hbeta3EW 0.1nm (n) Uncertainty in EW of the [OIII] lambda5007 (HBETA3_LINEEW_ERR) (stat.error)
  (5+6)rchi2-1Hbeta  (n) Reduced chi2 for the Hbeta continuum fit (REDCHI2_1_HBETA) (stat.fit.chi2)
  (5+6)rchi2-2Hbeta  (n) Reduced chi2 for the Hbeta emission line fit (REDCHI2_2_HBETA) (stat.fit.chi2)
  (5+6)stat-1Hbeta  (n) Status code for the Hbeta continuum fit (See IDL program "mpfitfun.pro") (STATUS_1_HBETA) (meta.code)
  (5+6)stat-2Hbeta  (n) Status code for the Hbeta emission line fit (STATUS_2_HBETA) (meta.code)
  (5+6)NpixHbeta  (n) Number of good pixels for the Hbeta emission line fitting region (4700-5100Å) (LINE_NPIX_HBETA) (meta.number)
  (5+6)MedSNHbeta  (n) Median S/N per pixel for the Hbeta emission line fitting region (LINE_MED_SN_HBETA) (stat.snr)

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/VR242710.err (2026-02-06T08:42:16)
-3
-source=J/ApJ/791/113
-ref=VIZ6985a9683b416
elapse time 1

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

Contents of error file (/tmp/VR242710.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=J%2FApJ%2F791%2F113
REMOTE_ADDR=216.73.216.171
REMOTE_PORT=55256
REQUEST_METHOD=GET
REQUEST_SCHEME=https
REQUEST_URI=/local/viz-bin/VizieR-3?-source=J%2FApJ%2F791%2F113
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=J/ApJ/791/113
################################################################

....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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   Select MAX(dbaid) as nlogins from METAdba
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select MAX(famid) as mUCD1 from METAfam
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select hstid, flag from METAhst where name='vizier.cds.unistra.fr'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select authid, name From METAauth where authid=0
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab where name = 'J/ApJ/791/113' and catid in (select catid from METAcat where catid=METAtab.catid and (authid=0))
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   SELECT catid FROM METAcat WHERE name='J/ApJ/791/113'
----db1_reset(0 'metaviz@PCDSPOOL')
....existing catid 17910113 from METAcat
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, catid, title, kslot, explain, status, popu, authid, bibcode, flags, doi, orcid, authors From METAcat where catid=17910113 and (authid=0)
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab Where catid=17910113 order by tabid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   select login from METAdba where dbaid=44
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   select k.catid,k.kwdid from METAkwd k where catid=17910113 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'):
[1770367336]   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'):
[1770367336]   Select catid, morid, text From METAmor where catid=0 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   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'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=0 and tabid=11
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   select login from METAdba where login like 'large_tables%'
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, kwdid, kwdkm, kwdno, Nk From METAkwdef
#...meta_close(1): retrieved 147/0 tuples [tested=147]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=17910113 order by catid,tabid,colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select catid, morid, text From METAmor where catid=17910113 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=1
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select system, filter, famid, photid, fltrid, freq0, dfreq, Fmag0 From METAfilter where photid=205 and fltrid=15
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select system, filter, famid, photid, fltrid, freq0, dfreq, Fmag0 From METAfilter where photid=205 and fltrid=14
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select system, filter, famid, photid, fltrid, freq0, dfreq, Fmag0 From METAfilter where photid=205 and fltrid=13
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select system, filter, famid, photid, fltrid, freq0, dfreq, Fmag0 From METAfilter where photid=205 and fltrid=12
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select system, filter, famid, photid, fltrid, freq0, dfreq, Fmag0 From METAfilter where photid=205 and fltrid=11
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=2
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=3
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=4
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=5
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=6

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

....DisplayFile(/home/cds/httpd/VizieR/+menu.htx) ****Non-existant file****
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=17910113 and  tabid=1 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=1
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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'):
[1770367336]   Select catid, morid, text From METAmor where catid=0 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=0 and tabid=52
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=1
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=1
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select catid, morid, text From METAmor where catid=17910113 order by morid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=17910113 and  tabid=2 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=2
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=2
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=2
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=17910113 and  tabid=3 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=3
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=3
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=3
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=17910113 and  tabid=4 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=4
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=4
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=4
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=17910113 and  tabid=5 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=5
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=5
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=5
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, famid, type, dbtype, length, flags, fmt, unit, dbunit, explain, colid, notid, morid, ucdid, vounit, morexplain From METAcol where catid=17910113 and  tabid=6 order by colid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select colid, photid, fltrid, photid1, fltrid1 From METAsed where catid=17910113 and tabid=6
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=6
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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=17910113 and tabid=6
#...meta_close(1): retrieved 0/1000 tuples [tested=0]
++++status=3 0
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   SELECT catid FROM METAcat WHERE name='17910113'
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, catid, title, kslot, explain, status, popu, authid, bibcode, flags, doi, orcid, authors From METAcat where catid=17910113 and (authid=0)
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   Select name, dbname, catid, tabid, flags, equinox, epoch, explain, dbaid, cooframe, release, records, notid, comment, status, cooprec, morexplain From METAtab Where catid=17910113 order by tabid
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367336]   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'):
[1770367336]   SELECT max(popu) as Ncalls FROM METAcat where catid!=0
----db1_close(1 'metaviz@PCDSPOOL')
++++popularity(all): 1.47195e+07 => 7.17
++++popularity(catid=17910113): 3693 => 0.50
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select idori, kwdid, name, explain From METAorigin
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name From METAucd where ucdid>=0
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    Update METAhit set etime=823682537,  Ncalls = Ncalls+1 where catid=17910113 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823682537 Where phase=3 and catid=17910113
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    Update METAhit set etime=823682537,  N2list = N2list+2 where catid=17910113 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    Update METAhit set etime=823682537,  N2list = N2list+2 where catid=17910113 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823682537 Where phase=3 and catid=17910113
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    Update METAhit set etime=823682537,  N2list = N2list+2 where catid=17910113 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    Update METAhit set etime=823682537,  N2list = N2list+2 where catid=17910113 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823682537 Where phase=3 and catid=17910113
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    Update METAhit set etime=823682537,  N2list = N2list+2 where catid=17910113 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    Update METAhit set etime=823682537,  N2list = N2list+2 where catid=17910113 and hstid=-1 and btime=823127400
------------(1 records affected)
----db1_exec(0 'metaviz@PCDSPOOL'):
[1770367337]    UPDATE METAstat set nlocal=nlocal+1, tlocal=823682537 Where phase=3 and catid=17910113
------------(1 records affected)
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name From METAfam where famid>=0
....show_tuple: show_status = (102, 366, 0, 0, 0)
====Tuple 'J/ApJ/791/113' from 6/0 tables:
    #17910113.1 'J/ApJ/791/113/table11a' 18/32 columns
    #17910113.2 'J/ApJ/791/113/table11b' 18/32 columns
    #17910113.3 'J/ApJ/791/113/table12a' 44/56 columns
    #17910113.4 'J/ApJ/791/113/table12b' 44/56 columns
    #17910113.5 'J/ApJ/791/113/table13a' 172/184 columns
    #17910113.6 'J/ApJ/791/113/table13b' 172/184 columns
[0000003f] col#000 v000 OA002 J/ApJ/791/113/table11a*recno           
[0000003f] col#001 v004 O6043 J/ApJ/791/113/table11a*ID              
[00000003] col#002 v311 O0023 J/ApJ/791/113/table11a*RAJ2000         
[00000003] col#003 v011 O0023 J/ApJ/791/113/table11a*DEJ2000         
[00000003] col#004 v001 O0003 J/ApJ/791/113/table11a*z               
[00000003] col#005 v001 O0003 J/ApJ/791/113/table11a*S24             
[00000003] col#006 v001 O0000 J/ApJ/791/113/table11a*e_S24           
[00000003] col#007 v001 O0003 J/ApJ/791/113/table11a*umag            
[00000003] col#008 v001 O0000 J/ApJ/791/113/table11a*e_umag          
[00000003] col#009 v001 O0003 J/ApJ/791/113/table11a*gmag            
[00000003] col#010 v001 O0000 J/ApJ/791/113/table11a*e_gmag          
[00000003] col#011 v001 O0003 J/ApJ/791/113/table11a*rmag            
[00000003] col#012 v001 O0000 J/ApJ/791/113/table11a*e_rmag          
[00000003] col#013 v001 O0003 J/ApJ/791/113/table11a*imag            
[00000003] col#014 v001 O0000 J/ApJ/791/113/table11a*e_imag          
[00000003] col#015 v001 O0003 J/ApJ/791/113/table11a*zmag            
[00000003] col#016 v001 O0000 J/ApJ/791/113/table11a*e_zmag          
[00000003] col#017 v004 OC003 J/ApJ/791/113/table11a*SimbadName      
[0000003f] col#000 v000 OA002 J/ApJ/791/113/table11b*recno           
[0000003f] col#001 v004 O6043 J/ApJ/791/113/table11b*ID              
[00000003] col#002 v311 O0023 J/ApJ/791/113/table11b*RAJ2000         
[00000003] col#003 v011 O0023 J/ApJ/791/113/table11b*DEJ2000         
[00000003] col#004 v001 O0003 J/ApJ/791/113/table11b*z               
[00000003] col#005 v001 O0003 J/ApJ/791/113/table11b*S24             
[00000003] col#006 v001 O0000 J/ApJ/791/113/table11b*e_S24           
[00000003] col#007 v001 O0003 J/ApJ/791/113/table11b*umag            
[00000003] col#008 v001 O0000 J/ApJ/791/113/table11b*e_umag          
[00000003] col#009 v001 O0003 J/ApJ/791/113/table11b*gmag            
[00000003] col#010 v001 O0000 J/ApJ/791/113/table11b*e_gmag          
[00000003] col#011 v001 O0003 J/ApJ/791/113/table11b*rmag            
[00000003] col#012 v001 O0000 J/ApJ/791/113/table11b*e_rmag          
[00000003] col#013 v001 O0003 J/ApJ/791/113/table11b*imag            
[00000003] col#014 v001 O0000 J/ApJ/791/113/table11b*e_imag          
[00000003] col#015 v001 O0003 J/ApJ/791/113/table11b*zmag            
[00000003] col#016 v001 O0000 J/ApJ/791/113/table11b*e_zmag          
[00000003] col#017 v004 OC003 J/ApJ/791/113/table11b*SimbadName      
[0000003f] col#000 v000 OA002 J/ApJ/791/113/table12a*recno           
[0000003f] col#001 v004 O6043 J/ApJ/791/113/table12a*ID              
[0000000c] col#002 v000 O0043 J/ApJ/791/113/table12a*fEXT            
[0000000c] col#003 v000 O0043 J/ApJ/791/113/table12a*fABS            
[0000000c] col#004 v000 O0043 J/ApJ/791/113/table12a*fFAINT          
[0000000c] col#005 v001 O0083 J/ApJ/791/113/table12a*lgMBH           
[0000000c] col#006 v001 O0080 J/ApJ/791/113/table12a*e_lgMBH         
[0000000c] col#007 v001 O0083 J/ApJ/791/113/table12a*lgLBol          
[0000000c] col#008 v001 O0080 J/ApJ/791/113/table12a*e_lgLBol        
[0000000c] col#009 v001 O0083 J/ApJ/791/113/table12a*lgLbol/LEDD     
[0000000c] col#010 v001 O0083 J/ApJ/791/113/table12a*lgMBHCIVD6      
[0000000c] col#011 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHCIVD6    
[0000000c] col#012 v001 O0083 J/ApJ/791/113/table12a*lgMBHCIVN6      
[0000000c] col#013 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHCIVN6    
[0000000c] col#014 v001 O0083 J/ApJ/791/113/table12a*lgMBHMgIID4     
[0000000c] col#015 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHMgIID4   
[0000000c] col#016 v001 O0083 J/ApJ/791/113/table12a*lgMBHMgIIN4     
[0000000c] col#017 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHMgIIN4   
[0000000c] col#018 v001 O0083 J/ApJ/791/113/table12a*lgMBHMgIID9     
[0000000c] col#019 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHMgIID9   
[0000000c] col#020 v001 O0083 J/ApJ/791/113/table12a*lgMBHMgIIN9     
[0000000c] col#021 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHMgIIN9   
[0000000c] col#022 v001 O0083 J/ApJ/791/113/table12a*lgMBHMgIID1     
[0000000c] col#023 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHMgIID1   
[0000000c] col#024 v001 O0083 J/ApJ/791/113/table12a*lgMBHMgIIN1     
[0000000c] col#025 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHMgIIN1   
[0000000c] col#026 v001 O0083 J/ApJ/791/113/table12a*lgMBHHbD6       
[0000000c] col#027 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHHbD6     
[0000000c] col#028 v001 O0083 J/ApJ/791/113/table12a*lgMBHHbD4       
[0000000c] col#029 v001 O0080 J/ApJ/791/113/table12a*e_lgMBHHbD4     
[0000000c] col#030 v001 O0083 J/ApJ/791/113/table12a*lgL1350         
[0000000c] col#031 v001 O0080 J/ApJ/791/113/table12a*e_lgL1350       
[0000000c] col#032 v001 O0083 J/ApJ/791/113/table12a*lgL3000         
[0000000c] col#033 v001 O0080 J/ApJ/791/113/table12a*e_lgL3000       
[0000000c] col#034 v001 O0083 J/ApJ/791/113/table12a*lgL5100         
[0000000c] col#035 v001 O0080 J/ApJ/791/113/table12a*e_lgL5100       
[0000000c] col#036 v001 O0083 J/ApJ/791/113/table12a*lgLbolCIV       
[0000000c] col#037 v001 O0080 J/ApJ/791/113/table12a*e_lgLbolCIV     
[0000000c] col#038 v001 O0083 J/ApJ/791/113/table12a*lgLbolMgII      
[0000000c] col#039 v001 O0080 J/ApJ/791/113/table12a*e_lgLbolMgII    
[0000000c] col#040 v001 O0083 J/ApJ/791/113/table12a*lgLbolHb        
[0000000c] col#041 v001 O0080 J/ApJ/791/113/table12a*e_lgLbolHb      
[0000000c] col#042 v001 O0003 J/ApJ/791/113/table12a*lgLbol24        
[0000000c] col#043 v001 O0000 J/ApJ/791/113/table12a*e_lgLbol24      
[0000003f] col#000 v000 OA002 J/ApJ/791/113/table12b*recno           
[0000003f] col#001 v004 O6043 J/ApJ/791/113/table12b*ID              
[0000000c] col#002 v000 O0043 J/ApJ/791/113/table12b*fEXT            
[0000000c] col#003 v000 O0043 J/ApJ/791/113/table12b*fABS            
[0000000c] col#004 v000 O0043 J/ApJ/791/113/table12b*fFAINT          
[0000000c] col#005 v001 O0083 J/ApJ/791/113/table12b*lgMBH           
[0000000c] col#006 v001 O0080 J/ApJ/791/113/table12b*e_lgMBH         
[0000000c] col#007 v001 O0083 J/ApJ/791/113/table12b*lgLBol          
[0000000c] col#008 v001 O0080 J/ApJ/791/113/table12b*e_lgLBol        
[0000000c] col#009 v001 O0083 J/ApJ/791/113/table12b*lgLbol/LEDD     
[0000000c] col#010 v001 O0083 J/ApJ/791/113/table12b*lgMBHCIVD6      
[0000000c] col#011 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHCIVD6    
[0000000c] col#012 v001 O0083 J/ApJ/791/113/table12b*lgMBHCIVN6      
[0000000c] col#013 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHCIVN6    
[0000000c] col#014 v001 O0083 J/ApJ/791/113/table12b*lgMBHMgIID4     
[0000000c] col#015 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHMgIID4   
[0000000c] col#016 v001 O0083 J/ApJ/791/113/table12b*lgMBHMgIIN4     
[0000000c] col#017 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHMgIIN4   
[0000000c] col#018 v001 O0083 J/ApJ/791/113/table12b*lgMBHMgIID9     
[0000000c] col#019 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHMgIID9   
[0000000c] col#020 v001 O0083 J/ApJ/791/113/table12b*lgMBHMgIIN9     
[0000000c] col#021 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHMgIIN9   
[0000000c] col#022 v001 O0083 J/ApJ/791/113/table12b*lgMBHMgIID1     
[0000000c] col#023 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHMgIID1   
[0000000c] col#024 v001 O0083 J/ApJ/791/113/table12b*lgMBHMgIIN1     
[0000000c] col#025 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHMgIIN1   
[0000000c] col#026 v001 O0083 J/ApJ/791/113/table12b*lgMBHHbD6       
[0000000c] col#027 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHHbD6     
[0000000c] col#028 v001 O0083 J/ApJ/791/113/table12b*lgMBHHbD4       
[0000000c] col#029 v001 O0080 J/ApJ/791/113/table12b*e_lgMBHHbD4     
[0000000c] col#030 v001 O0083 J/ApJ/791/113/table12b*lgL1350         
[0000000c] col#031 v001 O0080 J/ApJ/791/113/table12b*e_lgL1350       
[0000000c] col#032 v001 O0083 J/ApJ/791/113/table12b*lgL3000         
[0000000c] col#033 v001 O0080 J/ApJ/791/113/table12b*e_lgL3000       
[0000000c] col#034 v001 O0083 J/ApJ/791/113/table12b*lgL5100         
[0000000c] col#035 v001 O0080 J/ApJ/791/113/table12b*e_lgL5100       
[0000000c] col#036 v001 O0083 J/ApJ/791/113/table12b*lgLbolCIV       
[0000000c] col#037 v001 O0080 J/ApJ/791/113/table12b*e_lgLbolCIV     
[0000000c] col#038 v001 O0083 J/ApJ/791/113/table12b*lgLbolMgII      
[0000000c] col#039 v001 O0080 J/ApJ/791/113/table12b*e_lgLbolMgII    
[0000000c] col#040 v001 O0083 J/ApJ/791/113/table12b*lgLbolHb        
[0000000c] col#041 v001 O0080 J/ApJ/791/113/table12b*e_lgLbolHb      
[0000000c] col#042 v001 O0003 J/ApJ/791/113/table12b*lgLbol24        
[0000000c] col#043 v001 O0000 J/ApJ/791/113/table12b*e_lgLbol24      
[0000003f] col#000 v000 OA002 J/ApJ/791/113/table13a*recno           
[0000003f] col#001 v004 O6043 J/ApJ/791/113/table13a*ID              
[00000030] col#002 v001 O00C0 J/ApJ/791/113/table13a*CNCIV           
[00000030] col#003 v001 O00C0 J/ApJ/791/113/table13a*e_CNCIV         
[00000030] col#004 v001 O00C0 J/ApJ/791/113/table13a*CSCIV           
[00000030] col#005 v001 O00C0 J/ApJ/791/113/table13a*e_CSCIV         
[00000030] col#006 v001 O0080 J/ApJ/791/113/table13a*CIV1Wave        
[00000030] col#007 v001 O0080 J/ApJ/791/113/table13a*CIV2Wave        
[00000030] col#008 v001 O0080 J/ApJ/791/113/table13a*CIV3Wave        
[00000030] col#009 v001 O0080 J/ApJ/791/113/table13a*CIVNWave        
[00000030] col#010 v001 O0080 J/ApJ/791/113/table13a*CIV1sigma       
[00000030] col#011 v001 O0080 J/ApJ/791/113/table13a*e_CIV1sigma     
[00000030] col#012 v001 O0080 J/ApJ/791/113/table13a*CIV1FWHM        
[00000030] col#013 v001 O0080 J/ApJ/791/113/table13a*e_CIV1FWHM      
[00000030] col#014 v001 O0080 J/ApJ/791/113/table13a*CIV1Area        
[00000030] col#015 v001 O0080 J/ApJ/791/113/table13a*e_CIV1Area      
[00000030] col#016 v001 O0083 J/ApJ/791/113/table13a*CIV1EW          
[00000030] col#017 v001 O0080 J/ApJ/791/113/table13a*e_CIV1EW        
[00000030] col#018 v001 O0080 J/ApJ/791/113/table13a*CIV2sigma       
[00000030] col#019 v001 O0080 J/ApJ/791/113/table13a*e_CIV2sigma     
[00000030] col#020 v001 O0080 J/ApJ/791/113/table13a*CIV2FWHM        
[00000030] col#021 v001 O0080 J/ApJ/791/113/table13a*e_CIV2FWHM      
[00000030] col#022 v001 O0080 J/ApJ/791/113/table13a*CIV2Area        
[00000030] col#023 v001 O0080 J/ApJ/791/113/table13a*e_CIV2Area      
[00000030] col#024 v001 O0083 J/ApJ/791/113/table13a*CIV2EW          
[00000030] col#025 v001 O0080 J/ApJ/791/113/table13a*e_CIV2EW        
[00000030] col#026 v001 O0080 J/ApJ/791/113/table13a*CIV3sigma       
[00000030] col#027 v001 O0080 J/ApJ/791/113/table13a*e_CIV3sigma     
[00000030] col#028 v001 O0080 J/ApJ/791/113/table13a*CIV3FWHM        
[00000030] col#029 v001 O0080 J/ApJ/791/113/table13a*e_CIV3FWHM      
[00000030] col#030 v001 O0080 J/ApJ/791/113/table13a*CIV3Area        
[00000030] col#031 v001 O0080 J/ApJ/791/113/table13a*e_CIV3Area      
[00000030] col#032 v001 O0083 J/ApJ/791/113/table13a*CIV3EW          
[00000030] col#033 v001 O0080 J/ApJ/791/113/table13a*e_CIV3EW        
[00000030] col#034 v001 O0080 J/ApJ/791/113/table13a*CIVNFWHM        
[00000030] col#035 v001 O0080 J/ApJ/791/113/table13a*e_CIVNFWHM      
[00000030] col#036 v001 O0080 J/ApJ/791/113/table13a*CIVNArea        
[00000030] col#037 v001 O0080 J/ApJ/791/113/table13a*e_CIVNArea      
[00000030] col#038 v001 O0083 J/ApJ/791/113/table13a*CIVNEW          
[00000030] col#039 v001 O0080 J/ApJ/791/113/table13a*e_CIVNEW        
[00000030] col#040 v001 O0080 J/ApJ/791/113/table13a*rchi2-1CIV      
[00000030] col#041 v001 O0080 J/ApJ/791/113/table13a*rchi2-2CIV      
[00000030] col#042 v000 O00C0 J/ApJ/791/113/table13a*stat-1CIV       
[00000030] col#043 v000 O00C0 J/ApJ/791/113/table13a*stat-2CIV       
[00000030] col#044 v000 O00C0 J/ApJ/791/113/table13a*NpixCIV         
[00000030] col#045 v001 O0080 J/ApJ/791/113/table13a*MedSNCIV        
[00000030] col#046 v001 O0080 J/ApJ/791/113/table13a*CNMgII          
[00000030] col#047 v001 O0080 J/ApJ/791/113/table13a*e_CNMgII        
[00000030] col#048 v001 O00C0 J/ApJ/791/113/table13a*CSMgII          
[00000030] col#049 v001 O00C0 J/ApJ/791/113/table13a*e_CSMgII        
[00000030] col#050 v001 O00C0 J/ApJ/791/113/table13a*FenormMgII      
[00000030] col#051 v001 O00C0 J/ApJ/791/113/table13a*e_FenormMgII    
[00000030] col#052 v001 O0080 J/ApJ/791/113/table13a*FeFWHMMgII      
[00000030] col#053 v001 O0080 J/ApJ/791/113/table13a*e_FeFWHMMgII    
[00000030] col#054 v001 O0080 J/ApJ/791/113/table13a*MgII1Wave       
[00000030] col#055 v001 O0080 J/ApJ/791/113/table13a*MgII2Wave       
[00000030] col#056 v001 O0080 J/ApJ/791/113/table13a*MgII3Wave       
[00000030] col#057 v001 O0080 J/ApJ/791/113/table13a*MgIInWave       
[00000030] col#058 v001 O0080 J/ApJ/791/113/table13a*MgIINWave       
[00000030] col#059 v001 O0080 J/ApJ/791/113/table13a*MgII1sigma      
[00000030] col#060 v001 O0080 J/ApJ/791/113/table13a*e_MgII1sigma    
[00000030] col#061 v001 O0080 J/ApJ/791/113/table13a*MgII1FWHM       
[00000030] col#062 v001 O0080 J/ApJ/791/113/table13a*e_MgII1FWHM     
[00000030] col#063 v001 O0080 J/ApJ/791/113/table13a*MgII1Area       
[00000030] col#064 v001 O0080 J/ApJ/791/113/table13a*e_MgII1Area     
[00000030] col#065 v001 O0083 J/ApJ/791/113/table13a*MgII1EW         
[00000030] col#066 v001 O0080 J/ApJ/791/113/table13a*e_MgII1EW       
[00000030] col#067 v001 O0080 J/ApJ/791/113/table13a*MgII2sigma      
[00000030] col#068 v001 O0080 J/ApJ/791/113/table13a*e_MgII2sigma    
[00000030] col#069 v001 O0080 J/ApJ/791/113/table13a*MgII2FWHM       
[00000030] col#070 v001 O0080 J/ApJ/791/113/table13a*e_MgII2FWHM     
[00000030] col#071 v001 O0080 J/ApJ/791/113/table13a*MgII2Area       
[00000030] col#072 v001 O0080 J/ApJ/791/113/table13a*e_MgII2Area     
[00000030] col#073 v001 O0083 J/ApJ/791/113/table13a*MgII2EW         
[00000030] col#074 v001 O0080 J/ApJ/791/113/table13a*e_MgII2EW       
[00000030] col#075 v001 O0080 J/ApJ/791/113/table13a*MgII3sigma      
[00000030] col#076 v001 O0080 J/ApJ/791/113/table13a*e_MgII3sigma    
[00000030] col#077 v001 O0080 J/ApJ/791/113/table13a*MgII3FWHM       
[00000030] col#078 v001 O0080 J/ApJ/791/113/table13a*e_MgII3FWHM     
[00000030] col#079 v001 O0080 J/ApJ/791/113/table13a*MgII3Area       
[00000030] col#080 v001 O0080 J/ApJ/791/113/table13a*e_MgII3Area     
[00000030] col#081 v001 O0083 J/ApJ/791/113/table13a*MgII3EW         
[00000030] col#082 v001 O0080 J/ApJ/791/113/table13a*e_MgII3EW       
[00000030] col#083 v001 O0080 J/ApJ/791/113/table13a*MgIINFWHM       
[00000030] col#084 v001 O0080 J/ApJ/791/113/table13a*e_MgIINFWHM     
[00000030] col#085 v001 O0080 J/ApJ/791/113/table13a*MgIINArea       
[00000030] col#086 v001 O0080 J/ApJ/791/113/table13a*e_MgIINArea     
[00000030] col#087 v001 O0083 J/ApJ/791/113/table13a*MgIINEW         
[00000030] col#088 v001 O0080 J/ApJ/791/113/table13a*e_MgIINEW       
[00000030] col#089 v001 O0080 J/ApJ/791/113/table13a*MgIINsigma      
[00000030] col#090 v001 O0080 J/ApJ/791/113/table13a*e_MgIINsigma    
[00000030] col#091 v001 O0080 J/ApJ/791/113/table13a*MgIInFWHM       
[00000030] col#092 v001 O0080 J/ApJ/791/113/table13a*e_MgIInFWHM     
[00000030] col#093 v001 O0080 J/ApJ/791/113/table13a*MgIInArea       
[00000030] col#094 v001 O0080 J/ApJ/791/113/table13a*e_MgIInArea     
[00000030] col#095 v001 O0083 J/ApJ/791/113/table13a*MgIInEW         
[00000030] col#096 v001 O0080 J/ApJ/791/113/table13a*e_MgIInEW       
[00000030] col#097 v001 O0080 J/ApJ/791/113/table13a*rchi2-1MgII     
[00000030] col#098 v001 O0080 J/ApJ/791/113/table13a*rchi2-2MgII     
[00000030] col#099 v000 O00C0 J/ApJ/791/113/table13a*stat-1MgII      
[00000030] col#100 v000 O00C0 J/ApJ/791/113/table13a*stat-2MgII      
[00000030] col#101 v000 O00C0 J/ApJ/791/113/table13a*NpixMgII        
[00000030] col#102 v001 O00C0 J/ApJ/791/113/table13a*MedSNMgII       
[00000030] col#103 v001 O00C0 J/ApJ/791/113/table13a*CNHbeta         
[00000030] col#104 v001 O00C0 J/ApJ/791/113/table13a*e_CNHbeta       
[00000030] col#105 v001 O00C0 J/ApJ/791/113/table13a*CSHbeta         
[00000030] col#106 v001 O00C0 J/ApJ/791/113/table13a*e_CSHbeta       
[00000030] col#107 v001 O00C0 J/ApJ/791/113/table13a*FenormHbeta     
[00000030] col#108 v001 O00C0 J/ApJ/791/113/table13a*e_FenormHbeta   
[00000030] col#109 v001 O0080 J/ApJ/791/113/table13a*FeFWHMHbeta     
[00000030] col#110 v001 O0080 J/ApJ/791/113/table13a*e_FeFWHMHbeta   
[00000030] col#111 v001 O0080 J/ApJ/791/113/table13a*Hbeta1Wave      
[00000030] col#112 v001 O0080 J/ApJ/791/113/table13a*Hbeta2Wave      
[00000030] col#113 v001 O0080 J/ApJ/791/113/table13a*Hbeta3Wave      
[00000030] col#114 v001 O0080 J/ApJ/791/113/table13a*HbetaNWave      
[00000030] col#115 v001 O0080 J/ApJ/791/113/table13a*OIII4959Wave    
[00000030] col#116 v001 O0080 J/ApJ/791/113/table13a*OIII5007Wave    
[00000030] col#117 v001 O0080 J/ApJ/791/113/table13a*Hbeta1sigma     
[00000030] col#118 v001 O0080 J/ApJ/791/113/table13a*e_Hbeta1sigma   
[00000030] col#119 v001 O0080 J/ApJ/791/113/table13a*Hbeta1FWHM      
[00000030] col#120 v001 O0080 J/ApJ/791/113/table13a*e_Hbeta1FWHM    
[00000030] col#121 v001 O0080 J/ApJ/791/113/table13a*Hbeta1Area      
[00000030] col#122 v001 O00C0 J/ApJ/791/113/table13a*e_Hbeta1Area    
[00000030] col#123 v001 O0083 J/ApJ/791/113/table13a*Hbeta1EW        
[00000030] col#124 v001 O0080 J/ApJ/791/113/table13a*e_Hbeta1EW      
[00000030] col#125 v001 O0080 J/ApJ/791/113/table13a*HbetaNsigma     
[00000030] col#126 v001 O0080 J/ApJ/791/113/table13a*e_HbetaNsigma   
[00000030] col#127 v001 O0080 J/ApJ/791/113/table13a*HbetaNFWHM      
[00000030] col#128 v001 O0080 J/ApJ/791/113/table13a*e_HbetaNFWHM    
[00000030] col#129 v001 O0080 J/ApJ/791/113/table13a*HbetaNArea      
[00000030] col#130 v001 O00C0 J/ApJ/791/113/table13a*e_HbetaNArea    
[00000030] col#131 v001 O00C3 J/ApJ/791/113/table13a*HbetaNEW        
[00000030] col#132 v001 O00C0 J/ApJ/791/113/table13a*e_HbetaNEW      
[00000030] col#133 v001 O0080 J/ApJ/791/113/table13a*OIII4959sigma   
[00000030] col#134 v001 O0080 J/ApJ/791/113/table13a*e_OIII4959sigma 
[00000030] col#135 v001 O0080 J/ApJ/791/113/table13a*OIII4959FWHM    
[00000030] col#136 v001 O0080 J/ApJ/791/113/table13a*e_OIII4959FWHM  
[00000030] col#137 v001 O0080 J/ApJ/791/113/table13a*OIII4959Area    
[00000030] col#138 v001 O00C0 J/ApJ/791/113/table13a*e_OIII4959Area  
[00000030] col#139 v001 O0083 J/ApJ/791/113/table13a*OIII4959EW      
[00000030] col#140 v001 O0080 J/ApJ/791/113/table13a*e_OIII4959EW    
[00000030] col#141 v001 O0080 J/ApJ/791/113/table13a*OIII5007sigma   
[00000030] col#142 v001 O0080 J/ApJ/791/113/table13a*e_OIII5007sigma 
[00000030] col#143 v001 O0080 J/ApJ/791/113/table13a*OIII5007FWHM    
[00000030] col#144 v001 O0080 J/ApJ/791/113/table13a*e_OIII5007FWHM  
[00000030] col#145 v001 O0080 J/ApJ/791/113/table13a*OIII5007Area    
[00000030] col#146 v001 O00C0 J/ApJ/791/113/table13a*e_OIII5007Area  
[00000030] col#147 v001 O0083 J/ApJ/791/113/table13a*OIII5007EW      
[00000030] col#148 v001 O0080 J/ApJ/791/113/table13a*e_OIII5007EW    
[00000030] col#149 v001 O00C0 J/ApJ/791/113/table13a*OIII_RATIO      
[00000030] col#150 v001 O0080 J/ApJ/791/113/table13a*Hbeta2sigma     
[00000030] col#151 v001 O0080 J/ApJ/791/113/table13a*e_Hbeta2sigma   
[00000030] col#152 v001 O0080 J/ApJ/791/113/table13a*Hbeta2FWHM      
[00000030] col#153 v001 O0080 J/ApJ/791/113/table13a*e_Hbeta2FWHM    
[00000030] col#154 v001 O00C0 J/ApJ/791/113/table13a*Hbeta2Area      
[00000030] col#155 v001 O00C0 J/ApJ/791/113/table13a*e_Hbeta2Area    
[00000030] col#156 v001 O00C3 J/ApJ/791/113/table13a*Hbeta2EW        
[00000030] col#157 v001 O00C0 J/ApJ/791/113/table13a*e_Hbeta2EW      
[00000030] col#158 v000 O00C0 J/ApJ/791/113/table13a*Hbeta3sigma     
[00000030] col#159 v001 O0080 J/ApJ/791/113/table13a*e_Hbeta3sigma   
[00000030] col#160 v000 O00C0 J/ApJ/791/113/table13a*Hbeta3FWHM      
[00000030] col#161 v001 O0080 J/ApJ/791/113/table13a*e_Hbeta3FWHM    
[00000030] col#162 v000 O00C0 J/ApJ/791/113/table13a*Hbeta3Area      
[00000030] col#163 v001 O00C0 J/ApJ/791/113/table13a*e_Hbeta3Area    
[00000030] col#164 v000 O00C3 J/ApJ/791/113/table13a*Hbeta3EW        
[00000030] col#165 v001 O00C0 J/ApJ/791/113/table13a*e_Hbeta3EW      
[00000030] col#166 v001 O0080 J/ApJ/791/113/table13a*rchi2-1Hbeta    
[00000030] col#167 v001 O0080 J/ApJ/791/113/table13a*rchi2-2Hbeta    
[00000030] col#168 v000 O00C0 J/ApJ/791/113/table13a*stat-1Hbeta     
[00000030] col#169 v000 O00C0 J/ApJ/791/113/table13a*stat-2Hbeta     
[00000030] col#170 v000 O00C0 J/ApJ/791/113/table13a*NpixHbeta       
[00000030] col#171 v001 O00C0 J/ApJ/791/113/table13a*MedSNHbeta      
[0000003f] col#000 v000 OA002 J/ApJ/791/113/table13b*recno           
[0000003f] col#001 v004 O6043 J/ApJ/791/113/table13b*ID              
[00000030] col#002 v001 O00C0 J/ApJ/791/113/table13b*CNCIV           
[00000030] col#003 v001 O00C0 J/ApJ/791/113/table13b*e_CNCIV         
[00000030] col#004 v001 O00C0 J/ApJ/791/113/table13b*CSCIV           
[00000030] col#005 v001 O00C0 J/ApJ/791/113/table13b*e_CSCIV         
[00000030] col#006 v001 O0080 J/ApJ/791/113/table13b*CIV1Wave        
[00000030] col#007 v001 O0080 J/ApJ/791/113/table13b*CIV2Wave        
[00000030] col#008 v001 O0080 J/ApJ/791/113/table13b*CIV3Wave        
[00000030] col#009 v001 O0080 J/ApJ/791/113/table13b*CIVNWave        
[00000030] col#010 v001 O0080 J/ApJ/791/113/table13b*CIV1sigma       
[00000030] col#011 v001 O0080 J/ApJ/791/113/table13b*e_CIV1sigma     
[00000030] col#012 v001 O0080 J/ApJ/791/113/table13b*CIV1FWHM        
[00000030] col#013 v001 O0080 J/ApJ/791/113/table13b*e_CIV1FWHM      
[00000030] col#014 v001 O0080 J/ApJ/791/113/table13b*CIV1Area        
[00000030] col#015 v001 O0080 J/ApJ/791/113/table13b*e_CIV1Area      
[00000030] col#016 v001 O0083 J/ApJ/791/113/table13b*CIV1EW          
[00000030] col#017 v001 O0080 J/ApJ/791/113/table13b*e_CIV1EW        
[00000030] col#018 v001 O0080 J/ApJ/791/113/table13b*CIV2sigma       
[00000030] col#019 v001 O0080 J/ApJ/791/113/table13b*e_CIV2sigma     
[00000030] col#020 v001 O0080 J/ApJ/791/113/table13b*CIV2FWHM        
[00000030] col#021 v001 O0080 J/ApJ/791/113/table13b*e_CIV2FWHM      
[00000030] col#022 v001 O0080 J/ApJ/791/113/table13b*CIV2Area        
[00000030] col#023 v001 O0080 J/ApJ/791/113/table13b*e_CIV2Area      
[00000030] col#024 v001 O0083 J/ApJ/791/113/table13b*CIV2EW          
[00000030] col#025 v001 O0080 J/ApJ/791/113/table13b*e_CIV2EW        
[00000030] col#026 v001 O0080 J/ApJ/791/113/table13b*CIV3sigma       
[00000030] col#027 v001 O0080 J/ApJ/791/113/table13b*e_CIV3sigma     
[00000030] col#028 v001 O0080 J/ApJ/791/113/table13b*CIV3FWHM        
[00000030] col#029 v001 O0080 J/ApJ/791/113/table13b*e_CIV3FWHM      
[00000030] col#030 v001 O0080 J/ApJ/791/113/table13b*CIV3Area        
[00000030] col#031 v001 O0080 J/ApJ/791/113/table13b*e_CIV3Area      
[00000030] col#032 v001 O0083 J/ApJ/791/113/table13b*CIV3EW          
[00000030] col#033 v001 O0080 J/ApJ/791/113/table13b*e_CIV3EW        
[00000030] col#034 v001 O0080 J/ApJ/791/113/table13b*CIVNFWHM        
[00000030] col#035 v001 O0080 J/ApJ/791/113/table13b*e_CIVNFWHM      
[00000030] col#036 v001 O0080 J/ApJ/791/113/table13b*CIVNArea        
[00000030] col#037 v001 O0080 J/ApJ/791/113/table13b*e_CIVNArea      
[00000030] col#038 v001 O0083 J/ApJ/791/113/table13b*CIVNEW          
[00000030] col#039 v001 O0080 J/ApJ/791/113/table13b*e_CIVNEW        
[00000030] col#040 v001 O0080 J/ApJ/791/113/table13b*rchi2-1CIV      
[00000030] col#041 v001 O0080 J/ApJ/791/113/table13b*rchi2-2CIV      
[00000030] col#042 v000 O00C0 J/ApJ/791/113/table13b*stat-1CIV       
[00000030] col#043 v000 O00C0 J/ApJ/791/113/table13b*stat-2CIV       
[00000030] col#044 v000 O00C0 J/ApJ/791/113/table13b*NpixCIV         
[00000030] col#045 v001 O0080 J/ApJ/791/113/table13b*MedSNCIV        
[00000030] col#046 v001 O0080 J/ApJ/791/113/table13b*CNMgII          
[00000030] col#047 v001 O0080 J/ApJ/791/113/table13b*e_CNMgII        
[00000030] col#048 v001 O00C0 J/ApJ/791/113/table13b*CSMgII          
[00000030] col#049 v001 O00C0 J/ApJ/791/113/table13b*e_CSMgII        
[00000030] col#050 v001 O00C0 J/ApJ/791/113/table13b*FenormMgII      
[00000030] col#051 v001 O00C0 J/ApJ/791/113/table13b*e_FenormMgII    
[00000030] col#052 v001 O0080 J/ApJ/791/113/table13b*FeFWHMMgII      
[00000030] col#053 v001 O0080 J/ApJ/791/113/table13b*e_FeFWHMMgII    
[00000030] col#054 v001 O0080 J/ApJ/791/113/table13b*MgII1Wave       
[00000030] col#055 v001 O0080 J/ApJ/791/113/table13b*MgII2Wave       
[00000030] col#056 v001 O0080 J/ApJ/791/113/table13b*MgII3Wave       
[00000030] col#057 v001 O0080 J/ApJ/791/113/table13b*MgIInWave       
[00000030] col#058 v001 O0080 J/ApJ/791/113/table13b*MgIINWave       
[00000030] col#059 v001 O0080 J/ApJ/791/113/table13b*MgII1sigma      
[00000030] col#060 v001 O0080 J/ApJ/791/113/table13b*e_MgII1sigma    
[00000030] col#061 v001 O0080 J/ApJ/791/113/table13b*MgII1FWHM       
[00000030] col#062 v001 O0080 J/ApJ/791/113/table13b*e_MgII1FWHM     
[00000030] col#063 v001 O0080 J/ApJ/791/113/table13b*MgII1Area       
[00000030] col#064 v001 O0080 J/ApJ/791/113/table13b*e_MgII1Area     
[00000030] col#065 v001 O0083 J/ApJ/791/113/table13b*MgII1EW         
[00000030] col#066 v001 O0080 J/ApJ/791/113/table13b*e_MgII1EW       
[00000030] col#067 v001 O0080 J/ApJ/791/113/table13b*MgII2sigma      
[00000030] col#068 v001 O0080 J/ApJ/791/113/table13b*e_MgII2sigma    
[00000030] col#069 v001 O0080 J/ApJ/791/113/table13b*MgII2FWHM       
[00000030] col#070 v001 O0080 J/ApJ/791/113/table13b*e_MgII2FWHM     
[00000030] col#071 v001 O0080 J/ApJ/791/113/table13b*MgII2Area       
[00000030] col#072 v001 O0080 J/ApJ/791/113/table13b*e_MgII2Area     
[00000030] col#073 v001 O0083 J/ApJ/791/113/table13b*MgII2EW         
[00000030] col#074 v001 O0080 J/ApJ/791/113/table13b*e_MgII2EW       
[00000030] col#075 v001 O0080 J/ApJ/791/113/table13b*MgII3sigma      
[00000030] col#076 v001 O0080 J/ApJ/791/113/table13b*e_MgII3sigma    
[00000030] col#077 v001 O0080 J/ApJ/791/113/table13b*MgII3FWHM       
[00000030] col#078 v001 O0080 J/ApJ/791/113/table13b*e_MgII3FWHM     
[00000030] col#079 v001 O0080 J/ApJ/791/113/table13b*MgII3Area       
[00000030] col#080 v001 O0080 J/ApJ/791/113/table13b*e_MgII3Area     
[00000030] col#081 v001 O0083 J/ApJ/791/113/table13b*MgII3EW         
[00000030] col#082 v001 O0080 J/ApJ/791/113/table13b*e_MgII3EW       
[00000030] col#083 v001 O0080 J/ApJ/791/113/table13b*MgIINFWHM       
[00000030] col#084 v001 O0080 J/ApJ/791/113/table13b*e_MgIINFWHM     
[00000030] col#085 v001 O0080 J/ApJ/791/113/table13b*MgIINArea       
[00000030] col#086 v001 O0080 J/ApJ/791/113/table13b*e_MgIINArea     
[00000030] col#087 v001 O0083 J/ApJ/791/113/table13b*MgIINEW         
[00000030] col#088 v001 O0080 J/ApJ/791/113/table13b*e_MgIINEW       
[00000030] col#089 v001 O0080 J/ApJ/791/113/table13b*MgIINsigma      
[00000030] col#090 v001 O0080 J/ApJ/791/113/table13b*e_MgIINsigma    
[00000030] col#091 v001 O0080 J/ApJ/791/113/table13b*MgIInFWHM       
[00000030] col#092 v001 O0080 J/ApJ/791/113/table13b*e_MgIInFWHM     
[00000030] col#093 v001 O0080 J/ApJ/791/113/table13b*MgIInArea       
[00000030] col#094 v001 O0080 J/ApJ/791/113/table13b*e_MgIInArea     
[00000030] col#095 v001 O0083 J/ApJ/791/113/table13b*MgIInEW         
[00000030] col#096 v001 O0080 J/ApJ/791/113/table13b*e_MgIInEW       
[00000030] col#097 v001 O0080 J/ApJ/791/113/table13b*rchi2-1MgII     
[00000030] col#098 v001 O0080 J/ApJ/791/113/table13b*rchi2-2MgII     
[00000030] col#099 v000 O00C0 J/ApJ/791/113/table13b*stat-1MgII      
[00000030] col#100 v000 O00C0 J/ApJ/791/113/table13b*stat-2MgII      
[00000030] col#101 v000 O00C0 J/ApJ/791/113/table13b*NpixMgII        
[00000030] col#102 v001 O00C0 J/ApJ/791/113/table13b*MedSNMgII       
[00000030] col#103 v001 O00C0 J/ApJ/791/113/table13b*CNHbeta         
[00000030] col#104 v001 O00C0 J/ApJ/791/113/table13b*e_CNHbeta       
[00000030] col#105 v001 O00C0 J/ApJ/791/113/table13b*CSHbeta         
[00000030] col#106 v001 O00C0 J/ApJ/791/113/table13b*e_CSHbeta       
[00000030] col#107 v001 O00C0 J/ApJ/791/113/table13b*FenormHbeta     
[00000030] col#108 v001 O00C0 J/ApJ/791/113/table13b*e_FenormHbeta   
[00000030] col#109 v001 O0080 J/ApJ/791/113/table13b*FeFWHMHbeta     
[00000030] col#110 v001 O0080 J/ApJ/791/113/table13b*e_FeFWHMHbeta   
[00000030] col#111 v001 O0080 J/ApJ/791/113/table13b*Hbeta1Wave      
[00000030] col#112 v001 O0080 J/ApJ/791/113/table13b*Hbeta2Wave      
[00000030] col#113 v001 O0080 J/ApJ/791/113/table13b*Hbeta3Wave      
[00000030] col#114 v001 O0080 J/ApJ/791/113/table13b*HbetaNWave      
[00000030] col#115 v001 O0080 J/ApJ/791/113/table13b*OIII4959Wave    
[00000030] col#116 v001 O0080 J/ApJ/791/113/table13b*OIII5007Wave    
[00000030] col#117 v001 O0080 J/ApJ/791/113/table13b*Hbeta1sigma     
[00000030] col#118 v001 O0080 J/ApJ/791/113/table13b*e_Hbeta1sigma   
[00000030] col#119 v001 O0080 J/ApJ/791/113/table13b*Hbeta1FWHM      
[00000030] col#120 v001 O0080 J/ApJ/791/113/table13b*e_Hbeta1FWHM    
[00000030] col#121 v001 O0080 J/ApJ/791/113/table13b*Hbeta1Area      
[00000030] col#122 v001 O00C0 J/ApJ/791/113/table13b*e_Hbeta1Area    
[00000030] col#123 v001 O0083 J/ApJ/791/113/table13b*Hbeta1EW        
[00000030] col#124 v001 O0080 J/ApJ/791/113/table13b*e_Hbeta1EW      
[00000030] col#125 v001 O0080 J/ApJ/791/113/table13b*HbetaNsigma     
[00000030] col#126 v001 O0080 J/ApJ/791/113/table13b*e_HbetaNsigma   
[00000030] col#127 v001 O0080 J/ApJ/791/113/table13b*HbetaNFWHM      
[00000030] col#128 v001 O0080 J/ApJ/791/113/table13b*e_HbetaNFWHM    
[00000030] col#129 v001 O0080 J/ApJ/791/113/table13b*HbetaNArea      
[00000030] col#130 v001 O00C0 J/ApJ/791/113/table13b*e_HbetaNArea    
[00000030] col#131 v001 O00C3 J/ApJ/791/113/table13b*HbetaNEW        
[00000030] col#132 v001 O00C0 J/ApJ/791/113/table13b*e_HbetaNEW      
[00000030] col#133 v001 O0080 J/ApJ/791/113/table13b*OIII4959sigma   
[00000030] col#134 v001 O0080 J/ApJ/791/113/table13b*e_OIII4959sigma 
[00000030] col#135 v001 O0080 J/ApJ/791/113/table13b*OIII4959FWHM    
[00000030] col#136 v001 O0080 J/ApJ/791/113/table13b*e_OIII4959FWHM  
[00000030] col#137 v001 O0080 J/ApJ/791/113/table13b*OIII4959Area    
[00000030] col#138 v001 O00C0 J/ApJ/791/113/table13b*e_OIII4959Area  
[00000030] col#139 v001 O0083 J/ApJ/791/113/table13b*OIII4959EW      
[00000030] col#140 v001 O0080 J/ApJ/791/113/table13b*e_OIII4959EW    
[00000030] col#141 v001 O0080 J/ApJ/791/113/table13b*OIII5007sigma   
[00000030] col#142 v001 O0080 J/ApJ/791/113/table13b*e_OIII5007sigma 
[00000030] col#143 v001 O0080 J/ApJ/791/113/table13b*OIII5007FWHM    
[00000030] col#144 v001 O0080 J/ApJ/791/113/table13b*e_OIII5007FWHM  
[00000030] col#145 v001 O0080 J/ApJ/791/113/table13b*OIII5007Area    
[00000030] col#146 v001 O00C0 J/ApJ/791/113/table13b*e_OIII5007Area  
[00000030] col#147 v001 O0083 J/ApJ/791/113/table13b*OIII5007EW      
[00000030] col#148 v001 O0080 J/ApJ/791/113/table13b*e_OIII5007EW    
[00000030] col#149 v001 O00C0 J/ApJ/791/113/table13b*OIII_RATIO      
[00000030] col#150 v001 O0080 J/ApJ/791/113/table13b*Hbeta2sigma     
[00000030] col#151 v001 O0080 J/ApJ/791/113/table13b*e_Hbeta2sigma   
[00000030] col#152 v001 O0080 J/ApJ/791/113/table13b*Hbeta2FWHM      
[00000030] col#153 v001 O0080 J/ApJ/791/113/table13b*e_Hbeta2FWHM    
[00000030] col#154 v001 O00C0 J/ApJ/791/113/table13b*Hbeta2Area      
[00000030] col#155 v001 O00C0 J/ApJ/791/113/table13b*e_Hbeta2Area    
[00000030] col#156 v001 O00C3 J/ApJ/791/113/table13b*Hbeta2EW        
[00000030] col#157 v001 O00C0 J/ApJ/791/113/table13b*e_Hbeta2EW      
[00000030] col#158 v000 O00C0 J/ApJ/791/113/table13b*Hbeta3sigma     
[00000030] col#159 v001 O0080 J/ApJ/791/113/table13b*e_Hbeta3sigma   
[00000030] col#160 v000 O00C0 J/ApJ/791/113/table13b*Hbeta3FWHM      
[00000030] col#161 v001 O0080 J/ApJ/791/113/table13b*e_Hbeta3FWHM    
[00000030] col#162 v000 O00C0 J/ApJ/791/113/table13b*Hbeta3Area      
[00000030] col#163 v001 O00C0 J/ApJ/791/113/table13b*e_Hbeta3Area    
[00000030] col#164 v000 O00C3 J/ApJ/791/113/table13b*Hbeta3EW        
[00000030] col#165 v001 O00C0 J/ApJ/791/113/table13b*e_Hbeta3EW      
[00000030] col#166 v001 O0080 J/ApJ/791/113/table13b*rchi2-1Hbeta    
[00000030] col#167 v001 O0080 J/ApJ/791/113/table13b*rchi2-2Hbeta    
[00000030] col#168 v000 O00C0 J/ApJ/791/113/table13b*stat-1Hbeta     
[00000030] col#169 v000 O00C0 J/ApJ/791/113/table13b*stat-2Hbeta     
[00000030] col#170 v000 O00C0 J/ApJ/791/113/table13b*NpixHbeta       
[00000030] col#171 v001 O00C0 J/ApJ/791/113/table13b*MedSNHbeta      

----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=82
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1243
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=74
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=1
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=179
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=249
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1165
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=248
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1135
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=321
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1247
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=109
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=923
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=481
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=348
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=120
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=112
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=935
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1465
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=934
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1466
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=932
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1467
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=931
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1468
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1469
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=156
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=62
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=105
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=196
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1025
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=191
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=399
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=9
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1012
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=289
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1316
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=355
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=149
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=15
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1338
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=332
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1417
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=297
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1306
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=137
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=925
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=293
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1273
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=351
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=151
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=81
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=314
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=362
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=1322
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=361
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=297
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=14
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=964
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select ucdid, name, class, explain From METAucd where ucdid=966
----db1_reset(0 'metaviz@PCDSPOOL')
----db1_query(0 'metaviz@PCDSPOOL'):
[1770367337]   Select famid, name, explain From METAfam where famid=729
----db1_reset(0 'metaviz@PCDSPOOL')
++++closed bracket not opend detected in ? Restframe equivalent width (EW) of the [OIII] lambda4959 HBETA2_LINEEW)
----opt1= 8
----inherit(u=used, h=hidden):
     [u] +source=J/ApJ/791/113
     [u] -ref=VIZ6985a9683b416
====inherit(): added 0 hidden fields
----free temporary files
----db1_close(0 'metaviz@PCDSPOOL')