--- header unit 0: primary ---
SIMPLE = T / Dummy Created by MWRFITS v1.8
BITPIX = 8 / Dummy primary header created by MWRFITS
NAXIS = 0 / No data is associated with this header
EXTEND = T / Extensions may (will!) be present
--- header unit 1: binary table ---
XTENSION = 'BINTABLE' / Written by IDL: Thu Feb 9 19:21:10 2012
BITPIX = 8
NAXIS = 2 / Binary table
NAXIS1 = 790 / Number of bytes per row
NAXIS2 = 282 / Number of rows
PCOUNT = 0 / Random parameter count
GCOUNT = 1 / Group count
TFIELDS = 216 / Number of columns
SSPP_VER = 'v9_0_4' / Version of the SSPP
CREATION = 'Fri Feb 10 00:21:10 2012' / Creation Date
SPPRERUN = '122' / Rerun number for SSPP
TFORM1 = 'J' / Integer*4 (long integer)
TTYPE1 = 'MJD' / Modified Julian Date
TFORM2 = 'I' / Integer*2 (short integer)
TTYPE2 = 'PLATE' / Plate number
TFORM3 = 'I' / Integer*2 (short integer)
TTYPE3 = 'FIBER' / Fiber number
TFORM4 = '3A' / Character string
TTYPE4 = 'PRIM_TARGET' / Initial target type
TFORM5 = '4A' / Character string
TTYPE5 = 'SPECTYPE_HAMMER' / Spectral Type from HAMMER
TFORM6 = '3A' / Character string
TTYPE6 = 'SPECTYPE_SUBCLASS' / Spectral Type
TFORM7 = '5A' / Character string
TTYPE7 = 'FLAG' / Flag with five letters nnnnn for a normal star
TFORM8 = 'E' / Real*4 (floating point)
TTYPE8 = 'TEFF_ADOP' / Adopted Teff
TFORM9 = 'I' / Integer*2 (short integer)
TTYPE9 = 'TEFF_ADOP_N' / Number of estimators used
TFORM10 = 'E' / Real*4 (floating point)
TTYPE10 = 'TEFF_ADOP_UNC' / Error in the adopted temperature
TFORM11 = 'E' / Real*4 (floating point)
TTYPE11 = 'TEFF_HA24' / Teff estimate from HA24
TFORM12 = 'E' / Real*4 (floating point)
TTYPE12 = 'TEFF_HD24' / Teff estimate from HD24
TFORM13 = 'E' / Real*4 (floating point)
TTYPE13 = 'TEFF_TK' / Teff estimate from T_Kurucz
TFORM14 = 'E' / Real*4 (floating point)
TTYPE14 = 'TEFF_TG' / Teff estimate from T_Girardi
TFORM15 = 'E' / Real*4 (floating point)
TTYPE15 = 'TEFF_TI' / Teff estimate from T_Iveciz
TFORM16 = 'E' / Real*4 (floating point)
TTYPE16 = 'TEFF_NGS1' / Teff estimate from NGS1
TFORM17 = 'E' / Real*4 (floating point)
TTYPE17 = 'TEFF_ANNSR' / Teff estimate from ANNSR
TFORM18 = 'E' / Real*4 (floating point)
TTYPE18 = 'TEFF_ANNRR' / Teff estimate from ANNRR
TFORM19 = 'E' / Real*4 (floating point)
TTYPE19 = 'TEFF_WBG' / Teff estimate from WBG
TFORM20 = 'E' / Real*4 (floating point)
TTYPE20 = 'TEFF_K24' / Teff estimate from k24
TFORM21 = 'E' / Real*4 (floating point)
TTYPE21 = 'TEFF_KI13' / Teff estimate from ki13
TFORM22 = 'I' / Integer*2 (short integer)
TTYPE22 = 'TEFF_HA24_IND' / Indicator variable
TFORM23 = 'I' / Integer*2 (short integer)
TTYPE23 = 'TEFF_HD24_IND' / Indicator variable
TFORM24 = 'I' / Integer*2 (short integer)
TTYPE24 = 'TEFF_TK_IND' / Indicator variable
TFORM25 = 'I' / Integer*2 (short integer)
TTYPE25 = 'TEFF_TG_IND' / Indicator variable
TFORM26 = 'I' / Integer*2 (short integer)
TTYPE26 = 'TEFF_TI_IND' / Indicator variable
TFORM27 = 'I' / Integer*2 (short integer)
TTYPE27 = 'TEFF_NGS1_IND' / Indicator variable
TFORM28 = 'I' / Integer*2 (short integer)
TTYPE28 = 'TEFF_ANNSR_IND' / Indicator variable
TFORM29 = 'I' / Integer*2 (short integer)
TTYPE29 = 'TEFF_ANNRR_IND' / Indicator variable
TFORM30 = 'I' / Integer*2 (short integer)
TTYPE30 = 'TEFF_WBG_IND' / Indicator variable
TFORM31 = 'I' / Integer*2 (short integer)
TTYPE31 = 'TEFF_K24_IND' / Indicator variable
TFORM32 = 'I' / Integer*2 (short integer)
TTYPE32 = 'TEFF_KI13_IND' / Indicator variable
TFORM33 = 'E' / Real*4 (floating point)
TTYPE33 = 'TEFF_HA24_UNC' / Error in Teff estimate from HA24
TFORM34 = 'E' / Real*4 (floating point)
TTYPE34 = 'TEFF_HD24_UNC' / Error in Teff estimate from HD24
TFORM35 = 'E' / Real*4 (floating point)
TTYPE35 = 'TEFF_TK_UNC' / Error in Teff estimate from T_Kurucz
TFORM36 = 'E' / Real*4 (floating point)
TTYPE36 = 'TEFF_TG_UNC' / Error in Teff estimate from T_Girardi
TFORM37 = 'E' / Real*4 (floating point)
TTYPE37 = 'TEFF_TI_UNC' / Error in Teff estimate from T_Iveciz
TFORM38 = 'E' / Real*4 (floating point)
TTYPE38 = 'TEFF_NGS1_UNC' / Error in Teff estimate from NGS1
TFORM39 = 'E' / Real*4 (floating point)
TTYPE39 = 'TEFF_ANNSR_UNC' / Error in Teff estimate from ANNSR
TFORM40 = 'E' / Real*4 (floating point)
TTYPE40 = 'TEFF_ANNRR_UNC' / Error in Teff estimate from ANNRR
TFORM41 = 'E' / Real*4 (floating point)
TTYPE41 = 'TEFF_WBG_UNC' / Error in Teff estimate from WBG
TFORM42 = 'E' / Real*4 (floating point)
TTYPE42 = 'TEFF_K24_UNC' / Error in Teff estimate from k24
TFORM43 = 'E' / Real*4 (floating point)
TTYPE43 = 'TEFF_KI13_UNC' / Error in Teff estimate from ki13
TFORM44 = 'E' / Real*4 (floating point)
TTYPE44 = 'LOGG_ADOP' / Adopted log g
TFORM45 = 'I' / Integer*2 (short integer)
TTYPE45 = 'LOGG_ADOP_N' / Number of log g estimators used
TFORM46 = 'E' / Real*4 (floating point)
TTYPE46 = 'LOGG_ADOP_UNC' / Error in the adopted log g
TFORM47 = 'E' / Real*4 (floating point)
TTYPE47 = 'LOGG_NGS2' / log g estimate from NGS2
TFORM48 = 'E' / Real*4 (floating point)
TTYPE48 = 'LOGG_NGS1' / log g estimate from NGS1
TFORM49 = 'E' / Real*4 (floating point)
TTYPE49 = 'LOGG_ANNSR' / log g estimate from ANNSR
TFORM50 = 'E' / Real*4 (floating point)
TTYPE50 = 'LOGG_ANNRR' / log g estimate from ANNRR
TFORM51 = 'E' / Real*4 (floating point)
TTYPE51 = 'LOGG_CAI1' / log g estimate from CaI1
TFORM52 = 'E' / Real*4 (floating point)
TTYPE52 = 'LOGG_CAI2' / log g estimate from CaI2
TFORM53 = 'E' / Real*4 (floating point)
TTYPE53 = 'LOGG_MGH' / log g estimate from MgH
TFORM54 = 'E' / Real*4 (floating point)
TTYPE54 = 'LOGG_WBG' / log g estimate from WBG
TFORM55 = 'E' / Real*4 (floating point)
TTYPE55 = 'LOGG_K24' / log g estimate from k24
TFORM56 = 'E' / Real*4 (floating point)
TTYPE56 = 'LOGG_KI13' / log g estimate from ki13
TFORM57 = 'I' / Integer*2 (short integer)
TTYPE57 = 'LOGG_NGS2_IND' / Indicator variable
TFORM58 = 'I' / Integer*2 (short integer)
TTYPE58 = 'LOGG_NGS1_IND' / Indicator variable
TFORM59 = 'I' / Integer*2 (short integer)
TTYPE59 = 'LOGG_ANNSR_IND' / Indicator variable
TFORM60 = 'I' / Integer*2 (short integer)
TTYPE60 = 'LOGG_ANNRR_IND' / Indicator variable
TFORM61 = 'I' / Integer*2 (short integer)
TTYPE61 = 'LOGG_CAI1_IND' / Indicator variable
TFORM62 = 'I' / Integer*2 (short integer)
TTYPE62 = 'LOGG_CAI2_IND' / Indicator variable
TFORM63 = 'I' / Integer*2 (short integer)
TTYPE63 = 'LOGG_MGH_IND' / Indicator variable
TFORM64 = 'I' / Integer*2 (short integer)
TTYPE64 = 'LOGG_WBG_IND' / Indicator variable
TFORM65 = 'I' / Integer*2 (short integer)
TTYPE65 = 'LOGG_K24_IND' / Indicator variable
TFORM66 = 'I' / Integer*2 (short integer)
TTYPE66 = 'LOGG_KI13_IND' / Indicator variable
TFORM67 = 'E' / Real*4 (floating point)
TTYPE67 = 'LOGG_NGS2_UNC' / Error in log g estimate from NGS2
TFORM68 = 'E' / Real*4 (floating point)
TTYPE68 = 'LOGG_NGS1_UNC' / Error in log g estimate from NGS1
TFORM69 = 'E' / Real*4 (floating point)
TTYPE69 = 'LOGG_ANNSR_UNC' / Error in log g estimate from ANNSR
TFORM70 = 'E' / Real*4 (floating point)
TTYPE70 = 'LOGG_ANNRR_UNC' / Error in log g estimate from ANNRR
TFORM71 = 'E' / Real*4 (floating point)
TTYPE71 = 'LOGG_CAI1_UNC' / Error in log g estimate from CaI1
TFORM72 = 'E' / Real*4 (floating point)
TTYPE72 = 'LOGG_CAI2_UNC' / Error in log g estimate from CaI2
TFORM73 = 'E' / Real*4 (floating point)
TTYPE73 = 'LOGG_MGH_UNC' / Error in log g estimate from MgH
TFORM74 = 'E' / Real*4 (floating point)
TTYPE74 = 'LOGG_WBG_UNC' / Error in log g estimate from WBG
TFORM75 = 'E' / Real*4 (floating point)
TTYPE75 = 'LOGG_K24_UNC' / Error in log g estimate from k24
TFORM76 = 'E' / Real*4 (floating point)
TTYPE76 = 'LOGG_KI13_UNC' / Error in log g estimate from ki13
TFORM77 = 'E' / Real*4 (floating point)
TTYPE77 = 'FEH_ADOP' / Adopted [Fe/H]
TFORM78 = 'I' / Integer*2 (short integer)
TTYPE78 = 'FEH_ADOP_N' / Number of estimators
TFORM79 = 'E' / Real*4 (floating point)
TTYPE79 = 'FEH_ADOP_UNC' / Error in the adopted [Fe/H]
TFORM80 = 'E' / Real*4 (floating point)
TTYPE80 = 'FEH_NGS2' / [Fe/H] estimate from NGS2
TFORM81 = 'E' / Real*4 (floating point)
TTYPE81 = 'FEH_NGS1' / [Fe/H] estimate from NGS1
TFORM82 = 'E' / Real*4 (floating point)
TTYPE82 = 'FEH_ANNSR' / [Fe/H] estimate from ANNSR
TFORM83 = 'E' / Real*4 (floating point)
TTYPE83 = 'FEH_ANNRR' / [Fe/H] estimate from ANNRR
TFORM84 = 'E' / Real*4 (floating point)
TTYPE84 = 'FEH_CAIIK1' / [Fe/H] estimate from CaIIK1
TFORM85 = 'E' / Real*4 (floating point)
TTYPE85 = 'FEH_CAIIK2' / [Fe/H] estimate from CaIIK2
TFORM86 = 'E' / Real*4 (floating point)
TTYPE86 = 'FEH_CAIIK3' / [Fe/H] estimate from CaIIK3
TFORM87 = 'E' / Real*4 (floating point)
TTYPE87 = 'FEH_ACF' / [Fe/H] estimate from ACF
TFORM88 = 'E' / Real*4 (floating point)
TTYPE88 = 'FEH_CAIIT' / [Fe/H] estimate from CaIIT
TFORM89 = 'E' / Real*4 (floating point)
TTYPE89 = 'FEH_WBG' / [Fe/H] estimate from WBG
TFORM90 = 'E' / Real*4 (floating point)
TTYPE90 = 'FEH_K24' / [Fe/H] estimate from k24
TFORM91 = 'E' / Real*4 (floating point)
TTYPE91 = 'FEH_KI13' / [Fe/H] estimate from ki13
TFORM92 = 'I' / Integer*2 (short integer)
TTYPE92 = 'FEH_NGS2_IND' / Indicator variable
TFORM93 = 'I' / Integer*2 (short integer)
TTYPE93 = 'FEH_NGS1_IND' / Indicator variable
TFORM94 = 'I' / Integer*2 (short integer)
TTYPE94 = 'FEH_ANNSR_IND' / Indicator variable
TFORM95 = 'I' / Integer*2 (short integer)
TTYPE95 = 'FEH_ANNRR_IND' / Indicator variable
TFORM96 = 'I' / Integer*2 (short integer)
TTYPE96 = 'FEH_CAIIK1_IND' / Indicator variable
TFORM97 = 'I' / Integer*2 (short integer)
TTYPE97 = 'FEH_CAIIK2_IND' / Indicator variable
TFORM98 = 'I' / Integer*2 (short integer)
TTYPE98 = 'FEH_CAIIK3_IND' / Indicator variable
TFORM99 = 'I' / Integer*2 (short integer)
TTYPE99 = 'FEH_ACF_IND' / Indicator variable
TFORM100 = 'I' / Integer*2 (short integer)
TTYPE100 = 'FEH_CAIIT_IND' / Indicator variable
TFORM101 = 'I' / Integer*2 (short integer)
TTYPE101 = 'FEH_WBG_IND' / Indicator variable
TFORM102 = 'I' / Integer*2 (short integer)
TTYPE102 = 'FEH_K24_IND' / Indicator variable
TFORM103 = 'I' / Integer*2 (short integer)
TTYPE103 = 'FEH_KI13_IND' / Indicator variable
TFORM104 = 'E' / Real*4 (floating point)
TTYPE104 = 'FEH_NGS2_UNC' / Error in [Fe/H] estimate from NGS2
TFORM105 = 'E' / Real*4 (floating point)
TTYPE105 = 'FEH_NGS1_UNC' / Error in [Fe/H] estimate from NGS1
TFORM106 = 'E' / Real*4 (floating point)
TTYPE106 = 'FEH_ANNSR_UNC' / Error in [Fe/H] estimate from ANNSR
TFORM107 = 'E' / Real*4 (floating point)
TTYPE107 = 'FEH_ANNRR_UNC' / Error in [Fe/H] estimate from ANNRR
TFORM108 = 'E' / Real*4 (floating point)
TTYPE108 = 'FEH_CAIIK1_UNC' / Error in [Fe/H] estiimate from CaIIK1
TFORM109 = 'E' / Real*4 (floating point)
TTYPE109 = 'FEH_CAIIK2_UNC' / Error in [Fe/H] estimate from CaIIK2
TFORM110 = 'E' / Real*4 (floating point)
TTYPE110 = 'FEH_CAIIK3_UNC' / Error in [Fe/H] estimate from CaIIK3
TFORM111 = 'E' / Real*4 (floating point)
TTYPE111 = 'FEH_ACF_UNC' / Error in [Fe/H] estimate from ACF
TFORM112 = 'E' / Real*4 (floating point)
TTYPE112 = 'FEH_CAIIT_UNC' / Error in [Fe/H] estimate from CaIIT
TFORM113 = 'E' / Real*4 (floating point)
TTYPE113 = 'FEH_WBG_UNC' / Error in [Fe/H] estimate from WBG
TFORM114 = 'E' / Real*4 (floating point)
TTYPE114 = 'FEH_K24_UNC' / Error in [Fe/H] estimate from k24
TFORM115 = 'E' / Real*4 (floating point)
TTYPE115 = 'FEH_KI13_UNC' / Error in [Fe/H] estimate from ki13
TFORM116 = 'E' / Real*4 (floating point)
TTYPE116 = 'AFE' / [alpha/Fe] estimate from NGS2
TFORM117 = 'I' / Integer*2 (short integer)
TTYPE117 = 'AFE_IND' / Indicator variable
TFORM118 = 'E' / Real*4 (floating point)
TTYPE118 = 'AFE_UNC' / Error in [alpha/Fe] estimate from NGS2
TFORM119 = 'E' / Real*4 (floating point)
TTYPE119 = 'DIST_DWARF' / Dwarf distance in kpc by Beers et al. (2000)
TFORM120 = 'E' / Real*4 (floating point)
TTYPE120 = 'DIST_TO' / Turnoff distance in kpc by Beers et al. (2000)
TFORM121 = 'E' / Real*4 (floating point)
TTYPE121 = 'DIST_GIANT' / Giant distance in kpc by Beers et al. (2000)
TFORM122 = 'E' / Real*4 (floating point)
TTYPE122 = 'DIST_AGB' / AGB distance in kpc by Beers et al. (2000)
TFORM123 = 'E' / Real*4 (floating point)
TTYPE123 = 'DIST_FHB' / FHB distance in kpc by Beers et al. (2000)
TFORM124 = 'E' / Real*4 (floating point)
TTYPE124 = 'DIST_AP' / Distance in kpc by Allende Prieto et al. (2006)
TFORM125 = 'E' / Real*4 (floating point)
TTYPE125 = 'DIST_Z' / Distance (z) from the Galactic plane
TFORM126 = '4A' / Character string
TTYPE126 = 'RV_FLAG' / Radial velocity flag
TFORM127 = 'E' / Real*4 (floating point)
TTYPE127 = 'RV_ADOP' / Adopted heliocentric radial velocity
TFORM128 = 'E' / Real*4 (floating point)
TTYPE128 = 'RV_ADOP_UNC' / Error in the adopted heliocentric RV
TFORM129 = 'E' / Real*4 (floating point)
TTYPE129 = 'RV_CAL' / Calculated radial velocity
TFORM130 = 'E' / Real*4 (floating point)
TTYPE130 = 'RV_CAL_UNC' / Error in the calculated radial velocity
TFORM131 = 'E' / Real*4 (floating point)
TTYPE131 = 'RV_BS' / Radial velocity from SDSS templates
TFORM132 = 'E' / Real*4 (floating point)
TTYPE132 = 'RV_BS_UNC' / Error in RV_BS
TFORM133 = 'E' / Real*4 (floating point)
TTYPE133 = 'RV_ELODIE' / Radial velocity from ELODIE template
TFORM134 = 'E' / Real*4 (floating point)
TTYPE134 = 'RV_ELODIE_UNC' / Error in RV_ELODIE
TFORM135 = 'E' / Real*4 (floating point)
TTYPE135 = 'RV_GSR' / Galactocentric radial velocity
TFORM136 = 'E' / Real*4 (floating point)
TTYPE136 = 'RV_GSR_UNC' / Error in galactocentric radial velocity
TFORM137 = 'E' / Real*4 (floating point)
TTYPE137 = 'V_MAG' / Dereddened V magnitude from V = g - 0.561(g-r)
TFORM138 = 'E' / Real*4 (floating point)
TTYPE138 = 'BV' / Dereddened B-V color from B-V = 0.916(g-r) + 0.
TFORM139 = 'E' / Real*4 (floating point)
TTYPE139 = 'BV_BALMER' / Dereddened B-V color predicted color from Balme
TFORM140 = 'E' / Real*4 (floating point)
TTYPE140 = 'GR_PREDICT' / Adopted g-r color prediction
TFORM141 = 'E' / Real*4 (floating point)
TTYPE141 = 'GR_HA24' / Dereddened g-r color prediction from HA24
TFORM142 = 'E' / Real*4 (floating point)
TTYPE142 = 'GR_HD24' / Dereddened g-r color prediction from HD24
TFORM143 = 'E' / Real*4 (floating point)
TTYPE143 = 'GR_HP' / Dereddened g-r color prediction from half power
TFORM144 = 'E' / Real*4 (floating point)
TTYPE144 = 'G_MAG' / Dereddened g magnitude
TFORM145 = 'E' / Real*4 (floating point)
TTYPE145 = 'UG' / Dereddened u-g color
TFORM146 = 'E' / Real*4 (floating point)
TTYPE146 = 'GR' / dereddened g-r color
TFORM147 = 'E' / Real*4 (floating point)
TTYPE147 = 'RI' / Dereddened r-i color
TFORM148 = 'E' / Real*4 (floating point)
TTYPE148 = 'IZ' / Dereddened i-z color
TFORM149 = 'E' / Real*4 (floating point)
TTYPE149 = 'U_MAG_UNC' / Error in u mag in PSF
TFORM150 = 'E' / Real*4 (floating point)
TTYPE150 = 'G_MAG_UNC' / Error in g mag in PSF
TFORM151 = 'E' / Real*4 (floating point)
TTYPE151 = 'R_MAG_UNC' / Error in r mag in PSF
TFORM152 = 'E' / Real*4 (floating point)
TTYPE152 = 'I_MAG_UNC' / Error in i mag in PSF
TFORM153 = 'E' / Real*4 (floating point)
TTYPE153 = 'Z_MAG_UNC' / Error in z mag in PSF
TFORM154 = 'E' / Real*4 (floating point)
TTYPE154 = 'EBV' / E(B-V) from Schlegel et al. (1998)
TFORM155 = 'E' / Real*4 (floating point)
TTYPE155 = 'SNR' / Average S/N per pixel over 4000 - 8000 A
TFORM156 = 'I' / Integer*2 (short integer)
TTYPE156 = 'QA' / Quality check on spectrum with S/N
TFORM157 = 'E' / Real*4 (floating point)
TTYPE157 = 'CC_CAHK' / Correlation coefficient over 3850-4250 A
TFORM158 = 'E' / Real*4 (floating point)
TTYPE158 = 'CC_MGH' / Correlation coefficient over 4500-5500 A
TFORM159 = 'D' / Real*8 (double precision)
TTYPE159 = 'RA' / RA in degree
TFORM160 = 'D' / Real*8 (double precision)
TTYPE160 = 'DEC' / DEC in degree
TFORM161 = 'D' / Real*8 (double precision)
TTYPE161 = 'L' / Galactic longitude (l) in degree
TFORM162 = 'D' / Real*8 (double precision)
TTYPE162 = 'B' / Galactic latitude (b) in degree
TFORM163 = 'E' / Real*4 (floating point)
TTYPE163 = 'TEFF_SPEC' / Adopted Teff from spectroscopic based methods
TFORM164 = 'I' / Integer*2 (short integer)
TTYPE164 = 'TEFF_SPEC_N' / Number of estimators
TFORM165 = 'E' / Real*4 (floating point)
TTYPE165 = 'TEFF_SPEC_UNC' / Error in Teff spectroscopic based methods
TFORM166 = 'E' / Real*4 (floating point)
TTYPE166 = 'LOGG_SPEC' / Adopted logg from spectroscopic based methods
TFORM167 = 'I' / Integer*2 (short integer)
TTYPE167 = 'LOGG_SPEC_N' / Number of estimators
TFORM168 = 'E' / Real*4 (floating point)
TTYPE168 = 'LOGG_SPEC_UNC' / Error in logg spectroscopic based methods
TFORM169 = 'E' / Real*4 (floating point)
TTYPE169 = 'FEH_SPEC' / Adopted [Fe/H] from spectroscopic based methods
TFORM170 = 'I' / Integer*2 (short integer)
TTYPE170 = 'FEH_SPEC_N' / Number of estimators
TFORM171 = 'E' / Real*4 (floating point)
TTYPE171 = 'FEH_SPEC_UNC' / Error in [Fe/H] spectroscopic based methods
TFORM172 = 'E' / Real*4 (floating point)
TTYPE172 = 'TEFF_COL' / Teff from color-Teff relation
TFORM173 = 'E' / Real*4 (floating point)
TTYPE173 = 'TEFF_COL_UNC' / Error in Teff from color-Teff relation
TFORM174 = 'E' / Real*4 (floating point)
TTYPE174 = 'FEH_TFIX_NGS2' / [Fe/H] estimate from NGS2 with fixed Teff
TFORM175 = 'E' / Real*4 (floating point)
TTYPE175 = 'FEH_TFIX_NGS1' / [Fe/H] estimate from NGS1 with fixed Teff
TFORM176 = 'E' / Real*4 (floating point)
TTYPE176 = 'LOGG_TFIX_NGS2' / log g estimate from NGS2 with fixed Teff
TFORM177 = 'E' / Real*4 (floating point)
TTYPE177 = 'LOGG_TFIX_NGS1' / log g estimate from NGS1 with fixed Teff
TFORM178 = 'E' / Real*4 (floating point)
TTYPE178 = 'FEH_TFIX_NGS2_UNC' / Error in [Fe/H] from NGS2 with fixed Teff
TFORM179 = 'E' / Real*4 (floating point)
TTYPE179 = 'FEH_TFIX_NGS1_UNC' / Error in [Fe/H] from NGS1 with fixed Teff
TFORM180 = 'E' / Real*4 (floating point)
TTYPE180 = 'LOGG_TFIX_NGS2_UNC' / Error in log g from NGS2 with fixed Teff
TFORM181 = 'E' / Real*4 (floating point)
TTYPE181 = 'LOGG_TFIX_NGS1_UNC' / Error in log g from NGS1 with fixed Teff
TFORM182 = 'E' / Real*4 (floating point)
TTYPE182 = 'FEH_TFIX_CAIIK1' / [Fe/H] from CaIIK1 with fixed Teff
TFORM183 = 'E' / Real*4 (floating point)
TTYPE183 = 'FEH_TFIX_CAIIK1_UNC' / Error in [Fe/H] from CaIIK1 with fixed Teff
TFORM184 = 'E' / Real*4 (floating point)
TTYPE184 = 'ACF1' / ACF over 4000-4086/4116-4325/4355-4500
TFORM185 = 'E' / Real*4 (floating point)
TTYPE185 = 'ACF1_SNR' / S/N in Auto-Correlation Function 1 (ACF1)
TFORM186 = 'E' / Real*4 (floating point)
TTYPE186 = 'ACF2' / ACF over 4000-4086/4116-4280/4280-4500
TFORM187 = 'E' / Real*4 (floating point)
TTYPE187 = 'ACF2_SNR' / S/N in Auto-Correlation Function 2 (ACF2)
TFORM188 = '6A' / Character string
TTYPE188 = 'INSPECT' / Flag with six letters for inspection
TFORM189 = 'E' / Real*4 (floating point)
TTYPE189 = 'ELODIERVFINAL' / Elodie RV + 7.3 km/s
TFORM190 = 'E' / Real*4 (floating point)
TTYPE190 = 'ELODIERVFINALERR' / Error in ELODIERVFINAL
TFORM191 = 'J' / Integer*4 (long integer)
TTYPE191 = 'ZWARNING' / Zwarning
TFORM192 = '11A' / Character string
TTYPE192 = 'SURVEY' / Which survey belongs to
TFORM193 = 'J' / Integer*4 (long integer)
TTYPE193 = 'PRIMTARGET' / Primary target bits
TFORM194 = 'J' / Integer*4 (long integer)
TTYPE194 = 'SECTARGET' / Secondary target bits
TFORM195 = 'J' / Integer*4 (long integer)
TTYPE195 = 'SEGUE1_TARGET1' / Primary target bits in SEGUE1
TFORM196 = 'J' / Integer*4 (long integer)
TTYPE196 = 'SEGUE1_TARGET2' / Secondary target bits in SEGUE1
TFORM197 = 'J' / Integer*4 (long integer)
TTYPE197 = 'SEGUE2_TARGET1' / Primary target bits in SEGUE2
TFORM198 = 'J' / Integer*4 (long integer)
TTYPE198 = 'SEGUE2_TARGET2' / Secondary target bits in SEGUE2
TFORM199 = '4A' / Character string
TTYPE199 = 'L_CLASS' / Adopted Luminosity class
TFORM200 = 'E' / Real*4 (floating point)
TTYPE200 = 'DIST_ADOP' / Distance from the adopted luminosity class
TFORM201 = '2A' / Character string
TTYPE201 = 'MP_FLAG' / A flag for metallicity lower than the adopted
TFORM202 = 'E' / Real*4 (floating point)
TTYPE202 = 'TEFF_IRFM' / Teff from IRFM
TFORM203 = 'I' / Integer*2 (short integer)
TTYPE203 = 'TEFF_IRFM_IND' / Indicator variable
TFORM204 = 'E' / Real*4 (floating point)
TTYPE204 = 'TEFF_IRFM_UNC' / Error in Teff from IRFM
TFORM205 = 'E' / Real*4 (floating point)
TTYPE205 = 'LOGG_NGS1_IRFM' / log g estimate from NGS1 with fixed IRFM Teff
TFORM206 = 'I' / Integer*2 (short integer)
TTYPE206 = 'LOGG_NGS1_IRFM_IND' / Indicator variable
TFORM207 = 'E' / Real*4 (floating point)
TTYPE207 = 'LOGG_NGS1_IRFM_UNC' / Error in log g from NGS1 with fixed IRFM Teff
TFORM208 = 'E' / Real*4 (floating point)
TTYPE208 = 'FEH_NGS1_IRFM' / [Fe/H] estimate from NGS1 with fixed IRFM Teff
TFORM209 = 'I' / Integer*2 (short integer)
TTYPE209 = 'FEH_NGS1_IRFM_IND' / Indicator variable
TFORM210 = 'E' / Real*4 (floating point)
TTYPE210 = 'FEH_NGS1_IRFM_UNC' / Error in [Fe/H] from NGS1 with fixed IRFM Teff
TFORM211 = 'E' / Real*4 (floating point)
TTYPE211 = 'LOGG_CAI1_IRFM' / log g estimate from CAI1 with fixed IRFM Teff
TFORM212 = 'I' / Integer*2 (short integer)
TTYPE212 = 'LOGG_CAI1_IRFM_IND' / Indicator variable
TFORM213 = 'E' / Real*4 (floating point)
TTYPE213 = 'LOGG_CAI1_IRFM_UNC' / Error in log g from CAI1 with fixed IRFM Teff
TFORM214 = 'E' / Real*4 (floating point)
TTYPE214 = 'FEH_CAIIK1_IRFM' / [Fe/H] from CaIIK1 with fixed IRFM Teff
TFORM215 = 'I' / Integer*2 (short integer)
TTYPE215 = 'FEH_CAIIK1_IRFM_IND' / Indicator variable
TFORM216 = 'E' / Real*4 (floating point)
TTYPE216 = 'FEH_CAIIK1_IRFM_UNC' / Error in [Fe/H] from CaIIK1 with fixed IRFM Te