TABLE sppParams

Contains outputs from the SEGUE Stellar Parameter Pipeline (SSPP).

Spectra for over 500,000 Galactic stars of all common spectral types are available with DR8. These Spectra were processed with a pipeline called the SEGUE Stellar Parameter Pipeline' (SSPP, Lee et al. 2008) that computes standard stellar atmospheric parameters such as [Fe/H], log g and Teff for each star by a variety of methods. These outputs are stored in this table, and indexed on the specObjID' key index parameter for queries joining to other tables such as specobjall and photoobjall. bestobjid is also added (and indexed?) Note that all values of -9999 indicate missing or no values. See the Sample Queries in SkyServer for examples of such queries.

name type length unit ucd description

SPECOBJID bigint 8 id number, match in specObjAll

BESTOBJID bigint 8 ID_MAIN Object ID of best PhotoObj match (flux-based)

FLUXOBJID bigint 8 ID_MAIN Object ID of best PhotoObj match (position-based)

TARGETOBJID bigint 8 targeted object ID

PLATEID bigint 8 Database ID of Plate (match in plateX)

sciencePrimary smallint 2 Best version of spectrum at this location (defines default view SpecObj)

legacyPrimary smallint 2 Best version of spectrum at this location, among Legacy plates

seguePrimary smallint 2 Best version of spectrum at this location, among SEGUE plates (defines default view SpecObj)

FIRSTRELEASE varchar 32 Name of first release this object was associated with

SURVEY varchar 32 Survey name

PROGRAMNAME varchar 32 Program name

CHUNK varchar 32 Chunk name

PLATERUN varchar 32 Plate drill run name

MJD bigint 8 Modified Julian Date of observation

PLATE bigint 8 Plate number

FIBERID bigint 8 Fiber number (1-640)

RUN2D varchar 32 Name of 2D rerun

RUN1D varchar 32 Name of 1D rerun

RUNSSPP varchar 32 Name of SSPP rerun

TARGETSTRING varchar 32 ASCII translation of target selection information as determined at the time the plate was designed

PRIMTARGET bigint 8 Target selection information at plate design, primary science selection (for backwards compatibility)

SECTARGET bigint 8 Target selection information at plate design, secondary/qa/calib selection (for backwards compatibility)

LEGACY_TARGET1 bigint 8 Legacy target selection information at plate design, primary science selection

LEGACY_TARGET2 bigint 8 Legacy target selection information at plate design, secondary/qa/calib selection

SPECIAL_TARGET1 bigint 8 Special program target selection information at plate design, primary science selection

SPECIAL_TARGET2 bigint 8 Special program target selection information at plate design, secondary/qa/calib selection

SEGUE1_TARGET1 bigint 8 SEGUE-1 target selection information at plate design, primary science selection

SEGUE1_TARGET2 bigint 8 SEGUE-1 target selection information at plate design, secondary/qa/calib selection

SEGUE2_TARGET1 bigint 8 SEGUE-2 target selection information at plate design, primary science selection

SEGUE2_TARGET2 bigint 8 SEGUE-2 target selection information at plate design, secondary/qa/calib selection

SPECTYPEHAMMER varchar 32 Spectral Type from HAMMER

SPECTYPESUBCLASS varchar 32 SpecBS sub-classification

FLAG varchar 32 Flag with combination of four letters among BCdDEgGhHlnNSV, n=normal

TEFFADOP real 4 Kelvin Adopted Teff, bi-weigth average of estimators with indicator variable of 1

TEFFADOPN tinyint 1 Kelvin Number of estimators used in bi-weight average

TEFFADOPUNC real 4 Kelvin Error in the adopted temperature

TEFFHA24 real 4 Kelvin Teff estimate from HA24

TEFFHD24 real 4 Kelvin Teff estimate from HD24

TEFFNGS1 real 4 Kelvin Teff estimate from NGS1

TEFFANNSR real 4 Kelvin Teff estimate from ANNSR

TEFFANNRR real 4 Kelvin Teff estimate from ANNRR

TEFFWBG real 4 Kelvin Teff estimate from WBG

TEFFK24 real 4 Kelvin Teff estimate from k24

TEFFKI13 real 4 Kelvin Teff estimate from ki13

TEFFHA24IND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFHD24IND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFNGS1IND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFANNSRIND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFANNRRIND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFWBGIND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFK24IND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFKI13IND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFHA24UNC real 4 Kelvin Error in Teff estimate from HA24

TEFFHD24UNC real 4 Kelvin Error in Teff estimate from HD24

TEFFNGS1UNC real 4 Kelvin Error in Teff estimate from NGS1

TEFFANNSRUNC real 4 Kelvin Error in Teff estimate from ANNSR

TEFFANNRRUNC real 4 Kelvin Error in Teff estimate from ANNRR

TEFFWBGUNC real 4 Kelvin Error in Teff estimate from WBG

TEFFK24UNC real 4 Kelvin Error in Teff estimate from k24

TEFFKI13UNC real 4 Kelvin Error in Teff estimate from ki13

LOGGADOP real 4 dex Adopted log g, bi-weigth average of estimators with indicator variable of 2

LOGGADOPN tinyint 1 Number of log g estimators in used bi-weight average

LOGGADOPUNC real 4 dex Error in the adopted log g

LOGGNGS2 real 4 dex log g estimate from NGS2

LOGGNGS1 real 4 dex log g estimate from NGS1

LOGGANNSR real 4 dex log g estimate from ANNSR

LOGGANNRR real 4 dex log g estimate from ANNRR

LOGGCAI1 real 4 dex log g estimate from CaI1

LOGGWBG real 4 dex log g estimate from WBG

LOGGK24 real 4 dex log g estimate from k24

LOGGKI13 real 4 dex log g estimate from ki13

LOGGNGS2IND tinyint 1 Indicator variable, = 0 bad, = 1 good

LOGGNGS1IND tinyint 1 Indicator variable, = 0 bad, = 1 good

LOGGANNSRIND tinyint 1 Indicator variable, = 0 bad, = 1 good

LOGGANNRRIND tinyint 1 Indicator variable, = 0 bad, = 1 good

LOGGCAI1IND tinyint 1 Indicator variable, = 0 bad, = 1 good

LOGGWBGIND tinyint 1 Indicator variable, = 0 bad, = 1 good

LOGGK24IND tinyint 1 Indicator variable, = 0 bad, = 1 good

LOGGKI13IND tinyint 1 Indicator variable, = 0 bad, = 1 good

LOGGNGS2UNC real 4 dex Error in log g estimate from NGS2

LOGGNGS1UNC real 4 dex Error in log g estimate from NGS1

LOGGANNSRUNC real 4 dex Error in log g estimate from ANNSR

LOGGANNRRUNC real 4 dex Error in log g estimate from ANNRR

LOGGCAI1UNC real 4 dex Error in log g estimate from CaI1

LOGGWBGUNC real 4 dex Error in log g estimate from WBG

LOGGK24UNC real 4 dex Error in log g estimate from k24

LOGGKI13UNC real 4 dex Error in log g estimate from ki13

FEHADOP real 4 dex Adopted [Fe/H], bi-weigth average of estimators with indicator variable of 2

FEHADOPN tinyint 1 Number of estimators used in bi-weight average

FEHADOPUNC real 4 dex Error in the adopted [Fe/H]

FEHNGS2 real 4 dex [Fe/H] estimate from NGS2

FEHNGS1 real 4 dex [Fe/H] estimate from NGS1

FEHANNSR real 4 dex [Fe/H] estimate from ANNSR

FEHANNRR real 4 dex [Fe/H] estimate from ANNRR

FEHCAIIK1 real 4 dex [Fe/H] estimate from CaIIK1

FEHCAIIK2 real 4 dex [Fe/H] estimate from CaIIK2

FEHCAIIK3 real 4 dex [Fe/H] estimate from CaIIK3

FEHWBG real 4 dex [Fe/H] estimate from WBG

FEHK24 real 4 dex [Fe/H] estimate from k24

FEHKI13 real 4 dex [Fe/H] estimate from ki13

FEHNGS2IND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHNGS1IND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHANNSRIND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHANNRRIND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHCAIIK1IND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHCAIIK2IND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHCAIIK3IND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHWBGIND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHK24IND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHKI13IND tinyint 1 Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good

FEHNGS2UNC real 4 dex Error in [Fe/H] estimate from NGS2

FEHNGS1UNC real 4 dex Error in [Fe/H] estimate from NGS1

FEHANNSRUNC real 4 dex Error in [Fe/H] estimate from ANNSR

FEHANNRRUNC real 4 dex Error in [Fe/H] estimate from ANNRR

FEHCAIIK1UNC real 4 dex Error in [Fe/H] estiimate from CaIIK1

FEHCAIIK2UNC real 4 dex Error in [Fe/H] estimate from CaIIK2

FEHCAIIK3UNC real 4 dex Error in [Fe/H] estimate from CaIIK3

FEHWBGUNC real 4 dex Error in [Fe/H] estimate from WBG

FEHK24UNC real 4 dex Error in [Fe/H] estimate from k24

FEHKI13UNC real 4 dex Error in [Fe/H] estimate from ki13

SNR real 4 Average S/N per pixel over 4000 - 8000 A

QA tinyint 1 Quality check on spectrum, depending on S/N

CCCAHK real 4 Correlation coefficient over 3850-4250 A

CCMGH real 4 Correlation coefficient over 4500-5500 A

TEFFSPEC real 4 Kelvin Spectroscopically determined Teff, color independent

TEFFSPECN tinyint 1 Number of estimators used in average

TEFFSPECUNC real 4 Kelvin Error in the spectroscopically determined Teff

LOGGSPEC real 4 dex Spectroscopically determined log g, color independent

LOGGSPECN tinyint 1 Number of estimators used in average

LOGGSPECUNC real 4 dex Error in the spectroscopically determined log g

FEHSPEC real 4 dex Spectroscopically determined [Fe/H], color independent

FEHSPECN tinyint 1 Number of estimators used in average

FEHSPECUNC real 4 dex Error in the spectroscopically determined [Fe/H]

ACF1 real 4 Auto-Correlation Function over 4000-4086/4116-4325/4355-4500

ACF1SNR real 4 Average signal-to-noise ratio in Auto-Correlation Function 1 (ACF1)

ACF2 real 4 Auto-Correlation Functioin over 4000-4086/4116-4280/4280-4500

ACF2SNR real 4 Average signal-to-noise ratio in Auto-Correlation Function 2 (ACF2)

INSPECT varchar 32 Flag with combination of six letters among FTtMmCn, for inspecting spectra

ELODIERVFINAL real 4 km/s Velocity as measured by Elodie library templates, converted to km/s and with the empirical 7.3 km/s offset applied (see Yanny et al. 2009, AJ, 137, 4377)

ELODIERVFINALERR real 4 km/s Uncertainty in the measured Elodie RV, as determined from the chisq template-fitting routine. See the discussion of empirically-determined velocity errors in Yanny et al. 2009, AJ, 137, 4377

ZWARNING bigint 8 Warning flags about velocity/redshift determinations

TEFFIRFM real 4 Kelvin Teff from Infrared Flux Methods (IRFM)

TEFFIRFMIND tinyint 1 Indicator variable, = 0 bad, = 1 good

TEFFIRFMUNC real 4 dex Error in Teff estimate from IRFM

LOGGNGS1IRFM real 4 dex log g estimate from NGS1 while fixing Teff from IRFM

LOGGNGS1IRFMIND tinyint 1 Indicator variable, = 0 bad, =1 good

LOGGNGS1IRFMUNC real 4 dex Error in log g from NGS1 while fixing Teff from IRFM

FEHNGS1IRFM real 4 dex [Fe/H] estimate from NGS1 while fixing Teff from IRFM

FEHNGS1IRFMIND tinyint 1 Indicator variable, =0 bad, = 1 good

FEHNGS1IRFMUNC real 4 dex Error in [Fe/H] from NGS1 while fixing Teff from IRFM

LOGGCAI1IRFM real 4 dex log g estimate from CAI1 with fixed IRFM Teff

LOGGCAI1IRFMIND tinyint 1 Indicator variable, =0 bad, = 1 good

LOGGCAI1IRFMUNC real 4 dex Error in log g from CAI1 with fixed IRFM Teff

FEHCAIIK1IRFM real 4 dex [Fe/H] from CaIIK1 with fixed IRFM Teff

FEHCAIIK1IRFMIND tinyint 1 Indicator variable, =0 bad, = 1 good

FEHCAIIK1IRFMUNC real 4 dex Error in [Fe/H] from CaIIK1 with fixed IRFM Teff

name	type	length	unit	ucd	description
SPECOBJID	bigint	8			id number, match in specObjAll
BESTOBJID	bigint	8		ID_MAIN	Object ID of best PhotoObj match (flux-based)
FLUXOBJID	bigint	8		ID_MAIN	Object ID of best PhotoObj match (position-based)
TARGETOBJID	bigint	8			targeted object ID
PLATEID	bigint	8			Database ID of Plate (match in plateX)
sciencePrimary	smallint	2			Best version of spectrum at this location (defines default view SpecObj)
legacyPrimary	smallint	2			Best version of spectrum at this location, among Legacy plates
seguePrimary	smallint	2			Best version of spectrum at this location, among SEGUE plates (defines default view SpecObj)
FIRSTRELEASE	varchar	32			Name of first release this object was associated with
SURVEY	varchar	32			Survey name
PROGRAMNAME	varchar	32			Program name
CHUNK	varchar	32			Chunk name
PLATERUN	varchar	32			Plate drill run name
MJD	bigint	8			Modified Julian Date of observation
PLATE	bigint	8			Plate number
FIBERID	bigint	8			Fiber number (1-640)
RUN2D	varchar	32			Name of 2D rerun
RUN1D	varchar	32			Name of 1D rerun
RUNSSPP	varchar	32			Name of SSPP rerun
TARGETSTRING	varchar	32			ASCII translation of target selection information as determined at the time the plate was designed
PRIMTARGET	bigint	8			Target selection information at plate design, primary science selection (for backwards compatibility)
SECTARGET	bigint	8			Target selection information at plate design, secondary/qa/calib selection (for backwards compatibility)
LEGACY_TARGET1	bigint	8			Legacy target selection information at plate design, primary science selection
LEGACY_TARGET2	bigint	8			Legacy target selection information at plate design, secondary/qa/calib selection
SPECIAL_TARGET1	bigint	8			Special program target selection information at plate design, primary science selection
SPECIAL_TARGET2	bigint	8			Special program target selection information at plate design, secondary/qa/calib selection
SEGUE1_TARGET1	bigint	8			SEGUE-1 target selection information at plate design, primary science selection
SEGUE1_TARGET2	bigint	8			SEGUE-1 target selection information at plate design, secondary/qa/calib selection
SEGUE2_TARGET1	bigint	8			SEGUE-2 target selection information at plate design, primary science selection
SEGUE2_TARGET2	bigint	8			SEGUE-2 target selection information at plate design, secondary/qa/calib selection
SPECTYPEHAMMER	varchar	32			Spectral Type from HAMMER
SPECTYPESUBCLASS	varchar	32			SpecBS sub-classification
FLAG	varchar	32			Flag with combination of four letters among BCdDEgGhHlnNSV, n=normal
TEFFADOP	real	4	Kelvin		Adopted Teff, bi-weigth average of estimators with indicator variable of 1
TEFFADOPN	tinyint	1	Kelvin		Number of estimators used in bi-weight average
TEFFADOPUNC	real	4	Kelvin		Error in the adopted temperature
TEFFHA24	real	4	Kelvin		Teff estimate from HA24
TEFFHD24	real	4	Kelvin		Teff estimate from HD24
TEFFNGS1	real	4	Kelvin		Teff estimate from NGS1
TEFFANNSR	real	4	Kelvin		Teff estimate from ANNSR
TEFFANNRR	real	4	Kelvin		Teff estimate from ANNRR
TEFFWBG	real	4	Kelvin		Teff estimate from WBG
TEFFK24	real	4	Kelvin		Teff estimate from k24
TEFFKI13	real	4	Kelvin		Teff estimate from ki13
TEFFHA24IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFHD24IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFNGS1IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFANNSRIND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFANNRRIND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFWBGIND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFK24IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFKI13IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFHA24UNC	real	4	Kelvin		Error in Teff estimate from HA24
TEFFHD24UNC	real	4	Kelvin		Error in Teff estimate from HD24
TEFFNGS1UNC	real	4	Kelvin		Error in Teff estimate from NGS1
TEFFANNSRUNC	real	4	Kelvin		Error in Teff estimate from ANNSR
TEFFANNRRUNC	real	4	Kelvin		Error in Teff estimate from ANNRR
TEFFWBGUNC	real	4	Kelvin		Error in Teff estimate from WBG
TEFFK24UNC	real	4	Kelvin		Error in Teff estimate from k24
TEFFKI13UNC	real	4	Kelvin		Error in Teff estimate from ki13
LOGGADOP	real	4	dex		Adopted log g, bi-weigth average of estimators with indicator variable of 2
LOGGADOPN	tinyint	1			Number of log g estimators in used bi-weight average
LOGGADOPUNC	real	4	dex		Error in the adopted log g
LOGGNGS2	real	4	dex		log g estimate from NGS2
LOGGNGS1	real	4	dex		log g estimate from NGS1
LOGGANNSR	real	4	dex		log g estimate from ANNSR
LOGGANNRR	real	4	dex		log g estimate from ANNRR
LOGGCAI1	real	4	dex		log g estimate from CaI1
LOGGWBG	real	4	dex		log g estimate from WBG
LOGGK24	real	4	dex		log g estimate from k24
LOGGKI13	real	4	dex		log g estimate from ki13
LOGGNGS2IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
LOGGNGS1IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
LOGGANNSRIND	tinyint	1			Indicator variable, = 0 bad, = 1 good
LOGGANNRRIND	tinyint	1			Indicator variable, = 0 bad, = 1 good
LOGGCAI1IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
LOGGWBGIND	tinyint	1			Indicator variable, = 0 bad, = 1 good
LOGGK24IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
LOGGKI13IND	tinyint	1			Indicator variable, = 0 bad, = 1 good
LOGGNGS2UNC	real	4	dex		Error in log g estimate from NGS2
LOGGNGS1UNC	real	4	dex		Error in log g estimate from NGS1
LOGGANNSRUNC	real	4	dex		Error in log g estimate from ANNSR
LOGGANNRRUNC	real	4	dex		Error in log g estimate from ANNRR
LOGGCAI1UNC	real	4	dex		Error in log g estimate from CaI1
LOGGWBGUNC	real	4	dex		Error in log g estimate from WBG
LOGGK24UNC	real	4	dex		Error in log g estimate from k24
LOGGKI13UNC	real	4	dex		Error in log g estimate from ki13
FEHADOP	real	4	dex		Adopted [Fe/H], bi-weigth average of estimators with indicator variable of 2
FEHADOPN	tinyint	1			Number of estimators used in bi-weight average
FEHADOPUNC	real	4	dex		Error in the adopted [Fe/H]
FEHNGS2	real	4	dex		[Fe/H] estimate from NGS2
FEHNGS1	real	4	dex		[Fe/H] estimate from NGS1
FEHANNSR	real	4	dex		[Fe/H] estimate from ANNSR
FEHANNRR	real	4	dex		[Fe/H] estimate from ANNRR
FEHCAIIK1	real	4	dex		[Fe/H] estimate from CaIIK1
FEHCAIIK2	real	4	dex		[Fe/H] estimate from CaIIK2
FEHCAIIK3	real	4	dex		[Fe/H] estimate from CaIIK3
FEHWBG	real	4	dex		[Fe/H] estimate from WBG
FEHK24	real	4	dex		[Fe/H] estimate from k24
FEHKI13	real	4	dex		[Fe/H] estimate from ki13
FEHNGS2IND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHNGS1IND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHANNSRIND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHANNRRIND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHCAIIK1IND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHCAIIK2IND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHCAIIK3IND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHWBGIND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHK24IND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHKI13IND	tinyint	1			Indicator variable, = 0 bad, = 1 low S/N or out of g-r color range, = 2 good
FEHNGS2UNC	real	4	dex		Error in [Fe/H] estimate from NGS2
FEHNGS1UNC	real	4	dex		Error in [Fe/H] estimate from NGS1
FEHANNSRUNC	real	4	dex		Error in [Fe/H] estimate from ANNSR
FEHANNRRUNC	real	4	dex		Error in [Fe/H] estimate from ANNRR
FEHCAIIK1UNC	real	4	dex		Error in [Fe/H] estiimate from CaIIK1
FEHCAIIK2UNC	real	4	dex		Error in [Fe/H] estimate from CaIIK2
FEHCAIIK3UNC	real	4	dex		Error in [Fe/H] estimate from CaIIK3
FEHWBGUNC	real	4	dex		Error in [Fe/H] estimate from WBG
FEHK24UNC	real	4	dex		Error in [Fe/H] estimate from k24
FEHKI13UNC	real	4	dex		Error in [Fe/H] estimate from ki13
SNR	real	4			Average S/N per pixel over 4000 - 8000 A
QA	tinyint	1			Quality check on spectrum, depending on S/N
CCCAHK	real	4			Correlation coefficient over 3850-4250 A
CCMGH	real	4			Correlation coefficient over 4500-5500 A
TEFFSPEC	real	4	Kelvin		Spectroscopically determined Teff, color independent
TEFFSPECN	tinyint	1			Number of estimators used in average
TEFFSPECUNC	real	4	Kelvin		Error in the spectroscopically determined Teff
LOGGSPEC	real	4	dex		Spectroscopically determined log g, color independent
LOGGSPECN	tinyint	1			Number of estimators used in average
LOGGSPECUNC	real	4	dex		Error in the spectroscopically determined log g
FEHSPEC	real	4	dex		Spectroscopically determined [Fe/H], color independent
FEHSPECN	tinyint	1			Number of estimators used in average
FEHSPECUNC	real	4	dex		Error in the spectroscopically determined [Fe/H]
ACF1	real	4			Auto-Correlation Function over 4000-4086/4116-4325/4355-4500
ACF1SNR	real	4			Average signal-to-noise ratio in Auto-Correlation Function 1 (ACF1)
ACF2	real	4			Auto-Correlation Functioin over 4000-4086/4116-4280/4280-4500
ACF2SNR	real	4			Average signal-to-noise ratio in Auto-Correlation Function 2 (ACF2)
INSPECT	varchar	32			Flag with combination of six letters among FTtMmCn, for inspecting spectra
ELODIERVFINAL	real	4	km/s		Velocity as measured by Elodie library templates, converted to km/s and with the empirical 7.3 km/s offset applied (see Yanny et al. 2009, AJ, 137, 4377)
ELODIERVFINALERR	real	4	km/s		Uncertainty in the measured Elodie RV, as determined from the chisq template-fitting routine. See the discussion of empirically-determined velocity errors in Yanny et al. 2009, AJ, 137, 4377
ZWARNING	bigint	8			Warning flags about velocity/redshift determinations
TEFFIRFM	real	4	Kelvin		Teff from Infrared Flux Methods (IRFM)
TEFFIRFMIND	tinyint	1			Indicator variable, = 0 bad, = 1 good
TEFFIRFMUNC	real	4	dex		Error in Teff estimate from IRFM
LOGGNGS1IRFM	real	4	dex		log g estimate from NGS1 while fixing Teff from IRFM
LOGGNGS1IRFMIND	tinyint	1			Indicator variable, = 0 bad, =1 good
LOGGNGS1IRFMUNC	real	4	dex		Error in log g from NGS1 while fixing Teff from IRFM
FEHNGS1IRFM	real	4	dex		[Fe/H] estimate from NGS1 while fixing Teff from IRFM
FEHNGS1IRFMIND	tinyint	1			Indicator variable, =0 bad, = 1 good
FEHNGS1IRFMUNC	real	4	dex		Error in [Fe/H] from NGS1 while fixing Teff from IRFM
LOGGCAI1IRFM	real	4	dex		log g estimate from CAI1 with fixed IRFM Teff
LOGGCAI1IRFMIND	tinyint	1			Indicator variable, =0 bad, = 1 good
LOGGCAI1IRFMUNC	real	4	dex		Error in log g from CAI1 with fixed IRFM Teff
FEHCAIIK1IRFM	real	4	dex		[Fe/H] from CaIIK1 with fixed IRFM Teff
FEHCAIIK1IRFMIND	tinyint	1			Indicator variable, =0 bad, = 1 good
FEHCAIIK1IRFMUNC	real	4	dex		Error in [Fe/H] from CaIIK1 with fixed IRFM Teff