AstroGrid DSA/Catalogue

© 2002-2010 AstroGrid

Installation notes

• Welcome page
• Documentation index
• Release notes
• Version information

Self-tests

• Apache Axis self-check
• Initial properties check
• Installation self-test
• CEA interface self-test
• SQL syntax test (SLOW!)

Public metadata

• VOSI resources

Server administration

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Service fingerprints

• General service fingerprint
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Self-query interface

• ADQL/XML query
• Cone search
• Multiple cone-search
• TAP query

Table and column metadata

Table Meta-document for SDSS Data Release 9 (DR9)

Table AtlasOutline

Contains a record describing each AtlasOutline objec

Column	Type	Units	UCD	Error	Description	Links
objID	long				Unique Id number, composed of rerun, run, camcol, field, objid
size	int				number of spans allocated
nspan	int				actual number of spans
row0	int				row offset from parent region
col0	int				col offset from parent region
rmin	int	pix			bounding box min row
rmax	int	pix			bounding box max row
cmin	int	pix			bounding box min col
cmax	int	pix			bounding box max col
npix	int	pix			number of pixels in object
span	string				span data as string

Table DBColumns

Every column of every table has a description in this tabl

Column	Type	Units	UCD	Error	Description	Links
tablename	string				The name of the parent table
name	string				The name of column
unit	string				Optional description of units
ucd	string				Optional UCD definition
enum	string				Optional link to an enumerated table
description	string				One line description of column
rank	int				Optional position of column in table column display

Table DBObjects

Every SkyServer database object has a one line description in this tabl

Column	Type	Units	UCD	Error	Description	Links
name	string				Name of the object
type	string				Its system type
access	string				Defines user or admin access
description	string				One line description of contents
text	string				Detailed description of contents
rank	int				Optional position of column in table display

Table DBViewCols

The columns of each view are stored for the auto-documentatio

Column	Type	Units	UCD	Error	Description	Links
name	string				The name of column
viewname	string				The name of the view
parent	string				The name of the parent

Table DataConstants

The table stores the values of various enumerated and bitmask columnns

Column	Type	Units	UCD	Error	Description	Links
field	string				Field Name
name	string				Constant Name
value	int				Type value
description	string				Short description

Table Dependency

Contains the detailed inventory of database object

Column	Type	Units	UCD	Error	Description	Links
filename	string				The name of the sql file
parent	string				Name of caller
child	string				Name of called function

Table Diagnostics

This table stores a full diagnostic snapshot of the database

Column	Type	Units	UCD	Error	Description	Links
name	string				Name of object
type	string				System type of the object (U:table, V:view, F: function, P: stored proc)
count	long				Optional row count, where applicable

Table FIRST

SDSS objects that match to FIRST objects have their match parameters stored her

Column	Type	Units	UCD	Error	Description	Links
objID	long				unique id, points to photoObj
ra	double	deg			FIRST source right ascension, J2000
dec	double	deg			FIRST source declination, J2000
warning	string				warning in FIRST catalog
peak	float	mJy			Peak FIRST radio flux
integr	float	mJy			Integrated FIRST radio flux
rms	float	mJy			rms error in flux
major	float	arcsec			Major axis (deconvolved)
minor	float	arcsec			Minor axis (deconvolved)
pa	float	deg			position angle (east of north)
skyrms	float	mJy			background rms error in flux

Table Field

All the measured parameters and calibrations of a photometric fiel

Column	Type	Units	UCD	Error	Description	Links
fieldID	long				Unique SDSS identifier composed from [skyVersion,rerun,run,camcol,field].
skyVersion	int				Layer of catalog (currently only one layer, 0; 0-15 available)
run	int				Run number
rerun	int				Rerun number
camcol	int				Camera column
field	int				Field number
nTotal	int				Number of total objects in the field
nObjects	int				Number of non-bright objects in the field
nChild	int				Number of "child" objects in the field
nGalaxy	int				Number of objects classified as "galaxy"
nStars	int				Number of objects classified as "star"
nCR_u	int				Number of cosmics in u-band
nCR_g	int				Number of cosmics in g-band
nCR_r	int				Number of cosmics in r-band
nCR_i	int				Number of cosmics in i-band
nCR_z	int				Number of cosmics in z-band
nBrightObj_u	int				Number of bright objects in u-band
nBrightObj_g	int				Number of bright objects in g-band
nBrightObj_r	int				Number of bright objects in r-band
nBrightObj_i	int				Number of bright objects in i-band
nBrightObj_z	int				Number of bright objects in z-band
nFaintObj_u	int				Number of faint objects in u-band
nFaintObj_g	int				Number of faint objects in g-band
nFaintObj_r	int				Number of faint objects in r-band
nFaintObj_i	int				Number of faint objects in i-band
nFaintObj_z	int				Number of faint objects in z-band
quality	int				Quality of field
mjd_u	double				MJD(TAI) when row 0 of u-band field was read
mjd_g	double				MJD(TAI) when row 0 of g-band field was read
mjd_r	double				MJD(TAI) when row 0 of r-band field was read
mjd_i	double				MJD(TAI) when row 0 of i-band field was read
mjd_z	double				MJD(TAI) when row 0 of z-band field was read
a_u	float				a term in astrometry for u-band
a_g	float				a term in astrometry for g-band
a_r	float				a term in astrometry for r-band
a_i	float				a term in astrometry for i-band
a_z	float				a term in astrometry for z-band
b_u	float				b term in astrometry for u-band
b_g	float				b term in astrometry for g-band
b_r	float				b term in astrometry for r-band
b_i	float				b term in astrometry for i-band
b_z	float				b term in astrometry for z-band
c_u	float				c term in astrometry for u-band
c_g	float				c term in astrometry for g-band
c_r	float				c term in astrometry for r-band
c_i	float				c term in astrometry for i-band
c_z	float				c term in astrometry for z-band
d_u	float				d term in astrometry for u-band
d_g	float				d term in astrometry for g-band
d_r	float				d term in astrometry for r-band
d_i	float				d term in astrometry for i-band
d_z	float				d term in astrometry for z-band
e_u	float				e term in astrometry for u-band
e_g	float				e term in astrometry for g-band
e_r	float				e term in astrometry for r-band
e_i	float				e term in astrometry for i-band
e_z	float				e term in astrometry for z-band
f_u	float				f term in astrometry for u-band
f_g	float				f term in astrometry for g-band
f_r	float				f term in astrometry for r-band
f_i	float				f term in astrometry for i-band
f_z	float				f term in astrometry for z-band
dRow0_u	float				Zero-order row distortion coefficient in u-band
dRow0_g	float				Zero-order row distortion coefficient in g-band
dRow0_r	float				Zero-order row distortion coefficient in r-band
dRow0_i	float				Zero-order row distortion coefficient in i-band
dRow0_z	float				Zero-order row distortion coefficient in z-band
dRow1_u	float				First-order row distortion coefficient in u-band
dRow1_g	float				First-order row distortion coefficient in g-band
dRow1_r	float				First-order row distortion coefficient in r-band
dRow1_i	float				First-order row distortion coefficient in i-band
dRow1_z	float				First-order row distortion coefficient in z-band
dRow2_u	float				Second-order row distortion coefficient in u-band
dRow2_g	float				Second-order row distortion coefficient in g-band
dRow2_r	float				Second-order row distortion coefficient in r-band
dRow2_i	float				Second-order row distortion coefficient in i-band
dRow2_z	float				Second-order row distortion coefficient in z-band
dRow3_u	float				Third-order row distortion coefficient in u-band
dRow3_g	float				Third-order row distortion coefficient in g-band
dRow3_r	float				Third-order row distortion coefficient in r-band
dRow3_i	float				Third-order row distortion coefficient in i-band
dRow3_z	float				Third-order row distortion coefficient in z-band
dCol0_u	float				Zero-order column distortion coefficient in u-band
dCol0_g	float				Zero-order column distortion coefficient in g-band
dCol0_r	float				Zero-order column distortion coefficient in r-band
dCol0_i	float				Zero-order column distortion coefficient in i-band
dCol0_z	float				Zero-order column distortion coefficient in z-band
dCol1_u	float				First-order column distortion coefficient in u-band
dCol1_g	float				First-order column distortion coefficient in g-band
dCol1_r	float				First-order column distortion coefficient in r-band
dCol1_i	float				First-order column distortion coefficient in i-band
dCol1_z	float				First-order column distortion coefficient in z-band
dCol2_u	float				Second-order column distortion coefficient in u-band
dCol2_g	float				Second-order column distortion coefficient in g-band
dCol2_r	float				Second-order column distortion coefficient in r-band
dCol2_i	float				Second-order column distortion coefficient in i-band
dCol2_z	float				Second-order column distortion coefficient in z-band
dCol3_u	float				Third-order column distortion coefficient in u-band
dCol3_g	float				Third-order column distortion coefficient in g-band
dCol3_r	float				Third-order column distortion coefficient in r-band
dCol3_i	float				Third-order column distortion coefficient in i-band
dCol3_z	float				Third-order column distortion coefficient in z-band
csRow_u	float				Slope in row DCR correction for blue objects (u-band)
csRow_g	float				Slope in row DCR correction for blue objects (g-band)
csRow_r	float				Slope in row DCR correction for blue objects (r-band)
csRow_i	float				Slope in row DCR correction for blue objects (i-band)
csRow_z	float				Slope in row DCR correction for blue objects (z-band)
csCol_u	float				Slope in column DCR correction for blue objects (u-band)
csCol_g	float				Slope in column DCR correction for blue objects (g-band)
csCol_r	float				Slope in column DCR correction for blue objects (r-band)
csCol_i	float				Slope in column DCR correction for blue objects (i-band)
csCol_z	float				Slope in column DCR correction for blue objects (z-band)
ccRow_u	float				Constant row DCR correction for blue objects (u-band)
ccRow_g	float				Constant row DCR correction for blue objects (g-band)
ccRow_r	float				Constant row DCR correction for blue objects (r-band)
ccRow_i	float				Constant row DCR correction for blue objects (i-band)
ccRow_z	float				Constant row DCR correction for blue objects (z-band)
ccCol_u	float				Constant column DCR correction for blue objects (u-band)
ccCol_g	float				Constant column DCR correction for blue objects (g-band)
ccCol_r	float				Constant column DCR correction for blue objects (r-band)
ccCol_i	float				Constant column DCR correction for blue objects (i-band)
ccCol_z	float				Constant column DCR correction for blue objects (z-band)
riCut_u	float				r-i cutoff between blue and red objects (for u-band astrometry)
riCut_g	float				r-i cutoff between blue and red objects (for g-band astrometry)
riCut_r	float				r-i cutoff between blue and red objects (for r-band astrometry)
riCut_i	float				r-i cutoff between blue and red objects (for i-band astrometry)
riCut_z	float				r-i cutoff between blue and red objects (for z-band astrometry)
airmass_u	float	mag			Airmass for star at frame center (midway through u-band exposure)
airmass_g	float	mag			Airmass for star at frame center (midway through g-band exposure)
airmass_r	float	mag			Airmass for star at frame center (midway through r-band exposure)
airmass_i	float	mag			Airmass for star at frame center (midway through i-band exposure)
airmass_z	float	mag			Airmass for star at frame center (midway through z-band exposure)
muErr_u	float	arcsec			Error in mu in astrometric calibration (for u-band)
muErr_g	float	arcsec			Error in mu in astrometric calibration (for g-band)
muErr_r	float	arcsec			Error in mu in astrometric calibration (for r-band)
muErr_i	float	arcsec			Error in mu in astrometric calibration (for i-band)
muErr_z	float	arcsec			Error in mu in astrometric calibration (for z-band)
nuErr_u	float	arcsec			Error in nu in astrometric calibration (for u-band)
nuErr_g	float	arcsec			Error in nu in astrometric calibration (for g-band)
nuErr_r	float	arcsec			Error in nu in astrometric calibration (for r-band)
nuErr_i	float	arcsec			Error in nu in astrometric calibration (for i-band)
nuErr_z	float	arcsec			Error in nu in astrometric calibration (for z-band)
ra	double	deg			Center RA of field
dec	double	deg			Center Dec of field
raMin	double	deg			Minimum RA of field
raMax	double	deg			Maximum RA of field
decMin	double	deg			Minimum Dec of field
decMax	double	deg			Maximum Dec of field
pixScale	double	arcsec/pix			Mean size of pixel (r-band)
primaryArea	double	deg^2			Area covered by primary part of field
photoStatus	int				Frames processing status bitmask
rowOffset_u	float	pix			Offset to add to transformed row coordinates (u-band)
rowOffset_g	float	pix			Offset to add to transformed row coordinates (g-band)
rowOffset_r	float	pix			Offset to add to transformed row coordinates (r-band)
rowOffset_i	float	pix			Offset to add to transformed row coordinates (i-band)
rowOffset_z	float	pix			Offset to add to transformed row coordinates (z-band)
colOffset_u	float	pix			Offset to add to transformed row coordinates (u-band)
colOffset_g	float	pix			Offset to add to transformed row coordinates (g-band)
colOffset_r	float	pix			Offset to add to transformed row coordinates (r-band)
colOffset_i	float	pix			Offset to add to transformed row coordinates (i-band)
colOffset_z	float	pix			Offset to add to transformed row coordinates (z-band)
saturationLevel_u	int	counts			Saturation level in u-band
saturationLevel_g	int	counts			Saturation level in g-band
saturationLevel_r	int	counts			Saturation level in r-band
saturationLevel_i	int	counts			Saturation level in i-band
saturationLevel_z	int	counts			Saturation level in z-band
nEffPsf_u	float	pix			Effective area of PSF (u-band)
nEffPsf_g	float	pix			Effective area of PSF (g-band)
nEffPsf_r	float	pix			Effective area of PSF (r-band)
nEffPsf_i	float	pix			Effective area of PSF (i-band)
nEffPsf_z	float	pix			Effective area of PSF (z-band)
skyPsp_u	float	nmgy/arcsec^2			Sky estimate from PSP (u-band)
skyPsp_g	float	nmgy/arcsec^2			Sky estimate from PSP (g-band)
skyPsp_r	float	nmgy/arcsec^2			Sky estimate from PSP (r-band)
skyPsp_i	float	nmgy/arcsec^2			Sky estimate from PSP (i-band)
skyPsp_z	float	nmgy/arcsec^2			Sky estimate from PSP (z-band)
skyFrames_u	float	nmgy/arcsec^2			Frames sky value
skyFrames_g	float	nmgy/arcsec^2			Frames sky value
skyFrames_r	float	nmgy/arcsec^2			Frames sky value
skyFrames_i	float	nmgy/arcsec^2			Frames sky value
skyFrames_z	float	nmgy/arcsec^2			Frames sky value
skyFramesSub_u	float	nmgy/arcsec^2			Frames sky value after object subtraction
skyFramesSub_g	float	nmgy/arcsec^2			Frames sky value after object subtraction
skyFramesSub_r	float	nmgy/arcsec^2			Frames sky value after object subtraction
skyFramesSub_i	float	nmgy/arcsec^2			Frames sky value after object subtraction
skyFramesSub_z	float	nmgy/arcsec^2			Frames sky value after object subtraction
sigPix_u	float	nmgy/arcsec^2			Sigma of pixel values in u-band frame (clipped)
sigPix_g	float	nmgy/arcsec^2			Sigma of pixel values in g-band frame (clipped)
sigPix_r	float	nmgy/arcsec^2			Sigma of pixel values in r-band frame (clipped)
sigPix_i	float	nmgy/arcsec^2			Sigma of pixel values in i-band frame (clipped)
sigPix_z	float	nmgy/arcsec^2			Sigma of pixel values in z-band frame (clipped)
devApCorrection_u	float				deV aperture correction (u-band)
devApCorrection_g	float				deV aperture correction (g-band)
devApCorrection_r	float				deV aperture correction (r-band)
devApCorrection_i	float				deV aperture correction (i-band)
devApCorrection_z	float				deV aperture correction (z-band)
devApCorrectionErr_u	float				Error in deV aperture correction (u-band)
devApCorrectionErr_g	float				Error in deV aperture correction (g-band)
devApCorrectionErr_r	float				Error in deV aperture correction (r-band)
devApCorrectionErr_i	float				Error in deV aperture correction (i-band)
devApCorrectionErr_z	float				Error in deV aperture correction (z-band)
expApCorrection_u	float				exponential aperture correction (u-band)
expApCorrection_g	float				exponential aperture correction (g-band)
expApCorrection_r	float				exponential aperture correction (r-band)
expApCorrection_i	float				exponential aperture correction (i-band)
expApCorrection_z	float				exponential aperture correction (z-band)
expApCorrectionErr_u	float				Error in exponential aperture correction (u-band)
expApCorrectionErr_g	float				Error in exponential aperture correction (g-band)
expApCorrectionErr_r	float				Error in exponential aperture correction (r-band)
expApCorrectionErr_i	float				Error in exponential aperture correction (i-band)
expApCorrectionErr_z	float				Error in exponential aperture correction (z-band)
devModelApCorrection_u	float				model aperture correction, for deV case (u-band)
devModelApCorrection_g	float				model aperture correction, for deV case (g-band)
devModelApCorrection_r	float				model aperture correction, for deV case (r-band)
devModelApCorrection_i	float				model aperture correction, for deV case (i-band)
devModelApCorrection_z	float				model aperture correction, for deV case (z-band)
devModelApCorrectionErr_u	float				Error in model aperture correction, for deV case (u-band)
devModelApCorrectionErr_g	float				Error in model aperture correction, for deV case (g-band)
devModelApCorrectionErr_r	float				Error in model aperture correction, for deV case (r-band)
devModelApCorrectionErr_i	float				Error in model aperture correction, for deV case (i-band)
devModelApCorrectionErr_z	float				Error in model aperture correction, for deV case (z-band)
expModelApCorrection_u	float				model aperture correction, for exponential case (u-band)
expModelApCorrection_g	float				model aperture correction, for exponential case (g-band)
expModelApCorrection_r	float				model aperture correction, for exponential case (r-band)
expModelApCorrection_i	float				model aperture correction, for exponential case (i-band)
expModelApCorrection_z	float				model aperture correction, for exponential case (z-band)
expModelApCorrectionErr_u	float				Error in model aperture correction, for exponential case (u-band)
expModelApCorrectionErr_g	float				Error in model aperture correction, for exponential case (g-band)
expModelApCorrectionErr_r	float				Error in model aperture correction, for exponential case (r-band)
expModelApCorrectionErr_i	float				Error in model aperture correction, for exponential case (i-band)
expModelApCorrectionErr_z	float				Error in model aperture correction, for exponential case (z-band)
medianFiberColor_u	float				Median fiber magnitude of objects (u-band)
medianFiberColor_g	float				Median fiber magnitude of objects (g-band)
medianFiberColor_r	float				Median fiber magnitude of objects (r-band)
medianFiberColor_i	float				Median fiber magnitude of objects (i-band)
medianFiberColor_z	float				Median fiber magnitude of objects (z-band)
medianPsfColor_u	float				Median PSF magnitude of objects (u-band)
medianPsfColor_g	float				Median PSF magnitude of objects (g-band)
medianPsfColor_r	float				Median PSF magnitude of objects (r-band)
medianPsfColor_i	float				Median PSF magnitude of objects (i-band)
medianPsfColor_z	float				Median PSF magnitude of objects (z-band)
q_u	float				Means Stokes Q parameter in u-band frame
q_g	float				Means Stokes Q parameter in g-band frame
q_r	float				Means Stokes Q parameter in r-band frame
q_i	float				Means Stokes Q parameter in i-band frame
q_z	float				Means Stokes Q parameter in z-band frame
u_u	float				Means Stokes U parameter in u-band frame
u_g	float				Means Stokes U parameter in g-band frame
u_r	float				Means Stokes U parameter in r-band frame
u_i	float				Means Stokes U parameter in i-band frame
u_z	float				Means Stokes U parameter in z-band frame
pspStatus	int				Maximum value of PSP (Postage Stamp Pipeline) status over all 5 filters
sky_u	float	nmgy/arcsec^2			PSP estimate of sky in u-band
sky_g	float	nmgy/arcsec^2			PSP estimate of sky in g-band
sky_r	float	nmgy/arcsec^2			PSP estimate of sky in r-band
sky_i	float	nmgy/arcsec^2			PSP estimate of sky in i-band
sky_z	float	nmgy/arcsec^2			PSP estimate of sky in z-band
skySig_u	float	mag			Fractional Sigma of Sky Value Distribution, expressed as magnitude. Sky noise = skySig * sky * ln(10)/2.5
skySig_g	float	mag			Fractional Sigma of Sky Value Distribution, expressed as magnitude. Sky noise = skySig * sky * ln(10)/2.5
skySig_r	float	mag			Fractional Sigma of Sky Value Distribution, expressed as magnitude. Sky noise = skySig * sky * ln(10)/2.5
skySig_i	float	mag			Fractional Sigma of Sky Value Distribution, expressed as magnitude. Sky noise = skySig * sky * ln(10)/2.5
skySig_z	float	mag			Fractional Sigma of Sky Value Distribution, expressed as magnitude. Sky noise = skySig * sky * ln(10)/2.5
skyErr_u	float	nmgy/arcsec^2			Error in PSP estimate of sky in u-band
skyErr_g	float	nmgy/arcsec^2			Error in PSP estimate of sky in g-band
skyErr_r	float	nmgy/arcsec^2			Error in PSP estimate of sky in r-band
skyErr_i	float	nmgy/arcsec^2			Error in PSP estimate of sky in i-band
skyErr_z	float	nmgy/arcsec^2			Error in PSP estimate of sky in z-band
skySlope_u	float	nmgy/arcsec^2/field			Rate of change in sky value along columns (u-band)
skySlope_g	float	nmgy/arcsec^2/field			Rate of change in sky value along columns (g-band)
skySlope_r	float	nmgy/arcsec^2/field			Rate of change in sky value along columns (r-band)
skySlope_i	float	nmgy/arcsec^2/field			Rate of change in sky value along columns (i-band)
skySlope_z	float	nmgy/arcsec^2/field			Rate of change in sky value along columns (z-band)
lbias_u	float	ADUs			Left-hand amplifier bias level (u-band) XXX make sure to apply DSCALE, counts or ADU?
lbias_g	float	ADUs			Left-hand amplifier bias level (g-band)
lbias_r	float	ADUs			Left-hand amplifier bias level (r-band)
lbias_i	float	ADUs			Left-hand amplifier bias level (i-band)
lbias_z	float	ADUs			Left-hand amplifier bias level (z-band)
rbias_u	float	ADUs			Right-hand amplifier bias level (u-band)
rbias_g	float	ADUs			Right-hand amplifier bias level (g-band)
rbias_r	float	ADUs			Right-hand amplifier bias level (r-band)
rbias_i	float	ADUs			Right-hand amplifier bias level (i-band)
rbias_z	float	ADUs			Right-hand amplifier bias level (z-band)
nProf_u	int				Number of bins in PSF profile (in fieldProfile table)
nProf_g	int				Number of bins in PSF profile (in fieldProfile table)
nProf_r	int				Number of bins in PSF profile (in fieldProfile table)
nProf_i	int				Number of bins in PSF profile (in fieldProfile table)
nProf_z	int				Number of bins in PSF profile (in fieldProfile table)
psfNStar_u	int				Number of stars used in PSF measurement (u-band)
psfNStar_g	int				Number of stars used in PSF measurement (g-band)
psfNStar_r	int				Number of stars used in PSF measurement (r-band)
psfNStar_i	int				Number of stars used in PSF measurement (i-band)
psfNStar_z	int				Number of stars used in PSF measurement (z-band)
psfApCorrectionErr_u	float	mag			Photometric uncertainty due to imperfect PSF model (u-band)
psfApCorrectionErr_g	float	mag			Photometric uncertainty due to imperfect PSF model (g-band)
psfApCorrectionErr_r	float	mag			Photometric uncertainty due to imperfect PSF model (r-band)
psfApCorrectionErr_i	float	mag			Photometric uncertainty due to imperfect PSF model (i-band)
psfApCorrectionErr_z	float	mag			Photometric uncertainty due to imperfect PSF model (z-band)
psfSigma1_u	float	arcsec			Inner gaussian sigma for composite fit
psfSigma1_g	float	arcsec			Inner gaussian sigma for composite fit
psfSigma1_r	float	arcsec			Inner gaussian sigma for composite fit
psfSigma1_i	float	arcsec			Inner gaussian sigma for composite fit
psfSigma1_z	float	arcsec			Inner gaussian sigma for composite fit
psfSigma2_u	float	arcsec			Outer gaussian sigma for composite fit
psfSigma2_g	float	arcsec			Outer gaussian sigma for composite fit
psfSigma2_r	float	arcsec			Outer gaussian sigma for composite fit
psfSigma2_i	float	arcsec			Outer gaussian sigma for composite fit
psfSigma2_z	float	arcsec			Outer gaussian sigma for composite fit
psfB_u	float				Ratio of inner to outer components at origin (composite fit)
psfB_g	float				Ratio of inner to outer components at origin (composite fit)
psfB_r	float				Ratio of inner to outer components at origin (composite fit)
psfB_i	float				Ratio of inner to outer components at origin (composite fit)
psfB_z	float				Ratio of inner to outer components at origin (composite fit)
psfP0_u	float				Value of power law at origin in composite fit XXX
psfP0_g	float				Value of power law at origin in composite fit XXX
psfP0_r	float				Value of power law at origin in composite fit XXX
psfP0_i	float				Value of power law at origin in composite fit XXX
psfP0_z	float				Value of power law at origin in composite fit XXX
psfBeta_u	float				Slope of power law in composite fit
psfBeta_g	float				Slope of power law in composite fit
psfBeta_r	float				Slope of power law in composite fit
psfBeta_i	float				Slope of power law in composite fit
psfBeta_z	float				Slope of power law in composite fit
psfSigmaP_u	float				Width of power law in composite fit
psfSigmaP_g	float				Width of power law in composite fit
psfSigmaP_r	float				Width of power law in composite fit
psfSigmaP_i	float				Width of power law in composite fit
psfSigmaP_z	float				Width of power law in composite fit
psfWidth_u	float	arcsec			Effective PSF width from 2-Gaussian fit (u-band)
psfWidth_g	float	arcsec			Effective PSF width from 2-Gaussian fit (g-band)
psfWidth_r	float	arcsec			Effective PSF width from 2-Gaussian fit (r-band)
psfWidth_i	float	arcsec			Effective PSF width from 2-Gaussian fit (i-band)
psfWidth_z	float	arcsec			Effective PSF width from 2-Gaussian fit (z-band)
psfPsfCounts_u	float	counts			Flux via fit to PSF (u-band) XXX
psfPsfCounts_g	float	counts			Flux via fit to PSF (g-band) XXX
psfPsfCounts_r	float	counts			Flux via fit to PSF (r-band) XXX
psfPsfCounts_i	float	counts			Flux via fit to PSF (i-band) XXX
psfPsfCounts_z	float	counts			Flux via fit to PSF (z-band) XXX
psf2GSigma1_u	float	arcsec			Sigma of inner gaussian in 2-Gaussian fit (u-band)
psf2GSigma1_g	float	arcsec			Sigma of inner gaussian in 2-Gaussian fit (g-band)
psf2GSigma1_r	float	arcsec			Sigma of inner gaussian in 2-Gaussian fit (r-band)
psf2GSigma1_i	float	arcsec			Sigma of inner gaussian in 2-Gaussian fit (i-band)
psf2GSigma1_z	float	arcsec			Sigma of inner gaussian in 2-Gaussian fit (z-band)
psf2GSigma2_u	float	arcsec			Sigma of outer gaussian in 2-Gaussian fit (u-band)
psf2GSigma2_g	float	arcsec			Sigma of outer gaussian in 2-Gaussian fit (g-band)
psf2GSigma2_r	float	arcsec			Sigma of outer gaussian in 2-Gaussian fit (r-band)
psf2GSigma2_i	float	arcsec			Sigma of outer gaussian in 2-Gaussian fit (i-band)
psf2GSigma2_z	float	arcsec			Sigma of outer gaussian in 2-Gaussian fit (z-band)
psf2GB_u	float				Ratio of inner to outer components at origin (2-Gaussian fit)
psf2GB_g	float				Ratio of inner to outer components at origin (2-Gaussian fit)
psf2GB_r	float				Ratio of inner to outer components at origin (2-Gaussian fit)
psf2GB_i	float				Ratio of inner to outer components at origin (2-Gaussian fit)
psf2GB_z	float				Ratio of inner to outer components at origin (2-Gaussian fit)
psfCounts_u	float	counts			PSF counts XXX
psfCounts_g	float	counts			PSF counts XXX
psfCounts_r	float	counts			PSF counts XXX
psfCounts_i	float	counts			PSF counts XXX
psfCounts_z	float	counts			PSF counts XXX
gain_u	float	electrons/DN			Gain averaged over amplifiers
gain_g	float	electrons/DN			Gain averaged over amplifiers
gain_r	float	electrons/DN			Gain averaged over amplifiers
gain_i	float	electrons/DN			Gain averaged over amplifiers
gain_z	float	electrons/DN			Gain averaged over amplifiers
darkVariance_u	float				Dark variance
darkVariance_g	float				Dark variance
darkVariance_r	float				Dark variance
darkVariance_i	float				Dark variance
darkVariance_z	float				Dark variance
score	float				Quality of field (0-1)
aterm_u	float	nmgy/count			nanomaggies per count due to instrument
aterm_g	float	nmgy/count			nanomaggies per count due to instrument
aterm_r	float	nmgy/count			nanomaggies per count due to instrument
aterm_i	float	nmgy/count			nanomaggies per count due to instrument
aterm_z	float	nmgy/count			nanomaggies per count due to instrument
kterm_u	float				atmospheric k-term at reference time in calibration
kterm_g	float				atmospheric k-term at reference time in calibration
kterm_r	float				atmospheric k-term at reference time in calibration
kterm_i	float				atmospheric k-term at reference time in calibration
kterm_z	float				atmospheric k-term at reference time in calibration
kdot_u	float	1/second			linear time variation of atmospheric k-term
kdot_g	float	1/second			linear time variation of atmospheric k-term
kdot_r	float	1/second			linear time variation of atmospheric k-term
kdot_i	float	1/second			linear time variation of atmospheric k-term
kdot_z	float	1/second			linear time variation of atmospheric k-term
reftai_u	double	second			reference TAI used for k-term
reftai_g	double	second			reference TAI used for k-term
reftai_r	double	second			reference TAI used for k-term
reftai_i	double	second			reference TAI used for k-term
reftai_z	double	second			reference TAI used for k-term
tai_u	double	second			TAI used for k-term
tai_g	double	second			TAI used for k-term
tai_r	double	second			TAI used for k-term
tai_i	double	second			TAI used for k-term
tai_z	double	second			TAI used for k-term
nStarsOffset_u	int				number of stars used for fieldOffset determination
nStarsOffset_g	int				number of stars used for fieldOffset determination
nStarsOffset_r	int				number of stars used for fieldOffset determination
nStarsOffset_i	int				number of stars used for fieldOffset determination
nStarsOffset_z	int				number of stars used for fieldOffset determination
fieldOffset_u	float	mag			offset of field from initial calibration (final minus initial magnitudes)
fieldOffset_g	float	mag			offset of field from initial calibration (final minus initial magnitudes)
fieldOffset_r	float	mag			offset of field from initial calibration (final minus initial magnitudes)
fieldOffset_i	float	mag			offset of field from initial calibration (final minus initial magnitudes)
fieldOffset_z	float	mag			offset of field from initial calibration (final minus initial magnitudes)
calibStatus_u	int				calibration status bitmask
calibStatus_g	int				calibration status bitmask
calibStatus_r	int				calibration status bitmask
calibStatus_i	int				calibration status bitmask
calibStatus_z	int				calibration status bitmask
imageStatus_u	int				image status bitmask
imageStatus_g	int				image status bitmask
imageStatus_r	int				image status bitmask
imageStatus_i	int				image status bitmask
imageStatus_z	int				image status bitmask
nMgyPerCount_u	float	nmgy/count			nanomaggies per count in u-band
nMgyPerCount_g	float	nmgy/count			nanomaggies per count in g-band
nMgyPerCount_r	float	nmgy/count			nanomaggies per count in r-band
nMgyPerCount_i	float	nmgy/count			nanomaggies per count in i-band
nMgyPerCount_z	float	nmgy/count			nanomaggies per count in z-band
nMgyPerCountIvar_u	float	(nmgy/count)^{-2}			Inverse variance of nanomaggies per count in u-band
nMgyPerCountIvar_g	float	(nmgy/count)^{-2}			Inverse variance of nanomaggies per count in g-band
nMgyPerCountIvar_r	float	(nmgy/count)^{-2}			Inverse variance of nanomaggies per count in r-band
nMgyPerCountIvar_i	float	(nmgy/count)^{-2}			Inverse variance of nanomaggies per count in i-band
nMgyPerCountIvar_z	float	(nmgy/count)^{-2}			Inverse variance of nanomaggies per count in z-band
ifield	int				field id used by resolve pipeline
muStart	double	arcsec			start of field in stripe coords (parallel to scan direction, 64 pixels clipped)
muEnd	double	arcsec			end of field in stripe coords (parallel to scan direction, 64 pixels clipped)
nuStart	double	arcsec			start of field in stripe coords (perpendicular to scan direction, 64 pixels clipped)
nuEnd	double	arcsec			end of field in stripe coords (perpendicular to scan direction, 64 pixels clipped)
ifindx	int				first entry for this field in the "findx" table matching fields and balkans
nBalkans	int				number of balkans contained in this field (and corresponding number of entries in the "findx" table)
loadVersion	int				Load Version

Table FieldProfile

The mean PSF profile for the field as determined from bright stars

Column	Type	Units	UCD	Error	Description	Links
bin	int				bin number (0..14)
band	int				u,g,r,i,z (0..4)
profMean	float	nmgy/arcsec^2			Mean pixel flux in annulus
profMed	float	nmgy/arcsec^2			Median profile
profSig	float	nmgy/arcsec^2			Sigma of profile
fieldID	long				links to the field object

Table FileGroupMap

For 'big' databases, maps big tables to their own file group

Column	Type	Units	UCD	Error	Description	Links
tableName	string				name of table or index
tableFileGroup	string				name of filegroup
indexFileGroup	string				name of the index filegroup
comment	string				explanation

Table Frame

Contains JPEG images of fields at various zoom factors, and their astrometry

Column	Type	Units	UCD	Error	Description	Links
fieldID	long				Link to the field table
zoom	int				Zoom level 2^(zoom/10)
run	int				Run number
rerun	int				Rerun number
camcol	int				Camera column
field	int				Field number
stripe	int				Stripe number
strip	string				Strip number (N or S)
a	double	deg			Astrometric coefficient
b	double	deg/pix			Astrometric coefficient
c	double	deg/pix			Astrometric coefficient
d	double	deg			Astrometric coefficient
e	double	deg/pix			Astrometric coefficient
f	double	deg/pix			Astrometric coefficient
node	double	deg			Astrometric coefficient
incl	double	deg			Astrometric coefficient
raMin	double	deg			Min of ra
raMax	double	deg			Max of ra
decMin	double	deg			Min of dec
decMax	double	deg			Max of dec
mu	double	deg			Survey mu of frame center
nu	double	deg			Survey nu of frame center
ra	double	deg			Ra of frame center
dec	double	deg			Dec of frame center
cx	double				Cartesian x of frame center
cy	double				Cartesian y of frame center
cz	double				Cartesian z of frame center
htmID	long				The htmID for point at frame center
img	int				The image in JPEG format

Table HalfSpace

The contraints for boundaries of the the different region

Column	Type	Units	UCD	Error	Description	Links
regionid	long				pointer to RegionDefs
convexid	long				unique id for the convex
x	double				x component of normal
y	double				y component of normal
z	double				z component of normal
c	double				offset from center along normal

Table History

Contains the detailed history of schema change

Column	Type	Units	UCD	Error	Description	Links
id	int				The unique key for entry
filename	string				The name of the sql file
date	string				Date of change
name	string				Name of person making the change
description	string				Detailed description of changes

Table IndexMap

Table containing the definition of all indice

Column	Type	Units	UCD	Error	Description	Links
indexmapid	int				unique primary key for the indexmap
code	string				one char designator of index category for lookup ('K'|'F'|'I')
type	string				index type, one of ('primary key'|'foreign key'|'index'|'unique index')
tableName	string				the name of the table the index is built on
fieldList	string				the list of columns to be included in the index
foreignKey	string				the definition of the foreign Key if any
indexgroup	string				the group id, one of ('PHOTO'|'TAG'|'SPECTRO'|'QSO'|'META'|'TILES'|'FINISH')

Table Inventory

Contains the detailed inventory of database object

Column	Type	Units	UCD	Error	Description	Links
filename	string				The name of the sql file
name	string				Name of DBObject
type	string				Detailed description of changes

Table LoadHistory

Tracks the loading history of the databas

Column	Type	Units	UCD	Error	Description	Links
loadversion	int
tstart	dateTime
tend	dateTime
dbname	string

Table Mask

Contains a record describing the each mask objec

Column	Type	Units	UCD	Error	Description	Links
maskID	long				Unique Id number, composed of skyversion, rerun, run, camcol, field, filter, mask
run	int				Run number
rerun	int				Rerun number
camcol	int				Camera column
field	int				Field number
mask	int				The object id within a field. Usually changes between reruns of the same field.
filter	int				The enumerated filter [0..4]
ra	double	deg			J2000 right ascension (r')
dec	double	deg			J2000 declination (r')
radius	double	deg			the radius of the bounding circle
area	string				Area descriptor for the mask object
type	int				enumerated type of mask
seeing	float	arcsecs			seeing width
cx	double				unit vector for ra+dec
cy	double				unit vector for ra+dec
cz	double				unit vector for ra+dec
htmID	long				20-deep hierarchical trangular mesh ID of this object

Table MaskedObject

Contains the objects inside a specific mas

Column	Type	Units	UCD	Error	Description	Links
objid	long				pointer to a PhotoObj
maskID	long				Unique maskid
maskType	int				enumerated type of mask

Table PartitionMap

Shows the names of partitions/filegroups and their relative size

Column	Type	Units	UCD	Error	Description	Links
fileGroupName	string				name of table or index
size	float				size in GB/million objects
comment	string				explanation

Table PhotoObjAll

The full photometric catalog quantities for SDSS imaging

Column	Type	Units	UCD	Error	Description	Links
objID	long				Unique SDSS identifier composed from [skyVersion,rerun,run,camcol,field,obj].
skyVersion	int				Layer of catalog (currently only one layer, 0; 0-15 available)
run	int				Run number
rerun	int				Rerun number
camcol	int				Camera column
field	int				Field number
obj	int				The object id within a field. Usually changes between reruns of the same field
mode	int				1: primary, 2: secondary, 3: other
nChild	int				Number of children if this is a composite object that has been deblended. BRIGHT (in a flags sense) objects also have nchild == 1, the non-BRIGHT sibling.
type	int				Type classification of the object (star, galaxy, cosmic ray, etc.)
clean	int				Clean photometry flag (1=clean, 0=unclean).
probPSF	float				Probability that the object is a star. Currently 0 if type == 3 (galaxy), 1 if type == 6 (star).
insideMask	int				Flag to indicate whether object is inside a mask and why
flags	long				Photo Object Attribute Flags
rowc	float	pix			Row center position (r-band coordinates)
rowcErr	float	pix			Row center position error (r-band coordinates)
colc	float	pix			Column center position (r-band coordinates)
colcErr	float	pix			Column center position error (r-band coordinates)
rowv	float	deg/day			Row-component of object's velocity
rowvErr	float	deg/day			Row-component of object's velocity error
colv	float	deg/day			Column-component of object's velocity
colvErr	float	deg/day			Column-component of object's velocity error
rowc_u	float	pix			Row center, u-band
rowc_g	float	pix			Row center, g-band
rowc_r	float	pix			Row center, r-band
rowc_i	float	pix			Row center, i-band
rowc_z	float	pix			Row center, z-band
rowcErr_u	float	pix			ERROR Row center error, u-band
rowcErr_g	float	pix			ERROR Row center error, g-band
rowcErr_r	float	pix			ERROR Row center error, r-band
rowcErr_i	float	pix			ERROR Row center error, i-band
rowcErr_z	float	pix			ERROR Row center error, z-band
colc_u	float	pix			Column center, u-band
colc_g	float	pix			Column center, g-band
colc_r	float	pix			Column center, r-band
colc_i	float	pix			Column center, i-band
colc_z	float	pix			Column center, z-band
colcErr_u	float	pix			Column center error, u-band
colcErr_g	float	pix			Column center error, g-band
colcErr_r	float	pix			Column center error, r-band
colcErr_i	float	pix			Column center error, i-band
colcErr_z	float	pix			Column center error, z-band
sky_u	float	nanomaggies/arcsec^2			Sky flux at the center of object (allowing for siblings if blended).
sky_g	float	nanomaggies/arcsec^2			Sky flux at the center of object (allowing for siblings if blended).
sky_r	float	nanomaggies/arcsec^2			Sky flux at the center of object (allowing for siblings if blended).
sky_i	float	nanomaggies/arcsec^2			Sky flux at the center of object (allowing for siblings if blended).
sky_z	float	nanomaggies/arcsec^2			Sky flux at the center of object (allowing for siblings if blended).
skyIvar_u	float	nanomaggies/arcsec^2			Sky flux inverse variance
skyIvar_g	float	nanomaggies/arcsec^2			Sky flux inverse variance
skyIvar_r	float	nanomaggies/arcsec^2			Sky flux inverse variance
skyIvar_i	float	nanomaggies/arcsec^2			Sky flux inverse variance
skyIvar_z	float	nanomaggies/arcsec^2			Sky flux inverse variance
psfMag_u	float	mag			PSF magnitude
psfMag_g	float	mag			PSF magnitude
psfMag_r	float	mag			PSF magnitude
psfMag_i	float	mag			PSF magnitude
psfMag_z	float	mag			PSF magnitude
psfMagErr_u	float	mag			PSF magnitude error
psfMagErr_g	float	mag			PSF magnitude error
psfMagErr_r	float	mag			PSF magnitude error
psfMagErr_i	float	mag			PSF magnitude error
psfMagErr_z	float	mag			PSF magnitude error
fiberMag_u	float	mag			Magnitude in 3 arcsec diameter fiber radius
fiberMag_g	float	mag			Magnitude in 3 arcsec diameter fiber radius
fiberMag_r	float	mag			Magnitude in 3 arcsec diameter fiber radius
fiberMag_i	float	mag			Magnitude in 3 arcsec diameter fiber radius
fiberMag_z	float	mag			Magnitude in 3 arcsec diameter fiber radius
fiberMagErr_u	float	mag			Error in magnitude in 3 arcsec diameter fiber radius
fiberMagErr_g	float	mag			Error in magnitude in 3 arcsec diameter fiber radius
fiberMagErr_r	float	mag			Error in magnitude in 3 arcsec diameter fiber radius
fiberMagErr_i	float	mag			Error in magnitude in 3 arcsec diameter fiber radius
fiberMagErr_z	float	mag			Error in magnitude in 3 arcsec diameter fiber radius
fiber2Mag_u	float	mag			Magnitude in 2 arcsec diameter fiber radius
fiber2Mag_g	float	mag			Magnitude in 2 arcsec diameter fiber radius
fiber2Mag_r	float	mag			Magnitude in 2 arcsec diameter fiber radius
fiber2Mag_i	float	mag			Magnitude in 2 arcsec diameter fiber radius
fiber2Mag_z	float	mag			Magnitude in 2 arcsec diameter fiber radius
fiber2MagErr_u	float	mag			Error in magnitude in 2 arcsec diameter fiber radius
fiber2MagErr_g	float	mag			Error in magnitude in 2 arcsec diameter fiber radius
fiber2MagErr_r	float	mag			Error in magnitude in 2 arcsec diameter fiber radius
fiber2MagErr_i	float	mag			Error in magnitude in 2 arcsec diameter fiber radius
fiber2MagErr_z	float	mag			Error in magnitude in 2 arcsec diameter fiber radius
petroMag_u	float	mag			Petrosian magnitude
petroMag_g	float	mag			Petrosian magnitude
petroMag_r	float	mag			Petrosian magnitude
petroMag_i	float	mag			Petrosian magnitude
petroMag_z	float	mag			Petrosian magnitude
petroMagErr_u	float	mag			Petrosian magnitude error
petroMagErr_g	float	mag			Petrosian magnitude error
petroMagErr_r	float	mag			Petrosian magnitude error
petroMagErr_i	float	mag			Petrosian magnitude error
petroMagErr_z	float	mag			Petrosian magnitude error
psfFlux_u	float	nanomaggies			PSF flux
psfFlux_g	float	nanomaggies			PSF flux
psfFlux_r	float	nanomaggies			PSF flux
psfFlux_i	float	nanomaggies			PSF flux
psfFlux_z	float	nanomaggies			PSF flux
psfFluxIvar_u	float	nanomaggies^{-2}			PSF flux inverse variance
psfFluxIvar_g	float	nanomaggies^{-2}			PSF flux inverse variance
psfFluxIvar_r	float	nanomaggies^{-2}			PSF flux inverse variance
psfFluxIvar_i	float	nanomaggies^{-2}			PSF flux inverse variance
psfFluxIvar_z	float	nanomaggies^{-2}			PSF flux inverse variance
fiberFlux_u	float	nanomaggies			Flux in 3 arcsec diameter fiber radius
fiberFlux_g	float	nanomaggies			Flux in 3 arcsec diameter fiber radius
fiberFlux_r	float	nanomaggies			Flux in 3 arcsec diameter fiber radius
fiberFlux_i	float	nanomaggies			Flux in 3 arcsec diameter fiber radius
fiberFlux_z	float	nanomaggies			Flux in 3 arcsec diameter fiber radius
fiberFluxIvar_u	float	nanomaggies^{-2}			Inverse variance in flux in 3 arcsec diameter fiber radius
fiberFluxIvar_g	float	nanomaggies^{-2}			Inverse variance in flux in 3 arcsec diameter fiber radius
fiberFluxIvar_r	float	nanomaggies^{-2}			Inverse variance in flux in 3 arcsec diameter fiber radius
fiberFluxIvar_i	float	nanomaggies^{-2}			Inverse variance in flux in 3 arcsec diameter fiber radius
fiberFluxIvar_z	float	nanomaggies^{-2}			Inverse variance in flux in 3 arcsec diameter fiber radius
fiber2Flux_u	float	nanomaggies			Flux in 2 arcsec diameter fiber radius
fiber2Flux_g	float	nanomaggies			Flux in 2 arcsec diameter fiber radius
fiber2Flux_r	float	nanomaggies			Flux in 2 arcsec diameter fiber radius
fiber2Flux_i	float	nanomaggies			Flux in 2 arcsec diameter fiber radius
fiber2Flux_z	float	nanomaggies			Flux in 2 arcsec diameter fiber radius
fiber2FluxIvar_u	float	nanomaggies^{-2}			Inverse variance in flux in 2 arcsec diameter fiber radius
fiber2FluxIvar_g	float	nanomaggies^{-2}			Inverse variance in flux in 2 arcsec diameter fiber radius
fiber2FluxIvar_r	float	nanomaggies^{-2}			Inverse variance in flux in 2 arcsec diameter fiber radius
fiber2FluxIvar_i	float	nanomaggies^{-2}			Inverse variance in flux in 2 arcsec diameter fiber radius
fiber2FluxIvar_z	float	nanomaggies^{-2}			Inverse variance in flux in 2 arcsec diameter fiber radius
petroFlux_u	float	nanomaggies			Petrosian flux
petroFlux_g	float	nanomaggies			Petrosian flux
petroFlux_r	float	nanomaggies			Petrosian flux
petroFlux_i	float	nanomaggies			Petrosian flux
petroFlux_z	float	nanomaggies			Petrosian flux
petroFluxIvar_u	float	nanomaggies^{-2}			Petrosian flux inverse variance
petroFluxIvar_g	float	nanomaggies^{-2}			Petrosian flux inverse variance
petroFluxIvar_r	float	nanomaggies^{-2}			Petrosian flux inverse variance
petroFluxIvar_i	float	nanomaggies^{-2}			Petrosian flux inverse variance
petroFluxIvar_z	float	nanomaggies^{-2}			Petrosian flux inverse variance
petroRad_u	float	arcsec			Petrosian radius
petroRad_g	float	arcsec			Petrosian radius
petroRad_r	float	arcsec			Petrosian radius
petroRad_i	float	arcsec			Petrosian radius
petroRad_z	float	arcsec			Petrosian radius
petroRadErr_u	float	arcsec			Petrosian radius error
petroRadErr_g	float	arcsec			Petrosian radius error
petroRadErr_r	float	arcsec			Petrosian radius error
petroRadErr_i	float	arcsec			Petrosian radius error
petroRadErr_z	float	arcsec			Petrosian radius error
petroR50_u	float	arcsec			Radius containing 50% of Petrosian flux
petroR50_g	float	arcsec			Radius containing 50% of Petrosian flux
petroR50_r	float	arcsec			Radius containing 50% of Petrosian flux
petroR50_i	float	arcsec			Radius containing 50% of Petrosian flux
petroR50_z	float	arcsec			Radius containing 50% of Petrosian flux
petroR50Err_u	float	arcsec			Error in radius with 50% of Petrosian flux error
petroR50Err_g	float	arcsec			Error in radius with 50% of Petrosian flux error
petroR50Err_r	float	arcsec			Error in radius with 50% of Petrosian flux error
petroR50Err_i	float	arcsec			Error in radius with 50% of Petrosian flux error
petroR50Err_z	float	arcsec			Error in radius with 50% of Petrosian flux error
petroR90_u	float	arcsec			Radius containing 90% of Petrosian flux
petroR90_g	float	arcsec			Radius containing 90% of Petrosian flux
petroR90_r	float	arcsec			Radius containing 90% of Petrosian flux
petroR90_i	float	arcsec			Radius containing 90% of Petrosian flux
petroR90_z	float	arcsec			Radius containing 90% of Petrosian flux
petroR90Err_u	float	arcsec			Error in radius with 90% of Petrosian flux error
petroR90Err_g	float	arcsec			Error in radius with 90% of Petrosian flux error
petroR90Err_r	float	arcsec			Error in radius with 90% of Petrosian flux error
petroR90Err_i	float	arcsec			Error in radius with 90% of Petrosian flux error
petroR90Err_z	float	arcsec			Error in radius with 90% of Petrosian flux error
q_u	float				Stokes Q parameter
q_g	float				Stokes Q parameter
q_r	float				Stokes Q parameter
q_i	float				Stokes Q parameter
q_z	float				Stokes Q parameter
qErr_u	float				Stokes Q parameter error
qErr_g	float				Stokes Q parameter error
qErr_r	float				Stokes Q parameter error
qErr_i	float				Stokes Q parameter error
qErr_z	float				Stokes Q parameter error
u_u	float				Stokes U parameter
u_g	float				Stokes U parameter
u_r	float				Stokes U parameter
u_i	float				Stokes U parameter
u_z	float				Stokes U parameter
uErr_u	float				Stokes U parameter error
uErr_g	float				Stokes U parameter error
uErr_r	float				Stokes U parameter error
uErr_i	float				Stokes U parameter error
uErr_z	float				Stokes U parameter error
mE1_u	float				Adaptive E1 shape measure (pixel coordinates)
mE1_g	float				Adaptive E1 shape measure (pixel coordinates)
mE1_r	float				Adaptive E1 shape measure (pixel coordinates)
mE1_i	float				Adaptive E1 shape measure (pixel coordinates)
mE1_z	float				Adaptive E1 shape measure (pixel coordinates)
mE2_u	float				Adaptive E2 shape measure (pixel coordinates)
mE2_g	float				Adaptive E2 shape measure (pixel coordinates)
mE2_r	float				Adaptive E2 shape measure (pixel coordinates)
mE2_i	float				Adaptive E2 shape measure (pixel coordinates)
mE2_z	float				Adaptive E2 shape measure (pixel coordinates)
mE1E1Err_u	float				Covariance in E1/E1 shape measure (pixel coordinates)
mE1E1Err_g	float				Covariance in E1/E1 shape measure (pixel coordinates)
mE1E1Err_r	float				Covariance in E1/E1 shape measure (pixel coordinates)
mE1E1Err_i	float				Covariance in E1/E1 shape measure (pixel coordinates)
mE1E1Err_z	float				Covariance in E1/E1 shape measure (pixel coordinates)
mE1E2Err_u	float				Covariance in E1/E2 shape measure (pixel coordinates)
mE1E2Err_g	float				Covariance in E1/E2 shape measure (pixel coordinates)
mE1E2Err_r	float				Covariance in E1/E2 shape measure (pixel coordinates)
mE1E2Err_i	float				Covariance in E1/E2 shape measure (pixel coordinates)
mE1E2Err_z	float				Covariance in E1/E2 shape measure (pixel coordinates)
mE2E2Err_u	float				Covariance in E2/E2 shape measure (pixel coordinates)
mE2E2Err_g	float				Covariance in E2/E2 shape measure (pixel coordinates)
mE2E2Err_r	float				Covariance in E2/E2 shape measure (pixel coordinates)
mE2E2Err_i	float				Covariance in E2/E2 shape measure (pixel coordinates)
mE2E2Err_z	float				Covariance in E2/E2 shape measure (pixel coordinates)
mRrCc_u	float				Adaptive ( + ) (pixel coordinates)
mRrCc_g	float				Adaptive ( + ) (pixel coordinates)
mRrCc_r	float				Adaptive ( + ) (pixel coordinates)
mRrCc_i	float				Adaptive ( + ) (pixel coordinates)
mRrCc_z	float				Adaptive ( + ) (pixel coordinates)
mRrCcErr_u	float				Error in adaptive ( + ) (pixel coordinates)
mRrCcErr_g	float				Error in adaptive ( + ) (pixel coordinates)
mRrCcErr_r	float				Error in adaptive ( + ) (pixel coordinates)
mRrCcErr_i	float				Error in adaptive ( + ) (pixel coordinates)
mRrCcErr_z	float				Error in adaptive ( + ) (pixel coordinates)
mCr4_u	float				Adaptive fourth moment of object (pixel coordinates)
mCr4_g	float				Adaptive fourth moment of object (pixel coordinates)
mCr4_r	float				Adaptive fourth moment of object (pixel coordinates)
mCr4_i	float				Adaptive fourth moment of object (pixel coordinates)
mCr4_z	float				Adaptive fourth moment of object (pixel coordinates)
mE1PSF_u	float				Adaptive E1 for PSF (pixel coordinates)
mE1PSF_g	float				Adaptive E1 for PSF (pixel coordinates)
mE1PSF_r	float				Adaptive E1 for PSF (pixel coordinates)
mE1PSF_i	float				Adaptive E1 for PSF (pixel coordinates)
mE1PSF_z	float				Adaptive E1 for PSF (pixel coordinates)
mE2PSF_u	float				Adaptive E2 for PSF (pixel coordinates)
mE2PSF_g	float				Adaptive E2 for PSF (pixel coordinates)
mE2PSF_r	float				Adaptive E2 for PSF (pixel coordinates)
mE2PSF_i	float				Adaptive E2 for PSF (pixel coordinates)
mE2PSF_z	float				Adaptive E2 for PSF (pixel coordinates)
mRrCcPSF_u	float				Adaptive ( + ) for PSF (pixel coordinates)
mRrCcPSF_g	float				Adaptive ( + ) for PSF (pixel coordinates)
mRrCcPSF_r	float				Adaptive ( + ) for PSF (pixel coordinates)
mRrCcPSF_i	float				Adaptive ( + ) for PSF (pixel coordinates)
mRrCcPSF_z	float				Adaptive ( + ) for PSF (pixel coordinates)
mCr4PSF_u	float				Adaptive fourth moment for PSF (pixel coordinates)
mCr4PSF_g	float				Adaptive fourth moment for PSF (pixel coordinates)
mCr4PSF_r	float				Adaptive fourth moment for PSF (pixel coordinates)
mCr4PSF_i	float				Adaptive fourth moment for PSF (pixel coordinates)
mCr4PSF_z	float				Adaptive fourth moment for PSF (pixel coordinates)
deVRad_u	float	arcsec			de Vaucouleurs fit scale radius
deVRad_g	float	arcsec			de Vaucouleurs fit scale radius
deVRad_r	float	arcsec			de Vaucouleurs fit scale radius
deVRad_i	float	arcsec			de Vaucouleurs fit scale radius
deVRad_z	float	arcsec			de Vaucouleurs fit scale radius
deVRadErr_u	float	arcsec			Error in de Vaucouleurs fit scale radius error
deVRadErr_g	float	arcsec			Error in de Vaucouleurs fit scale radius error
deVRadErr_r	float	arcsec			Error in de Vaucouleurs fit scale radius error
deVRadErr_i	float	arcsec			Error in de Vaucouleurs fit scale radius error
deVRadErr_z	float	arcsec			Error in de Vaucouleurs fit scale radius error
deVAB_u	float				de Vaucouleurs fit b/a
deVAB_g	float				de Vaucouleurs fit b/a
deVAB_r	float				de Vaucouleurs fit b/a
deVAB_i	float				de Vaucouleurs fit b/a
deVAB_z	float				de Vaucouleurs fit b/a
deVABErr_u	float				de Vaucouleurs fit b/a error
deVABErr_g	float				de Vaucouleurs fit b/a error
deVABErr_r	float				de Vaucouleurs fit b/a error
deVABErr_i	float				de Vaucouleurs fit b/a error
deVABErr_z	float				de Vaucouleurs fit b/a error
deVPhi_u	float	de Vaucouleurs fit position angle (+N thru E)			deg
deVPhi_g	float	de Vaucouleurs fit position angle (+N thru E)			deg
deVPhi_r	float	de Vaucouleurs fit position angle (+N thru E)			deg
deVPhi_i	float	de Vaucouleurs fit position angle (+N thru E)			deg
deVPhi_z	float	de Vaucouleurs fit position angle (+N thru E)			deg
deVMag_u	float	de Vaucouleurs magnitude fit			mag
deVMag_g	float	de Vaucouleurs magnitude fit			mag
deVMag_r	float	de Vaucouleurs magnitude fit			mag
deVMag_i	float	de Vaucouleurs magnitude fit			mag
deVMag_z	float	de Vaucouleurs magnitude fit			mag
deVMagErr_u	float	de Vaucouleurs magnitude fit error			mag
deVMagErr_g	float	de Vaucouleurs magnitude fit error			mag
deVMagErr_r	float	de Vaucouleurs magnitude fit error			mag
deVMagErr_i	float	de Vaucouleurs magnitude fit error			mag
deVMagErr_z	float	de Vaucouleurs magnitude fit error			mag
deVFlux_u	float	de Vaucouleurs magnitude fit			nanomaggies
deVFlux_g	float	de Vaucouleurs magnitude fit			nanomaggies
deVFlux_r	float	de Vaucouleurs magnitude fit			nanomaggies
deVFlux_i	float	de Vaucouleurs magnitude fit			nanomaggies
deVFlux_z	float	de Vaucouleurs magnitude fit			nanomaggies
deVFluxIvar_u	float	de Vaucouleurs magnitude fit inverse variance			nanomaggies^{-2}
deVFluxIvar_g	float	de Vaucouleurs magnitude fit inverse variance			nanomaggies^{-2}
deVFluxIvar_r	float	de Vaucouleurs magnitude fit inverse variance			nanomaggies^{-2}
deVFluxIvar_i	float	de Vaucouleurs magnitude fit inverse variance			nanomaggies^{-2}
deVFluxIvar_z	float	de Vaucouleurs magnitude fit inverse variance			nanomaggies^{-2}
expRad_u	float	arcsec			Exponential fit scale radius
expRad_g	float	arcsec			Exponential fit scale radius
expRad_r	float	arcsec			Exponential fit scale radius
expRad_i	float	arcsec			Exponential fit scale radius
expRad_z	float	arcsec			Exponential fit scale radius
expRadErr_u	float	arcsec			Exponential fit scale radius error
expRadErr_g	float	arcsec			Exponential fit scale radius error
expRadErr_r	float	arcsec			Exponential fit scale radius error
expRadErr_i	float	arcsec			Exponential fit scale radius error
expRadErr_z	float	arcsec			Exponential fit scale radius error
expAB_u	float				Exponential fit b/a
expAB_g	float				Exponential fit b/a
expAB_r	float				Exponential fit b/a
expAB_i	float				Exponential fit b/a
expAB_z	float				Exponential fit b/a
expABErr_u	float				Exponential fit b/a
expABErr_g	float				Exponential fit b/a
expABErr_r	float				Exponential fit b/a
expABErr_i	float				Exponential fit b/a
expABErr_z	float				Exponential fit b/a
expPhi_u	float	deg			Exponential fit position angle (+N thru E)
expPhi_g	float	deg			Exponential fit position angle (+N thru E)
expPhi_r	float	deg			Exponential fit position angle (+N thru E)
expPhi_i	float	deg			Exponential fit position angle (+N thru E)
expPhi_z	float	deg			Exponential fit position angle (+N thru E)
expMag_u	float	mag			Exponential fit magnitude
expMag_g	float	mag			Exponential fit magnitude
expMag_r	float	mag			Exponential fit magnitude
expMag_i	float	mag			Exponential fit magnitude
expMag_z	float	mag			Exponential fit magnitude
expMagErr_u	float	mag			Exponential fit magnitude error
expMagErr_g	float	mag			Exponential fit magnitude error
expMagErr_r	float	mag			Exponential fit magnitude error
expMagErr_i	float	mag			Exponential fit magnitude error
expMagErr_z	float	mag			Exponential fit magnitude error
modelMag_u	float	mag			better of DeV/Exp magnitude fit
modelMag_g	float	mag			better of DeV/Exp magnitude fit
modelMag_r	float	mag			better of DeV/Exp magnitude fit
modelMag_i	float	mag			better of DeV/Exp magnitude fit
modelMag_z	float	mag			better of DeV/Exp magnitude fit
modelMagErr_u	float	mag			Error in better of DeV/Exp magnitude fit
modelMagErr_g	float	mag			Error in better of DeV/Exp magnitude fit
modelMagErr_r	float	mag			Error in better of DeV/Exp magnitude fit
modelMagErr_i	float	mag			Error in better of DeV/Exp magnitude fit
modelMagErr_z	float	mag			Error in better of DeV/Exp magnitude fit
cModelMag_u	float	mag			DeV+Exp magnitude
cModelMag_g	float	mag			DeV+Exp magnitude
cModelMag_r	float	mag			DeV+Exp magnitude
cModelMag_i	float	mag			DeV+Exp magnitude
cModelMag_z	float	mag			DeV+Exp magnitude
cModelMagErr_u	float	mag			DeV+Exp magnitude error
cModelMagErr_g	float	mag			DeV+Exp magnitude error
cModelMagErr_r	float	mag			DeV+Exp magnitude error
cModelMagErr_i	float	mag			DeV+Exp magnitude error
cModelMagErr_z	float	mag			DeV+Exp magnitude error
expFlux_u	float	nanomaggies			Exponential fit flux
expFlux_g	float	nanomaggies			Exponential fit flux
expFlux_r	float	nanomaggies			Exponential fit flux
expFlux_i	float	nanomaggies			Exponential fit flux
expFlux_z	float	nanomaggies			Exponential fit flux
expFluxIvar_u	float	nanomaggies^{-2}			Exponential fit flux inverse variance
expFluxIvar_g	float	nanomaggies^{-2}			Exponential fit flux inverse variance
expFluxIvar_r	float	nanomaggies^{-2}			Exponential fit flux inverse variance
expFluxIvar_i	float	nanomaggies^{-2}			Exponential fit flux inverse variance
expFluxIvar_z	float	nanomaggies^{-2}			Exponential fit flux inverse variance
modelFlux_u	float	nanomaggies			better of DeV/Exp flux fit
modelFlux_g	float	nanomaggies			better of DeV/Exp flux fit
modelFlux_r	float	nanomaggies			better of DeV/Exp flux fit
modelFlux_i	float	nanomaggies			better of DeV/Exp flux fit
modelFlux_z	float	nanomaggies			better of DeV/Exp flux fit
modelFluxIvar_u	float	nanomaggies^{-2}			Inverse variance in better of DeV/Exp flux fit
modelFluxIvar_g	float	nanomaggies^{-2}			Inverse variance in better of DeV/Exp flux fit
modelFluxIvar_r	float	nanomaggies^{-2}			Inverse variance in better of DeV/Exp flux fit
modelFluxIvar_i	float	nanomaggies^{-2}			Inverse variance in better of DeV/Exp flux fit
modelFluxIvar_z	float	nanomaggies^{-2}			Inverse variance in better of DeV/Exp flux fit
cModelFlux_u	float	nanomaggies			better of DeV+Exp flux
cModelFlux_g	float	nanomaggies			better of DeV+Exp flux
cModelFlux_r	float	nanomaggies			better of DeV+Exp flux
cModelFlux_i	float	nanomaggies			better of DeV+Exp flux
cModelFlux_z	float	nanomaggies			better of DeV+Exp flux
cModelFluxIvar_u	float	nanomaggies^{-2}			Inverse variance in DeV+Exp flux fit
cModelFluxIvar_g	float	nanomaggies^{-2}			Inverse variance in DeV+Exp flux fit
cModelFluxIvar_r	float	nanomaggies^{-2}			Inverse variance in DeV+Exp flux fit
cModelFluxIvar_i	float	nanomaggies^{-2}			Inverse variance in DeV+Exp flux fit
cModelFluxIvar_z	float	nanomaggies^{-2}			Inverse variance in DeV+Exp flux fit
aperFlux7_u	float	nanomaggies			Aperture flux within 7.3 arcsec
aperFlux7_g	float	nanomaggies			Aperture flux within 7.3 arcsec
aperFlux7_r	float	nanomaggies			Aperture flux within 7.3 arcsec
aperFlux7_i	float	nanomaggies			Aperture flux within 7.3 arcsec
aperFlux7_z	float	nanomaggies			Aperture flux within 7.3 arcsec
aperFlux7Ivar_u	float	nanomaggies^{-2}			Inverse variance of aperture flux within 7.3 arcsec
aperFlux7Ivar_g	float	nanomaggies^{-2}			Inverse variance of aperture flux within 7.3 arcsec
aperFlux7Ivar_r	float	nanomaggies^{-2}			Inverse variance of aperture flux within 7.3 arcsec
aperFlux7Ivar_i	float	nanomaggies^{-2}			Inverse variance of aperture flux within 7.3 arcsec
aperFlux7Ivar_z	float	nanomaggies^{-2}			Inverse variance of aperture flux within 7.3 arcsec
lnLStar_u	float				Star ln(likelihood)
lnLStar_g	float				Star ln(likelihood)
lnLStar_r	float				Star ln(likelihood)
lnLStar_i	float				Star ln(likelihood)
lnLStar_z	float				Star ln(likelihood)
lnLExp_u	float				Exponential disk fit ln(likelihood)
lnLExp_g	float				Exponential disk fit ln(likelihood)
lnLExp_r	float				Exponential disk fit ln(likelihood)
lnLExp_i	float				Exponential disk fit ln(likelihood)
lnLExp_z	float				Exponential disk fit ln(likelihood)
lnLDeV_u	float				de Vaucouleurs fit ln(likelihood)
lnLDeV_g	float				de Vaucouleurs fit ln(likelihood)
lnLDeV_r	float				de Vaucouleurs fit ln(likelihood)
lnLDeV_i	float				de Vaucouleurs fit ln(likelihood)
lnLDeV_z	float				de Vaucouleurs fit ln(likelihood)
fracDeV_u	float				Weight of deV component in deV+Exp model
fracDeV_g	float				Weight of deV component in deV+Exp model
fracDeV_r	float				Weight of deV component in deV+Exp model
fracDeV_i	float				Weight of deV component in deV+Exp model
fracDeV_z	float				Weight of deV component in deV+Exp model
flags_u	long				Object detection flags per band
flags_g	long				Object detection flags per band
flags_r	long				Object detection flags per band
flags_i	long				Object detection flags per band
flags_z	long				Object detection flags per band
type_u	int				Object type classification per band
type_g	int				Object type classification per band
type_r	int				Object type classification per band
type_i	int				Object type classification per band
type_z	int				Object type classification per band
probPSF_u	float				Probablity object is a star in each filter.
probPSF_g	float				Probablity object is a star in each filter.
probPSF_r	float				Probablity object is a star in each filter.
probPSF_i	float				Probablity object is a star in each filter.
probPSF_z	float				Probablity object is a star in each filter.
ra	double	deg			J2000 Right Ascension (r-band)
dec	double	deg			J2000 Declination (r-band)
cx	double				unit vector for ra+dec
cy	double				unit vector for ra+dec
cz	double				unit vector for ra+dec
raErr	double	arcsec			Error in RA (* cos(Dec), that is, proper units)
decErr	double	arcsec			Error in Dec
b	double	deg			Galactic latitude
l	double	deg			Galactic longitude
offsetRa_u	float	arcsec			filter position RA minus final RA (* cos(Dec), that is, proper units)
offsetRa_g	float	arcsec			filter position RA minus final RA (* cos(Dec), that is, proper units)
offsetRa_r	float	arcsec			filter position RA minus final RA (* cos(Dec), that is, proper units)
offsetRa_i	float	arcsec			filter position RA minus final RA (* cos(Dec), that is, proper units)
offsetRa_z	float	arcsec			filter position RA minus final RA (* cos(Dec), that is, proper units)
offsetDec_u	float	arcsec			filter position Dec minus final Dec
offsetDec_g	float	arcsec			filter position Dec minus final Dec
offsetDec_r	float	arcsec			filter position Dec minus final Dec
offsetDec_i	float	arcsec			filter position Dec minus final Dec
offsetDec_z	float	arcsec			filter position Dec minus final Dec
extinction_u	float	mag			Extinction in u-band
extinction_g	float	mag			Extinction in g-band
extinction_r	float	mag			Extinction in r-band
extinction_i	float	mag			Extinction in i-band
extinction_z	float	mag			Extinction in z-band
psffwhm_u	float	arcsec			FWHM in u-band
psffwhm_g	float	arcsec			FWHM in g-band
psffwhm_r	float	arcsec			FWHM in r-band
psffwhm_i	float	arcsec			FWHM in i-band
psffwhm_z	float	arcsec			FWHM in z-band
mjd	int	days			Date of observation
airmass_u	float				Airmass at time of observation in u-band
airmass_g	float				Airmass at time of observation in g-band
airmass_r	float				Airmass at time of observation in r-band
airmass_i	float				Airmass at time of observation in i-band
airmass_z	float				Airmass at time of observation in z-band
phioffset_u	float	deg			Degrees to add to CCD-aligned angle to convert to E of N
phioffset_g	float	deg			Degrees to add to CCD-aligned angle to convert to E of N
phioffset_r	float	deg			Degrees to add to CCD-aligned angle to convert to E of N
phioffset_i	float	deg			Degrees to add to CCD-aligned angle to convert to E of N
phioffset_z	float	deg			Degrees to add to CCD-aligned angle to convert to E of N
nProf_u	int				Number of Profile Bins
nProf_g	int				Number of Profile Bins
nProf_r	int				Number of Profile Bins
nProf_i	int				Number of Profile Bins
nProf_z	int				Number of Profile Bins
loadVersion	int				Load Version
htmID	long				20-deep hierarchical trangular mesh ID of this object
fieldID	long				Link to the field this object is in
parentID	long				Pointer to parent (if object deblended) or BRIGHT detection (if object has one), else 0
specObjID	long				Pointer to the spectrum of object, if exists, else 0
u	float	mag			Shorthand alias for modelMag
g	float	mag			Shorthand alias for modelMag
r	float	mag			Shorthand alias for modelMag
i	float	mag			Shorthand alias for modelMag
z	float	mag			Shorthand alias for modelMag
err_u	float	mag			Error in modelMag alias
err_g	float	mag			Error in modelMag alias
err_r	float	mag			Error in modelMag alias
err_i	float	mag			Error in modelMag alias
err_z	float	mag			Error in modelMag alias
dered_u	float	mag			Simplified mag, corrected for extinction: modelMag-extinction
dered_g	float	mag			Simplified mag, corrected for extinction: modelMag-extinction
dered_r	float	mag			Simplified mag, corrected for extinction: modelMag-extinction
dered_i	float	mag			Simplified mag, corrected for extinction: modelMag-extinction
dered_z	float	mag			Simplified mag, corrected for extinction: modelMag-extinction
cloudCam_u	int				Cloud camera status for observation in u-band
cloudCam_g	int				Cloud camera status for observation in g-band
cloudCam_r	int				Cloud camera status for observation in r-band
cloudCam_i	int				Cloud camera status for observation in i-band
cloudCam_z	int				Cloud camera status for observation in z-band
resolveStatus	int				Resolve status of object
thingId	int				Unique identifier from global resolve
balkanId	int				What balkan object is in from window
nObserve	int				Number of observations of this object
nDetect	int				Number of detections of this object
nEdge	int				Number of observations of this object near an edge
score	float				Quality of field (0-1)
calibStatus_u	int				Calibration status in u-band
calibStatus_g	int				Calibration status in g-band
calibStatus_r	int				Calibration status in r-band
calibStatus_i	int				Calibration status in i-band
calibStatus_z	int				Calibration status in z-band
nMgyPerCount_u	float	nmgy/count			nanomaggies per count in u-band
nMgyPerCount_g	float	nmgy/count			nanomaggies per count in g-band
nMgyPerCount_r	float	nmgy/count			nanomaggies per count in r-band
nMgyPerCount_i	float	nmgy/count			nanomaggies per count in i-band
nMgyPerCount_z	float	nmgy/count			nanomaggies per count in z-band
TAI_u	double	sec			time of observation (TAI) in each filter
TAI_g	double	sec			time of observation (TAI) in each filter
TAI_r	double	sec			time of observation (TAI) in each filter
TAI_i	double	sec			time of observation (TAI) in each filter
TAI_z	double	sec			time of observation (TAI) in each filter

Table PhotoObjDR7

Contains the spatial cross-match between DR8 photoobj and DR7 photoobj

Column	Type	Units	UCD	Error	Description	Links
dr7objID	long				Unique DR7 identifier composed from [skyVersion,rerun,run,camcol,field,obj].
dr8objID	long				Unique DR8 identifier composed from [skyVersion,rerun,run,camcol,field,obj].
distance	double				Distance in arcmin between the DR7 and DR8 positions
modeDR7	int				DR7 mode, 1: primary, 2: secondary, 3: family object.
modeDR8	int				DR8 mode, 1: primary, 2: secondary, 3: family object.
skyVersion	int				0 = OPDB target, 1 = OPDB best
run	int				Run number
rerun	int				Rerun number
camcol	int				Camera column
field	int				Field number
obj	int				The object id within a field. Usually changes between reruns of the same field.
nChild	int				Number of children if this is a composite object that has been deblended. BRIGHT (in a flags sense) objects also have nchild == 1, the non-BRIGHT sibling.
type	int				Morphological type classification of the object.
probPSF	float				Probability that the object is a star. Currently 0 if type == 3 (galaxy), 1 if type == 6 (star).
insideMask	int				Flag to indicate whether object is inside a mask and why
flags	long				Photo Object Attribute Flags
psfMag_u	float	mag			PSF flux
psfMag_g	float	mag			PSF flux
psfMag_r	float	mag			PSF flux
psfMag_i	float	mag			PSF flux
psfMag_z	float	mag			PSF flux
psfMagErr_u	float	mag			PSF flux error
psfMagErr_g	float	mag			PSF flux error
psfMagErr_r	float	mag			PSF flux error
psfMagErr_i	float	mag			PSF flux error
psfMagErr_z	float	mag			PSF flux error
petroMag_u	float	mag			Petrosian flux
petroMag_g	float	mag			Petrosian flux
petroMag_r	float	mag			Petrosian flux
petroMag_i	float	mag			Petrosian flux
petroMag_z	float	mag			Petrosian flux
petroMagErr_u	float	mag			Petrosian flux error
petroMagErr_g	float	mag			Petrosian flux error
petroMagErr_r	float	mag			Petrosian flux error
petroMagErr_i	float	mag			Petrosian flux error
petroMagErr_z	float	mag			Petrosian flux error
petroR50_r	float	arcsec			Radius containing 50% of Petrosian flux
petroR90_r	float	arcsec			Radius containing 90% of Petrosian flux
modelMag_u	float	mag			better of DeV/Exp magnitude fit
modelMag_g	float	mag			better of DeV/Exp magnitude fit
modelMag_r	float	mag			better of DeV/Exp magnitude fit
modelMag_i	float	mag			better of DeV/Exp magnitude fit
modelMag_z	float	mag			better of DeV/Exp magnitude fit
modelMagErr_u	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_g	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_r	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_i	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_z	float	mag			better of DeV/Exp magnitude fit error
mRrCc_r	float				Adaptive (<r^2> + <c^2>)
mRrCcErr_r	float				Error in adaptive (<r^2> + <c^2>)
lnLStar_r	float				Star ln(likelihood)
lnLExp_r	float				Exponential disk fit ln(likelihood)
lnLDeV_r	float				DeVaucouleurs fit ln(likelihood)
status	int				Status of the object in the survey
ra	double	deg			J2000 right ascension (r')
dec	double	deg			J2000 declination (r')
cx	double				unit vector for ra+dec
cy	double				unit vector for ra+dec
cz	double				unit vector for ra+dec
primTarget	int				Bit mask of primary target categories the object was selected in.
secTarget	int				Bit mask of secondary target categories the object was selected in.
extinction_u	float	mag			Extinction in each filter
extinction_g	float	mag			Extinction in each filter
extinction_r	float	mag			Extinction in each filter
extinction_i	float	mag			Extinction in each filter
extinction_z	float	mag			Extinction in each filter
htmID	long				20-deep hierarchical trangular mesh ID of this object
fieldID	long				Link to the field this object is in
specObjID	long				Pointer to the spectrum of object, if exists, else 0
size	float				computed: =SQRT(mRrCc_r/2.0)

Table PhotoPrimaryDR7

Contains the spatial cross-match between DR8 primaries and DR7 primaries

Column	Type	Units	UCD	Error	Description	Links
dr7objID	long				Unique DR7 identifier composed from [skyVersion,rerun,run,camcol,field,obj].
dr8objID	long				Unique DR8 identifier composed from [skyVersion,rerun,run,camcol,field,obj].
distance	double				Distance in arcmin between the DR7 and DR8 positions
skyVersion	int				0 = OPDB target, 1 = OPDB best
run	int				Run number
rerun	int				Rerun number
camcol	int				Camera column
field	int				Field number
obj	int				The object id within a field. Usually changes between reruns of the same field.
nChild	int				Number of children if this is a composite object that has been deblended. BRIGHT (in a flags sense) objects also have nchild == 1, the non-BRIGHT sibling.
type	int				Morphological type classification of the object.
probPSF	float				Probability that the object is a star. Currently 0 if type == 3 (galaxy), 1 if type == 6 (star).
insideMask	int				Flag to indicate whether object is inside a mask and why
flags	long				Photo Object Attribute Flags
psfMag_u	float	mag			PSF flux
psfMag_g	float	mag			PSF flux
psfMag_r	float	mag			PSF flux
psfMag_i	float	mag			PSF flux
psfMag_z	float	mag			PSF flux
psfMagErr_u	float	mag			PSF flux error
psfMagErr_g	float	mag			PSF flux error
psfMagErr_r	float	mag			PSF flux error
psfMagErr_i	float	mag			PSF flux error
psfMagErr_z	float	mag			PSF flux error
petroMag_u	float	mag			Petrosian flux
petroMag_g	float	mag			Petrosian flux
petroMag_r	float	mag			Petrosian flux
petroMag_i	float	mag			Petrosian flux
petroMag_z	float	mag			Petrosian flux
petroMagErr_u	float	mag			Petrosian flux error
petroMagErr_g	float	mag			Petrosian flux error
petroMagErr_r	float	mag			Petrosian flux error
petroMagErr_i	float	mag			Petrosian flux error
petroMagErr_z	float	mag			Petrosian flux error
petroR50_r	float	arcsec			Radius containing 50% of Petrosian flux
petroR90_r	float	arcsec			Radius containing 90% of Petrosian flux
modelMag_u	float	mag			better of DeV/Exp magnitude fit
modelMag_g	float	mag			better of DeV/Exp magnitude fit
modelMag_r	float	mag			better of DeV/Exp magnitude fit
modelMag_i	float	mag			better of DeV/Exp magnitude fit
modelMag_z	float	mag			better of DeV/Exp magnitude fit
modelMagErr_u	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_g	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_r	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_i	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_z	float	mag			better of DeV/Exp magnitude fit error
mRrCc_r	float				Adaptive (<r^2> + <c^2>)
mRrCcErr_r	float				Error in adaptive (<r^2> + <c^2>)
lnLStar_r	float				Star ln(likelihood)
lnLExp_r	float				Exponential disk fit ln(likelihood)
lnLDeV_r	float				DeVaucouleurs fit ln(likelihood)
status	int				Status of the object in the survey
ra	double	deg			J2000 right ascension (r')
dec	double	deg			J2000 declination (r')
cx	double				unit vector for ra+dec
cy	double				unit vector for ra+dec
cz	double				unit vector for ra+dec
primTarget	int				Bit mask of primary target categories the object was selected in.
secTarget	int				Bit mask of secondary target categories the object was selected in.
extinction_u	float	mag			Extinction in each filter
extinction_g	float	mag			Extinction in each filter
extinction_r	float	mag			Extinction in each filter
extinction_i	float	mag			Extinction in each filter
extinction_z	float	mag			Extinction in each filter
htmID	long				20-deep hierarchical trangular mesh ID of this object
fieldID	long				Link to the field this object is in
specObjID	long				Pointer to the spectrum of object, if exists, else 0
size	float				computed: =SQRT(mRrCc_r/2.0)

Table PhotoProfile

The annulus-averaged flux profiles of SDSS photo object

Column	Type	Units	UCD	Error	Description	Links
bin	int				bin number (0..14)
band	int				u,g,r,i,z (0..4)
profMean	float	nanomaggies/arcsec^2			Mean flux in annulus
profErr	float	nanomaggies/arcsec^2			Standard deviation of mean pixel flux in annulus
objID	long				links to the photometric object

Table Photoz

The photometrically estimated redshifts for all objects in the Galaxy view

Column	Type	Units	UCD	Error	Description	Links
objID	long				unique ID pointing to Galaxy table
z	float				photometric redshift; estimated by robust fit to nearest neighbors in a reference set
zErr	float				estimated error of the photometric redshift; if zErr=-1000, all the proceeding columns are invalid
nnCount	int				nearest neighbors after excluding the outliers; maximal value is 100, much smaller value indicates poor estimate
nnVol	float				gives the color space bounding volume of the nnCount nearest neighbors; large value indicates poor estimate
nnIsInside	int				shows if the object to be estimated is inside of the k-nearest neighbor box; 0 indicates poor estimate
nnObjID	long				objID of the (first) nearest neighbor
nnSpecz	float				spectroscopic redshift of the (first) nearest neighbor
nnFarObjID	long				objID of the farthest neighbor
nnAvgZ	float				average redshift of the nearest neighbors; if singificantly different from z, this might be a better estimate than z
distMod	float				the distance modulus for Omega=0.3, Lambda=0.7 cosmology
lumDist	float				the luminosity distance for Omega=0.3, Lambda=0.7 cosmology
chisq	float				the chi-square value for the best NNLS template fit
rnorm	float				the residual norm value for the best NNLS template fit
nTemplates	int				number of templates used in the fitting; if nTemplates=0 all the proceeding columns are invalid and may be filled with value -9999
synthU	float				synthetic u' magnitude calculated from the fitted templates
synthG	float				synthetic g' magnitude calculated from the fitted templates
synthR	float				synthetic r' magnitude calculated from the fitted templates
synthI	float				synthetic i' magnitude calculated from the fitted templates
synthZ	float				synthetic z' magnitude calculated from the fitted templates
kcorrU	float				k correction for z=0
kcorrG	float				k correction for z=0
kcorrR	float				k correction for z=0
kcorrI	float				k correction for z=0
kcorrZ	float				k correction for z=0
kcorrU01	float				k correction for z=0.1
kcorrG01	float				k correction for z=0.1
kcorrR01	float				k correction for z=0.1
kcorrI01	float				k correction for z=0.1
kcorrZ01	float				k correction for z=0.1
absMagU	float				rest frame u' abs magnitude
absMagG	float				rest frame g' abs magnitude
absMagR	float				rest frame r' abs magnitude
absMagI	float				rest frame i' abs magnitude
absMagZ	float				rest frame z' abs magnitude

Table PhotozRF

The photometrically estimated redshifts for all objects in the Galaxy view

Column	Type	Units	UCD	Error	Description	Links
objID	long				unique ID pointing to Galaxy table
z	float				photometric redshift; estimated by the Random Forest method
zErr	float				estimated error of the photometric redshift
distMod	float				the distance modulus for Omega=0.3, Lambda=0.7 cosmology
lumDist	float				the luminosity distance for Omega=0.3, Lambda=0.7 cosmology
chisq	float				the chi-square value for the best NNLS template fit
rnorm	float				the residual norm value for the best NNLS template fit
nTemplates	int				number of templates used in the fitting; if nTemplates=0 all the proceeding columns are invalid and may be filled with value -9999
synthU	float				synthetic u' magnitude calculated from the fitted templates
synthG	float				synthetic g' magnitude calculated from the fitted templates
synthR	float				synthetic r' magnitude calculated from the fitted templates
synthI	float				synthetic i' magnitude calculated from the fitted templates
synthZ	float				synthetic z' magnitude calculated from the fitted templates
kcorrU	float				k correction for z=0
kcorrG	float				k correction for z=0
kcorrR	float				k correction for z=0
kcorrI	float				k correction for z=0
kcorrZ	float				k correction for z=0
kcorrU01	float				k correction for z=0.1
kcorrG01	float				k correction for z=0.1
kcorrR01	float				k correction for z=0.1
kcorrI01	float				k correction for z=0.1
kcorrZ01	float				k correction for z=0.1
absMagU	float				rest frame u' abs magnitude
absMagG	float				rest frame g' abs magnitude
absMagR	float				rest frame r' abs magnitude
absMagI	float				rest frame i' abs magnitude
absMagZ	float				rest frame z' abs magnitude

Table PhotozRFTemplateCoeff

Template coefficients for the PhotozRF table.

Column	Type	Units	UCD	Error	Description	Links
objID	long				unique ID pointing to Galaxy table
templateID	int				id for the spectral template
coeff	float				coefficient of the template

Table PhotozTemplateCoeff

Template coefficients for the Photoz table.

Column	Type	Units	UCD	Error	Description	Links
objID	long				unique ID pointing to Galaxy table
templateID	int				id for the spectral template
coeff	float				coefficient of the template

Table Plate2Target

Which objects are in the coverage area of which plates

Column	Type	Units	UCD	Error	Description	Links
plate2targetid	int				primary key
plate	int				plate number
plateid	long				plate identification number in plateX
objid	long				object identification number in sppTargets
loadVersion	int				Load Version

Table PlateX

Contains data from a given plate used for spectroscopic observations

Column	Type	Units	UCD	Error	Description	Links
plateID	long				Unique ID, composite of plate number and MJD
firstRelease	string				Name of release that this plate/mjd/rerun was first distributed in
plate	int				Plate number
mjd	int	days			MJD of observation (last)
mjdList	string				List of contributing MJDs [from spPlate header]
survey	string				Name of survey [from platelist product]
programName	string				Name of program [from platelist product]
instrument	string				Instrument used (SDSS or BOSS spectrograph)
chunk	string				Name of tiling chunk [from platelist product]
plateRun	string				Drilling run for plate [from platelist product]
designComments	string				Comments on the plate design from plate plans [from platelist product]
plateQuality	string				Characterization of plate quality
qualityComments	string				Comments on reason for plate quality
plateSN2	float				Overall signal to noise measure for plate (only set for SDSS plates)
deredSN2	float				Dereddened overall signal to noise measure for plate (only set for BOSS plates)
ra	double	deg			RA, J2000 [from spPlate header]
dec	double	deg			Dec, J2000 [from spPlate header]
run2d	string				2D reduction rerun of plate
run1d	string				1D reduction rerun of plate
runsspp	string				SSPP reduction rerun of plate ("none" if not run)
tile	int				Tile number for SDSS-I, -II plates (-1 for SDSS-III) [from platelist product]
designID	int				Design number number for SDSS-III plates (-1 for SDSS-I, -II) [from platelist product]
locationID	int				Location number number for SDSS-III plates (-1 for SDSS-I, -II) [from platelist product]
iopVersion	string				IOP Version [from spPlate header]
camVersion	string				Camera code version [from spPlate header]
taiHMS	string				Time in string format [from spPlate header]
dateObs	string				Date of 1st row [from spPlate header]
timeSys	string				Time System [from spPlate header]
cx	double				x of Normal unit vector in J2000
cy	double				y of Normal unit vector in J2000
cz	double				z of Normal unit vector in J2000
cartridgeID	int				ID of cartridge used for the observation [from spPlate header]
tai	double	sec			Mean time (TAI) [from spPlate header]
taiBegin	double	sec			Beginning time (TAI) [from spPlate header]
taiEnd	double	sec			Ending time (TAI) [from spPlate header]
airmass	float				Airmass at central TAI time [from spPlate header]
mapMjd	int	days			Map MJD [from spPlate header]
mapName	string				ID of mapping file [from spPlate header]
plugFile	string				Full name of mapping file [from spPlate header]
expTime	float	sec			Total Exposure time [from spPlate header]
expTimeB1	float	sec			exposure time in B1 spectrograph [from spPlate header]
expTimeB2	float	sec			exposure time in B2 spectrograph [from spPlate header]
expTimeR1	float	sec			exposure time in R1 spectrograph [from spPlate header]
expTimeR2	float	sec			exposure time in R2 spectrograph [from spPlate header]
vers2d	string				idlspec2d version used during 2d reduction [from spPlate header]
verscomb	string				idlspec2d version used during combination of multiple exposures [from spPlate header]
vers1d	string				idlspec2d version used during redshift fitting [from spPlate header]
snturnoff	float				Signal to noise measure for MS turnoff stars on plate (-9999 if not appropriate)
nturnoff	float				Number of MS turnoff stars on plate
nExp	int				Number of exposures total [from spPlate header]
nExpB1	int				Number of exposures in B1 spectrograph [from spPlate header]
nExpB2	int				Number of exposures in B2 spectrograph [from spPlate header]
nExpR1	int				Number of exposures in R1 spectrograph [from spPlate header]
nExpR2	int				Number of exposures in R2 spectrograph [from spPlate header]
sn1_g	float				(S/N)^2 at g=20.20 for spectrograph #1 [from spPlate header]
sn1_r	float				(S/N)^2 at r=20.25 for spectrograph #1 [from spPlate header]
sn1_i	float				(S/N)^2 at i=19.90 for spectrograph #1 [from spPlate header]
sn2_g	float				(S/N)^2 at g=20.20 for spectrograph #2 [from spPlate header]
sn2_r	float				(S/N)^2 at r=20.25 for spectrograph #2 [from spPlate header]
sn2_i	float				(S/N)^2 at i=19.90 for spectrograph #2 [from spPlate header]
dered_sn1_g	float				Dereddened (S/N)^2 at g=20.20 for spectrograph #1 [from spPlate header]
dered_sn1_r	float				Dereddened (S/N)^2 at r=20.25 for spectrograph #1 [from spPlate header]
dered_sn1_i	float				Dereddened (S/N)^2 at i=19.90 for spectrograph #1 [from spPlate header]
dered_sn2_g	float				Dereddened (S/N)^2 at g=20.20 for spectrograph #2 [from spPlate header]
dered_sn2_r	float				Dereddened (S/N)^2 at r=20.25 for spectrograph #2 [from spPlate header]
dered_sn2_i	float				Dereddened (S/N)^2 at i=19.90 for spectrograph #2 [from spPlate header]
helioRV	float	km/s			Heliocentric velocity correction [from spPlate header]
gOffStd	float	mag			Mean g-band mag difference (spectro - photo) for standards [from spPlate header]
gRMSStd	float	mag			Standard deviation of g-band mag difference (spectro - photo) for standards [from spPlate header]
rOffStd	float	mag			Mean r-band mag difference (spectro - photo) for standards [from spPlate header]
rRMSStd	float	mag			Standard deviation of r-band mag difference (spectro - photo) for standards [from spPlate header]
iOffStd	float	mag			Mean i-band mag difference (spectro - photo) for standards [from spPlate header]
iRMSStd	float	mag			Standard deviation of i-band mag difference (spectro - photo) for standards [from spPlate header]
grOffStd	float	mag			Mean g-band mag difference (spectro - photo) for standards [from spPlate header]
grRMSStd	float	mag			Standard deviation of g-band mag difference (spectro - photo) for standards [from spPlate header]
riOffStd	float	mag			Mean r-band mag difference (spectro - photo) for standards [from spPlate header]
riRMSStd	float	mag			Standard deviation of r-band mag difference (spectro - photo) for standards [from spPlate header]
gOffGal	float	mag			Mean g-band mag difference (spectro - photo) for galaxies [from spPlate header]
gRMSGal	float	mag			Standard deviation of g-band mag difference (spectro - photo) for galaxies [from spPlate header]
rOffGal	float	mag			Mean r-band mag difference (spectro - photo) for galaxies [from spPlate header]
rRMSGal	float	mag			Standard deviation of r-band mag difference (spectro - photo) for galaxies [from spPlate header]
iOffGal	float	mag			Mean i-band mag difference (spectro - photo) for galaxies [from spPlate header]
iRMSGal	float	mag			Standard deviation of i-band mag difference (spectro - photo) for galaxies [from spPlate header]
grOffGal	float	mag			Mean g-band mag difference (spectro - photo) for galaxies [from spPlate header]
grRMSGal	float	mag			Standard deviation of g-band mag difference (spectro - photo) for galaxies [from spPlate header]
riOffGal	float	mag			Mean r-band mag difference (spectro - photo) for galaxies [from spPlate header]
riRMSGal	float	mag			Standard deviation of r-band mag difference (spectro - photo) for galaxies [from spPlate header]
nGuide	int				Number of guider camera frames taken during the exposure [from spPlate header]
seeing20	float				20th-percentile of seeing during exposure (arcsec) [from spPlate header]
seeing50	float				50th-percentile of seeing during exposure (arcsec) [from spPlate header]
seeing80	float				80th-percentile of seeing during exposure (arcsec) [from spPlate header]
rmsoff20	float				20th-percentile of RMS offset of guide fibers (arcsec) [from spPlate header]
rmsoff50	float				50th-percentile of RMS offset of guide fibers (arcsec) [from spPlate header]
rmsoff80	float				80th-percentile of RMS offset of guide fibers (arcsec) [from spPlate header]
airtemp	float	deg Celsius			Air temperature in the dome [from spPlate header]
sfd_used	int				Were the SFD dust maps applied to the output spectrum? (0 = no, 1 = yes)
xSigma	float				sigma of gaussian fit to spatial profile[from spPlate header]
xSigMin	float				minimum of xSigma for all exposures [from spPlate header]
xSigMax	float				maximum of xSigma for all exposures [from spPlate header]
wSigma	float				sigma of gaussian fit to arc-line profiles in wavelength direction [from spPlate header]
wSigMin	float				minimum of wSigma for all exposures [from spPlate header]
wSigMax	float				maximum of wSigma for all exposures [from spPlate header]
xChi2	float				[from spPlate header]
xChi2Min	float				[from spPlate header]
xChi2Max	float				[from spPlate header]
skyChi2	float				average chi-squared from sky subtraction from all exposures [from spPlate header]
skyChi2Min	float				minimum skyChi2 over all exposures [from spPlate header]
skyChi2Max	float				maximum skyChi2 over all exposures [from spPlate header]
fBadPix	float				Fraction of pixels that are bad (total) [from spPlate header]
fBadPix1	float				Fraction of pixels that are bad (spectrograph #1) [from spPlate header]
fBadPix2	float				Fraction of pixels that are bad (spectrograph #2) [from spPlate header]
status2d	string				Status of 2D extraction
statuscombine	string				Status of combination of multiple MJDs
status1d	string				Status of 1D reductions
nTotal	int				Number of objects total [calculated from spZbest file]
nGalaxy	int				Number of objects classified as galaxy [calculated from spZbest file]
nQSO	int				Number of objects classified as QSO [calculated from spZbest file]
nStar	int				Number of objects classified as Star [calculated from spZbest file]
nSky	int				Number of sky objects [calculated from spZbest file]
nUnknown	int				Number of objects with zWarning set non-zero (such objects still classified as star, galaxy or QSO) [calculated from spZbest file]
isBest	int				is this plateX entry the best observation of the plate
isPrimary	int				is this plateX entry both good and the best observation of the plate
isTile	int				is this plate the best representative of its tile (only set for "legacy" program plates)
ha	float	deg			hour angle of design [from plPlugMapM file]
mjdDesign	int				MJD designed for [from plPlugMapM file]
theta	float				cartridge position angle [from plPlugMapM file]
fscanVersion	string				version of fiber scanning software [from plPlugMapM file]
fmapVersion	string				version of fiber mapping software [from plPlugMapM file]
fscanMode	string				'slow', 'fast', or 'extreme' [from plPlugMapM file]
fscanSpeed	int				speed of scan [from plPlugMapM file]
htmID	long				20 deep Hierarchical Triangular Mesh ID
loadVersion	int				Load Version

Table ProfileDefs

This table contains the radii for the Profiles tabl

Column	Type	Units	UCD	Error	Description	Links
bin	int				bin
cell	int				the first cell in the annulus
sinc	int				sinc shift (0:no, 1:yes)
rInner	double	arcsec			Inner radius of the bin
rOuter	double	srcsec			Outer radius of the bin
aAnn	double	arcsec^2			The area of the annulus
aDisk	double	arcsec^2			The area of the disk to outerRadius

Table ProperMotions

Proper motions combining SDSS and recalibrated USNO-B astrometry

Column	Type	Units	UCD	Error	Description	Links
delta	float	arcsec			Distance between this object and the nearest matching USNO-B object.
match	int				Number of objects in USNO-B which matched this object within a 1 arcsec radius. If negative, then the nearest matching USNO-B object itself matched more than 1 SDSS object.
pmL	float	mas/year			Proper motion in galactic longitude.
pmB	float	mas/year			Proper motion in galactic latitude.
pmRa	float	mas/year			Proper motion in right ascension.
pmDec	float	mas/year			Proper motion in declination.
pmRaErr	float	mas/year			Error in proper motion in right ascension.
pmDecErr	float	mas/year			Error in proper motion in declination.
sigRa	float	mas			RMS residual for the proper motion fit in r.a.
sigDec	float	mas			RMS residual for the proper motion fit in dec.
nFit	int				Number of detections used in the fit including the SDSS detection (thus, the number of plates the object was detected on in USNO-B plus one).
O	float	mag			Recalibrated USNO-B O magnitude, recalibrated to SDSS g
E	float	mag			Recalibrated USNO-B E magnitude, recalibrated to SDSS r
J	float	mag			Recalibrated USNO-B J magnitude, recalibrated to SDSS g
F	float	mag			Recalibrated USNO-B F magnitude, recalibrated to SDSS r
N	float	mag			Recalibrated USNO-B N magnitude, recalibrated to SDSS i
dist20	float	arcsec			Distance to the nearest neighbor with g < 20
dist22	float	arcsec			Distance to the nearest neighbor with g < 22
objid	long				unique id, points to photoObj

Table PubHistory

This table keeps the record of publishing into a tabl

Column	Type	Units	UCD	Error	Description	Links
name	string				the name of the table we publish into
nrows	long				the number of rows published
tend	dateTime				the time the table was published
loadversion	int				the taskid where it came from

Table QueryResults

Store the results of performance tests her

Column	Type	Units	UCD	Error	Description	Links
query	string				query name
cpu_sec	double	sec			CPU time
elapsed_time	double	sec			elapsed time
physical_IO	double				Physical IO
row_count	long				row count
time	dateTime				timestamp
comment	string				comment describing test paraeters

Table RC3

RC3 information for matches to SDSS photometr

Column	Type	Units	UCD	Error	Description	Links
objID	long				Unique SDSS identifier composed from [skyVersion,rerun,run,camcol,field,obj].
RA	double	deg -/D J2000 right ascension in RC3
DEC	double	deg -/D J2000 declination in RC3
NAME1	string				designation #1 (Names or NGC and IC)
NAME2	string				designation #2 (UGC, ESO, MCG, UGCA, CGCG)
NAME3	string				designation #3 (other)
PGC	string				Principal Galaxy Catalog number (Paturel et al. 1989)
HUBBLE	string				revised Hubble type, coded as in RC2 (Section 3.3.a, page 13).
LOGD_25	float				mean decimal logarithm of the apparent major isophotal diameter measured at or reduced to surface brightness level mu_B = 25.0 B-mag/arcsec^2, as explained in Section 3.4.a, page 21. Unit of D is 0.1 arcmin to avoid negative entries.
LOGD_25Q	string				quality flag for isophotal diameter ("?" if bad)
LOGD_25ERR	float				error on mean decimal logarithm of the apparent major isophotal diameter
PA	float	deg			position angle (east of north)
BT	float	mag			total (asymptotic) magnitude in the B system
BT_S	string				source code for BT
BTQ	string				quality flag total magnitude ("?" if bad)
BTERR	float	mag			error in total (asymptotic) magnitude in the B system
BMVT	float	mag			total (asymptotic) color index in Johnson B-V
BMVTQ	string				quality flag ("?" if bad)
BMVTERR	float	mag			error in total (asymptotic) color index in Johnson B-V
BMVE	float	mag			color index within effective aperture in Johnson B-V
BMVEQ	string				quality flag ("?" if bad)
BMVEERR	float	mag			error in color index within effective aperture in Johnson B-V
M21	float				21-cm emission line magnitude, defined by by m_21 = 21.6 - 2.5 log(S_H), where S_H is the measured neutral hydrogen flux density in units of 10^-24 W/m^2.
M21Q	string				quality flag ("?" if bad)
M21ERR	float				error in 21-cm emission line magnitude
V21	float	km/s			mean heliocentric radial velocity from HI observations
V21Q	string				quality flag ("?" if bad)
V21ERR	float	km/s			error in heliocentric radial velocity
HUBBLE_SRC	string				sources of revised type estimate
N_L	int				number of luminosity class estimates
LOGR_25	float				mean decimal logarithm of the ratio of the major isophotal diameter, D_25, to the minor isophotal diameter, d_25, measured at or reduced to the surface brightness level mu_B = 25.0 B-mag/arcsec^2.
LOGR_25Q	string				quality flag ("?" if bad)
LOGR_25ERR	float				error in decimal logarithm of the ratio of the major isophotal diameter to minor
AGB	float	mag			Burstein-Heiles Galactic extinction in B
MB	float	mag			photographic magnitude reduced to B_T system
MBQ	string	mag			quality flag ("?" if bad)
MBERR	float	mag			error in photograph magnitude
UMBT	float	mag			total (asymptotic) color index in Johnson U-B
UMBTQ	string				quality flag ("?" if bad)
UMBTERR	float	mag			error in total (asymptotic) color index in Johnson U-B
UMBE	float	mag			color index within effective aperture in Johnson U-B
UMBEQ	string				quality flag ("?" if bad),
UMBEERR	float	mag			error in color index within effective aperture in Johnson U-B
W20	float	km/s			neutral hydrogen line full width (in km/s) measured at the 20% level (I_20/I_max)
W20Q	string				quality flag ("?" if bad)
W20ERR	float	km/s			error in W20
VOPT	float	km/s			mean heliocentric radial velocity from optical observations
VOPTQ	string				quality flag ("?" if bad)
VOPTERR	float	km/s			error in mean heliocentric radial velocity from optical observations
SGL	double	deg			supergalactic longitude
SGB	double	deg			supergalactic latitude
TYPE	float				T = mean numerical index of stage along the Hubble sequence in the RC2 system (coded as explained in Section 3.3.c, page 16)
TYPEQ	string				quality flag ("?" if bad)
TYPEERR	float				error in T-type
LOGA_E	float				decimal logarithm of the apparent diameter (in 0.1 arcmin) of the ``effective aperture,'' the circle centered on the nucleus within which one-half of the total B-band flux is emitted
LOGA_EQ	string				quality flag ("?" if bad)
LOGA_EERR	float				error in decimal logarithm of the apparent diameter (in 0.1 arcmin) of the ``effective aperture,''
AIB	float	mag			internal extinction (for correction to face-on), calcauled from size and T-type
MFIR	float				far-infrared magnitude calculated from m_FIR = - 20.0 - 2.5 logFIR, where FIR is the far infrared continuum flux measured at 60 and 100 microns as listed in the IRAS Point Source Catalog (1987).
BMVT0	float	mag			total B-V color index corrected for Galactic and internal extinction, and for redshift
MPE	float	mag/sq arcmin			mean B-band surface brightness in magnitudes per square arcmin (B-mag/arcmin^2) within the effective aperture A_e, and its mean error, as given by the relation MPE = B_T + 0.75 + 5logA_e - 5.26.
MPEQ	string				quality flag ("?" if bad)
MPEERR	float	mag/sq arcmin			error in mean B-band surface brightness
W50	float	km/s			neutral hydrogen line full width (in km/s) measured at the 50% level (I_20/I_max)
W50Q	string				quality flag ("?" if bad)
W50ERR	float	km/s			error in neutral hydrogen line full width (in km/s) measured at the 50% level (I_20/I_max)
VGSR	float	km/s			the weighted mean of the neutral hydrogen and optical velocities, corrected to the ``Galactic standard of rest''
L	float
LQ	string				quality flag ("?" if bad)
LERR	float				mean numerical luminosity class in the RC2 system
LOGD0	float				decimal logarithm of the isophotal major diameter corrected to ``face-on'' (inclination = 0 degrees), and corrected for Galactic extinction to A_g = 0, but not for redshift
SA21	float	mag			HI line self-absorption in magnitudes (for correction to face-on), calculated from logR and T >= 1
BT0	float	mag			B_T^0 = total ``face-on'' magnitude corrected for Galactic and internal extinction, and for redshift
UMBT0	float	mag			(U-B)_T^0 = total U-B color index corrected for Galactic and internal extinction, and for redshift
MP25	float	mag/sq arcmin			the mean surface brightness in magnitudes per square arcmin (B-mag/arcmin^2) within the mu_B = 25.0 B-mag/arcsec^2 elliptical isophote of major axis D_25 and axis ratio R_25
MP25Q	string				quality flag ("?" if bad)
MP25ERR	float	mag/sq arcmin			error inthe mean surface brightness within the mu_B = 25.0 B-mag/arcsec^2
HI	float				corrected neutral hydrogen index, which is the difference m_21^0 - B_T^0 between the corrected (face-on) 21-cm emission line magnitude and the similarly corrected magnitude in the B_T system.
V3K	float	km/s			the weighted mean velocity corrected to the reference frame defined by the 3 K microwave background radiation

Table ROSAT

ROSAT All-Sky Survey information for matches to SDSS photometr

Column	Type	Units	UCD	Error	Description	Links
OBJID	long				Unique SDSS identifier composed from [skyVersion,rerun,run,camcol,field,obj].
SOURCENAME	string				name of source in ROSAT
RA	double	deg			J2000 right ascension of ROSAT source
DEC	double	deg			J2000 declination of ROSAT source
RADECERR	float	arcsec			error in coordinates
FLAGS	string				screening flags (see ROSAT documentation)
FLAGS2	string				screening flags (see ROSAT documentation)
CPS	float				counts per second in broad band
CPS_ERR	float				error in count rate
BGCPS	float				counts per second from background
EXPTIME	float	sec			exposure time
HR1	float				hardness ratio 1
HR1_ERR	float				error in hardness ratio 1
HR2	float				hardness ratio 2
HR2_ERR	float				error in hardness ratio 2
EXT	float	arcsec			source extent
EXTL	float				likelihood of source extent
SRCL	float				likelihood of source detection
EXTR	float	arcsec			extraction radius
PRIORITY	string				priority flags (Sliding window detection history using either the background map (M) or the local background (B); 0 = no detection, 1 = detection; order of flags: M-broad, L-broad, M-hard, L-hard, M-soft, L-soft
ERANGE	string				pulse height amplitude range with highest detection likelihood; A: 11-41, B: 52-201, C: 52-90, D: 91-201 ' ' or 'b' means 'broad' (11-235)
VIGF	float				vignetting factor
ORGDAT	string				date when source was included (format: yymmdd; 000000: removed)
MODDAT	string				date when source was modified (format: yymmdd; 000000: removed)
ID	int				number of identification candidates in correlation catalog
FIELDID	int				identification number of SASS field
SRCNUM	int				SASS source number in SASS field
RCT1	int				number of nearby RASS detections with distances between 0 and 5 arcmin
RCT2	int				number of nearby RASS detections with distances between 5 and 10 arcmin
RCT3	int				number of nearby RASS detections with distances between 10 and 15 arcmin
ITB	string				start time of observation (yymmdd.ff)
ITE	string				end time of observation (yymmdd.ff)
RL	int				reliability of source detection (0 to 99, with 99 being highest)
CAT	string				which catalog the source is in (faint or bright)

Table RecentQueries

Record the ipAddr and timestamps of the last n querie

Column	Type	Units	UCD	Error	Description	Links
ipAddr	string
lastQueryTime	dateTime

Table Region

Definition of the different region

Column	Type	Units	UCD	Error	Description	Links
regionid	long
id	long				key of the region pointing into other tables
type	string				type of the region (STRIPE|STAVE|...)
comment	string				description of the region
ismask	int				0: region, 1: to be excluded
area	double	deg^2			area of region
regionString	string				the string representation of the region
regionBinary	int				the precompiled XML description of region

Table Region2Box

Tracks the parentage which regions contribute to which boxe

Column	Type	Units	UCD	Error	Description	Links
regionType	string				type of parent, (TIGEOM)
id	long				the object id of the other parent region
boxType	string				type of child (TILEBOX, SKYBOX)
boxid	long				regionid of child

Table RegionArcs

Contains the arcs of a Region with their endpoint

Column	Type	Units	UCD	Error	Description	Links
arcid	int				unique id of the arc
regionid	long				unique region identifier
convexid	long				convex identifier
patch	int				id of the patch
state	int				state (3: bounding circle, 2:root, 1: hole)
draw	int				0:hide, 1: draw
ra1	double				ra of starting point of arc
dec1	double				dec of starting point of arc
ra2	double				ra of end point of arc
dec2	double				dec of end point of arc
x	double				x of constraint normal vector
y	double				y of constraint normal vector
z	double				z of constraint normal vector
c	double				offset of constraint
length	double	deg			length of arc in degrees

Table RegionPatch

Defines the attributes of the patches of a given regio

Column	Type	Units	UCD	Error	Description	Links
regionid	long				Unique Region ID
convexid	long				Unique Convex ID
patchid	int				Unique patch number
type	string				CAMCOL, RUN, STAVE, TILE, TILEBOX, SKYBOX, WEDGE, SECTOR...
radius	double	arcmin			radius of bounding circle centered at ra, dec
ra	double	deg			right ascension of observation
dec	double	deg			declination of observation
x	double				x of centerpoint Normal unit vector in J2000
y	double				y of centerpoint Normal unit vector in J2000
z	double				z of centerpoint Normal unit vector in J2000
c	double				offset of the equation of plane
htmid	long				20 deep Hierarchical Triangular Mesh ID of centerpoint
area	double	deg^2			area of the patch
convexString	string				{x,y,z,c}+ representation of the convex of the patch

Table Rmatrix

Contains various rotation matrices between spherical coordinate system

Column	Type	Units	UCD	Error	Description	Links
mode	string
row	int
x	double
y	double
z	double

Table Run

Contains the basic parameters associated with a ru

Column	Type	Units	UCD	Error	Description	Links
skyVersion	int				0 = OPDB target, 1 = OPDB best XXX
run	int				Run number
rerun	int				Rerun number
mjd	int	days			MJD of observation
datestring	string				Human-readable date of observation
stripe	int				Stripe number
strip	string				Strip (N or S)
xBore	double	deg			boresight offset perpendicular to great circle
fieldRef	int				Starting field number of full run (what MU_REF, MJD_REF refer to)
lastField	int				last field of full run
flavor	string				type of drift scan (from apacheraw, bias, calibration, engineering, ignore, and science)
xBin	int	pix			binning amount perpendicular to scan direction
yBin	int	pix			binning amount in scan direction
nRow	int	pix			number of rows in output idR
mjdRef	double	days			MJD at row 0 of reference frame
muRef	double	deg			mu value at row 0 of reference field
lineStart	int	microsec			linestart rate betweeen each (binned) row
tracking	double	arcsec/sec			tracking rate
node	double				node of great circle, that is, its RA on the J2000 equator
incl	double				inclination of great circle relative to J2000 equator
comments	string				comments on the run
qterm	float	arcsec/hr^2			quadratic term in coarse astrometric solution
maxMuResid	float	arcsec			maximum residual from great circle in scan direction
maxNuResid	float	arcsec			maximum residual from great circle perpendicular to scan direction
startField	int				starting field for reduced data
endField	int				ending field for reduced data
photoVersion	string				photo version used
dervishVersion	string				dervish version used
astromVersion	string				astrom version used
sasVersion	string				version of SAS used to produce CSV for this run

Table RunShift

The table contains values of the various manual nu shifts for run

Column	Type	Units	UCD	Error	Description	Links
run	int				Run id
shift	double	deg			The nu shift applied

Table SDSSConstants

This table contains most relevant survey constants and their physical unit

Column	Type	Units	UCD	Error	Description	Links
name	string				Name of the constant
value	double				The numerical value in float
unit	string				Its physical unit
description	string				Short description

Table SiteConstants

Table holding site specific constant

Column	Type	Units	UCD	Error	Description	Links
name	string				Name
value	string				Value
comment	string				Description

Table SiteDBs

Table containing the list of DBs at this CAS site

Column	Type	Units	UCD	Error	Description	Links
dbname	string				Name of the database
description	string				Short one-line description
active	string				Is it active/visible?

Table SiteDiagnostics

This table stores the full diagnostic snapshot after the last revisio

Column	Type	Units	UCD	Error	Description	Links
name	string				Name of object
type	string				System type of the object (U:table, V:view, F: function, P: stored proc)
count	long				Optional row count, where applicable

Table SpecDR7

Contains the spatial cross-match between DR8 SpecObjAll and DR7 primaries

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique DR8 ID based on PLATE, MJD, FIBERID, RUN2D
dr7ObjID	long				Unique DR7 PhotoPrimary ID composed from [skyVersion,rerun,run,camcol,field,obj].
ra	double	deg			J2000 right ascension (r')
dec	double	deg			J2000 declination (r')
cx	double				unit vector for ra+dec
cy	double				unit vector for ra+dec
cz	double				unit vector for ra+dec
skyVersion	int				0 = OPDB target, 1 = OPDB best
run	int				Run number
rerun	int				Rerun number
camcol	int				Camera column
field	int				Field number
obj	int				The object id within a field. Usually changes between reruns of the same field.
nChild	int				Number of children if this is a composite object that has been deblended. BRIGHT (in a flags sense) objects also have nchild == 1, the non-BRIGHT sibling.
type	int				Morphological type classification of the object.
probPSF	float				Probability that the object is a star. Currently 0 if type == 3 (galaxy), 1 if type == 6 (star).
insideMask	int				Flag to indicate whether object is inside a mask and why
flags	long				Photo Object Attribute Flags
psfMag_u	float	mag			PSF flux
psfMag_g	float	mag			PSF flux
psfMag_r	float	mag			PSF flux
psfMag_i	float	mag			PSF flux
psfMag_z	float	mag			PSF flux
psfMagErr_u	float	mag			PSF flux error
psfMagErr_g	float	mag			PSF flux error
psfMagErr_r	float	mag			PSF flux error
psfMagErr_i	float	mag			PSF flux error
psfMagErr_z	float	mag			PSF flux error
petroMag_u	float	mag			Petrosian flux
petroMag_g	float	mag			Petrosian flux
petroMag_r	float	mag			Petrosian flux
petroMag_i	float	mag			Petrosian flux
petroMag_z	float	mag			Petrosian flux
petroMagErr_u	float	mag			Petrosian flux error
petroMagErr_g	float	mag			Petrosian flux error
petroMagErr_r	float	mag			Petrosian flux error
petroMagErr_i	float	mag			Petrosian flux error
petroMagErr_z	float	mag			Petrosian flux error
petroR50_r	float	arcsec			Radius containing 50% of Petrosian flux
petroR90_r	float	arcsec			Radius containing 90% of Petrosian flux
modelMag_u	float	mag			better of DeV/Exp magnitude fit
modelMag_g	float	mag			better of DeV/Exp magnitude fit
modelMag_r	float	mag			better of DeV/Exp magnitude fit
modelMag_i	float	mag			better of DeV/Exp magnitude fit
modelMag_z	float	mag			better of DeV/Exp magnitude fit
modelMagErr_u	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_g	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_r	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_i	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_z	float	mag			better of DeV/Exp magnitude fit error
mRrCc_r	float				Adaptive (<r^2> + <c^2>)
mRrCcErr_r	float				Error in adaptive (<r^2> + <c^2>)
lnLStar_r	float				Star ln(likelihood)
lnLExp_r	float				Exponential disk fit ln(likelihood)
lnLDeV_r	float				DeVaucouleurs fit ln(likelihood)
status	int				Status of the object in the survey
primTarget	int				Bit mask of primary target categories the object was selected in.
secTarget	int				Bit mask of secondary target categories the object was selected in.
extinction_u	float	mag			Extinction in each filter
extinction_g	float	mag			Extinction in each filter
extinction_r	float	mag			Extinction in each filter
extinction_i	float	mag			Extinction in each filter
extinction_z	float	mag			Extinction in each filter
htmID	long				20-deep hierarchical trangular mesh ID of this object
fieldID	long				Link to the field this object is in
size	float				computed: =SQRT(mRrCc_r/2.0)
pmRa	float	mas/year			Proper motion in right ascension.
pmDec	float	mas/year			Proper motion in declination.
pmL	float	mas/year			Proper motion in galactic longitude.
pmB	float	mas/year			Proper motion in galactic latitude.
pmRaErr	float	mas/year			Error in proper motion in right ascension.
pmDecErr	float	mas/year			Error in proper motion in declination.
delta	float	arcsec			Distance between this object and the nearest matching USNO-B object.
match	int				Number of objects in USNO-B which matched this object within a 1 arcsec radius. If negative, then the nearest matching USNO-B object itself matched more than 1 SDSS object.

Table SpecObjAll

Contains the measured parameters for a spectrum

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique database ID based on PLATE, MJD, FIBERID, RUN2D
bestObjID	long				Object ID of photoObj match (position-based)
fluxObjID	long				Object ID of photoObj match (flux-based)
targetObjID	long				Object ID of original target
plateID	long				Database ID of Plate
sciencePrimary	int				Best version of spectrum at this location (defines default view SpecObj)
legacyPrimary	int				Best version of spectrum at this location, among Legacy plates
seguePrimary	int				Best version of spectrum at this location, among SEGUE plates
segue1Primary	int				Best version of spectrum at this location, among SEGUE-1 plates
segue2Primary	int				Best version of spectrum at this location, among SEGUE-1 plates
bossPrimary	int				Best version of spectrum at this location, among BOSS plates
bossSpecObjID	int				Index of BOSS observation in spAll flat file
firstRelease	string				Name of first release this object was associated with
survey	string				Survey name
instrument	string				Instrument used (SDSS or BOSS spectrograph)
programname	string				Program name
chunk	string				Chunk name
platerun	string				Plate drill run name
mjd	int	days			MJD of observation
plate	int				Plate number
fiberID	int				Fiber ID
run1d	string				1D Reduction version of spectrum
run2d	string				2D Reduction version of spectrum
tile	int				Tile number
designID	int				Design ID number
legacy_target1	long				for Legacy program, target selection information at plate design
legacy_target2	long				for Legacy program target selection information at plate design, secondary/qa/calibration
special_target1	long				for Special program target selection information at plate design
special_target2	long				for Special program target selection information at plate design, secondary/qa/calibration
segue1_target1	long				SEGUE-1 target selection information at plate design, primary science selection
segue1_target2	long				SEGUE-1 target selection information at plate design, secondary/qa/calib selection
segue2_target1	long				SEGUE-2 target selection information at plate design, primary science selection
segue2_target2	long				SEGUE-2 target selection information at plate design, secondary/qa/calib selection
boss_target1	long				BOSS target selection information at plate
ancillary_target1	long				BOSS ancillary science target selection information at plate design
ancillary_target2	long				BOSS ancillary target selection information at plate design
primTarget	long				target selection information at plate design, primary science selection (for backwards compatibility)
secTarget	long				target selection information at plate design, secondary/qa/calib selection (for backwards compatibility)
spectrographID	int				which spectrograph (1,2)
sourceType	string				For Legacy, SEGUE-2 and BOSS science targets, type of object targeted as (target bits contain full information and are recommended)
targetType	string				Nature of target: SCIENCE, STANDARD, or SKY
ra	double	deg			DR8 Right ascension of fiber, J2000
dec	double	deg			DR8 Declination of fiber, J2000
cx	double				x of Normal unit vector in J2000
cy	double				y of Normal unit vector in J2000
cz	double				z of Normal unit vector in J2000
xFocal	float	mm			X focal plane position (+RA direction)
yFocal	float	mm			Y focal plane position (+Dec direction)
lambdaEff	float	Angstroms			Effective wavelength that hole was drilled for (accounting for atmopheric refraction)
blueFiber	int				Set to 1 if this hole was designated a "blue fiber", 0 if designated a "red fiber" (high redshift LRGs are preferentially in "red fibers")
zOffset	float	microns			Washer thickness used (for backstopping BOSS quasar targets, so they are closer to 4000 Angstrom focal plan)
z	float				Final Redshift
zErr	float				Redshift error
zWarning	int				Bitmask of warning values; 0 means all is well
class	string				Spectroscopic class (GALAXY, QSO, or STAR)
subClass	string				Spectroscopic subclass
rChi2	float				Reduced chi-squared of best fit
DOF	float				Degrees of freedom in best fit
rChi2Diff	float				Difference in reduced chi-squared between best and second best fit
z_noqso	float				Best redshift when excluding QSO fit (right redshift to use for galaxy targets)
zErr_noqso	float				Error in "z_noqso" redshift
zWarning_noqso	float				Warnings in "z_noqso" redshift
class_noqso	string				Classification in "z_noqso" redshift
subClass_noqso	string				Sub-classification in "z_noqso" redshift
rChi2Diff_noqso	float				Reduced chi-squared difference from next best redshift, for "z_noqso" redshift
z_person	float				Person-assigned redshift, if this object has been inspected
class_person	string				Person-assigned classification, if this object has been inspected
comments_person	string				Comments from person for inspected objects
tFile	string				File name of best fit template source
tColumn_0	int				Which column of the template file corresponds to template #0
tColumn_1	int				Which column of the template file corresponds to template #1
tColumn_2	int				Which column of the template file corresponds to template #2
tColumn_3	int				Which column of the template file corresponds to template #3
tColumn_4	int				Which column of the template file corresponds to template #4
tColumn_5	int				Which column of the template file corresponds to template #5
tColumn_6	int				Which column of the template file corresponds to template #6
tColumn_7	int				Which column of the template file corresponds to template #7
tColumn_8	int				Which column of the template file corresponds to template #8
tColumn_9	int				Which column of the template file corresponds to template #9
nPoly	float				Number of polynomial terms used in the fit
theta_0	float				Coefficient for template #0 of fit
theta_1	float				Coefficient for template #1 of fit
theta_2	float				Coefficient for template #2 of fit
theta_3	float				Coefficient for template #3 of fit
theta_4	float				Coefficient for template #4 of fit
theta_5	float				Coefficient for template #5 of fit
theta_6	float				Coefficient for template #6 of fit
theta_7	float				Coefficient for template #7 of fit
theta_8	float				Coefficient for template #8 of fit
theta_9	float				Coefficient for template #9 of fit
velDisp	float	km/s			Velocity dispersion
velDispErr	float	km/s			Error in velocity dispersion
velDispZ	float				Redshift associated with best fit velocity dispersion
velDispZErr	float				Error in redshift associated with best fit velocity dispersion
velDispChi2	float				Chi-squared associated with velocity dispersion fit
velDispNPix	int				Number of pixels overlapping best template in velocity dispersion fit
velDispDOF	int				Number of degrees of freedom in velocity dispersion fit
waveMin	float	Angstroms			Minimum observed (vacuum) wavelength
waveMax	float	Angstroms			Maximum observed (vacuum) wavelength
wCoverage	float				Coverage in wavelength, in units of log10 wavelength
snMedian_u	float				Median signal-to-noise over all good pixels in u-band
snMedian_g	float				Median signal-to-noise over all good pixels in g-band
snMedian_r	float				Median signal-to-noise over all good pixels in r-band
snMedian_i	float				Median signal-to-noise over all good pixels in i-band
snMedian_z	float				Median signal-to-noise over all good pixels in z-band
snMedian	float				Median signal-to-noise over all good pixels
chi68p	float				68-th percentile value of abs(chi) of the best-fit synthetic spectrum to the actual spectrum (around 1.0 for a good fit)
fracNSigma_1	float				Fraction of pixels deviant by more than 1 sigma relative to best-fit
fracNSigma_2	float				Fraction of pixels deviant by more than 2 sigma relative to best-fit
fracNSigma_3	float				Fraction of pixels deviant by more than 3 sigma relative to best-fit
fracNSigma_4	float				Fraction of pixels deviant by more than 4 sigma relative to best-fit
fracNSigma_5	float				Fraction of pixels deviant by more than 5 sigma relative to best-fit
fracNSigma_6	float				Fraction of pixels deviant by more than 6 sigma relative to best-fit
fracNSigma_7	float				Fraction of pixels deviant by more than 7 sigma relative to best-fit
fracNSigma_8	float				Fraction of pixels deviant by more than 8 sigma relative to best-fit
fracNSigma_9	float				Fraction of pixels deviant by more than 9 sigma relative to best-fit
fracNSigma_10	float				Fraction of pixels deviant by more than 10 sigma relative to best-fit
fracNSigHi_1	float				Fraction of pixels high by more than 1 sigma relative to best-fit
fracNSigHi_2	float				Fraction of pixels high by more than 2 sigma relative to best-fit
fracNSigHi_3	float				Fraction of pixels high by more than 3 sigma relative to best-fit
fracNSigHi_4	float				Fraction of pixels high by more than 4 sigma relative to best-fit
fracNSigHi_5	float				Fraction of pixels high by more than 5 sigma relative to best-fit
fracNSigHi_6	float				Fraction of pixels high by more than 6 sigma relative to best-fit
fracNSigHi_7	float				Fraction of pixels high by more than 7 sigma relative to best-fit
fracNSigHi_8	float				Fraction of pixels high by more than 8 sigma relative to best-fit
fracNSigHi_9	float				Fraction of pixels high by more than 9 sigma relative to best-fit
fracNSigHi_10	float				Fraction of pixels high by more than 10 sigma relative to best-fit
fracNSigLo_1	float				Fraction of pixels low by more than 1 sigma relative to best-fit
fracNSigLo_2	float				Fraction of pixels low by more than 2 sigma relative to best-fit
fracNSigLo_3	float				Fraction of pixels low by more than 3 sigma relative to best-fit
fracNSigLo_4	float				Fraction of pixels low by more than 4 sigma relative to best-fit
fracNSigLo_5	float				Fraction of pixels low by more than 5 sigma relative to best-fit
fracNSigLo_6	float				Fraction of pixels low by more than 6 sigma relative to best-fit
fracNSigLo_7	float				Fraction of pixels low by more than 7 sigma relative to best-fit
fracNSigLo_8	float				Fraction of pixels low by more than 8 sigma relative to best-fit
fracNSigLo_9	float				Fraction of pixels low by more than 9 sigma relative to best-fit
fracNSigLo_10	float				Fraction of pixels low by more than 10 sigma relative to best-fit
spectroFlux_u	float	nanomaggies			Spectrum projected onto u filter
spectroFlux_g	float	nanomaggies			Spectrum projected onto g filter
spectroFlux_r	float	nanomaggies			Spectrum projected onto r filter
spectroFlux_i	float	nanomaggies			Spectrum projected onto i filter
spectroFlux_z	float	nanomaggies			Spectrum projected onto z filter
spectroSynFlux_u	float	nanomaggies			Best-fit template spectrum projected onto u filter
spectroSynFlux_g	float	nanomaggies			Best-fit template spectrum projected onto g filter
spectroSynFlux_r	float	nanomaggies			Best-fit template spectrum projected onto r filter
spectroSynFlux_i	float	nanomaggies			Best-fit template spectrum projected onto i filter
spectroSynFlux_z	float	nanomaggies			Best-fit template spectrum projected onto z filter
spectroFluxIvar_u	float	nanomaggies			Inverse variance of spectrum projected onto u filter
spectroFluxIvar_g	float	nanomaggies			Inverse variance of spectrum projected onto g filter
spectroFluxIvar_r	float	nanomaggies			Inverse variance of spectrum projected onto r filter
spectroFluxIvar_i	float	nanomaggies			Inverse variance of spectrum projected onto i filter
spectroFluxIvar_z	float	nanomaggies			Inverse variance of spectrum projected onto z filter
spectroSynFluxIvar_u	float	nanomaggies			Inverse variance of best-fit template spectrum projected onto u filter
spectroSynFluxIvar_g	float	nanomaggies			Inverse variance of best-fit template spectrum projected onto g filter
spectroSynFluxIvar_r	float	nanomaggies			Inverse variance of best-fit template spectrum projected onto r filter
spectroSynFluxIvar_i	float	nanomaggies			Inverse variance of best-fit template spectrum projected onto i filter
spectroSynFluxIvar_z	float	nanomaggies			Inverse variance of best-fit template spectrum projected onto z filter
spectroSkyFlux_u	float	nanomaggies			Sky spectrum projected onto u filter
spectroSkyFlux_g	float	nanomaggies			Sky spectrum projected onto g filter
spectroSkyFlux_r	float	nanomaggies			Sky spectrum projected onto r filter
spectroSkyFlux_i	float	nanomaggies			Sky spectrum projected onto i filter
spectroSkyFlux_z	float	nanomaggies			Sky spectrum projected onto z filter
anyAndMask	int				For each bit, records whether any pixel in the spectrum has that bit set in its ANDMASK
anyOrMask	int				For each bit, records whether any pixel in the spectrum has that bit set in its ORMASK
plateSN2	float				Overall signal-to-noise-squared measure for plate (only set for SDSS spectrograph)
deredSN2	float				Dereddened signal-to-noise-squared measure for plate (only set for BOSS spectrograph)
snTurnoff	float				Signal to noise measure for MS turnoff stars on plate (-9999 if not appropriate)
sn1_g	float				(S/N)^2 at g=20.20 for spectrograph #1
sn1_r	float				(S/N)^2 at r=20.25 for spectrograph #1
sn1_i	float				(S/N)^2 at i=19.90 for spectrograph #1
sn2_g	float				(S/N)^2 at g=20.20 for spectrograph #2
sn2_r	float				(S/N)^2 at r=20.25 for spectrograph #2
sn2_i	float				(S/N)^2 at i=19.90 for spectrograph #2
elodieFileName	string				File name for best-fit Elodie star
elodieObject	string				Star name (mostly Henry Draper names)
elodieSpType	string				Spectral type
elodieBV	float	mag			(B-V) color
elodieTEff	float	Kelvin			Effective temperature
elodieLogG	float				log10(gravity)
elodieFeH	float				Metallicity ([Fe/H])
elodieZ	float				Redshift
elodieZErr	float				Redshift error (negative for invalid fit)
elodieZModelErr	float				Standard deviation in redshift among the 12 best-fit stars
elodieRChi2	float				Reduced chi^2
elodieDOF	float				Degrees of freedom for fit
htmID	long				20 deep Hierarchical Triangular Mesh ID
loadVersion	int				Load Version
img	int				Spectrum Image
sdssPrimary	int				Best version of spectrum at this location among SDSS plates

Table SpecPhotoAll

The combined spectro and photo parameters of an object in SpecObjAl

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
mjd	int	MJD			MJD of observation
plate	int				Plate ID
tile	int				Tile ID
fiberID	int				Fiber ID
z	float				Final Redshift
zErr	float				Redshift error
class	string				Spectroscopic class (GALAXY, QSO, or STAR)
subClass	string				Spectroscopic subclass
zWarning	int				Warning Flags
ra	double	deg			ra in J2000 from SpecObj
dec	double	deg			dec in J2000 from SpecObj
cx	double				x of Normal unit vector in J2000
cy	double				y of Normal unit vector in J2000
cz	double				z of Normal unit vector in J2000
htmID	long				20 deep Hierarchical Triangular Mesh ID
sciencePrimary	int				Best version of spectrum at this location (defines default view SpecObj)
legacyPrimary	int				Best version of spectrum at this location, among Legacy plates
seguePrimary	int				Best version of spectrum at this location, among SEGUE plates (defines default view SpecObj)
segue1Primary	int				Best version of spectrum at this location, among SEGUE-1 plates
segue2Primary	int				Best version of spectrum at this location, among SEGUE-1 plates
bossPrimary	int				Best version of spectrum at this location, among BOSS plates
sdssPrimary	int				Best version of spectrum at this location among SDSS plates
survey	string				Survey name
programname	string				Program name
legacy_target1	long				for Legacy program, target selection information at plate design
legacy_target2	long				for Legacy program target selection information at plate design, secondary/qa/calibration
special_target1	long				for Special program target selection information at plate design
special_target2	long				for Special program target selection information at plate design, secondary/qa/calibration
segue1_target1	long				SEGUE-1 target selection information at plate design, primary science selection
segue1_target2	long				SEGUE-1 target selection information at plate design, secondary/qa/calib selection
segue2_target1	long				SEGUE-2 target selection information at plate design, primary science selection
segue2_target2	long				SEGUE-2 target selection information at plate design, secondary/qa/calib selection
boss_target1	long				BOSS target selection information at plate
ancillary_target1	long				BOSS ancillary science target selection information at plate design
ancillary_target2	long				BOSS ancillary target selection information at plate design
plateID	long				Link to plate on which the spectrum was taken
sourceType	string				type of object targeted as
targetObjID	long				ID of target PhotoObj
objID	long				Unique SDSS identifier composed from [skyVersion,rerun,run,camcol,field,obj].
skyVersion	int				0 = OPDB target, 1 = OPDB best
run	int				Run number
rerun	int				Rerun number
camcol	int				Camera column
field	int				Field number
obj	int				The object id within a field. Usually changes between reruns of the same field.
mode	int				1: primary, 2: secondary, 3: family object.
nChild	int				Number of children if this is a deblened composite object. BRIGHT (in a flags sense) objects also have nchild==1, the non-BRIGHT sibling.
type	int				Morphological type classification of the object.
flags	long				Photo Object Attribute Flags
psfMag_u	float	mag			PSF flux
psfMag_g	float	mag			PSF flux
psfMag_r	float	mag			PSF flux
psfMag_i	float	mag			PSF flux
psfMag_z	float	mag			PSF flux
psfMagErr_u	float	mag			PSF flux error
psfMagErr_g	float	mag			PSF flux error
psfMagErr_r	float	mag			PSF flux error
psfMagErr_i	float	mag			PSF flux error
psfMagErr_z	float	mag			PSF flux error
fiberMag_u	float	mag			Flux in 3 arcsec diameter fiber radius
fiberMag_g	float	mag			Flux in 3 arcsec diameter fiber radius
fiberMag_r	float	mag			Flux in 3 arcsec diameter fiber radius
fiberMag_i	float	mag			Flux in 3 arcsec diameter fiber radius
fiberMag_z	float	mag			Flux in 3 arcsec diameter fiber radius
fiberMagErr_u	float	mag			Flux in 3 arcsec diameter fiber radius error
fiberMagErr_g	float	mag			Flux in 3 arcsec diameter fiber radius error
fiberMagErr_r	float	mag			Flux in 3 arcsec diameter fiber radius error
fiberMagErr_i	float	mag			Flux in 3 arcsec diameter fiber radius error
fiberMagErr_z	float	mag			Flux in 3 arcsec diameter fiber radius error
petroMag_u	float	mag			Petrosian flux
petroMag_g	float	mag			Petrosian flux
petroMag_r	float	mag			Petrosian flux
petroMag_i	float	mag			Petrosian flux
petroMag_z	float	mag			Petrosian flux
petroMagErr_u	float	mag			Petrosian flux error
petroMagErr_g	float	mag			Petrosian flux error
petroMagErr_r	float	mag			Petrosian flux error
petroMagErr_i	float	mag			Petrosian flux error
petroMagErr_z	float	mag			Petrosian flux error
modelMag_u	float	mag			better of DeV/Exp magnitude fit
modelMag_g	float	mag			better of DeV/Exp magnitude fit
modelMag_r	float	mag			better of DeV/Exp magnitude fit
modelMag_i	float	mag			better of DeV/Exp magnitude fit
modelMag_z	float	mag			better of DeV/Exp magnitude fit
modelMagErr_u	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_g	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_r	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_i	float	mag			better of DeV/Exp magnitude fit error
modelMagErr_z	float	mag			better of DeV/Exp magnitude fit error
cModelMag_u	float	mag			DeV+Exp magnitude
cModelMag_g	float	mag			DeV+Exp magnitude
cModelMag_r	float	mag			DeV+Exp magnitude
cModelMag_i	float	mag			DeV+Exp magnitude
cModelMag_z	float	mag			DeV+Exp magnitude
cModelMagErr_u	float	mag			DeV+Exp magnitude error
cModelMagErr_g	float	mag			DeV+Exp magnitude error
cModelMagErr_r	float	mag			DeV+Exp magnitude error
cModelMagErr_i	float	mag			DeV+Exp magnitude error
cModelMagErr_z	float	mag			DeV+Exp magnitude error
mRrCc_r	float				Adaptive (<r^2> + <c^2>)
mRrCcErr_r	float				Error in adaptive (<r^2> + <c^2>)
score	float				Quality of field (0-1)
resolveStatus	int				Resolve status of object
calibStatus_u	int				Calibration status in u-band
calibStatus_g	int				Calibration status in g-band
calibStatus_r	int				Calibration status in r-band
calibStatus_i	int				Calibration status in i-band
calibStatus_z	int				Calibration status in z-band
photoRa	double	deg			J2000 right ascension (r') from Best
photoDec	double	deg			J2000 declination (r') from Best
extinction_u	float	mag			Reddening in each filter
extinction_g	float	mag			Reddening in each filter
extinction_r	float	mag			Reddening in each filter
extinction_i	float	mag			Reddening in each filter
extinction_z	float	mag			Reddening in each filter
fieldID	long				Link to the field this object is in
dered_u	float	mag			Simplified mag, corrected for reddening: modelMag-reddening
dered_g	float	mag			Simplified mag, corrected for reddening: modelMag-reddening
dered_r	float	mag			Simplified mag, corrected for reddening: modelMag-reddening
dered_i	float	mag			Simplified mag, corrected for reddening: modelMag-reddening
dered_z	float	mag			Simplified mag, corrected for reddening: modelMag-reddening

Table StripeDefs

This table contains the definitions of the survey layout as planne

Column	Type	Units	UCD	Error	Description	Links
stripe	int				Stripe number
hemisphere	string				Which hemisphere (N|S)
eta	double	deg			Survey eta for the center of stripe
lambdaMin	double	deg			Survey lambda lower limit of the stripe
lambdaMax	double	deg			Survey lambda upper limit of the stripe
htmArea	string				HTM area descriptor string

Table Target

Keeps track of objects chosen by target selection and need to be tiled

Column	Type	Units	UCD	Error	Description	Links
targetID	long				hash of run, rerun, camcol, field, object (skyVersion=0)
run	int				imaging run
rerun	int				rerun number
camcol	int				imaging camcol
field	int				imaging field
obj	int				imaging object id
regionID	int				ID of sector, 0 if unset
ra	double	deg			right ascension
dec	double	deg			declination
duplicate	int				duplicate spectrum by mistake
htmID	long				htm index
cx	double				x projection of vector on unit sphere
cy	double				y projection of vector on unit sphere
cz	double				z projection of vector on unit sphere
bestObjID	long				hashed ID of object in best version of the sky
specObjID	long				hashed ID of specobj in best version of the sky
bestMode	int				mode from BEST PhotoObj
loadVersion	int				Load Version

Table TargetInfo

Unique information for an object every time it is targette

Column	Type	Units	UCD	Error	Description	Links
targetObjID	long				ID of object in Target (foreign key to Target.TargetObjID)
targetID	long				ID of entry in Target table
skyVersion	int				skyVersion
primTarget	int				primTarget from TARGET
secTarget	int				secTarget from TARGET
priority	int				target selection priority
programType	int				spectroscopic program type
programName	string				character string of program (from plate inventory db)
targetMode	int				mode from TARGET PhotoObj
loadVersion	int				Load Version

Table TwoMass

2MASS point-source catalog quantities for matches to SDSS photometr

Column	Type	Units	UCD	Error	Description	Links
objID	long				Unique SDSS identifier composed from [skyVersion,rerun,run,camcol,field,obj].
ra	double	deg			2MASS right ascension, J2000
dec	double	deg			2MASS declination, J2000
errMaj	float	arcsec			Semi-major axis length of the one sigma position uncertainty ellipse
errMin	float	arcsec			Semi-minor axis length of the one sigma position uncertainty ellipse
errAng	float	deg			Position angle on the sky of the semi-major axis of the position uncertainty ellipse (East of North)
j	float	mag			default J-band apparent magnitude (Vega relative, no Galactic extinction correction
jIvar	float	inverse mag^2			inverse variance in J-band apparent magnitude
h	float	mag			default H-band apparent magnitude (Vega relative, no Galactic extinction correction
hIvar	float	inverse mag^2			inverse variance in H-band apparent magnitude
k	float	mag			default K-band apparent magnitude (Vega relative, no Galactic extinction correction
kIvar	float	inverse mag^2			inverse variance in K-band apparent magnitude
phQual	string				photometric quality flag (see 2MASS PSC documentation)
rdFlag	string				Read flag. Three character flag, one character per band [JHKs], that indicates the origin of the default magnitudes and uncertainties in each band (see 2MASS PSC documentation)
blFlag	string				Blend flag. Three character flag, one character per band [JHKs], that indicates the number of components that were fit simultaneously when estimating the brightness of a source (see 2MASS PSC documentation)
ccFlag	string				Contamination and confusion flag. Three character flag, one character per band [JHKs], that indicates that the photometry and/or position measurements of a source may be contaminated or biased due to proximity to an image artifact or nearby source of equal or greater brightness. (See 2MASS PSC documentation).
nDetectJ	int				Number of frames on which 2MASS source was detected in J-band
nDetectH	int				Number of frames on which 2MASS source was detected in H-band
nDetectK	int				Number of frames on which 2MASS source was detected in K-band
nObserveJ	int				Number of frames which 2MASS source was within the boundaries of in J-band
nObserveH	int				Number of frames which 2MASS source was within the boundaries of in H-band
nObserveK	int				Number of frames which 2MASS source was within the boundaries of in K-band
galContam	int				Extended source "contamination" flag. A value of gal_contam="0" indicates no contamination. "1" indicates it is probably an extended source itself (this does not detect all such cases!). "2" indicates it is within the boundary of a large XSC source. (See 2MASS PSC documentation).
mpFlag	int				Minor planet flag. "1" if source associated with known solar system object, "0" otherwise. (See 2MASS PSC documentation).
ptsKey	int				Unique identification number for the PSC source.
hemis	string				Hemisphere code for the 2MASS Observatory from which this source was observed. "n" means North (Mt. Hopkins); "s" means South (CTIO).
jDate	double				Julian Date of the source measurement accurate to +30 seconds. (See 2MASS PSC documentation).
dupSource	int				Duplicate source flag. Used in conjunction with the use_src flag, this numerical flag indicates whether the source falls in a Tile overlap region, and if so, if it was detected multiple times. (See 2MASS PSC documentation)
useSource	int				Use source flag. Used in conjunction with the dup_src flag, this numerical flag indicates if a source falls within a Tile overlap region, and whether or not it satisfies the unbiased selection rules for multiple source resolution. (See 2MASS PSC documentation).

Table TwoMassXSC

2MASS extended-source catalog quantities for matches to SDSS photometr

Column	Type	Units	UCD	Error	Description	Links
objID	long				Unique SDSS identifier composed from [skyVersion,rerun,run,camcol,field,obj].
tmassxsc_ra	double	deg			2MASS right ascension, J2000
tmassxsc_dec	double	deg			2MASS declination, J2000
jDate	double				Julian Date of the source measurement accurate to +30 seconds. (See 2MASS PSC documentation).
designation	string				Sexagesimal, equatorial position-based source name in the form: hhmmssss+ddmmsss[ABC...].
sup_ra	double				Super-coadd centroid RA (J2000 decimal deg).
sup_dec	double				Super-coadd centroid Dec (J2000 decimal deg).
density	float				Coadd log(density) of stars with k<14 mag.
R_K20FE	float	mag			20mag/sq arcsec isophotal K fiducial ell. ap. semi-major axis.
J_M_K20FE	float	mag			J 20mag/sq arcsec isophotal fiducial ell. ap. magnitude.
J_MSIG_K20FE	float	mag			J 1-sigma uncertainty in 20mag/sq arcsec iso.fid.ell.mag.
J_FLG_K20FE	int				J confusion flag for 20mag/sq arcsec iso. fid. ell. mag.
H_M_K20FE	float	mag			H 20mag/sq arcsec isophotal fiducial ell. ap. magnitude.
H_MSIG_K20FE	float	mag			H 1-sigma uncertainty in 20mag/sq arcsec iso.fid.ell.mag.
H_FLG_K20FE	int				H confusion flag for 20mag/sq arcsec iso. fid. ell. mag.
K_M_K20FE	float	mag			K 20mag/sq arcsec isophotal fiducial ell. ap. magnitude.
K_MSIG_K20FE	float	mag			K 1-sigma uncertainty in 20mag/sq arcsec iso.fid.ell.mag.
K_FLG_K20FE	int				K confusion flag for 20mag/sq arcsec iso. fid. ell. mag.
R_3SIG	float	arcsec			3-sigma K isophotal semi-major axis.
J_BA	float				J minor/major axis ratio fit to the 3-sigma isophote.
J_PHI	int	deg			J angle to 3-sigma major axis (E of N).
H_BA	float				H minor/major axis ratio fit to the 3-sigma isophote.
H_PHI	int	deg			H angle to 3-sigma major axis (E of N).
K_BA	float				K minor/major axis ratio fit to the 3-sigma isophote.
K_PHI	int	deg			K angle to 3-sigma major axis (E of N).
SUP_R_3SIG	float				Super-coadd minor/major axis ratio fit to the 3-sigma isophote.
SUP_BA	float				K minor/major axis ratio fit to the 3-sigma isophote.
SUP_PHI	int	deg			K angle to 3-sigma major axis (E of N).
R_FE	float				K fiducial Kron elliptical aperture semi-major axis.
J_M_FE	float	mag			J fiducial Kron elliptical aperture magnitude.
J_MSIG_FE	float	mag			J 1-sigma uncertainty in fiducial Kron ell. mag.
J_FLG_FE	int				J confusion flag for fiducial Kron ell. mag.
H_M_FE	float	mag			H fiducial Kron elliptical aperture magnitude.
H_MSIG_FE	float	mag			H 1-sigma uncertainty in fiducial Kron ell. mag.
H_FLG_FE	int				H confusion flag for fiducial Kron ell. mag.
K_M_FE	float	mag			K fiducial Kron elliptical aperture magnitude.
K_MSIG_FE	float	mag			K 1-sigma uncertainty in fiducial Kron ell. mag.
K_FLG_FE	int				K confusion flag for fiducial Kron ell. mag.
R_EXT	float	arcsec			extrapolation/total radius.
J_M_EXT	float	mag			J mag from fit extrapolation.
J_MSIG_EXT	float	mag			J 1-sigma uncertainty in mag from fit extrapolation.
J_PCHI	float				J chi^2 of fit to rad. profile
H_M_EXT	float	mag			H mag from fit extrapolation.
H_MSIG_EXT	float	mag			H 1-sigma uncertainty in mag from fit extrapolation.
H_PCHI	float				H chi^2 of fit to rad. profile
K_M_EXT	float	mag			K mag from fit extrapolation.
K_MSIG_EXT	float	mag			K 1-sigma uncertainty in mag from fit extrapolation.
K_PCHI	float				K chi^2 of fit to rad. profile
J_R_EFF	float	arcsec			J half-light (integrated half-flux point) radius.
J_MNSURFB_EFF	float	mag/sq. arcsec			J mean surface brightness at the half-light radius.
H_R_EFF	float	arcsec			H half-light (integrated half-flux point) radius.
H_MNSURFB_EFF	float	mag/sq. arcsec			H mean surface brightness at the half-light radius.
K_R_EFF	float	arcsec			K half-light (integrated half-flux point) radius.
K_MNSURFB_EFF	float	mag/sq. arcsec			K mean surface brightness at the half-light radius.
J_CON_INDX	float				J concentration index r_75%/r_25%.
H_CON_INDX	float				H concentration index r_75%/r_25%.
K_CON_INDX	float				K concentration index r_75%/r_25%.
J_PEAK	float	mag/sq. arcsec			J peak pixel brightness.
H_PEAK	float	mag/sq. arcsec			H peak pixel brightness.
K_PEAK	float	mag/sq. arcsec			K peak pixel brightness.
J_5SURF	float	mag/sq. arcsec			J central surface brightness (r<=5).
H_5SURF	float	mag/sq. arcsec			H central surface brightness (r<=5).
K_5SURF	float	mag/sq. arcsec			K central surface brightness (r<=5).
E_SCORE	float				extended score: 1(extended) < e_score < 2(point-like).
G_SCORE	float				galaxy score: 1(extended) < g_score < 2(point-like).
VC	int				visual verification score for source.
CC_FLG	string				indicates artifact contamination and/or confusion.
IM_NX	int				size of postage stamp image in pixels.
R_K20FC	float	arcsec			20mag/sq arcsec isophotal K fiducial circular ap. radius.
J_M_K20FC	float	mag			J 20mag/sq arcsec isophotal fiducial circ. ap. mag.
J_MSIG_K20FC	float	mag			J 1-sigma uncertainty in 20mag/sq arcsec iso.fid.circ. mag.
J_FLG_K20FC	int				J confusion flag for 20mag/sq arcsec iso. fid. circ. mag.
H_M_K20FC	float	mag			H 20mag/sq arcsec isophotal fiducial circ. ap. mag.
H_MSIG_K20FC	float	mag			H 1-sigma uncertainty in 20mag/sq arcsec iso.fid.circ. mag.
H_FLG_K20FC	int				H confusion flag for 20mag/sq arcsec iso. fid. circ. mag.
K_M_K20FC	float	mag			K 20mag/sq arcsec isophotal fiducial circ. ap. mag.
K_MSIG_K20FC	float	mag			K 1-sigma uncertainty in 20mag/sq arcsec iso.fid.circ. mag.
K_FLG_K20FC	int				K confusion flag for 20mag/sq arcsec iso. fid. circ. mag.
J_R_E	float	arcsec			J Kron elliptical aperture semi-major axis.
J_M_E	float	mag			J Kron elliptical aperture magnitude
J_MSIG_E	float	mag			J 1-sigma uncertainty in Kron elliptical mag.
J_FLG_E	int				J confusion flag for Kron elliptical mag.
H_R_E	float	arcsec			H Kron elliptical aperture semi-major axis.
H_M_E	float	mag			H Kron elliptical aperture magnitude
H_MSIG_E	float	mag			H 1-sigma uncertainty in Kron elliptical mag.
H_FLG_E	int				H confusion flag for Kron elliptical mag.
K_R_E	float	arcsec			K Kron elliptical aperture semi-major axis.
K_M_E	float	mag			K Kron elliptical aperture magnitude
K_MSIG_E	float	mag			K 1-sigma uncertainty in Kron elliptical mag.
K_FLG_E	int				K confusion flag for Kron elliptical mag.
J_R_C	float	arcsec			J Kron circular aperture radius.
J_M_C	float	mag			J Kron circular aperture magnitude.
J_MSIG_C	float	mag			J 1-sigma uncertainty in Kron circular mag.
J_FLG_C	int				J confusion flag for Kron circular mag.
H_R_C	float	arcsec			H Kron circular aperture radius.
H_M_C	float	mag			H Kron circular aperture magnitude.
H_MSIG_C	float	mag			H 1-sigma uncertainty in Kron circular mag.
H_FLG_C	int				H confusion flag for Kron circular mag.
K_R_C	float	arcsec			K Kron circular aperture radius.
K_M_C	float	mag			K Kron circular aperture magnitude.
K_MSIG_C	float	mag			K 1-sigma uncertainty in Kron circular mag.
K_FLG_C	int				K confusion flag for Kron circular mag.
R_FC	float	arcsec			K fiducial Kron circular aperture radius.
J_M_FC	float	mag			J fiducial Kron circular magnitude.
J_MSIG_FC	float	mag			J 1-sigma uncertainty in fiducial Kron circ. mag.
J_FLG_FC	int				J confusion flag for Kron circular mag. confusion flag for fiducial Kron circ. mag.
H_M_FC	float	mag			H fiducial Kron circular magnitude.
H_MSIG_FC	float	mag			H 1-sigma uncertainty in fiducial Kron circ. mag.
H_FLG_FC	int				H confusion flag for Kron circular mag. confusion flag for fiducial Kron circ. mag.
K_M_FC	float	mag			K fiducial Kron circular magnitude.
K_MSIG_FC	float	mag			K 1-sigma uncertainty in fiducial Kron circ. mag.
K_FLG_FC	int				K confusion flag for Kron circular mag. confusion flag for fiducial Kron circ. mag.
J_R_I20E	float	arcsec			J 20mag/sq arcsec isophotal elliptical ap. semi-major axis.
J_M_I20E	float	mag			J 20mag/sq arcsec isophotal elliptical ap. magnitude.
J_MSIG_I20E	float	mag			J 1-sigma uncertainty in 20mag/sq arcsec iso. ell. mag.
J_FLG_I20E	int				J confusion flag for 20mag/sq arcsec iso. ell. mag.
H_R_I20E	float	arcsec			H 20mag/sq arcsec isophotal elliptical ap. semi-major axis.
H_M_I20E	float	mag			H 20mag/sq arcsec isophotal elliptical ap. magnitude.
H_MSIG_I20E	float	mag			H 1-sigma uncertainty in 20mag/sq arcsec iso. ell. mag.
H_FLG_I20E	int				H confusion flag for 20mag/sq arcsec iso. ell. mag.
K_R_I20E	float	arcsec			K 20mag/sq arcsec isophotal elliptical ap. semi-major axis.
K_M_I20E	float	mag			K 20mag/sq arcsec isophotal elliptical ap. magnitude.
K_MSIG_I20E	float	mag			K 1-sigma uncertainty in 20mag/sq arcsec iso. ell. mag.
K_FLG_I20E	int				K confusion flag for 20mag/sq arcsec iso. ell. mag.
J_R_I20C	float	arcsec			J 20mag/sq arcsec isophotal circular aperture radius.
J_M_I20C	float	mag			J 20mag/sq arcsec isophotal circular ap. magnitude.
J_MSIG_I20C	float	mag			J 1-sigma uncertainty in 20mag/sq arcsec iso. circ. mag.
J_FLG_I20C	int				J confusion flag for 20mag/sq arcsec iso. circ. mag.
H_R_I20C	float	arcsec			H 20mag/sq arcsec isophotal circular aperture radius.
H_M_I20C	float	mag			H 20mag/sq arcsec isophotal circular ap. magnitude.
H_MSIG_I20C	float	mag			H 1-sigma uncertainty in 20mag/sq arcsec iso. circ. mag.
H_FLG_I20C	int				H confusion flag for 20mag/sq arcsec iso. circ. mag.
K_R_I20C	float	arcsec			K 20mag/sq arcsec isophotal circular aperture radius.
K_M_I20C	float	mag			K 20mag/sq arcsec isophotal circular ap. magnitude.
K_MSIG_I20C	float	mag			K 1-sigma uncertainty in 20mag/sq arcsec iso. circ. mag.
K_FLG_I20C	int				K confusion flag for 20mag/sq arcsec iso. circ. mag.
J_R_I21E	float	arcsec			J 21mag/sq arcsec isophotal elliptical ap. semi-major axis.
J_M_I21E	float	mag			J 21mag/sq arcsec isophotal elliptical ap. magnitude.
J_MSIG_I21E	float	mag			J 1-sigma uncertainty in 21mag/sq arcsec iso. ell. mag.
J_FLG_I21E	int				J confusion flag for 21mag/sq arcsec iso. ell. mag.
H_R_I21E	float	arcsec			H 21mag/sq arcsec isophotal elliptical ap. semi-major axis.
H_M_I21E	float	mag			H 21mag/sq arcsec isophotal elliptical ap. magnitude.
H_MSIG_I21E	float	mag			H 1-sigma uncertainty in 21mag/sq arcsec iso. ell. mag.
H_FLG_I21E	int				H confusion flag for 21mag/sq arcsec iso. ell. mag.
K_R_I21E	float	arcsec			K 21mag/sq arcsec isophotal elliptical ap. semi-major axis.
K_M_I21E	float	mag			K 21mag/sq arcsec isophotal elliptical ap. magnitude.
K_MSIG_I21E	float	mag			K 1-sigma uncertainty in 21mag/sq arcsec iso. ell. mag.
K_FLG_I21E	int				K confusion flag for 21mag/sq arcsec iso. ell. mag.
R_J21FE	float
J_M_J21FE	float	mag			J 21mag/sq arcsec isophotal fiducial ell. ap. magnitude.
J_MSIG_J21FE	float	mag			J 1-sigma uncertainty in 21mag/sq arcsec iso.fid.ell.mag.
J_FLG_J21FE	int				J confusion flag for 21mag/sq arcsec iso. fid. ell. mag.
H_M_J21FE	float	mag			H 21mag/sq arcsec isophotal fiducial ell. ap. magnitude.
H_MSIG_J21FE	float	mag			H 1-sigma uncertainty in 21mag/sq arcsec iso.fid.ell.mag.
H_FLG_J21FE	int				H confusion flag for 21mag/sq arcsec iso. fid. ell. mag.
K_M_J21FE	float	mag			K 21mag/sq arcsec isophotal fiducial ell. ap. magnitude.
K_MSIG_J21FE	float	mag			K 1-sigma uncertainty in 21mag/sq arcsec iso.fid.ell.mag.
K_FLG_J21FE	int				K confusion flag for 21mag/sq arcsec iso. fid. ell. mag.
J_R_I21C	float	arcsec			J 21mag/sq arcsec isophotal circular aperture radius.
J_M_I21C	float	mag			J 21mag/sq arcsec isophotal circular ap. magnitude.
J_MSIG_I21C	float	mag			J 1-sigma uncertainty in 21mag/sq arcsec iso. circ. mag.
J_FLG_I21C	int				J confusion flag for 21mag/sq arcsec iso. circ. mag.
H_R_I21C	float	arcsec			H 21mag/sq arcsec isophotal circular aperture radius.
H_M_I21C	float	mag			H 21mag/sq arcsec isophotal circular ap. magnitude.
H_MSIG_I21C	float	mag			H 1-sigma uncertainty in 21mag/sq arcsec iso. circ. mag.
H_FLG_I21C	int				H confusion flag for 21mag/sq arcsec iso. circ. mag.
K_R_I21C	float	arcsec			K 21mag/sq arcsec isophotal circular aperture radius.
K_M_I21C	float	mag			K 21mag/sq arcsec isophotal circular ap. magnitude.
K_MSIG_I21C	float	mag			K 1-sigma uncertainty in 21mag/sq arcsec iso. circ. mag.
K_FLG_I21C	int				K confusion flag for 21mag/sq arcsec iso. circ. mag.
R_J21FC	float	arcsec			21mag/sq arcsec isophotal J fiducial circular ap. radius.
J_M_J21FC	float	mag			J 21mag/sq arcsec isophotal fiducial circ. ap. mag.
J_MSIG_J21FC	float	mag			J 1-sigma uncertainty in 21mag/sq arcsec iso.fid.circ.mag.
J_FLG_J21FC	int				J confusion flag for 21mag/sq arcsec iso. fid. circ. mag.
H_M_J21FC	float	mag			H 21mag/sq arcsec isophotal fiducial circ. ap. mag.
H_MSIG_J21FC	float	mag			H 1-sigma uncertainty in 21mag/sq arcsec iso.fid.circ.mag.
H_FLG_J21FC	int				H confusion flag for 21mag/sq arcsec iso. fid. circ. mag.
K_M_J21FC	float	mag			K 21mag/sq arcsec isophotal fiducial circ. ap. mag.
K_MSIG_J21FC	float	mag			K 1-sigma uncertainty in 21mag/sq arcsec iso.fid.circ.mag.
K_FLG_J21FC	int				K confusion flag for 21mag/sq arcsec iso. fid. circ. mag.
J_M_SYS	float	mag			J system photometry magnitude.
J_MSIG_SYS	float	mag			J 1-sigma uncertainty in system photometry mag.
H_M_SYS	float	mag			H system photometry magnitude.
H_MSIG_SYS	float	mag			H 1-sigma uncertainty in system photometry mag.
K_M_SYS	float	mag			K system photometry magnitude.
K_MSIG_SYS	float	mag			K 1-sigma uncertainty in system photometry mag.
SYS_FLG	int				system flag: 0=no system, 1=nearby galaxy flux incl. in mag.
CONTAM_FLG	int				contamination flag: 0=no stars, 1=stellar flux incl. in mag.
J_5SIG_BA	float				J minor/major axis ratio fit to the 5-sigma isophote.
J_5SIG_PHI	int	deg			J angle to 5-sigma major axis (E of N).
H_5SIG_BA	float				H minor/major axis ratio fit to the 5-sigma isophote.
H_5SIG_PHI	int	deg			H angle to 5-sigma major axis (E of N).
K_5SIG_BA	float				K minor/major axis ratio fit to the 5-sigma isophote.
K_5SIG_PHI	int	deg			K angle to 5-sigma major axis (E of N).
J_D_AREA	int	sq arcsec			J 5-sigma to 3-sigma differential area.
J_PERC_DAREA	int	sq arcsec			J 5-sigma to 3-sigma percent area change.
H_D_AREA	int	sq arcsec			H 5-sigma to 3-sigma differential area.
H_PERC_DAREA	int	sq arcsec			H 5-sigma to 3-sigma percent area change.
K_D_AREA	int	sq arcsec			K 5-sigma to 3-sigma differential area.
K_PERC_DAREA	int	sq arcsec			K 5-sigma to 3-sigma percent area change.
J_BISYM_RAT	float				J bi-symmetric flux ratio.
J_BISYM_CHI	float				J bi-symmetric cross-correlation chi.
H_BISYM_RAT	float				H bi-symmetric flux ratio.
H_BISYM_CHI	float				H bi-symmetric cross-correlation chi.
K_BISYM_RAT	float				K bi-symmetric flux ratio.
K_BISYM_CHI	float				K bi-symmetric cross-correlation chi.
J_SH0	float				J ridge shape (LCSB: BSNR limit).
J_SIG_SH0	float				J ridge shape sigma (LCSB: B2SNR limit).
H_SH0	float				H ridge shape (LCSB: BSNR limit).
H_SIG_SH0	float				H ridge shape sigma (LCSB: B2SNR limit).
K_SH0	float				K ridge shape (LCSB: BSNR limit).
K_SIG_SH0	float				K ridge shape sigma (LCSB: B2SNR limit).
J_SC_MXDN	float				J mxdn (score) (LCSB: BSNR - block/smoothed SNR)
J_SC_SH	float				J shape (score).
J_SC_WSH	float				J wsh (score) (LCSB: PSNR - peak raw SNR).
J_SC_R23	float				J r23 (score) (LCSB: TSNR - integrated SNR for r=15).
J_SC_1MM	float				J 1st moment (score) (LCSB: super blk 2,4,8 SNR).
J_SC_2MM	float				J 2nd moment (score) (LCSB: SNRMAX - super SNR max).
J_SC_VINT	float				J vint (score).
J_SC_R1	float				J r1 (score).
J_SC_MSH	float				J median shape score.
H_SC_MXDN	float				H mxdn (score) (LCSB: BSNR - block/smoothed SNR)
H_SC_SH	float				H shape (score).
H_SC_WSH	float				H wsh (score) (LCSB: PSNR - peak raw SNR).
H_SC_R23	float				H r23 (score) (LCSB: TSNR - integrated SNR for r=15).
H_SC_1MM	float				H 1st moment (score) (LCSB: super blk 2,4,8 SNR).
H_SC_2MM	float				H 2nd moment (score) (LCSB: SNRMAX - super SNR max).
H_SC_VINT	float				H vint (score).
H_SC_R1	float				H r1 (score).
H_SC_MSH	float				H median shape score.
K_SC_MXDN	float				K mxdn (score) (LCSB: BSNR - block/smoothed SNR)
K_SC_SH	float				K shape (score).
K_SC_WSH	float				K wsh (score) (LCSB: PSNR - peak raw SNR).
K_SC_R23	float				K r23 (score) (LCSB: TSNR - integrated SNR for r=15).
K_SC_1MM	float				K 1st moment (score) (LCSB: super blk 2,4,8 SNR).
K_SC_2MM	float				K 2nd moment (score) (LCSB: SNRMAX - super SNR max).
K_SC_VINT	float				K vint (score).
K_SC_R1	float				K r1 (score).
K_SC_MSH	float				K median shape score.
J_CHIF_ELLF	float				J % chi-fraction for elliptical fit to 3-sig isophote.
K_CHIF_ELLF	float				K % chi-fraction for elliptical fit to 3-sig isophote.
ELLFIT_FLG	int				ellipse fitting contamination flag.
SUP_CHIF_ELLF	float				super-coadd % chi-fraction for ellip. fit to 3-sig isophote.
N_BLANK	int				number of blanked source records.
N_SUB	int				number of subtracted source records.
BL_SUB_FLG	int				blanked/subtracted src description flag.
ID_FLG	int				type/galaxy ID flag (0=non-catalog, 1=catalog, 2=LCSB).
ID_CAT	string				matched galaxy catalog name.
FG_FLG	string				flux-growth convergence flag.
BLK_FAC	int				LCSB blocking factor (1, 2, 4, 8).
DUP_SRC	int				Duplicate source flag.
USE_SRC	int				Use source flag.
PROX	float	arcsec			Proximity. The distance between this source and its nearest neighbor in the PSC.
PXPA	int	deg			The position angle on the sky of the vector from the source to the nearest neighbor in the PSC, East of North.
PXCNTR	int				ext_key value of nearest XSC source.
DIST_EDGE_NS	int				The distance from the source to the nearest North or South scan edge.
DIST_EDGE_EW	int	arcsec			The distance from the source to the nearest East or West scan edge.
DIST_EDGE_FLG	string				flag indicating which edges ([n|s][e|w]) are nearest to src.
PTS_KEY	int				key to point source data DB record.
MP_KEY	int				key to minor planet prediction DB record.
NIGHT_KEY	int				key to night data record in "scan DB".
SCAN_KEY	int				key to scan data record in "scan DB".
COADD_KEY	int				key to coadd data record in "scan DB".
HEMIS	string				hemisphere (N/S) of observation. "n" = North/Mt. Hopkins; "s" = South/CTIO.
DATE	string				The observation reference date for this source expressed in ISO standard format.
SCAN	int				scan number (unique within date).
COADD	int				3-digit coadd number (unique within scan).
X_COADD	float	pix			x (cross-scan) position (coadd coord.).
Y_COADD	float	pix			y (in-scan) position (coadd coord.).
J_SUBST2	float				J residual background #2 (score).
H_SUBST2	float				H residual background #2 (score).
K_SUBST2	float				K residual background #2 (score).
J_BACK	float	mag/sq arcsec			J coadd median background.
H_BACK	float	mag/sq arcsec			H coadd median background.
K_BACK	float	mag/sq arcsec			K coadd median background.
J_RESID_ANN	float	mag/sq arcsec			J residual annulus background median.
H_RESID_ANN	float	mag/sq arcsec			H residual annulus background median.
K_RESID_ANN	float	mag/sq arcsec			K residual annulus background median.
J_BNDG_PER	int				J banding Fourier Transf. period on this side of coadd.
J_BNDG_AMP	float				J banding maximum FT amplitude on this side of coadd.
H_BNDG_PER	int				H banding Fourier Transf. period on this side of coadd.
H_BNDG_AMP	float				H banding maximum FT amplitude on this side of coadd.
K_BNDG_PER	int				K banding Fourier Transf. period on this side of coadd.
K_BNDG_AMP	float				K banding maximum FT amplitude on this side of coadd.
J_SEETRACK	float				J band seetracking score.
H_SEETRACK	float				H band seetracking score.
K_SEETRACK	float				K band seetracking score.
EXT_KEY	int				entry counter (key) number (unique within table).
TMASSXSC_ID	int				source ID number (unique within scan, coadd).
J_M_5	float	mag			J-band circular aperture magnitude (5 arcsec radius)
J_MSIG_5	float	mag			error in J-band circular aperture magnitude (5 arcsec radius)
J_FLG_5	int				J confusion flag for 5 arcsec circular ap. mag.
J_M_7	float	mag			J-band circular aperture magnitude (7 arcsec radius)
J_MSIG_7	float	mag			error in J-band circular aperture magnitude (7 arcsec radius)
J_FLG_7	int				J confusion flag for 7 arcsec circular ap. mag.
J_M_10	float	mag			J-band circular aperture magnitude (10 arcsec radius)
J_MSIG_10	float	mag			error in J-band circular aperture magnitude (10 arcsec radius)
J_FLG_10	int				J confusion flag for 10 arcsec circular ap. mag.
J_M_15	float	mag			J-band circular aperture magnitude (15 arcsec radius)
J_MSIG_15	float	mag			error in J-band circular aperture magnitude (15 arcsec radius)
J_FLG_15	int				J confusion flag for 15 arcsec circular ap. mag.
J_M_20	float	mag			J-band circular aperture magnitude (20 arcsec radius)
J_MSIG_20	float	mag			error in J-band circular aperture magnitude (20 arcsec radius)
J_FLG_20	int				J confusion flag for 20 arcsec circular ap. mag.
J_M_25	float	mag			J-band circular aperture magnitude (25 arcsec radius)
J_MSIG_25	float	mag			error in J-band circular aperture magnitude (25 arcsec radius)
J_FLG_25	int				J confusion flag for 25 arcsec circular ap. mag.
J_M_30	float	mag			J-band circular aperture magnitude (30 arcsec radius)
J_MSIG_30	float	mag			error in J-band circular aperture magnitude (30 arcsec radius)
J_FLG_30	int				J confusion flag for 30 arcsec circular ap. mag.
J_M_40	float	mag			J-band circular aperture magnitude (40 arcsec radius)
J_MSIG_40	float	mag			error in J-band circular aperture magnitude (40 arcsec radius)
J_FLG_40	int				J confusion flag for 40 arcsec circular ap. mag.
J_M_50	float	mag			J-band circular aperture magnitude (50 arcsec radius)
J_MSIG_50	float	mag			error in J-band circular aperture magnitude (50 arcsec radius)
J_FLG_50	int				J confusion flag for 50 arcsec circular ap. mag.
J_M_60	float	mag			J-band circular aperture magnitude (60 arcsec radius)
J_MSIG_60	float	mag			error in J-band circular aperture magnitude (60 arcsec radius)
J_FLG_60	int				J confusion flag for 60 arcsec circular ap. mag.
J_M_70	float	mag			J-band circular aperture magnitude (70 arcsec radius)
J_MSIG_70	float	mag			error in J-band circular aperture magnitude (70 arcsec radius)
J_FLG_70	int				J confusion flag for 70 arcsec circular ap. mag.
H_M_5	float	mag			H-band circular aperture magnitude (5 arcsec radius)
H_MSIG_5	float	mag			error in H-band circular aperture magnitude (5 arcsec radius)
H_FLG_5	int				H confusion flag for 5 arcsec circular ap. mag.
H_M_7	float	mag			H-band circular aperture magnitude (7 arcsec radius)
H_MSIG_7	float	mag			error in H-band circular aperture magnitude (7 arcsec radius)
H_FLG_7	int				H confusion flag for 7 arcsec circular ap. mag.
H_M_10	float	mag			H-band circular aperture magnitude (10 arcsec radius)
H_MSIG_10	float	mag			error in H-band circular aperture magnitude (10 arcsec radius)
H_FLG_10	int				H confusion flag for 10 arcsec circular ap. mag.
H_M_15	float	mag			H-band circular aperture magnitude (15 arcsec radius)
H_MSIG_15	float	mag			error in H-band circular aperture magnitude (15 arcsec radius)
H_FLG_15	int				H confusion flag for 15 arcsec circular ap. mag.
H_M_20	float	mag			H-band circular aperture magnitude (20 arcsec radius)
H_MSIG_20	float	mag			error in H-band circular aperture magnitude (20 arcsec radius)
H_FLG_20	int				H confusion flag for 20 arcsec circular ap. mag.
H_M_25	float	mag			H-band circular aperture magnitude (25 arcsec radius)
H_MSIG_25	float	mag			error in H-band circular aperture magnitude (25 arcsec radius)
H_FLG_25	int				H confusion flag for 25 arcsec circular ap. mag.
H_M_30	float	mag			H-band circular aperture magnitude (30 arcsec radius)
H_MSIG_30	float	mag			error in H-band circular aperture magnitude (30 arcsec radius)
H_FLG_30	int				H confusion flag for 30 arcsec circular ap. mag.
H_M_40	float	mag			H-band circular aperture magnitude (40 arcsec radius)
H_MSIG_40	float	mag			error in H-band circular aperture magnitude (40 arcsec radius)
H_FLG_40	int				H confusion flag for 40 arcsec circular ap. mag.
H_M_50	float	mag			H-band circular aperture magnitude (50 arcsec radius)
H_MSIG_50	float	mag			error in H-band circular aperture magnitude (50 arcsec radius)
H_FLG_50	int				H confusion flag for 50 arcsec circular ap. mag.
H_M_60	float	mag			H-band circular aperture magnitude (60 arcsec radius)
H_MSIG_60	float	mag			error in H-band circular aperture magnitude (60 arcsec radius)
H_FLG_60	int				H confusion flag for 60 arcsec circular ap. mag.
H_M_70	float	mag			H-band circular aperture magnitude (70 arcsec radius)
H_MSIG_70	float	mag			error in H-band circular aperture magnitude (70 arcsec radius)
H_FLG_70	int				H confusion flag for 70 arcsec circular ap. mag.
K_M_5	float	mag			K-band circular aperture magnitude (5 arcsec radius)
K_MSIG_5	float	mag			error in K-band circular aperture magnitude (5 arcsec radius)
K_FLG_5	int				K confusion flag for 5 arcsec circular ap. mag.
K_M_7	float	mag			K-band circular aperture magnitude (7 arcsec radius)
K_MSIG_7	float	mag			error in K-band circular aperture magnitude (7 arcsec radius)
K_FLG_7	int				K confusion flag for 7 arcsec circular ap. mag.
K_M_10	float	mag			K-band circular aperture magnitude (10 arcsec radius)
K_MSIG_10	float	mag			error in K-band circular aperture magnitude (10 arcsec radius)
K_FLG_10	int				K confusion flag for 10 arcsec circular ap. mag.
K_M_15	float	mag			K-band circular aperture magnitude (15 arcsec radius)
K_MSIG_15	float	mag			error in K-band circular aperture magnitude (15 arcsec radius)
K_FLG_15	int				K confusion flag for 15 arcsec circular ap. mag.
K_M_20	float	mag			K-band circular aperture magnitude (20 arcsec radius)
K_MSIG_20	float	mag			error in K-band circular aperture magnitude (20 arcsec radius)
K_FLG_20	int				K confusion flag for 20 arcsec circular ap. mag.
K_M_25	float	mag			K-band circular aperture magnitude (25 arcsec radius)
K_MSIG_25	float	mag			error in K-band circular aperture magnitude (25 arcsec radius)
K_FLG_25	int				K confusion flag for 25 arcsec circular ap. mag.
K_M_30	float	mag			K-band circular aperture magnitude (30 arcsec radius)
K_MSIG_30	float	mag			error in K-band circular aperture magnitude (30 arcsec radius)
K_FLG_30	int				K confusion flag for 30 arcsec circular ap. mag.
K_M_40	float	mag			K-band circular aperture magnitude (40 arcsec radius)
K_MSIG_40	float	mag			error in K-band circular aperture magnitude (40 arcsec radius)
K_FLG_40	int				K confusion flag for 40 arcsec circular ap. mag.
K_M_50	float	mag			K-band circular aperture magnitude (50 arcsec radius)
K_MSIG_50	float	mag			error in K-band circular aperture magnitude (50 arcsec radius)
K_FLG_50	int				K confusion flag for 50 arcsec circular ap. mag.
K_M_60	float	mag			K-band circular aperture magnitude (60 arcsec radius)
K_MSIG_60	float	mag			error in K-band circular aperture magnitude (60 arcsec radius)
K_FLG_60	int				K confusion flag for 60 arcsec circular ap. mag.
K_M_70	float	mag			K-band circular aperture magnitude (70 arcsec radius)
K_MSIG_70	float	mag			error in K-band circular aperture magnitude (70 arcsec radius)
K_FLG_70	int				K confusion flag for 70 arcsec circular ap. mag.

Table USNO

SDSS objects that match to USNO-B objects have their match parameters stored her

Column	Type	Units	UCD	Error	Description	Links
OBJID	long				unique id, points to photoObj
RA	double	deg			J2000 right ascension in USNO-B1.0
DEC	double	deg			J2000 declination in USNO-B1.0
RAERR	double	arcsec			error in R.A.
DECERR	double	arcsec			error in Dec
MEANEPOCH	double	years			mean epoch of RA/Dec
MURA	float	mas/yr			proper motion in RA
MUDEC	float	mas/yr			proper motion in Dec
PROPERMOTION	float	0.01 arcsec/yr			total proper motion
ANGLE	float	deg			position angle of proper motion (East of North)
MURAERR	float	mas/yr			error in proper motion in RA
MUDECERR	float	mas/yr			error in proper motion in Dec
MUPROB	float				probability of proper motion
MUFLAG	int				proper motion flag (0 no, 1 yes)
SFITRA	float	mas			sigma of individual observations around best fit motion in RA
SFITDEC	float	mas			sigma of individual observations around best fit motion in RA
NFITPT	int				number of observations used in the fit
MAG_B1	float	mag
MAG_R1	float	mag
MAG_B2	float	mag
MAG_R2	float	mag
MAG_I2	float	mag
FLDID_B1	int				field id in first blue survey
FLDID_R1	int				field id in first red survey
FLDID_B2	int				field id in second blue survey
FLDID_R2	int				field id in second red survey
FLDID_I2	int				field id in N survey
SG_B1	int				star/galaxy separation flag in first blue survey (values of 0 to 3 are probably stellar, values of 8 to 11 are probably non-stellar)
SG_R1	int				star/galaxy separation flag in first red survey (values of 0 to 3 are probably stellar, values of 8 to 11 are probably non-stellar)
SG_B2	int				star/galaxy separation flag in second blue survey (values of 0 to 3 are probably stellar, values of 8 to 11 are probably non-stellar)
SG_R2	int				star/galaxy separation flag in second red survey (values of 0 to 3 are probably stellar, values of 8 to 11 are probably non-stellar)
SG_I2	int				star/galaxy separation flag in N survey (values of 0 to 3 are probably stellar, values of 8 to 11 are probably non-stellar)
FLDEPOCH_B1	float				epoch of observation in first blue survey
FLDEPOCH_R1	float				epoch of observation in first red survey
FLDEPOCH_B2	float				epoch of observation in second blue survey
FLDEPOCH_R2	float				epoch of observation in second red survey
FLDEPOCH_I2	float				epoch of observation in N survey

Table Versions

Tracks the versioning history of the databas

Column	Type	Units	UCD	Error	Description	Links
event	string				The event that happened
previous	string				Version before the patch
checksum	string				Checksum before the patch
version	string				Version after the patch
description	string				Summary of changes
text	string				Details of changes in HTML form
who	string				Person(s) responsible
when	string				When it happened

Table Zone

Table to organize objects into declination zone

Column	Type	Units	UCD	Error	Description	Links
zoneID	int				id counts from -90 degrees == 0
ra	double	deg			ra of object
dec	double	deg			declination of object
objID	long				object ID
type	int				object type (star, galaxy)
mode	int				mode is primary, secondary, family, outside
cx	double				Cartesian x of the object
cy	double				Cartesian y of the object
cz	double				Cartesian z of the object
native	int				true if obj is local, false if from the destination dataset

Table detectionIndex

Full list of all detections, with associated 'thing' assignment

Column	Type	Units	UCD	Error	Description	Links
thingId	long				thing ID number
objId	long				object ID number (from run, camcol, field, id, rerun)
loadVersion	int				Load Version

Table emissionLinesPort

Emission line kinematics results for BOSS galaxies using GANDAL

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
plate	int				Plate number
fiberID	int				Fiber ID
mjd	int	days			MJD of observation
ra	double	deg			Right ascension of fiber, J2000
dec	double	deg			Declination of fiber, J2000
z	float				Redshift used (corresponds to z_noqso in specObjAll)
zErr	float				Error in z (corresponds to zErr_noqso in specObjAll)
zNum	int				Index of chi^2 minimum corresponding to z_noqso
velStars	float	km/s			stellar velocity
redshift	float				GANDALF-corrected redshift
sigmaStars	float	km/s			Stellar velocity dispersion
sigmaStarsErr	float	km/s			Error on measurement of stellar velocity dispersion
chisq	float				chi-squared of best-fit template
bpt	string				Classification from Kauffmann et al. (2003), Kewley et al. (2001) and Schawinski et al. (2007) for objects with the emission lines Hβ, [OIII], Hα, [NII] available with A/N > 1.5. Possible values: "BLANK" (if emission lines not available), "Star Forming", "Seyfert", "LINER", "Seyfert/LINER", "Composite"
ebmv	float	mag			E(B-V) for internal reddening estimated from emission lines
ebmv_err	float	mag			Error in E(B-V)for internal reddening estimated from emission lines
Error_Warning	int				Set to 1 if error calculation failed (errors all set to zero in that case); otherwise, set to 0
V_HeII_3203	float	km/s			Velocity of emission line HeII 3203
V_HeII_3203_Err	float	km/s			Error in velocity of emission line HeII 3203
Sigma_HeII_3203	float	km/s			Velocity dispersion of emission line HeII 3203
Sigma_HeII_3203_Err	float	km/s			Error in velocity dispersion of emission line HeII 3203
Amplitude_HeII_3203	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line HeII 3203
Amplitude_HeII_3203_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line HeII 3203
Flux_HeII_3203	float	10^-17 ergs/cm^2/s/A			Flux of emission line HeII 3203
Flux_HeII_3203_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line HeII 3203
EW_HeII_3203	float	Angstroms			Equivalent width of emission line HeII 3203
EW_HeII_3203_Err	float	Angstroms			Error in equivalent width of emission line HeII 3203
Flux_Cont_HeII_3203	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line HeII 3203
Flux_Cont_HeII_3203_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line HeII 3203
Fit_Warning_HeII_3203	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_HeII_3203	float	km/s			Amplitude-over-noise of emission line HeII 3203
V_NeV_3345	float	km/s			Velocity of emission line [NeV] 3345
V_NeV_3345_Err	float	km/s			Error in velocity of emission line [NeV] 3345
Sigma_NeV_3345	float	km/s			Velocity dispersion of emission line [NeV] 3345
Sigma_NeV_3345_Err	float	km/s			Error in velocity dispersion of emission line [NeV] 3345
Amplitude_NeV_3345	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [NeV] 3345
Amplitude_NeV_3345_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [NeV] 3345
Flux_NeV_3345	float	10^-17 ergs/cm^2/s/A			Flux of emission line [NeV] 3345
Flux_NeV_3345_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [NeV] 3345
EW_NeV_3345	float	Angstroms			Equivalent width of emission line [NeV] 3345
EW_NeV_3345_Err	float	Angstroms			Error in equivalent width of emission line [NeV] 3345
Flux_Cont_NeV_3345	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [NeV] 3345
Flux_Cont_NeV_3345_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [NeV] 3345
Fit_Warning_NeV_3345	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_NeV_3345	float	km/s			Amplitude-over-noise of emission line [NeV] 3345
V_NeV_3425	float	km/s			Velocity of emission line [NeV] 3425
V_NeV_3425_Err	float	km/s			Error in velocity of emission line [NeV] 3425
Sigma_NeV_3425	float	km/s			Velocity dispersion of emission line [NeV] 3425
Sigma_NeV_3425_Err	float	km/s			Error in velocity dispersion of emission line [NeV] 3425
Amplitude_NeV_3425	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [NeV] 3425
Amplitude_NeV_3425_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [NeV] 3425
Flux_NeV_3425	float	10^-17 ergs/cm^2/s/A			Flux of emission line [NeV] 3425
Flux_NeV_3425_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [NeV] 3425
EW_NeV_3425	float	Angstroms			Equivalent width of emission line [NeV] 3425
EW_NeV_3425_Err	float	Angstroms			Error in equivalent width of emission line [NeV] 3425
Flux_Cont_NeV_3425	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [NeV] 3425
Flux_Cont_NeV_3425_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [NeV] 3425
Fit_Warning_NeV_3425	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_NeV_3425	float	km/s			Amplitude-over-noise of emission line [NeV] 3425
V_OII_3726	float	km/s			Velocity of emission line [OII] 3726
V_OII_3726_Err	float	km/s			Error in velocity of emission line [OII] 3726
Sigma_OII_3726	float	km/s			Velocity dispersion of emission line [OII] 3726
Sigma_OII_3726_Err	float	km/s			Error in velocity dispersion of emission line [OII] 3726
Amplitude_OII_3726	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [OII] 3726
Amplitude_OII_3726_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [OII] 3726
Flux_OII_3726	float	10^-17 ergs/cm^2/s/A			Flux of emission line [OII] 3726
Flux_OII_3726_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [OII] 3726
EW_OII_3726	float	Angstroms			Equivalent width of emission line [OII] 3726
EW_OII_3726_Err	float	Angstroms			Error in equivalent width of emission line [OII] 3726
Flux_Cont_OII_3726	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [OII] 3726
Flux_Cont_OII_3726_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [OII] 3726
Fit_Warning_OII_3726	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_OII_3726	float	km/s			Amplitude-over-noise of emission line [OII] 3726
V_OII_3728	float	km/s			Velocity of emission line [OII] 3728
V_OII_3728_Err	float	km/s			Error in velocity of emission line [OII] 3728
Sigma_OII_3728	float	km/s			Velocity dispersion of emission line [OII] 3728
Sigma_OII_3728_Err	float	km/s			Error in velocity dispersion of emission line [OII] 3728
Amplitude_OII_3728	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [OII] 3728
Amplitude_OII_3728_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [OII] 3728
Flux_OII_3728	float	10^-17 ergs/cm^2/s/A			Flux of emission line [OII] 3728
Flux_OII_3728_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [OII] 3728
EW_OII_3728	float	Angstroms			Equivalent width of emission line [OII] 3728
EW_OII_3728_Err	float	Angstroms			Error in equivalent width of emission line [OII] 3728
Flux_Cont_OII_3728	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [OII] 3728
Flux_Cont_OII_3728_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [OII] 3728
Fit_Warning_OII_3728	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_OII_3728	float	km/s			Amplitude-over-noise of emission line [OII] 3728
V_NeIII_3868	float	km/s			Velocity of emission line [NeIII] 3868
V_NeIII_3868_Err	float	km/s			Error in velocity of emission line [NeIII] 3868
Sigma_NeIII_3868	float	km/s			Velocity dispersion of emission line [NeIII] 3868
Sigma_NeIII_3868_Err	float	km/s			Error in velocity dispersion of emission line [NeIII] 3868
Amplitude_NeIII_3868	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [NeIII] 3868
Amplitude_NeIII_3868_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [NeIII] 3868
Flux_NeIII_3868	float	10^-17 ergs/cm^2/s/A			Flux of emission line [NeIII] 3868
Flux_NeIII_3868_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [NeIII] 3868
EW_NeIII_3868	float	Angstroms			Equivalent width of emission line [NeIII] 3868
EW_NeIII_3868_Err	float	Angstroms			Error in equivalent width of emission line [NeIII] 3868
Flux_Cont_NeIII_3868	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [NeIII] 3868
Flux_Cont_NeIII_3868_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [NeIII] 3868
Fit_Warning_NeIII_3868	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_NeIII_3868	float	km/s			Amplitude-over-noise of emission line [NeIII] 3868
V_NeIII_3967	float	km/s			Velocity of emission line [NeIII] 3967
V_NeIII_3967_Err	float	km/s			Error in velocity of emission line [NeIII] 3967
Sigma_NeIII_3967	float	km/s			Velocity dispersion of emission line [NeIII] 3967
Sigma_NeIII_3967_Err	float	km/s			Error in velocity dispersion of emission line [NeIII] 3967
Amplitude_NeIII_3967	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [NeIII] 3967
Amplitude_NeIII_3967_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [NeIII] 3967
Flux_NeIII_3967	float	10^-17 ergs/cm^2/s/A			Flux of emission line [NeIII] 3967
Flux_NeIII_3967_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [NeIII] 3967
EW_NeIII_3967	float	Angstroms			Equivalent width of emission line [NeIII] 3967
EW_NeIII_3967_Err	float	Angstroms			Error in equivalent width of emission line [NeIII] 3967
Flux_Cont_NeIII_3967	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [NeIII] 3967
Flux_Cont_NeIII_3967_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [NeIII] 3967
Fit_Warning_NeIII_3967	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_NeIII_3967	float	km/s			Amplitude-over-noise of emission line [NeIII] 3967
V_H5_3889	float	km/s			Velocity of emission line H5 3889
V_H5_3889_Err	float	km/s			Error in velocity of emission line H5 3889
Sigma_H5_3889	float	km/s			Velocity dispersion of emission line H5 3889
Sigma_H5_3889_Err	float	km/s			Error in velocity dispersion of emission line H5 3889
Amplitude_H5_3889	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line H5 3889
Amplitude_H5_3889_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line H5 3889
Flux_H5_3889	float	10^-17 ergs/cm^2/s/A			Flux of emission line H5 3889
Flux_H5_3889_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line H5 3889
EW_H5_3889	float	Angstroms			Equivalent width of emission line H5 3889
EW_H5_3889_Err	float	Angstroms			Error in equivalent width of emission line H5 3889
Flux_Cont_H5_3889	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line H5 3889
Flux_Cont_H5_3889_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line H5 3889
Fit_Warning_H5_3889	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_H5_3889	float	km/s			Amplitude-over-noise of emission line H5 3889
V_He_3970	float	km/s			Velocity of emission line He 3970
V_He_3970_Err	float	km/s			Error in velocity of emission line He 3970
Sigma_He_3970	float	km/s			Velocity dispersion of emission line He 3970
Sigma_He_3970_Err	float	km/s			Error in velocity dispersion of emission line He 3970
Amplitude_He_3970	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line He 3970
Amplitude_He_3970_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line He 3970
Flux_He_3970	float	10^-17 ergs/cm^2/s/A			Flux of emission line He 3970
Flux_He_3970_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line He 3970
EW_He_3970	float	Angstroms			Equivalent width of emission line He 3970
EW_He_3970_Err	float	Angstroms			Error in equivalent width of emission line He 3970
Flux_Cont_He_3970	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line He 3970
Flux_Cont_He_3970_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line He 3970
Fit_Warning_He_3970	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_He_3970	float	km/s			Amplitude-over-noise of emission line He 3970
V_Hd_4101	float	km/s			Velocity of emission line Hd 4101
V_Hd_4101_Err	float	km/s			Error in velocity of emission line Hd 4101
Sigma_Hd_4101	float	km/s			Velocity dispersion of emission line Hd 4101
Sigma_Hd_4101_Err	float	km/s			Error in velocity dispersion of emission line Hd 4101
Amplitude_Hd_4101	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line Hd 4101
Amplitude_Hd_4101_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line Hd 4101
Flux_Hd_4101	float	10^-17 ergs/cm^2/s/A			Flux of emission line Hd 4101
Flux_Hd_4101_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line Hd 4101
EW_Hd_4101	float	Angstroms			Equivalent width of emission line Hd 4101
EW_Hd_4101_Err	float	Angstroms			Error in equivalent width of emission line Hd 4101
Flux_Cont_Hd_4101	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line Hd 4101
Flux_Cont_Hd_4101_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line Hd 4101
Fit_Warning_Hd_4101	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_Hd_4101	float	km/s			Amplitude-over-noise of emission line Hd 4101
V_Hg_4340	float	km/s			Velocity of emission line Hg 4340
V_Hg_4340_Err	float	km/s			Error in velocity of emission line Hg 4340
Sigma_Hg_4340	float	km/s			Velocity dispersion of emission line Hg 4340
Sigma_Hg_4340_Err	float	km/s			Error in velocity dispersion of emission line Hg 4340
Amplitude_Hg_4340	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line Hg 4340
Amplitude_Hg_4340_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line Hg 4340
Flux_Hg_4340	float	10^-17 ergs/cm^2/s/A			Flux of emission line Hg 4340
Flux_Hg_4340_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line Hg 4340
EW_Hg_4340	float	Angstroms			Equivalent width of emission line Hg 4340
EW_Hg_4340_Err	float	Angstroms			Error in equivalent width of emission line Hg 4340
Flux_Cont_Hg_4340	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line Hg 4340
Flux_Cont_Hg_4340_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line Hg 4340
Fit_Warning_Hg_4340	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_Hg_4340	float	km/s			Amplitude-over-noise of emission line Hg 4340
V_OIII_4363	float	km/s			Velocity of emission line [OIII] 4363
V_OIII_4363_Err	float	km/s			Error in velocity of emission line [OIII] 4363
Sigma_OIII_4363	float	km/s			Velocity dispersion of emission line [OIII] 4363
Sigma_OIII_4363_Err	float	km/s			Error in velocity dispersion of emission line [OIII] 4363
Amplitude_OIII_4363	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [OIII] 4363
Amplitude_OIII_4363_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [OIII] 4363
Flux_OIII_4363	float	10^-17 ergs/cm^2/s/A			Flux of emission line [OIII] 4363
Flux_OIII_4363_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [OIII] 4363
EW_OIII_4363	float	Angstroms			Equivalent width of emission line [OIII] 4363
EW_OIII_4363_Err	float	Angstroms			Error in equivalent width of emission line [OIII] 4363
Flux_Cont_OIII_4363	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [OIII] 4363
Flux_Cont_OIII_4363_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [OIII] 4363
Fit_Warning_OIII_4363	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_OIII_4363	float	km/s			Amplitude-over-noise of emission line [OIII] 4363
V_HeII_4685	float	km/s			Velocity of emission line HeII 4685
V_HeII_4685_Err	float	km/s			Error in velocity of emission line HeII 4685
Sigma_HeII_4685	float	km/s			Velocity dispersion of emission line HeII 4685
Sigma_HeII_4685_Err	float	km/s			Error in velocity dispersion of emission line HeII 4685
Amplitude_HeII_4685	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line HeII 4685
Amplitude_HeII_4685_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line HeII 4685
Flux_HeII_4685	float	10^-17 ergs/cm^2/s/A			Flux of emission line HeII 4685
Flux_HeII_4685_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line HeII 4685
EW_HeII_4685	float	Angstroms			Equivalent width of emission line HeII 4685
EW_HeII_4685_Err	float	Angstroms			Error in equivalent width of emission line HeII 4685
Flux_Cont_HeII_4685	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line HeII 4685
Flux_Cont_HeII_4685_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line HeII 4685
Fit_Warning_HeII_4685	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_HeII_4685	float	km/s			Amplitude-over-noise of emission line HeII 4685
V_ArIV_4711	float	km/s			Velocity of emission line [ArIV] 4711
V_ArIV_4711_Err	float	km/s			Error in velocity of emission line [ArIV] 4711
Sigma_ArIV_4711	float	km/s			Velocity dispersion of emission line [ArIV] 4711
Sigma_ArIV_4711_Err	float	km/s			Error in velocity dispersion of emission line [ArIV] 4711
Amplitude_ArIV_4711	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [ArIV] 4711
Amplitude_ArIV_4711_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [ArIV] 4711
Flux_ArIV_4711	float	10^-17 ergs/cm^2/s/A			Flux of emission line [ArIV] 4711
Flux_ArIV_4711_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [ArIV] 4711
EW_ArIV_4711	float	Angstroms			Equivalent width of emission line [ArIV] 4711
EW_ArIV_4711_Err	float	Angstroms			Error in equivalent width of emission line [ArIV] 4711
Flux_Cont_ArIV_4711	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [ArIV] 4711
Flux_Cont_ArIV_4711_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [ArIV] 4711
Fit_Warning_ArIV_4711	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_ArIV_4711	float	km/s			Amplitude-over-noise of emission line [ArIV] 4711
V_ArIV_4740	float	km/s			Velocity of emission line [ArIV] 4740
V_ArIV_4740_Err	float	km/s			Error in velocity of emission line [ArIV] 4740
Sigma_ArIV_4740	float	km/s			Velocity dispersion of emission line [ArIV] 4740
Sigma_ArIV_4740_Err	float	km/s			Error in velocity dispersion of emission line [ArIV] 4740
Amplitude_ArIV_4740	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [ArIV] 4740
Amplitude_ArIV_4740_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [ArIV] 4740
Flux_ArIV_4740	float	10^-17 ergs/cm^2/s/A			Flux of emission line [ArIV] 4740
Flux_ArIV_4740_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [ArIV] 4740
EW_ArIV_4740	float	Angstroms			Equivalent width of emission line [ArIV] 4740
EW_ArIV_4740_Err	float	Angstroms			Error in equivalent width of emission line [ArIV] 4740
Flux_Cont_ArIV_4740	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [ArIV] 4740
Flux_Cont_ArIV_4740_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [ArIV] 4740
Fit_Warning_ArIV_4740	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_ArIV_4740	float	km/s			Amplitude-over-noise of emission line [ArIV] 4740
V_Hb_4861	float	km/s			Velocity of emission line Hb 4861
V_Hb_4861_Err	float	km/s			Error in velocity of emission line Hb 4861
Sigma_Hb_4861	float	km/s			Velocity dispersion of emission line Hb 4861
Sigma_Hb_4861_Err	float	km/s			Error in velocity dispersion of emission line Hb 4861
Amplitude_Hb_4861	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line Hb 4861
Amplitude_Hb_4861_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line Hb 4861
Flux_Hb_4861	float	10^-17 ergs/cm^2/s/A			Flux of emission line Hb 4861
Flux_Hb_4861_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line Hb 4861
EW_Hb_4861	float	Angstroms			Equivalent width of emission line Hb 4861
EW_Hb_4861_Err	float	Angstroms			Error in equivalent width of emission line Hb 4861
Flux_Cont_Hb_4861	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line Hb 4861
Flux_Cont_Hb_4861_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line Hb 4861
Fit_Warning_Hb_4861	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_Hb_4861	float	km/s			Amplitude-over-noise of emission line Hb 4861
V_OIII_4958	float	km/s			Velocity of emission line [OIII] 4958
V_OIII_4958_Err	float	km/s			Error in velocity of emission line [OIII] 4958
Sigma_OIII_4958	float	km/s			Velocity dispersion of emission line [OIII] 4958
Sigma_OIII_4958_Err	float	km/s			Error in velocity dispersion of emission line [OIII] 4958
Amplitude_OIII_4958	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [OIII] 4958
Amplitude_OIII_4958_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [OIII] 4958
Flux_OIII_4958	float	10^-17 ergs/cm^2/s/A			Flux of emission line [OIII] 4958
Flux_OIII_4958_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [OIII] 4958
EW_OIII_4958	float	Angstroms			Equivalent width of emission line [OIII] 4958
EW_OIII_4958_Err	float	Angstroms			Error in equivalent width of emission line [OIII] 4958
Flux_Cont_OIII_4958	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [OIII] 4958
Flux_Cont_OIII_4958_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [OIII] 4958
Fit_Warning_OIII_4958	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
V_OIII_5006	float	km/s			Velocity of emission line [OIII] 5006
V_OIII_5006_Err	float	km/s			Error in velocity of emission line [OIII] 5006
Sigma_OIII_5006	float	km/s			Velocity dispersion of emission line [OIII] 5006
Sigma_OIII_5006_Err	float	km/s			Error in velocity dispersion of emission line [OIII] 5006
Amplitude_OIII_5006	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [OIII] 5006
Amplitude_OIII_5006_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [OIII] 5006
Flux_OIII_5006	float	10^-17 ergs/cm^2/s/A			Flux of emission line [OIII] 5006
Flux_OIII_5006_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [OIII] 5006
EW_OIII_5006	float	Angstroms			Equivalent width of emission line [OIII] 5006
EW_OIII_5006_Err	float	Angstroms			Error in equivalent width of emission line [OIII] 5006
Flux_Cont_OIII_5006	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [OIII] 5006
Flux_Cont_OIII_5006_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [OIII] 5006
Fit_Warning_OIII_5006	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_OIII_5006	float	km/s			Amplitude-over-noise of emission line [OIII] 5006
V_NI_5197	float	km/s			Velocity of emission line [NI] 5197
V_NI_5197_Err	float	km/s			Error in velocity of emission line [NI] 5197
Sigma_NI_5197	float	km/s			Velocity dispersion of emission line [NI] 5197
Sigma_NI_5197_Err	float	km/s			Error in velocity dispersion of emission line [NI] 5197
Amplitude_NI_5197	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [NI] 5197
Amplitude_NI_5197_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [NI] 5197
Flux_NI_5197	float	10^-17 ergs/cm^2/s/A			Flux of emission line [NI] 5197
Flux_NI_5197_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [NI] 5197
EW_NI_5197	float	Angstroms			Equivalent width of emission line [NI] 5197
EW_NI_5197_Err	float	Angstroms			Error in equivalent width of emission line [NI] 5197
Flux_Cont_NI_5197	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [NI] 5197
Flux_Cont_NI_5197_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [NI] 5197
Fit_Warning_NI_5197	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_NI_5197	float	km/s			Amplitude-over-noise of emission line [NI] 5197
V_NI_5200	float	km/s			Velocity of emission line [NI] 5200
V_NI_5200_Err	float	km/s			Error in velocity of emission line [NI] 5200
Sigma_NI_5200	float	km/s			Velocity dispersion of emission line [NI] 5200
Sigma_NI_5200_Err	float	km/s			Error in velocity dispersion of emission line [NI] 5200
Amplitude_NI_5200	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [NI] 5200
Amplitude_NI_5200_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [NI] 5200
Flux_NI_5200	float	10^-17 ergs/cm^2/s/A			Flux of emission line [NI] 5200
Flux_NI_5200_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [NI] 5200
EW_NI_5200	float	Angstroms			Equivalent width of emission line [NI] 5200
EW_NI_5200_Err	float	Angstroms			Error in equivalent width of emission line [NI] 5200
Flux_Cont_NI_5200	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [NI] 5200
Flux_Cont_NI_5200_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [NI] 5200
Fit_Warning_NI_5200	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_NI_5200	float	km/s			Amplitude-over-noise of emission line [NI] 5200
V_HeI_5875	float	km/s			Velocity of emission line HeI 5875
V_HeI_5875_Err	float	km/s			Error in velocity of emission line HeI 5875
Sigma_HeI_5875	float	km/s			Velocity dispersion of emission line HeI 5875
Sigma_HeI_5875_Err	float	km/s			Error in velocity dispersion of emission line HeI 5875
Amplitude_HeI_5875	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line HeI 5875
Amplitude_HeI_5875_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line HeI 5875
Flux_HeI_5875	float	10^-17 ergs/cm^2/s/A			Flux of emission line HeI 5875
Flux_HeI_5875_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line HeI 5875
EW_HeI_5875	float	Angstroms			Equivalent width of emission line HeI 5875
EW_HeI_5875_Err	float	Angstroms			Error in equivalent width of emission line HeI 5875
Flux_Cont_HeI_5875	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line HeI 5875
Flux_Cont_HeI_5875_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line HeI 5875
Fit_Warning_HeI_5875	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_HeI_5875	float	km/s			Amplitude-over-noise of emission line HeI 5875
V_OI_6300	float	km/s			Velocity of emission line [OI] 6300
V_OI_6300_Err	float	km/s			Error in velocity of emission line [OI] 6300
Sigma_OI_6300	float	km/s			Velocity dispersion of emission line [OI] 6300
Sigma_OI_6300_Err	float	km/s			Error in velocity dispersion of emission line [OI] 6300
Amplitude_OI_6300	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [OI] 6300
Amplitude_OI_6300_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [OI] 6300
Flux_OI_6300	float	10^-17 ergs/cm^2/s/A			Flux of emission line [OI] 6300
Flux_OI_6300_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [OI] 6300
EW_OI_6300	float	Angstroms			Equivalent width of emission line [OI] 6300
EW_OI_6300_Err	float	Angstroms			Error in equivalent width of emission line [OI] 6300
Flux_Cont_OI_6300	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [OI] 6300
Flux_Cont_OI_6300_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [OI] 6300
Fit_Warning_OI_6300	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_OI_6300	float	km/s			Amplitude-over-noise of emission line [OI] 6300
V_OI_6363	float	km/s			Velocity of emission line [OI] 6363
V_OI_6363_Err	float	km/s			Error in velocity of emission line [OI] 6363
Sigma_OI_6363	float	km/s			Velocity dispersion of emission line [OI] 6363
Sigma_OI_6363_Err	float	km/s			Error in velocity dispersion of emission line [OI] 6363
Amplitude_OI_6363	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [OI] 6363
Amplitude_OI_6363_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [OI] 6363
Flux_OI_6363	float	10^-17 ergs/cm^2/s/A			Flux of emission line [OI] 6363
Flux_OI_6363_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [OI] 6363
EW_OI_6363	float	Angstroms			Equivalent width of emission line [OI] 6363
EW_OI_6363_Err	float	Angstroms			Error in equivalent width of emission line [OI] 6363
Flux_Cont_OI_6363	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [OI] 6363
Flux_Cont_OI_6363_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [OI] 6363
Fit_Warning_OI_6363	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_OI_6363	float	km/s			Amplitude-over-noise of emission line [OI] 6363
V_NII_6547	float	km/s			Velocity of emission line [NII] 6547
V_NII_6547_Err	float	km/s			Error in velocity of emission line [NII] 6547
Sigma_NII_6547	float	km/s			Velocity dispersion of emission line [NII] 6547
Sigma_NII_6547_Err	float	km/s			Error in velocity dispersion of emission line [NII] 6547
Amplitude_NII_6547	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [NII] 6547
Amplitude_NII_6547_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [NII] 6547
Flux_NII_6547	float	10^-17 ergs/cm^2/s/A			Flux of emission line [NII] 6547
Flux_NII_6547_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [NII] 6547
EW_NII_6547	float	Angstroms			Equivalent width of emission line [NII] 6547
EW_NII_6547_Err	float	Angstroms			Error in equivalent width of emission line [NII] 6547
Flux_Cont_NII_6547	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [NII] 6547
Flux_Cont_NII_6547_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [NII] 6547
Fit_Warning_NII_6547	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
V_Ha_6562	float	km/s			Velocity of emission line Ha 6562
V_Ha_6562_Err	float	km/s			Error in velocity of emission line Ha 6562
Sigma_Ha_6562	float	km/s			Velocity dispersion of emission line Ha 6562
Sigma_Ha_6562_Err	float	km/s			Error in velocity dispersion of emission line Ha 6562
Amplitude_Ha_6562	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line Ha 6562
Amplitude_Ha_6562_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line Ha 6562
Flux_Ha_6562	float	10^-17 ergs/cm^2/s/A			Flux of emission line Ha 6562
Flux_Ha_6562_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line Ha 6562
EW_Ha_6562	float	Angstroms			Equivalent width of emission line Ha 6562
EW_Ha_6562_Err	float	Angstroms			Error in equivalent width of emission line Ha 6562
Flux_Cont_Ha_6562	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line Ha 6562
Flux_Cont_Ha_6562_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line Ha 6562
Fit_Warning_Ha_6562	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_Ha_6562	float	km/s			Amplitude-over-noise of emission line Ha 6562
V_NII_6583	float	km/s			Velocity of emission line [NII] 6583
V_NII_6583_Err	float	km/s			Error in velocity of emission line [NII] 6583
Sigma_NII_6583	float	km/s			Velocity dispersion of emission line [NII] 6583
Sigma_NII_6583_Err	float	km/s			Error in velocity dispersion of emission line [NII] 6583
Amplitude_NII_6583	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [NII] 6583
Amplitude_NII_6583_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [NII] 6583
Flux_NII_6583	float	10^-17 ergs/cm^2/s/A			Flux of emission line [NII] 6583
Flux_NII_6583_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [NII] 6583
EW_NII_6583	float	Angstroms			Equivalent width of emission line [NII] 6583
EW_NII_6583_Err	float	Angstroms			Error in equivalent width of emission line [NII] 6583
Flux_Cont_NII_6583	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [NII] 6583
Flux_Cont_NII_6583_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [NII] 6583
Fit_Warning_NII_6583	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_NII_6583	float	km/s			Amplitude-over-noise of emission line [NII] 6583
V_SII_6716	float	km/s			Velocity of emission line [SII] 6716
V_SII_6716_Err	float	km/s			Error in velocity of emission line [SII] 6716
Sigma_SII_6716	float	km/s			Velocity dispersion of emission line [SII] 6716
Sigma_SII_6716_Err	float	km/s			Error in velocity dispersion of emission line [SII] 6716
Amplitude_SII_6716	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [SII] 6716
Amplitude_SII_6716_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [SII] 6716
Flux_SII_6716	float	10^-17 ergs/cm^2/s/A			Flux of emission line [SII] 6716
Flux_SII_6716_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [SII] 6716
EW_SII_6716	float	Angstroms			Equivalent width of emission line [SII] 6716
EW_SII_6716_Err	float	Angstroms			Error in equivalent width of emission line [SII] 6716
Flux_Cont_SII_6716	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [SII] 6716
Flux_Cont_SII_6716_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [SII] 6716
Fit_Warning_SII_6716	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_SII_6716	float	km/s			Amplitude-over-noise of emission line [SII] 6716
V_SII_6730	float	km/s			Velocity of emission line [SII] 6730
V_SII_6730_Err	float	km/s			Error in velocity of emission line [SII] 6730
Sigma_SII_6730	float	km/s			Velocity dispersion of emission line [SII] 6730
Sigma_SII_6730_Err	float	km/s			Error in velocity dispersion of emission line [SII] 6730
Amplitude_SII_6730	float	10^-17 ergs/cm^2/s/A			Amplitude of emission line [SII] 6730
Amplitude_SII_6730_Err	float	10^-17 ergs/cm^2/s/A			Error in amplitude of emission line [SII] 6730
Flux_SII_6730	float	10^-17 ergs/cm^2/s/A			Flux of emission line [SII] 6730
Flux_SII_6730_Err	float	10^-17 ergs/cm^2/s/A			Error in flux of emission line [SII] 6730
EW_SII_6730	float	Angstroms			Equivalent width of emission line [SII] 6730
EW_SII_6730_Err	float	Angstroms			Error in equivalent width of emission line [SII] 6730
Flux_Cont_SII_6730	float	10^-17 ergs/cm^2/s/A			Continuum flux at wavelength of emission line [SII] 6730
Flux_Cont_SII_6730_Err	float	10^-17 ergs/cm^2/s/A			Error in continuum flux at wavelength of emission line [SII] 6730
Fit_Warning_SII_6730	int				Set to 1 if the emission line falls on a sky line (5577, 6300 or 6363), measurements set to zero in this case; otherwise, this flag is set to 0
AoN_SII_6730	float	km/s			Amplitude-over-noise of emission line [SII] 6730

Table galSpecExtra

Estimated physical parameters for all galaxies in the MPA-JHU spectroscopic catalogue

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
bptclass	int				Emission line classification based on the BPT diagram using the methodology described in Brinchmann et al (2004). -1 means unclassifiable, 1 is star-forming, 2 means low S/N star-forming, 3 is composite, 4 AGN (excluding liners) and 5 is a low S/N LINER.
oh_p2p5	float				The 2.5 percentile of the Oxygen abundance derived using Charlot & Longhetti models. The values are reported as 12 + Log O/H. See Tremonti et al (2004) and Brinchmann et al (2004) for details.
oh_p16	float				The 16 percentile of the Oxygen abundance derived using Charlot & Longhetti models. The values are reported as 12 + Log O/H. See Tremonti et al (2004) and Brinchmann et al (2004) for details.
oh_p50	float				The median estimate of the Oxygen abundance derived using Charlot & Longhetti models. The values are reported as 12 + Log O/H. See Tremonti et al (2004) and Brinchmann et al (2004) for details.
oh_p84	float				The 84th percentile of the Oxygen abundance derived using Charlot & Longhetti models. The values are reported as 12 + Log O/H. See Tremonti et al (2004) and Brinchmann et al (2004) for details.
oh_p97p5	float				The 97.5 percentile of the Oxygen abundance derived using Charlot & Longhetti models. The values are reported as 12 + Log O/H. See Tremonti et al (2004) and Brinchmann et al (2004) for details.
oh_entropy	float				The entropy (Sum p*lg(p)) of the PDF of 12 + Log O/H
lgm_tot_p2p5	float	Log solar masses			The 2.5 percentile of the Log total stellar mass PDF using model photometry.
lgm_tot_p16	float	Log solar masses			The 16th percentile of the Log total stellar mass PDF using model photometry.
lgm_tot_p50	float	Log solar masses			The median estimate of the Log total stellar mass PDF using model photometry.
lgm_tot_p84	float	Log solar masses			The 84th percentile of the Log total stellar mass PDF using model photometry.
lgm_tot_p97p5	float	Log solar masses			The 97.5 percentile of the Log total stellar mass PDF using model photometry.
lgm_fib_p2p5	float	Log solar masses			The 2.5 percentile of the Log stellar mass within the fibre PDF using fibre photometry.
lgm_fib_p16	float	Log solar masses			The 16th percentile of the Log stellar mass within the fibre PDF using fibre photometry.
lgm_fib_p50	float	Log solar masses			The median estimate of the Log stellar mass within the fibre PDF using fibre photometry.
lgm_fib_p84	float	Log solar masses			The 84th percentile of the Log stellar mass within the fibre PDF using fibre photometry.
lgm_fib_p97p5	float	Log solar masses			The 97.5 percentile of the Log stellar mass within the fibre PDF using fibre photometry.
sfr_tot_p2p5	float	Log Msun/yr			The 2.5 percentile of the Log total SFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
sfr_tot_p16	float	Log Msun/yr			The 16th percentile of the Log total SFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
sfr_tot_p50	float	Log Msun/yr			The median estimate of the Log total SFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
sfr_tot_p84	float	Log Msun/yr			The 84th percentile of the Log total SFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
sfr_tot_p97p5	float	Log Msun/yr			The 97.5 percentile of the Log total SFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
sfr_tot_entropy	float				The entropy (Sum p*lg(p)) of the PDF of the total SFR
sfr_fib_p2p5	float	Log Msun/yr			The 2.5 percentile of the Log SFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
sfr_fib_p16	float	Log Msun/yr			The 16th percentile of the Log SFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
sfr_fib_p50	float	Log Msun/yr			The median estimate of the Log SFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
sfr_fib_p84	float	Log Msun/yr			The 84th percentile of the Log SFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
sfr_fib_p97p5	float	Log Msun/yr			The 97.5 percentile of the Log SFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
sfr_fib_entropy	float				The entropy (Sum p*lg(p)) of the PDF of the fiber SFR
specsfr_tot_p2p5	float	Log Msun/yr			The 2.5 percentile of the Log total SPECSFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
specsfr_tot_p16	float	Log Msun/yr			The 16th percentile of the Log total SPECSFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
specsfr_tot_p50	float	Log Msun/yr			The median estimate of the Log total SPECSFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
specsfr_tot_p84	float	Log Msun/yr			The 84th percentile of the Log total SPECSFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
specsfr_tot_p97p5	float	Log Msun/yr			The 97.5 percentile of the Log total SPECSFR PDF. This is derived by combining emission line measurements from within the fibre where possible and aperture corrections are done by fitting models ala Gallazzi et al (2005), Salim et al (2007) to the photometry outside the fibre. For those objects where the emission lines within the fibre do not provide an estimate of the SFR, model fits were made to the integrated photometry.
specsfr_tot_entropy	float				The entropy (Sum p*lg(p)) of the PDF of the total SPECSFR
specsfr_fib_p2p5	float	Log Msun/yr			The 2.5 percentile of the Log SPECSFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
specsfr_fib_p16	float	Log Msun/yr			The 16th percentile of the Log SPECSFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
specsfr_fib_p50	float	Log Msun/yr			The median estimate of the Log SPECSFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
specsfr_fib_p84	float	Log Msun/yr			The 84th percentile of the Log SPECSFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
specsfr_fib_p97p5	float	Log Msun/yr			The 97.5 percentile of the Log SPECSFR within the fiber PDF. For galaxies of the star-forming class, emission lines were used (c.f. Brinchmann et al 2004) while for others models were fit to the fibre photometry..
specsfr_fib_entropy	float				The entropy (Sum p*lg(p)) of the PDF of the fiber SPECSFR

Table galSpecIndx

Index measurements of spectra from the MPA-JHU spectroscopic catalogue

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
lick_cn1	float	mag			Restframe index measurement
lick_cn1_err	float	mag			Error on index measurement
lick_cn1_model	float	mag			Index of best fit model spectrum
lick_cn1_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_cn1_sub_err	float	mag			Error in the above index measurement
lick_cn2	float	mag			Restframe index measurement
lick_cn2_err	float	mag			Error on index measurement
lick_cn2_model	float	mag			Index of best fit model spectrum
lick_cn2_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_cn2_sub_err	float	mag			Error in the above index measurement
lick_ca4227	float	A			Restframe index measurement
lick_ca4227_err	float	A			Error on index measurement
lick_ca4227_model	float	A			Index of best fit model spectrum
lick_ca4227_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_ca4227_sub_err	float	A			Error in the above index measurement
lick_g4300	float	A			Restframe index measurement
lick_g4300_err	float	A			Error on index measurement
lick_g4300_model	float	A			Index of best fit model spectrum
lick_g4300_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_g4300_sub_err	float	A			Error in the above index measurement
lick_fe4383	float	A			Restframe index measurement
lick_fe4383_err	float	A			Error on index measurement
lick_fe4383_model	float	A			Index of best fit model spectrum
lick_fe4383_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_fe4383_sub_err	float	A			Error in the above index measurement
lick_ca4455	float	A			Restframe index measurement
lick_ca4455_err	float	A			Error on index measurement
lick_ca4455_model	float	A			Index of best fit model spectrum
lick_ca4455_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_ca4455_sub_err	float	A			Error in the above index measurement
lick_fe4531	float	A			Restframe index measurement
lick_fe4531_err	float	A			Error on index measurement
lick_fe4531_model	float	A			Index of best fit model spectrum
lick_fe4531_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_fe4531_sub_err	float	A			Error in the above index measurement
lick_c4668	float	A			Restframe index measurement
lick_c4668_err	float	A			Error on index measurement
lick_c4668_model	float	A			Index of best fit model spectrum
lick_c4668_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_c4668_sub_err	float	A			Error in the above index measurement
lick_hb	float	A			Restframe index measurement
lick_hb_err	float	A			Error on index measurement
lick_hb_model	float	A			Index of best fit model spectrum
lick_hb_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_hb_sub_err	float	A			Error in the above index measurement
lick_fe5015	float	A			Restframe index measurement
lick_fe5015_err	float	A			Error on index measurement
lick_fe5015_model	float	A			Index of best fit model spectrum
lick_fe5015_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_fe5015_sub_err	float	A			Error in the above index measurement
lick_mg1	float	mag			Restframe index measurement
lick_mg1_err	float	mag			Error on index measurement
lick_mg1_model	float	mag			Index of best fit model spectrum
lick_mg1_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_mg1_sub_err	float	mag			Error in the above index measurement
lick_mg2	float	mag			Restframe index measurement
lick_mg2_err	float	mag			Error on index measurement
lick_mg2_model	float	mag			Index of best fit model spectrum
lick_mg2_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_mg2_sub_err	float	mag			Error in the above index measurement
lick_mgb	float	A			Restframe index measurement
lick_mgb_err	float	A			Error on index measurement
lick_mgb_model	float	A			Index of best fit model spectrum
lick_mgb_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_mgb_sub_err	float	A			Error in the above index measurement
lick_fe5270	float	A			Restframe index measurement
lick_fe5270_err	float	A			Error on index measurement
lick_fe5270_model	float	A			Index of best fit model spectrum
lick_fe5270_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_fe5270_sub_err	float	A			Error in the above index measurement
lick_fe5335	float	A			Restframe index measurement
lick_fe5335_err	float	A			Error on index measurement
lick_fe5335_model	float	A			Index of best fit model spectrum
lick_fe5335_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_fe5335_sub_err	float	A			Error in the above index measurement
lick_fe5406	float	A			Restframe index measurement
lick_fe5406_err	float	A			Error on index measurement
lick_fe5406_model	float	A			Index of best fit model spectrum
lick_fe5406_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_fe5406_sub_err	float	A			Error in the above index measurement
lick_fe5709	float	A			Restframe index measurement
lick_fe5709_err	float	A			Error on index measurement
lick_fe5709_model	float	A			Index of best fit model spectrum
lick_fe5709_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_fe5709_sub_err	float	A			Error in the above index measurement
lick_fe5782	float	A			Restframe index measurement
lick_fe5782_err	float	A			Error on index measurement
lick_fe5782_model	float	A			Index of best fit model spectrum
lick_fe5782_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_fe5782_sub_err	float	A			Error in the above index measurement
lick_nad	float	A			Restframe index measurement
lick_nad_err	float	A			Error on index measurement
lick_nad_model	float	A			Index of best fit model spectrum
lick_nad_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_nad_sub_err	float	A			Error in the above index measurement
lick_tio1	float	mag			Restframe index measurement
lick_tio1_err	float	mag			Error on index measurement
lick_tio1_model	float	mag			Index of best fit model spectrum
lick_tio1_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_tio1_sub_err	float	mag			Error in the above index measurement
lick_tio2	float	mag			Restframe index measurement
lick_tio2_err	float	mag			Error on index measurement
lick_tio2_model	float	mag			Index of best fit model spectrum
lick_tio2_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_tio2_sub_err	float	mag			Error in the above index measurement
lick_hd_a	float	A			Restframe index measurement
lick_hd_a_err	float	A			Error on index measurement
lick_hd_a_model	float	A			Index of best fit model spectrum
lick_hd_a_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_hd_a_sub_err	float	A			Error in the above index measurement
lick_hg_a	float	A			Restframe index measurement
lick_hg_a_err	float	A			Error on index measurement
lick_hg_a_model	float	A			Index of best fit model spectrum
lick_hg_a_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_hg_a_sub_err	float	A			Error in the above index measurement
lick_hd_f	float	A			Restframe index measurement
lick_hd_f_err	float	A			Error on index measurement
lick_hd_f_model	float	A			Index of best fit model spectrum
lick_hd_f_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_hd_f_sub_err	float	A			Error in the above index measurement
lick_hg_f	float	A			Restframe index measurement
lick_hg_f_err	float	A			Error on index measurement
lick_hg_f_model	float	A			Index of best fit model spectrum
lick_hg_f_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
lick_hg_f_sub_err	float	A			Error in the above index measurement
dtt_caii8498	float	A			Restframe index measurement
dtt_caii8498_err	float	A			Error on index measurement
dtt_caii8498_model	float	A			Index of best fit model spectrum
dtt_caii8498_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
dtt_caii8498_sub_err	float	A			Error in the above index measurement
dtt_caii8542	float	A			Restframe index measurement
dtt_caii8542_err	float	A			Error on index measurement
dtt_caii8542_model	float	A			Index of best fit model spectrum
dtt_caii8542_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
dtt_caii8542_sub_err	float	A			Error in the above index measurement
dtt_caii8662	float	A			Restframe index measurement
dtt_caii8662_err	float	A			Error on index measurement
dtt_caii8662_model	float	A			Index of best fit model spectrum
dtt_caii8662_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
dtt_caii8662_sub_err	float	A			Error in the above index measurement
dtt_mgi8807	float	A			Restframe index measurement
dtt_mgi8807_err	float	A			Error on index measurement
dtt_mgi8807_model	float	A			Index of best fit model spectrum
dtt_mgi8807_sub	float	A			Restframe index measurement on the data after subtracting all 3-sigma emission lines
dtt_mgi8807_sub_err	float	A			Error in the above index measurement
bh_cnb	float	mag			Restframe index measurement
bh_cnb_err	float	mag			Error on index measurement
bh_cnb_model	float	mag			Index of best fit model spectrum
bh_cnb_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_cnb_sub_err	float	mag			Error in the above index measurement
bh_hk	float	mag			Restframe index measurement
bh_hk_err	float	mag			Error on index measurement
bh_hk_model	float	mag			Index of best fit model spectrum
bh_hk_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_hk_sub_err	float	mag			Error in the above index measurement
bh_cai	float	mag			Restframe index measurement
bh_cai_err	float	mag			Error on index measurement
bh_cai_model	float	mag			Index of best fit model spectrum
bh_cai_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_cai_sub_err	float	mag			Error in the above index measurement
bh_g	float	mag			Restframe index measurement
bh_g_err	float	mag			Error on index measurement
bh_g_model	float	mag			Index of best fit model spectrum
bh_g_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_g_sub_err	float	mag			Error in the above index measurement
bh_hb	float	mag			Restframe index measurement
bh_hb_err	float	mag			Error on index measurement
bh_hb_model	float	mag			Index of best fit model spectrum
bh_hb_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_hb_sub_err	float	mag			Error in the above index measurement
bh_mgg	float	mag			Restframe index measurement
bh_mgg_err	float	mag			Error on index measurement
bh_mgg_model	float	mag			Index of best fit model spectrum
bh_mgg_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_mgg_sub_err	float	mag			Error in the above index measurement
bh_mh	float	mag			Restframe index measurement
bh_mh_err	float	mag			Error on index measurement
bh_mh_model	float	mag			Index of best fit model spectrum
bh_mh_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_mh_sub_err	float	mag			Error in the above index measurement
bh_fc	float	mag			Restframe index measurement
bh_fc_err	float	mag			Error on index measurement
bh_fc_model	float	mag			Index of best fit model spectrum
bh_fc_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_fc_sub_err	float	mag			Error in the above index measurement
bh_nad	float	mag			Restframe index measurement
bh_nad_err	float	mag			Error on index measurement
bh_nad_model	float	mag			Index of best fit model spectrum
bh_nad_sub	float	mag			Restframe index measurement on the data after subtracting all 3-sigma emission lines
bh_nad_sub_err	float	mag			Error in the above index measurement
d4000	float				4000AA break, Bruzual (1983) definition
d4000_err	float				Uncertainty estimate for 4000AA break, Bruzual (1983) definition
d4000_model	float				4000AA break, Bruzual (1983) definition measured off best-fit CB08 model
d4000_sub	float				4000AA break, Bruzual (1983) definition after correction for emission lines
d4000_sub_err	float				Uncertainty estimate for 4000AA break, Bruzual (1983) definition after correction for emission lines
d4000_n	float				4000AA break, Balogh et al (1999) definition
d4000_n_err	float				Uncertainty estimate for 4000AA break, Balogh et al (1999) definition
d4000_n_model	float				4000AA break, Balogh et al (1999) definition measured off best-fit CB08 model
d4000_n_sub	float				4000AA break, Balogh et al (1999) definition after correction for emission lines
d4000_n_sub_err	float				Uncertainty estimate for 4000AA break, Balogh et al (1999) definition after correction for emission lines
d4000_red	float				The flux in the red window of the Bruzual (1983) definition of D4000
d4000_blue	float				The flux in the blue window of the Bruzual (1983) definition of D4000
d4000_n_red	float				The flux in the red window of the Balogh et al (1999) definition of D4000
d4000_n_blue	float				The flux in the blue window of the Balogh et al (1999) definition of D4000
d4000_sub_red	float				The flux in the red window of the Bruzual (1983) definition of D4000 after subtraction of emission lines
d4000_sub_blue	float				The flux in the blue window of the Bruzual (1983) definition of D4000 after subtraction of emission lines
d4000_n_sub_red	float				The flux in the red window of the Balogh et al (1999) definition of D4000 after subtraction of emission lines
d4000_n_sub_blue	float				The flux in the blue window of the Balogh et al (1999)q definition of D4000 after subtraction of emission lines
tauv_model_040	float				Dust attenuation of the best fit Z=0.004 CB08 model
model_coef_040	float				The scaling coefficients of the best fit Z=0.004 CB08 model
model_chisq_040	float				The chi^2 of the best fit Z=0.004 CB08 model
tauv_model_080	float				Dust attenuation of the best fit Z=0.008 CB08 model
model_coef_080	float				The scaling coefficients of the best fit Z=0.008 CB08 model
model_chisq_080	float				The chi^2 of the best fit Z=0.008 CB08 model
tauv_model_170	float				Dust attenuation of the best fit Z=0.017 CB08 model
model_coef_170	float				The scaling coefficients of the best fit Z=0.017 CB08 model
model_chisq_170	float				The chi^2 of the best fit Z=0.017 CB08 model
tauv_model_400	float				Dust attenuation of the best fit Z=0.04 CB08 model
model_coef_400	float				The scaling coefficients of the best fit Z=0.04 CB08 model
model_chisq_400	float				The chi^2 of the best fit Z=0.04 CB08 model
best_model_z	float				Metallicity of best fitting (min chisq) model Z = 0.004 / 0.017 / 0.050 (0.2 1.0, 2.5 x solar)
tauv_cont	float				V-band optical depth (TauV = A_V / 1.086) affecting the stars from best fit model (best of 4 Z's)
model_coef	float				Coeficients of best fit model (best of 4 Z's)
model_chisq	float				Reduced chi-squared of best fit model (best of 4 Z's)

Table galSpecInfo

General information for the MPA-JHU spectroscopic re-analysi

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
plateid	int				Plate number
mjd	int				Modified Julian Date of plate observation
fiberid	int				Fiber number (1 - 640)
ra	float	deg			Right Ascention of drilled fiber position
dec	float	deg			Declination of drilled fiber position
primtarget	int				Primary Target Flag (MAIN galaxy = 64)
sectarget	int				Secondary Target Flag (QA = 8)
targettype	string				Text version of primary target (GALAXY/QA/QSO/ROSAT_D)
spectrotype	string				Schlegel classification of spectrum ... code is only run where this is set to "GALAXY"
subclass	string				Schlegel subclass from PCA analysis -- not alwasy correct!! AGN/BROADLINE/STARBURST/STARFORMING
z	float				Redshift from Schlegel
z_err	float				Redshift error
z_warning	int				Bad redshift if this is non-zero -- see Schlegel data model
v_disp	float	km/s			Velocity dispersion from Schlegel
v_disp_err	float	km/s			Velocity dispersion error (negative for invalid fit)
sn_median	float				Median S/N per pixel of the whole spectrum
e_bv_sfd	float				E(B-V) of foreground reddening from SFD maps
release	string				Data Release (dr1/dr2/dr3/dr4)
reliable	int				has "reliable" line measurements and physical parameters

Table galSpecLine

Emission line measurements from MPA-JHU spectroscopic reanalysi

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
sigma_balmer	float	km/s			Velocity dispersion (sigma not FWHM) measured simultaneously in all of the Balmer lines
sigma_balmer_err	float	km/s			Error in the above
sigma_forbidden	float	km/s			Velocity dispersion (sigma not FWHM) measured simultaneously in all the forbidden lines
sigma_forbidden_err	float	km/s			Error in the above
v_off_balmer	float	km/s			Velocity offset of the Balmer lines from the measured redshift
v_off_balmer_err	float	km/s			Error in the above
v_off_forbidden	float	km/s			Velocity offset of the forbidden lines from the measured redshift
v_off_forbidden_err	float	km/s			Error in the above
oii_3726_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
oii_3726_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
oii_3726_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
oii_3726_reqw_err	float	Ang			Error in the equivalent width described above
oii_3726_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
oii_3726_eqw_err	float	Ang			Error in the equivalent width described above
oii_3726_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
oii_3726_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
oii_3726_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
oii_3726_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
oii_3729_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
oii_3729_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
oii_3729_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
oii_3729_reqw_err	float	Ang			Error in the equivalent width described above
oii_3729_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
oii_3729_eqw_err	float	Ang			Error in the equivalent width described above
oii_3729_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
oii_3729_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
oii_3729_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
oii_3729_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
neiii_3869_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
neiii_3869_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
neiii_3869_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
neiii_3869_reqw_err	float	Ang			Error in the equivalent width described above
neiii_3869_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
neiii_3869_eqw_err	float	Ang			Error in the equivalent width described above
neiii_3869_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
neiii_3869_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
neiii_3869_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
neiii_3869_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
h_delta_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
h_delta_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
h_delta_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
h_delta_reqw_err	float	Ang			Error in the equivalent width described above
h_delta_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
h_delta_eqw_err	float	Ang			Error in the equivalent width described above
h_delta_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
h_delta_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
h_delta_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
h_delta_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
h_gamma_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
h_gamma_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
h_gamma_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
h_gamma_reqw_err	float	Ang			Error in the equivalent width described above
h_gamma_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
h_gamma_eqw_err	float	Ang			Error in the equivalent width described above
h_gamma_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
h_gamma_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
h_gamma_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
h_gamma_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
oiii_4363_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
oiii_4363_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
oiii_4363_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
oiii_4363_reqw_err	float	Ang			Error in the equivalent width described above
oiii_4363_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
oiii_4363_eqw_err	float	Ang			Error in the equivalent width described above
oiii_4363_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
oiii_4363_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
oiii_4363_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
oiii_4363_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
h_beta_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
h_beta_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
h_beta_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
h_beta_reqw_err	float	Ang			Error in the equivalent width described above
h_beta_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
h_beta_eqw_err	float	Ang			Error in the equivalent width described above
h_beta_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
h_beta_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
h_beta_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
h_beta_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
oiii_4959_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
oiii_4959_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
oiii_4959_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
oiii_4959_reqw_err	float	Ang			Error in the equivalent width described above
oiii_4959_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
oiii_4959_eqw_err	float	Ang			Error in the equivalent width described above
oiii_4959_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
oiii_4959_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
oiii_4959_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
oiii_4959_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
oiii_5007_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
oiii_5007_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
oiii_5007_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
oiii_5007_reqw_err	float	Ang			Error in the equivalent width described above
oiii_5007_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
oiii_5007_eqw_err	float	Ang			Error in the equivalent width described above
oiii_5007_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
oiii_5007_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
oiii_5007_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
oiii_5007_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
hei_5876_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
hei_5876_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
hei_5876_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
hei_5876_reqw_err	float	Ang			Error in the equivalent width described above
hei_5876_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
hei_5876_eqw_err	float	Ang			Error in the equivalent width described above
hei_5876_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
hei_5876_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
hei_5876_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
hei_5876_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
oi_6300_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
oi_6300_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
oi_6300_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
oi_6300_reqw_err	float	Ang			Error in the equivalent width described above
oi_6300_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
oi_6300_eqw_err	float	Ang			Error in the equivalent width described above
oi_6300_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
oi_6300_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
oi_6300_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
oi_6300_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
nii_6548_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
nii_6548_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
nii_6548_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
nii_6548_reqw_err	float	Ang			Error in the equivalent width described above
nii_6548_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
nii_6548_eqw_err	float	Ang			Error in the equivalent width described above
nii_6548_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
nii_6548_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
nii_6548_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
nii_6548_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
h_alpha_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
h_alpha_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
h_alpha_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
h_alpha_reqw_err	float	Ang			Error in the equivalent width described above
h_alpha_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
h_alpha_eqw_err	float	Ang			Error in the equivalent width described above
h_alpha_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
h_alpha_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
h_alpha_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
h_alpha_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
nii_6584_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
nii_6584_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
nii_6584_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
nii_6584_reqw_err	float	Ang			Error in the equivalent width described above
nii_6584_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
nii_6584_eqw_err	float	Ang			Error in the equivalent width described above
nii_6584_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
nii_6584_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
nii_6584_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
nii_6584_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
sii_6717_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
sii_6717_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
sii_6717_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
sii_6717_reqw_err	float	Ang			Error in the equivalent width described above
sii_6717_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
sii_6717_eqw_err	float	Ang			Error in the equivalent width described above
sii_6717_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
sii_6717_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
sii_6717_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
sii_6717_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
sii_6731_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
sii_6731_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
sii_6731_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
sii_6731_reqw_err	float	Ang			Error in the equivalent width described above
sii_6731_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
sii_6731_eqw_err	float	Ang			Error in the equivalent width described above
sii_6731_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
sii_6731_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
sii_6731_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
sii_6731_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
ariii7135_cont	float	1e-17 erg/s/cm^2/AA			Continuum at line center from 200 pixel median smoothing of the emission-line subtracted continuum
ariii7135_cont_err	float	1e-17 erg/s/cm^2/AA			Error in the continuum computed from the variance in the band pass
ariii7135_reqw	float	Ang			The equivalent width of the continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative). In this case the continuum comes from a running 200 pixel median and does not properly account for stellar absorption. In general the EQW measurements provide a better measure of the true equivalent width. The purpose of this measurement is to help characterize the stellar absorption effecting the line. (EW_stellar = REQW - EQW)
ariii7135_reqw_err	float	Ang			Error in the equivalent width described above
ariii7135_eqw	float	Ang			The equivalent width of the CB08 continuum-subtracted emission line computed from straight integration over the bandpasses listed below (emisison is negative) . This properly takes into account stellar absorption. Note that it will not be correct in the case of blended lines (ie NII & H-alpha) -- instead use FLUX/CONT.
ariii7135_eqw_err	float	Ang			Error in the equivalent width described above
ariii7135_flux	float	1e-17 erg/s/cm^2			Flux from Gaussian fit to continuum subtracted data. (Note that the fit is done simultaneously to all the lines so de-blending happens automatically)
ariii7135_flux_err	float	1e-17 erg/s/cm^2			Error in the flux
ariii7135_inst_res	float	km/s			Instrumental resolution at the line center (measured for each spectrum from the ARC lamps)
ariii7135_chisq	float				Reduced chi-squared of the line fit over the bandpass used for the EW measurement
oii_sigma	float	km/s			The width of the [O II] line in a free fit (ie. not tied to other emission lines)
oii_flux	float	1e-17 erg/s/cm^2			The flux of the [O II] doublet from a free fit.
oii_flux_err	float	1e-17 erg/s/cm^2			The estimated uncertainty on OII_FLUX
oii_voff	float	km/s			The velocity offset of the [O II] doublet from a free fit
oii_chi2	float				chi^2 of the fit to the [O II] line in free fit
oiii_sigma	float	km/s			The width of the [O III]5007 line in a free fit (ie. not tied to other emission lines)
oiii_flux	float	1e-17 erg/s/cm^2			The flux of the [O III]5007 line from a free fit.
oiii_flux_err	float	1e-17 erg/s/cm^2			The estimated uncertainty on OIII_FLUX
oiii_voff	float	km/s			The velocity offset of the [O III]5007 line from a free fit
oiii_chi2	float				chi^2 of the fit to the [O III]5007 line in free fit
spectofiber	float				The multiplicative scale factor applied to the original flux and error spectra prior to measurement of the emission lines to improve the spectrophotometric accuracy. The rescaling insures that a synthetic r-band magnitude computed from the spectrum matches the r-band fiber magnitude measured by the photometric pipeline.

Table neighbors

All PhotoObj pairs within 0.5 arcmin

Column	Type	Units	UCD	Error	Description	Links
objID	long				The unique objId of the center object
neighborObjID	long				The objId of the neighbor
distance	double	arcmins			Distance between center and neighbor
type	int				Object type of the center
neighborType	int				Object type of the neighbor
mode	int				object is primary, secondary, family, outside
neighborMode	int				is neighbor primary, secondary, family, outside

Table sdssBestTarget2Sector

Map PhotoObj which are potential targets to sector

Column	Type	Units	UCD	Error	Description	Links
objID	long				ID of the best PhotoObj
regionID	long				ID of the sector
status	int				Status of the object in the survey
primTarget	int				Bit mask of primary target categories the object was selected in.
secTarget	int				Bit mask of secondary target categories the object was selected in.
petroMag_r	float	mag			Petrosian flux
extinction_r	float	mag			Extinction in each filter

Table sdssImagingHalfSpaces

Half-spaces (caps) describing the SDSS imaging geometr

Column	Type	Units	UCD	Error	Description	Links
sdssPolygonID	int				integer description of polygon
x	double				x-component of normal vector
y	double				y-component of normal vector
z	double				z-component of normal vector
c	double				offset from center along normal
xMangle	double				mangle version of x-component
yMangle	double				mangle version of y-component
zMangle	double				mangle version of z-component
cMangle	double				mangle version of offset from center
loadVersion	int				Load Version

Table sdssPolygon2Field

Matched list of polygons and field

Column	Type	Units	UCD	Error	Description	Links
sdssPolygonID	int				integer designator of polygon
fieldID	long				field identification
loadVersion	int				Load Version

Table sdssPolygons

Polygons describing SDSS imaging data window functio

Column	Type	Units	UCD	Error	Description	Links
sdssPolygonID	int				integer description of polygon
nField	int				number of fields in the polygon
primaryFieldID	long				ID of primary field in this polygon
ra	double	deg			RA (J2000 deg) in approximate center of polygon
dec	double	deg			Dec (J2000 deg) in approximate center of polygon
area	double	square deg			area of polygon
loadVersion	int				Load Version

Table sdssSector

Stores the information about set of unique Sector region

Column	Type	Units	UCD	Error	Description	Links
regionID	long				unique, sequential ID
nTiles	int				number of overlapping tiles
tiles	string				list of tiles in Sector
targetVersion	string				the version of target selection ran over the sector -/K ID_VERSION
area	float	deg^2			area of this overlap region

Table sdssSector2Tile

Match tiles to sectors, wedges adn sectorlets, and vice versa

Column	Type	Units	UCD	Error	Description	Links
regionID	long				ID of the sector
type	string				type of the sector
tile	int				tile number
isMask	int				flag that shows sign of tile (1 is negative)

Table sdssTargetParam

Contains the parameters used for a version of the target selection cod

Column	Type	Units	UCD	Error	Description	Links
targetVersion	string				version of target selection software
paramFile	string				version of target selection software
name	string				parameter name
value	string				value used for the parameter

Table sdssTileAll

Contains information about each individual tile on the sky

Column	Type	Units	UCD	Error	Description	Links
tile	int				(unique) tile number
tileRun	int				run of the tiling software
raCen	double	deg			right ascension of tile center
decCen	double	deg			declination of the tile center
htmID	long				htm tree info
cx	double				x projection of vector on unit sphere
cy	double				y projection of vector on unit sphere
cz	double				z projection of vector on unit sphere
untiled	int				1: this tile later "untiled," releasing targets to be assigned to another tile, 0: otherwise
nTargets	int				number of targets assigned to this tile
loadVersion	int				Load Version

Table sdssTiledTargetAll

Information on all targets run through tiling for SDSS-I and SDSS-I

Column	Type	Units	UCD	Error	Description	Links
targetID	long				Unique SDSS identifier composed from [skyVersion=0,rerun,run,camcol,field,obj].
run	int				Drift scan run number for targeting
rerun	int				Reprocessing number for targeting
camcol	int				Camera column number for targeting
field	int				Field number for targeting
obj	int				Object id number for targeting
ra	double	deg			right ascension
dec	double	deg			declination
htmID	long				htm tree info
cx	double				x projection of vector on unit sphere
cy	double				y projection of vector on unit sphere
cz	double				z projection of vector on unit sphere
primTarget	int				primary target bitmask
secTarget	int				secondary target bitmask
tiPriority	int				tiling priority level (lower means higher priority)
tileAll	int				First tile number this object was assigned to
tiMaskAll	int				Combined value of tiling results bitmask
collisionGroupAll	int				unique ID of collisionGroup
photoObjID	long				hashed ID of photometric object in best version of the sky
specObjID	long				hashed ID of spectroscopic object in best version of the sky
regionID	int				ID of tiling region, 0 if unset
loadVersion	int				Load Version

Table sdssTilingGeometry

Information about boundary and mask regions in SDSS-I and SDSS-I

Column	Type	Units	UCD	Error	Description	Links
tilingGeometryID	int				unique identifier for this tilingRegion
tileRun	int				run of tiling software
stripe	int				stripe containing the boundary
nsbx	string				b: official stripe boundaries should be included, x: use the full rectangle
isMask	int				1: tiling mask, 0: tiling boundary
coordType	int				specifies coordinate system for the boundaries
lambdamu_0	double	deg			first lower bound
lambdamu_1	double	deg			first upper bound
etanu_0	double	deg			second lower bound
etanu_1	double	deg			second upper bound
lambdaLimit_0	double	deg			minimum survey latitude for this stripe for region in which primaries are selected (-9999 if no limit)
lambdaLimit_1	double	deg			maximum survey latitude for this stripe for region in which primaries are selected (-9999 if no limit)
targetVersion	string				version of target software within this boundary
firstArea	double	deg^2			area of sky covered by this boundary that was not covered by previous boundaries
loadVersion	int				Load Version

Table sdssTilingInfo

Results of individual tiling runs for each tiled targe

Column	Type	Units	UCD	Error	Description	Links
targetID	long				Unique SDSS identifier composed from [skyVersion=0,rerun,run,camcol,field,obj].
tileRun	int				Run of tiling software
tid	int				Unique ID of objects within tiling run
tiMask	int				Value of tiling results bitmask for this run
collisionGroup	int				unique ID of collisionGroup in this tiling run
tile	int				Tile this object was assigned to in this run
loadVersion	int				Load Version

Table sdssTilingRun

Contains basic information for a run of tiling Contains basic information for a run of tilin

Column	Type	Units	UCD	Error	Description	Links
tileRun	int				(unique) tiling run number
ctileVersion	string				version of ctile software
tilepId	string				unique id for tiling run
programName	string				character string of program
primTargetMask	int				bit mask for target types to be tiled
secTargetMask	int				bit mask for target types to be tiled
loadVersion	int				Load Version

Table segueTargetAll

SEGUE-1 and SEGUE-2 target selection run on all imaging dat

Column	Type	Units	UCD	Error	Description	Links
objid	long				unique id, points to photoObj
segue1_target1	int				SEGUE-1 primary target selection flag
segue1_target2	int				SEGUE-1 secondary target selection flag
segue2_target1	int				SEGUE-2 primary target selection flag
segue2_target2	int				SEGUE-2 secondary target selection flag
lcolor	float	mag			SEGUE-1 and -2 target selection color: -0.436*uMag+1.129*gMag-0.119*rMag-0.574*iMag+0.1984 (Lenz et al.1998)
scolor	float	mag			SEGUE-1 target selection color: -0.249*uMag+0.794*gMag-0.555*rMag+0.234+0.011*p1s-0.010 (Helmi et al. 2003)
p1s	float	mag			SEGUE-1 target selection color: 0.91*umg+0.415*umg-1.280 (Helmi et al. 2003)
totalpm	float	mas/year			sqrt(PMRA*PMRA+PMDEC*PMDEC), in mas/year
hg	float	mag			reduced proper motion, gMag+5*log10(TOTALPM/1000)+5
Mi	float	mag			4.471+7.907*imz-0.837*imz*imz used in SEGUE-1 target selection, unused in SEGUE-2
disti	float	mag			10^((iMag-Mi+5)/5.0) used in SEGUE-1 target selection, unused in SEGUE-2
Hr	float	mag			reduced pm (uncorr r): PSFMAG_r+5*log10(TOTALPM/1000)+5
vmi_trans1	float	mag			V-I from VMAG_TRANS-(iMag-0.337*rmi-0.37)
vmi_trans2	float	mag			V-I from 0.877*gmr+0.358
vmag_trans	float	mag			V mag from gMag - 0.587*gmr -0.011
Mv_trans	float	mag
distv_kpc	float	kpc			10^(dmV/5.-2.) where VMAG_TRANS-(3.37*VMI_TRANS1+2.89)
vtrans_galrest	float	km/s			transvere velocity, km/s, derived from TOTALPM and DISTV_KPC, in a frame at rest w.r.t the Galaxy
mutrans_galradrest	float	mas/year			derived PM (mas/year) perpendicular to the Galactocentric radial vector, assuming all motion is along a Galactocentric radial vector, in a frame at rest w.r.t the Galaxy
murad_galradrest	float	mas/year			derived PM (mas/year) along the Galactocentric radial vector, assuming all motion is along a Galactocentric radial vector, in a frame at rest w.r.t the Galaxy
vtot_galradrest	float	km/s			total velocity, km/s, derived from TOTALPM and DISTV_KPC, in a frame at rest w.r.t the Galaxy
mg_tohv	float	mag			5.7 + 10.0*(GMR - 0.375)
vtrans_tohv	float	km/s			transverse velocity in Galactocentric coords, using the distance estimate from MG_TOHV which is appropriate for old stars near the MSTO and corrected for peculiar solar motion 16.6 km/s toward RA,Dec 267.5,28.1
pm1sigma_tohv	float	mas/year			Estimate of the 1-sigma error in total proper motion at this r magnitude. Formula is sqrt(4.56*4.56 + frate*2.30*2.30), where frate is 10^(0.4*(rMag-19.5)). The constants come from the Munn et al. 2004 (AJ, 127, 3034) paper describing the recalibration of USNOB with SDSS.
v1sigmaerr_tohv	float	km/s			The corresponding 1-sigma error in the transverse velocity based on PM1SIGMA_TOHV and the the distance estimate using MG_TOHV

Table sppLines

Contains outputs from the SEGUE Stellar Parameter Pipeline (SSPP)

Column	Type	Units	UCD	Error	Description	Links
SPECOBJID	long				id number
bestObjID	long				Object ID of photoObj match (flux-based)
TARGETOBJID	long				targeted object ID
sciencePrimary	int				Best version of spectrum at this location (defines default view SpecObj)
legacyPrimary	int				Best version of spectrum at this location, among Legacy plates
seguePrimary	int				Best version of spectrum at this location, among SEGUE plates (defines default view SpecObj)
PLATE	long				Plate number
MJD	long				Modified Julian Date
FIBER	long				Fiber ID
RUN2D	string				Name of 2D rerun
RUN1D	string				Name of 1D rerun
RUNSSPP	string				Name of SSPP rerun
H83side	float	Angstrom			Hzeta line index from local continuum at 3889.0 with band widths of 3.0
H83cont	float	Angstrom			Hzeta line index from global continuum at 3889.0 with band widths of 3.0
H83err	float	Angstrom			Hzeta line index error in the lind band at 3889.0 with band widths of 3.0
H83mask	int				Hzeta pixel quality check, =0 good, =1 bad at 3889.0 with band widths of 3.0
H812side	float	Angstrom			Hzeta line index from local continuum at 3889.1 with band widths of 12.0
H812cont	float	Angstrom			Hzeta line index from global continuum at 3889.1 with band widths of 12.0
H812err	float	Angstrom			Hzeta line index error in the lind band at 3889.1 with band widths of 12.0
H812mask	int				Hzeta pixel quality check, =0 good, =1 bad at 3889.1 with band widths of 12.0
H824side	float	Angstrom			Hzeta line index from local continuum at 3889.1 with band widths of 24.0
H824cont	float	Angstrom			Hzeta line index from global continuum at 3889.1 with band widths of 24.0
H824err	float	Angstrom			Hzeta line index error in the lind band at 3889.1 with band widths of 24.0
H824mask	int				Hzeta pixel quality check, =0 good, =1 bad at 3889.1 with band widths of 24.0
H848side	float	Angstrom			Hzeta line index from local continuum at 3889.1 with band widths of 48.0
H848cont	float	Angstrom			Hzeta line index from global continuum at 3889.1 with band widths of 48.0
H848err	float	Angstrom			Hzeta line index error in the lind band at 3889.1 with band widths of 48.0
H848mask	int				Hzeta pixel quality check, =0 good, =1 bad at 3889.1 with band widths of 48.0
KP12side	float	Angstrom			Ca II K line index from local continuum at 3933.7 with band widths of 12.0
KP12cont	float	Angstrom			Ca II K line index from global continuum at 3933.7 with band widths of 12.0
KP12err	float	Angstrom			Ca II K line index error in the lind band at 3933.7 with band widths of 12.0
KP12mask	int				Ca II K pixel quality check, =0 good, =1 bad at 3933.7 with band widths of 12.0
KP18side	float	Angstrom			Ca II K line index from local continuum at 3933.7 with band widths of 18.0
KP18cont	float	Angstrom			Ca II K line index from global continuum at 3933.7 with band widths of 18.0
KP18err	float	Angstrom			Ca II K line index error in the lind band at 3933.7 with band widths of 18.0
KP18mask	int				Ca II K pixel quality check =0, good, =1 bad at 3933.7 with band widths of 18.0
KP6side	float	Angstrom			Ca II K line index from local continuum at 3933.7 with band widths of 6.0
KP6cont	float	Angstrom			Ca II K line index from global continuum at 3933.7 with band widths of 6.0
KP6err	float	Angstrom			Ca II K line index error in the lind band at 3933.7 with band widths of 6.0
KP6mask	int				Ca II K pixel quality check =0, good, =1 bad at 3933.7 with band widths of 6.0
CaIIKside	float	Angstrom			Ca II K line index from local continuum at 3933.6 with band widths of 30.0
CaIIKcont	float	Angstrom			Ca II K line index from global continuum at 3933.6 with band widths of 30.0
CaIIKerr	float	Angstrom			Ca II K line index error in the lind band at 3933.6 with band widths of 30.0
CaIIKmask	int				Ca II K pixel quality check =0, good, =1 bad at 3933.6 with band widths of 30.0
CaIIHKside	float	Angstrom			Ca II H and K line index from local continuum at 3962.0 with band widths of 75.0
CaIIHKcont	float	Angstrom			Ca II H and K line index from global continuum at 3962.0 with band widths of 75.0
CaIIHKerr	float	Angstrom			Ca II H and K line index error in the lind band at 3962.0 with band widths of 75.0
CaIIHKmask	int				Ca II H and K pixel quality check =0, good, =1 bad at 3962.0 with band widths of 75.0
Hepsside	float	Angstrom			Hepsilon line index from local continuum at 3970.0 with band widths of 50.0
Hepscont	float	Angstrom			Hepsilon line index from global continuum at 3970.0 with band widths of 50.0
Hepserr	float	Angstrom			Hepsilon line index error in the lind band at 3970.0 with band widths of 50.0
Hepsmask	int				Hepsilon pixel quality check =0, good, =1 bad at 3970.0 with band widths of 50.0
KP16side	float	Angstrom			Ca II K line index from local continuum at 3933.7 with band widths of 16.0
KP16cont	float	Angstrom			Ca II K line index from global continuum at 3933.7 with band widths of 16.0
KP16err	float	Angstrom			Ca II K line index error in the lind band at 3933.7 with band widths of 16.0
KP16mask	int				Ca II K pixel quality check =0, good, =1 bad at 3933.7 with band widths of 16.0
SrII1side	float	Angstrom			Sr II line index from local continuum at 4077.0 with band widths of 8.0
SrII1cont	float	Angstrom			Sr II line index from global continuum at 4077.0 with band widths of 8.0
SrII1err	float	Angstrom			Sr II line index error in the lind band at 4077.0 with band widths of 8.0
SrII1mask	int				Sr II pixel quality check =0, good, =1 bad at 4077.0 with band widths of 8.0
HeI121side	float	Angstrom			He I line index from local continuum at 4026.2 with band widths of 12.0
HeI121cont	float	Angstrom			He I line index from global continuum at 4026.2 with band widths of 12.0
HeI121err	float	Angstrom			He I line index error in the lind band at 4026.2 with band widths of 12.0
HeI121mask	int				He I pixel quality check =0, good, =1 bad at 4026.2 with band widths of 12.0
Hdelta12side	float	Angstrom			Hdelta line index from local continuum at 4101.8 with band widths of 12.0
Hdelta12cont	float	Angstrom			Hdelta line index from global continuum at 4101.8 with band widths of 12.0
Hdelta12err	float	Angstrom			Hdelta line index error in the lind band at 4101.8 with band widths of 12.0
Hdelta12mask	int				Hdelta pixel quality check =0, good, =1 bad at 4101.8 with band widths of 12.0
Hdelta24side	float	Angstrom			Hdelta line index from local continuum at 4101.8 with band widths of 24.0
Hdelta24cont	float	Angstrom			Hdelta line index from global continuum at 4101.8 with band widths of 24.0
Hdelta24err	float	Angstrom			Hdelta line index error in the lind band at 4101.8 with band widths of 24.0
Hdelta24mask	int				Hdelta pixel quality check =0, good, =1 bad at 4101.8 with band widths of 24.0
Hdelta48side	float	Angstrom			Hdelta line index from local continuum at 4101.8 with band widths of 48.0
Hdelta48cont	float	Angstrom			Hdelta line index from global continuum at 4101.8 with band widths of 48.0
Hdelta48err	float	Angstrom			Hdelta line index error in the lind band at 4101.8 with band widths of 48.0
Hdelta48mask	int				Hdelta pixel quality check =0, good, =1 bad at 4101.8 with band widths of 48.0
Hdeltaside	float	Angstrom			Hdelta line index from local continuum at 4102.0 with band widths of 64.0
Hdeltacont	float	Angstrom			Hdelta line index from global continuum at 4102.0 with band widths of 64.0
Hdeltaerr	float	Angstrom			Hdelta line index error in the lind band at 4102.0 with band widths of 64.0
Hdeltamask	int				Hdelta pixel quality check =0, good, =1 bad at 4102.0 with band widths of 64.0
CaI4side	float	Angstrom			Ca I line index from local continuum at 4226.0 with band widths of 4.0
CaI4cont	float	Angstrom			Ca I line index from global continuum at 4226.0 with band widths of 4.0
CaI4err	float	Angstrom			Ca I line index error in the lind band at 4226.0 with band widths of 4.0
CaI4mask	int				Ca I pixel quality check =0, good, =1 bad at 4226.0 with band widths of 4.0
CaI12side	float	Angstrom			Ca I line index from local continuum at 4226.7 with band widths of 12.0
CaI12cont	float	Angstrom			Ca I line index from global continuum at 4226.7 with band widths of 12.0
CaI12err	float	Angstrom			Ca I line index error in the lind band at 4226.7 with band widths of 12.0
CaI12mask	int				Ca I pixel quality check =0, good, =1 bad at 4226.7 with band widths of 12.0
CaI24side	float	Angstrom			Ca I line index from local continuum at 4226.7 with band widths of 24.0
CaI24cont	float	Angstrom			Ca I line index from global continuum at 4226.7 with band widths of 24.0
CaI24err	float	Angstrom			Ca I line index error in the lind band at 4226.7 with band widths of 24.0
CaI24mask	int				Ca I pixel quality check =0, good, =1 bad at 4226.7 with band widths of 24.0
CaI6side	float	Angstrom			Ca I line index from local continuum at 4226.7 with band widths of 6.0
CaI6cont	float	Angstrom			Ca I line index from global continuum at 4226.7 with band widths of 6.0
CaI6err	float	Angstrom			Ca I line index error in the lind band at 4226.7 with band widths of 6.0
CaI6mask	int				Ca I pixel quality check =0, good, =1 bad at 4226.7 with band widths of 6.0
Gside	float	Angstrom			G band line index from local continuum at 4305.0 with band widths of 15.0
Gcont	float	Angstrom			G band line index from global continuum at 4305.0 with band widths of 15.0
Gerr	float	Angstrom			G band line index error in the lind band at 4305.0 with band widths of 15.0
Gmask	int				G band pixel quality check =0, good, =1 bad at 4305.0 with band widths of 15.0
Hgamma12side	float	Angstrom			Hgamma line index from local continuum at 4340.5 with band widths of 12.0
Hgamma12cont	float	Angstrom			Hgamma line index from global continuum at 4340.5 with band widths of 12.0
Hgamma12err	float	Angstrom			Hgamma line index error in the lind band at 4340.5 with band widths of 12.0
Hgamma12mask	int				Hgamma pixel quality check =0, good, =1 bad at 4340.5 with band widths of 12.0
Hgamma24side	float	Angstrom			Hgamma line index from local continuum at 4340.5 with band widths of 24.0
Hgamma24cont	float	Angstrom			Hgamma line index from global continuum at 4340.5 with band widths of 24.0
Hgamma24err	float	Angstrom			Hgamma line index error in the lind band at 4340.5 with band widths of 24.0
Hgamma24mask	int				Hgamma pixel quality check =0, good, =1 bad at 4340.5 with band widths of 24.0
Hgamma48side	float	Angstrom			Hgamma line index from local continuum at 4340.5 with band widths of 48.0
Hgamma48cont	float	Angstrom			Hgamma line index from global continuum at 4340.5 with band widths of 48.0
Hgamma48err	float	Angstrom			Hgamma line index error in the lind band at 4340.5 with band widths of 48.0
Hgamma48mask	int				Hgamma pixel quality check =0, good, =1 bad at 4340.5 with band widths of 48.0
Hgammaside	float	Angstrom			Hgamma line index from local continuum at 4340.5 with band widths of 54.0
Hgammacont	float	Angstrom			Hgamma line index from global continuum at 4340.5 with band widths of 54.0
Hgammaerr	float	Angstrom			Hgamma line index error in the lind band at 4340.5 with band widths of 54.0
Hgammamask	int				Hgamma pixel quality check =0, good, =1 bad at 4340.5 with band widths of 54.0
HeI122side	float	Angstrom			He I line index from local continuum at 4471.7 with band widths of 12.0
HeI122cont	float	Angstrom			He I line index from global continuum at 4471.7 with band widths of 12.0
HeI122err	float	Angstrom			He I line index error in the lind band at 4471.7 with band widths of 12.0
HeI122mask	int				He I pixel quality check =0, good, =1 bad at 4471.7 with band widths of 12.0
Gblueside	float	Angstrom			G band line index from local continuum at 4305.0 with band widths of 26.0
Gbluecont	float	Angstrom			G band line index from global continuum at 4305.0 with band widths of 26.0
Gblueerr	float	Angstrom			G band line index error in the lind band at 4305.0 with band widths of 26.0
Gbluemask	int				G band pixel quality check =0, good, =1 bad at 4305.0 with band widths of 26.0
Gwholeside	float	Angstrom			G band line index from local continuum at 4321.0 with band widths of 28.0
Gwholecont	float	Angstrom			G band line index from global continuum at 4321.0 with band widths of 28.0
Gwholeerr	float	Angstrom			G band line index error in the lind band at 4321.0 with band widths of 28.0
Gwholemask	int				G band pixel quality check =0, good, =1 bad at 4321.0 with band widths of 28.0
Baside	float	Angstrom			Ba line index from local continuum at 4554.0 with band widths of 6.0
Bacont	float	Angstrom			Ba line index from global continuum at 4554.0 with band widths of 6.0
Baerr	float	Angstrom			Ba line index error in the lind band at 4554.0 with band widths of 6.0
Bamask	int				Ba pixel quality check =0, good, =1 bad at 4554.0 with band widths of 6.0
C12C13side	float	Angstrom			C12C13 band line index from local continuum at 4737.0 with band widths of 36.0
C12C13cont	float	Angstrom			C12C13 band line index from global continuum at 4737.0 with band widths of 36.0
C12C13err	float	Angstrom			C12C13 band line index error in the lind band at 4737.0 with band widths of 36.0
C12C13mask	int				C12C13 band pixel quality check =0, good, =1 bad at 4737.0 with band widths of 36.0
CC12side	float	Angstrom			C2 band line index from local continuum at 4618.0 with band widths of 256.0
CC12cont	float	Angstrom			C2 band line index from global continuum at 4618.0 with band widths of 256.0
CC12err	float	Angstrom			C2 band line index error in the lind band at 4618.0 with band widths of 256.0
CC12mask	int				C2 band pixel quality check =0, good, =1 bad at 4618.0 with band widths of 256.0
metal1side	float	Angstrom			Metallic line index from local continuum at 4584.0 with band widths of 442.0
metal1cont	float	Angstrom			Metallic line index from global continuum at 4584.0 with band widths of 442.0
metal1err	float	Angstrom			Metlllic line index error in the lind band at 4584.0 with band widths of 442.0
metal1mask	int				Metal1ic pixel quality check =0, good, =1 bad at 4584.0 with band widths of 442.0
Hbeta12side	float	Angstrom			Hbeta line index from local continuum at 4862.3 with band widths of 12.0
Hbeta12cont	float	Angstrom			Hbeta line index from global continuum at 4862.3 with band widths of 12.0
Hbeta12err	float	Angstrom			Hbeta line index error in the lind band at 4862.3 with band widths of 12.0
Hbeta12mask	int				Hbeta pixel quality check =0, good, =1 bad at 4862.3 with band widths of 12.0
Hbeta24side	float	Angstrom			Hbeta line index from local continuum at 4862.3 with band widths of 24.0
Hbeta24cont	float	Angstrom			Hbeta line index from global continuum at 4862.3 with band widths of 24.0
Hbeta24err	float	Angstrom			Hbeta line index error in the lind band at 4862.3 with band widths of 24.0
Hbeta24mask	int				Hbeta pixel quality check =0, good, =1 bad at 4862.3 with band widths of 24.0
Hbeta48side	float	Angstrom			Hbeta line index from local continuum at 4862.3 with band widths of 48.0
Hbeta48cont	float	Angstrom			Hbeta line index from global continuum at 4862.3 with band widths of 48.0
Hbeta48err	float	Angstrom			Hbeta line index error in the lind band at 4862.3 with band widths of 48.0
Hbeta48mask	int				Hbeta pixel quality check =0, good, =1 bad at 4862.3 with band widths of 48.0
Hbetaside	float	Angstrom			Hbeta line index from local continuum at 4862.3 with band widths of 60.0
Hbetacont	float	Angstrom			Hbeta line index from global continuum at 4862.3 with band widths of 60.0
Hbetaerr	float	Angstrom			Hbeta line index error in the lind band at 4862.3 with band widths of 60.0
Hbetamask	int				Hbeta pixel quality check =0, good, =1 bad at 4862.3 with band widths of 60.0
C2side	float	Angstrom			C2 band line index from local continuum at 5052.0 with band widths of 204.0
C2cont	float	Angstrom			C2 band line index from global continuum at 5052.0 with band widths of 204.0
C2err	float	Angstrom			C2 band line index error in the lind band at 5052.0 with band widths of 204.0
C2mask	int				C2 band pixel quality check =0, good, =1 bad at 5052.0 with band widths of 204.0
C2MgIside	float	Angstrom			C2 and Mg I line index from local continuum at 5069.0 with band widths of 238.0
C2MgIcont	float	Angstrom			C2 and Mg I line index from global continuum at 5069.0 with band widths of 238.0
C2MgIerr	float	Angstrom			C2 and Mg I line index error in the lind band at 5069.0 with band widths of 238.0
C2MgImask	int				C2 and Mg I pixel quality check =0, good, =1 bad at 5069.0 with band widths of 238.0
MgHMgIC2side	float	Angstrom			MgH, Mg I, and C2 line index from local continuum at 5085.0 with band widths of 270.0
MgHMgIC2cont	float	Angstrom			MgH, Mg I, and C2 line index from global continuum at 5085.0 with band widths of 270.0
MgHMgIC2err	float	Angstrom			MgH, Mg I, and C2 line index error in the lind band at 5085.0 with band widths of 270.0
MgHMgIC2mask	int				MgH, Mg I, and C2 pixel quality check =0, good, =1 bad at 5085.0 with band widths of 270.0
MgHMgIside	float	Angstrom			MgH and Mg I line index from local continuum at 5198.0 with band widths of 44.0
MgHMgIcont	float	Angstrom			MgH and Mg I line index from global continuum at 5198.0 with band widths of 44.0
MgHMgIerr	float	Angstrom			MgH and Mg I line index error in the lind band at 5198.0 with band widths of 44.0
MgHMgImask	int				MgH_MgI pixel quality check =0, good, =1 bad at 5198.0 with band widths of 44.0
MgHside	float	Angstrom			MgH line index from local continuum at 5210.0 with band widths of 20.0
MgHcont	float	Angstrom			MgH line index from global continuum at 5210.0 with band widths of 20.0
MgHerr	float	Angstrom			MgH line index error in the lind band at 5210.0 with band widths of 20.0
MgHmask	int				MgH pixel quality check =0, good, =1 bad at 5210.0 with band widths of 20.0
CrIside	float	Angstrom			Cr I line index from local continuum at 5206.0 with band widths of 12.0
CrIcont	float	Angstrom			Cr I line index from global continuum at 5206.0 with band widths of 12.0
CrIerr	float	Angstrom			Cr I line index error in the lind band at 5206.0 with band widths of 12.0
CrImask	int				Cr I pixel quality check =0, good, =1 bad at 5206.0 with band widths of 12.0
MgIFeIIside	float	Angstrom			Mg I and Fe II line index from local continuum at 5175.0 with band widths of 20.0
MgIFeIIcont	float	Angstrom			Mg I and Fe II line index from global continuum at 5175.0 with band widths of 20.0
MgIFeIIerr	float	Angstrom			Mg I and Fe II line index error in the lind band at 5175.0 with band widths of 20.0
MgIFeIImask	int				Mg I and Fe II pixel quality check =0, good, =1 bad at 5175.0 with band widths of 20.0
MgI2side	float	Angstrom			Mg I line index from local continuum at 5183.0 with band widths of 2.0
MgI2cont	float	Angstrom			Mg I line index from global continuum at 5183.0 with band widths of 2.0
MgI2err	float	Angstrom			Mg I line index error in the lind band at 5183.0 with band widths of 2.0
MgI2mask	int				Mg I pixel quality check =0, good, =1 bad at 5183.0 with band widths of 2.0
MgI121side	float	Angstrom			Mg I line index from local continuum at 5170.5 with band widths of 12.0
MgI121cont	float	Angstrom			Mg I line index from global continuum at 5170.5 with band widths of 12.0
MgI121err	float	Angstrom			Mg I line index error in the lind band at 5170.5 with band widths of 12.0
MgI121mask	int				Mg I pixel quality check =0, good, =1 bad at 5170.5 with band widths of 12.0
MgI24side	float	Angstrom			Mg I line index from local continuum at 5176.5 with band widths of 24.0
MgI24cont	float	Angstrom			Mg I line index from global continuum at 5176.5 with band widths of 24.0
MgI24err	float	Angstrom			Mg I line index error in the lind band at 5176.5 with band widths of 24.0
MgI24mask	int				Mg I pixel quality check =0, good, =1 bad at 5176.5 with band widths of 24.0
MgI122side	float	Angstrom			Mg I line index from local continuum at 5183.5 with band widths of 12.0
MgI122cont	float	Angstrom			Mg I line index from global continuum at 5183.5 with band widths of 12.0
MgI122err	float	Angstrom			Mg I line index error in the lind band at 5183.5 with band widths of 12.0
MgI122mask	int				Mg I pixel quality check =0, good, =1 bad at 5183.5 with band widths of 12.0
NaI20side	float	Angstrom			Na I line index from local continuum at 5890.0 with band widths of 20.0
NaI20cont	float	Angstrom			Na I line index from global continuum at 5890.0 with band widths of 20.0
NaI20err	float	Angstrom			Na I line index error in the lind band at 5890.0 with band widths of 20.0
NaI20mask	int				Na I pixel quality check =0, good, =1 bad at 5890.0 with band widths of 20.0
Na12side	float	Angstrom			Na line index from local continuum at 5892.9 with band widths of 12.0
Na12cont	float	Angstrom			Na line index from global continuum at 5892.9 with band widths of 12.0
Na12err	float	Angstrom			Na line index error in the lind band at 5892.9 with band widths of 12.0
Na12mask	int				Na pixel quality check =0, good, =1 bad at 5892.9 with band widths of 12.0
Na24side	float	Angstrom			Na line index from local continuum at 5892.9 with band widths of 24.0
Na24cont	float	Angstrom			Na line index from global continuum at 5892.9 with band widths of 24.0
Na24err	float	Angstrom			Na line index error in the lind band at 5892.9 with band widths of 24.0
Na24mask	int				Na pixel quality check =0, good, =1 bad at 5892.9 with band widths of 24.0
Halpha12side	float	Angstrom			Halpha line index from local continuum at 6562.8 with band widths of 12.0
Halpha12cont	float	Angstrom			Halpha line index from global continuum at 6562.8 with band widths of 12.0
Halpha12err	float	Angstrom			Halpha line index error in the lind band at 6562.8 with band widths of 12.0
Halpha12mask	int				Halpha pixel quality check =0, good, =1 bad at 6562.8 with band widths of 12.0
Halpha24side	float	Angstrom			Halpha line index from local continuum at 6562.8 with band widths of 24.0
Halpha24cont	float	Angstrom			Halpha line index from global continuum at 6562.8 with band widths of 24.0
Halpha24err	float	Angstrom			Halpha line index error in the lind band at 6562.8 with band widths of 24.0
Halpha24mask	int				Halpha pixel quality check =0, good, =1 bad at 6562.8 with band widths of 24.0
Halpha48side	float	Angstrom			Halpha line index from local continuum at 6562.8 with band widths of 48.0
Halpha48cont	float	Angstrom			Halpha line index from global continuum at 6562.8 with band widths of 48.0
Halpha48err	float	Angstrom			Halpha line index error in the lind band at 6562.8 with band widths of 48.0
Halpha48mask	int				Halpha pixel quality check =0, good, =1 bad at 6562.8 with band widths of 48.0
Halpha70side	float	Angstrom			Halpha line index from local continuum at 6562.8 with band widths of 70.0
Halpha70cont	float	Angstrom			Halpha line index from global continuum at 6562.8 with band widths of 70.0
Halpha70err	float	Angstrom			Halpha line index error in the lind band at 6562.8 with band widths of 70.0
Halpha70mask	int				Halpha pixel quality check =0, good, =1 bad at 6562.8 with band widths of 70.0
CaHside	float	Angstrom			CaH line index from local continuum at 6788.0 with band widths of 505.0
CaHcont	float	Angstrom			CaH line index from global continuum at 6788.0 with band widths of 505.0
CaHerr	float	Angstrom			CaH line index error in the lind band at 6788.0 with band widths of 505.0
CaHmask	int				CaH pixel quality check =0, good, =1 bad at 6788.0 with band widths of 505.0
TiOside	float	Angstrom			TiO line index from local continuum at 7209.0 with band widths of 333.3
TiOcont	float	Angstrom			TiO line index from global continuum at 7209.0 with band widths of 333.3
TiOerr	float	Angstrom			TiO line index error in the lind band at 7209.0 with band widths of 333.3
TiOmask	int				TiO pixel quality check =0, good, =1 bad at 7209.0 with band widths of 333.3
CNside	float	Angstrom			CN line index from local continuum at 6890.0 with band widths of 26.0
CNcont	float	Angstrom			CN line index from global continuum at 6890.0 with band widths of 26.0
CNerr	float	Angstrom			CN line index error in the lind band at 6890.0 with band widths of 26.0
CNmask	int				CN pixel quality check =0, good, =1 bad at 6890.0 with band widths of 26.0
OItripside	float	Angstrom			O I triplet line index from local continuu at 7775.0 with band widths of 30.0
OItripcont	float	Angstrom			O I triplet line index from global continuum at 7775.0 with band widths of 30.0
OItriperr	float	Angstrom			O I triplet line index error in the lind band at 7775.0 with band widths of 30.0
OItripmask	int				O I triplet pixel quality check =0, good, =1 bad at 7775.0 with band widths of 30.0
KI34side	float	Angstrom			K I line index from local continuum at 7687.0 with band widths of 34.0
KI34cont	float	Angstrom			K I line index from global continuum at 7687.0 with band widths of 34.0
KI34err	float	Angstrom			K I line index error in the lind band at 7687.0 with band widths of 34.0
KI34mask	int				K I pixel quality check =0, good, =1 bad at 7687.0 with band widths of 34.0
KI95side	float	Angstrom			K I line index from local continuum at 7688.0 with band widths of 95.0
KI95cont	float	Angstrom			K I line index from global continuum at 7688.0 with band widths of 95.0
KI95err	float	Angstrom			K I line index error in the lind band at 7688.0 with band widths of 95.0
KI95mask	int				K I pixel quality check =0, good, =1 bad at 7688.0 with band widths of 95.0
NaI15side	float	Angstrom			Na I line index from local continuum at 8187.5 with band widths of 15.0
NaI15cont	float	Angstrom			Na I line index from global continuum at 8187.5 with band widths of 15.0
NaI15err	float	Angstrom			Na I line index error in the lind band at 8187.5 with band widths of 15.0
NaI15mask	int				Na I pixel quality check =0, good, =1 bad at 8187.5 with band widths of 15.0
NaIredside	float	Angstrom			Na I line index from local continuum at 8190.2 with band widths of 33.0
NaIredcont	float	Angstrom			Na I line index from global continuum at 8190.2 with band widths of 33.0
NaIrederr	float	Angstrom			Na I line index error in the lind band at 8190.2 with band widths of 33.0
NaIredmask	int				Na I pixel quality check =0, good, =1 bad at 8190.2 with band widths of 33.0
CaII26side	float	Angstrom			Ca II triplet line index from local continuum at 8498.0 with band widths of 26.0
CaII26cont	float	Angstrom			Ca II triplet line index from global continuum at 8498.0 with band widths of 26.0
CaII26err	float	Angstrom			Ca II triplet line index error in the lind band at 8498.0 with band widths of 26.0
CaII26mask	int				Ca II triplet pixel quality check =0, good, =1 bad at 8498.0 with band widths of 26.0
Paschen13side	float	Angstrom			Paschen line index from local continuum at 8467.5 with band widths of 13.0
Paschen13cont	float	Angstrom			Paschen line index from global continuum at 8467.5 with band widths of 13.0
Paschen13err	float	Angstrom			Paschen line index error in the lind band at 8467.5 with band widths of 13.0
Paschen13mask	int				Paschen pixel quality check =0, good, =1 bad at 8467.5 with band widths of 13.0
CaII29side	float	Angstrom			Ca II triplet line index from local continuum at 8498.5 with band widths of 29.0
CaII29cont	float	Angstrom			Ca II triplet line index from global continuum at 8498.5 with band widths of 29.0
CaII29err	float	Angstrom			Ca II triplet line index error in the lind band at 8498.5 with band widths of 29.0
CaII29mask	int				Ca II triplet pixel quality check =0, good, =1 bad at 8498.5 with band widths of 29.0
CaII401side	float	Angstrom			Ca II triplet line index from local continuum at 8542.0 with band widths of 40.0
CaII401cont	float	Angstrom			Ca II triplet line index from global continuum at 8542.0 with band widths of 40.0
CaII401err	float	Angstrom			Ca II triplet line index error in the lind band at 8542.0 with band widths of 40.0
CaII401mask	int				Ca II triplet pixel quality check =0, good, =1 bad at 8542.0 with band widths of 40.0
CaII161side	float	Angstrom			Ca II triplet_1 line index from local continuum at 8542.0 with band widths of 16.0
CaII161cont	float	Angstrom			Ca II triplet_1 line index from global continuum at 8542.0 with band widths of 16.0
CaII161err	float	Angstrom			Ca II triplet_1 line index error in the lind band at 8542.0 with band widths of 16.0
CaII161mask	int				Ca II triplet_1 pixel quality check =0, good, =1 bad at 8542.0 with band widths of 16.0
Paschen421side	float	Angstrom			Paschen line index from local continuum at 8598.0 with band widths of 42.0
Paschen421cont	float	Angstrom			Paschen line index from global continuum at 8598.0 with band widths of 42.0
Paschen421err	float	Angstrom			Paschen line index error in the lind band at 8598.0 with band widths of 42.0
Paschen421mask	int				Paschen pixel quality check =0, good, =1 bad at 8598.0 with band widths of 42.0
CaII162side	float	Angstrom			Ca II triplet line index from local continuum at 8662.1 with band widths of 16.0
CaII162cont	float	Angstrom			Ca II triplet line index from global continuum at 8662.1 with band widths of 16.0
CaII162err	float	Angstrom			Ca II triplet line index error in the lind band at 8662.1 with band widths of 16.0
CaII162mask	int				Ca II triplet pixel quality check =0, good, =1 bad at 8662.1 with band widths of 16.0
CaII402side	float	Angstrom			Ca II triplet line index from local continuum at 8662.0 with band widths of 40.0
CaII402cont	float	Angstrom			Ca II triplet line index from global continuum at 8662.0 with band widths of 40.0
CaII402err	float	Angstrom			Ca II triplet line index error in the lind band at 8662.0 with band widths of 40.0
CaII402mask	int				Ca II triplet pixel quality check =0, good, =1 bad at 8662.0 with band widths of 40.0
Paschen422side	float	Angstrom			Paschen line index from local continuum at 8751.0 with band widths of 42.0
Paschen422cont	float	Angstrom			Paschen line index from global continuum at 8751.0 with band widths of 42.0
Paschen422err	float	Angstrom			Paschen line index error in the lind band at 8751.0 with band widths of 42.0
Paschen422mask	int				Paschen pixel quality check =0, good, =1 bad at 8751.0 with band widths of 42.0
TiO5side	float				TiO5 line index from local continuum at 7134.4 with band widths of 5.0
TiO5cont	float				TiO5 line index from global continuum at 7134.4 with band widths of 5.0
TiO5err	float				TiO5 line index error in the lind band at 7134.4 with band widths of 5.0
TiO5mask	int				TiO5 pixel quality check =0, good, =1 bad at 7134.4 with band widths of 5.0
TiO8side	float				TiO8 line index from local continuum at 8457.3 with band widths of 30.0
TiO8cont	float				TiO8 line index from global continuum at 8457.3 with band widths of 30.0
TiO8err	float				TiO8 line index error in the lind band at 8457.3 with band widths of 30.0
TiO8mask	int				TiO8 pixel quality check =0, good, =1 bad at 8457.3 with band widths of 30.0
CaH1side	float				CaH1 line index from local continuum at 6386.7 with band widths of 10.0
CaH1cont	float				CaH1 line index from global continuum at 6386.7 with band widths of 10.0
CaH1err	float				CaH1 line index error in the lind band at 6386.7 with band widths of 10.0
CaH1mask	int				CaH1 pixel quality check =0, good, =1 bad at 6386.7 with band widths of 10.0
CaH2side	float				CaH2 line index from local continuum at 6831.9 with band widths of 32.0
CaH2cont	float				CaH2 line index from global continuum at 6831.9 with band widths of 32.0
CaH2err	float				CaH2 line index error in the lind band at 6831.9 with band widths of 32.0
CaH2mask	int				CaH2 pixel quality check =0, good, =1 bad at 6831.9 with band widths of 32.0
CaH3side	float				CaH3 line index from local continuum at 6976.9 with band widths of 30.0
CaH3cont	float				CaH3 line index from global continuum at 6976.9 with band widths of 30.0
CaH3err	float				CaH3 line index error in the lind band at 6976.9 with band widths of 30.0
CaH3mask	int				CaH3 pixel quality check =0, good, =1 bad at 6976.9 with band widths of 30.0
UVCNside	float				CN line index at 3839
UVCNcont	float				CN line index at 3839
UVCNerr	float				CN line index error at 3829
UVCNmask	int				CN pixel quality check =0, good, =1 bad at 3839
BLCNside	float				CN line index at 4142
BLCNcont	float				CN line index at 4142
BLCNerr	float				CN line index error at 4142
BLCNmask	int				CN pixel quality check =0, good, =1 bad at 4142
FEI1side	float	Angstrom			Fe I line index at 4045.8 with band widths of 2.5
FEI1cont	float	Angstrom			Fe I line index at 4045.8 with band widths of 2.5
FEI1err	float	Angstrom			Fe I line index error at 4045.8 with band widths of 2.5
FEI1mask	int				Fe I pixel quality check =0, good, =1 bad at 4045.8 with band widths of 2.5
FEI2side	float	Angstrom			Fe I line index at 4063.6 with band widths of 2.0
FEI2cont	float	Angstrom			Fe I line index at 4063.6 with band widths of 2.0
FEI2err	float	Angstrom			Fe I line index error at 4063.6 with band widths of 2.0
FEI2mask	int				Fe I pixel quality check =0, good, =1 bad at 4063.6 with band widths of 2.0
FEI3side	float	Angstrom			Fe I line index at 4071.7 with band widths of 2.0
FEI3cont	float	Angstrom			Fe I line index at 4071.7 with band widths of 2.0
FEI3err	float	Angstrom			Fe I line index error at 4071.7 with band widths of 2.0
FEI3mask	int				Fe I pixel quality check =0, good, =1 bad at 4071.7 with band widths of 2.0
SRII2side	float	Angstrom			Sr II line index at 4077.7 with band widths of 2.0
SRII2cont	float	Angstrom			Sr II line index at 4077.7 with band widths of 2.0
SRII2err	float	Angstrom			Sr II line index error at 4077.7 with band widths of 2.0
SRII2mask	int				Sr II pixel quality check =0, good, =1 bad at 4077.7 with band widths of 2.0
FEI4side	float				Fe I line index at 4679.5 with band widths of 87.0
FEI4cont	float				Fe I line index at 4679.5 with band widths of 87.0
FEI4err	float				Fe I line index error at 4679.5 with band widths of 87.0
FEI4mask	int				Fe I pixel quality check =0, good, =1 bad at 4679.5 with band widths of 87.0
FEI5side	float				Fe I line index at 5267.4 with band widths of 38.8
FEI5cont	float				Fe I line index at 5267.4 with band widths of 38.8
FEI5err	float				Fe I line index error at 5267.4 with band widths of 38.8
FEI5mask	int				Fe I pixel quality check =0, good, =1 bad at 5267.4 with band widths of 38.8

Table sppParams

Contains outputs from the SEGUE Stellar Parameter Pipeline (SSPP)

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

Table sppTargets

Derived quantities calculated by the SEGUE-2 target selection pipeline

Column	Type	Units	UCD	Error	Description	Links
OBJID	long				Object ID matching DR8
RUN	long				Run number
RERUN	long				Rerun number
CAMCOL	long				Camera column number
FIELD	long				Field number
OBJ	long				Object
RA	double	degree			RA
DEC	double	degree			Dec
L	double	degree			Galactic longitude
B	double	degree			Galactic latitude
FIBERMAG_u	float	mag			u band fiber magnitudue
FIBERMAG_g	float	mag			g band fiber magnitudue
FIBERMAG_r	float	mag			r band fiber magnitudue
FIBERMAG_i	float	mag			i band fiber magnitudue
FIBERMAG_z	float	mag			z band fiber magnitudue
PSFMAG_u	float	mag			u band PSF magnitude
PSFMAG_g	float	mag			g band PSF magnitude
PSFMAG_r	float	mag			r band PSF magnitude
PSFMAG_i	float	mag			i band PSF magnitude
PSFMAG_z	float	mag			z band PSF magnitude
EXTINCTION_u	float	mag			u band extinction
EXTINCTION_g	float	mag			g band extinction
EXTINCTION_r	float	mag			r band extinction
EXTINCTION_i	float	mag			i band extinction
EXTINCTION_z	float	mag			z band extinction
ROWC	int	pix			row centroid
COLC	int	pix			column centroid
TYPE	int				object type from photometric reductions
FLAGS	long				combined flags from all bands
FLAGS_u	long				u band flag
FLAGS_g	long				g band flag
FLAGS_r	long				r band flag
FLAGS_i	long				i band flag
FLAGS_z	long				z band flag
PSFMAGERR_u	float	mag			Error in u band PSF magnitude
PSFMAGERR_g	float	mag			Error in u band PSF magnitude
PSFMAGERR_r	float	mag			Error in u band PSF magnitude
PSFMAGERR_i	float	mag			Error in u band PSF magnitude
PSFMAGERR_z	float	mag			Error in u band PSF magnitude
PLATEID	long				Hash of plate and MJD
SPECOBJID	long				Spectroscopic object ID
PLATE	long				Plate number
MJD	long				Modified Julian Date
FIBERID	long				Fiber number
ORIGINALPLATEID	long				Original plate ID hash (if targeted based on previous spectrum)
ORIGINALSPECOBJID	long				Original spectroscopic object ID (if targeted based on previous spectrum)
ORIGINALPLATE	long				Original plate number (if targeted based on previous spectrum)
ORIGINALMJD	long				Original Modified Julian Date (if targeted based on previous spectrum)
ORIGINALFIBERID	long				Original fiber number (if targeted based on previous spectrum)(if targeted based on previous spectrum)
BESTOBJID	long				Best object ID
TARGETOBJID	long				Target object ID
PRIMTARGET	int				Primary target
SECTARGET	int				Secondary target
SEGUE1_TARGET1	long				SEGUE-1 target selection information at plate design, primary science selection
SEGUE1_TARGET2	long				SEGUE-1 target selection information at plate design, secondary/qa/calib selection
SEGUE2_TARGET1	int				bitmask that records the category or categories for which this object passed the selection criteria
SEGUE2_TARGET2	int				bitmask that records the category or categories of "standards" for the pipeline, special calibration targets like Stetson standards or globular cluster stars, for which this object passed the selection criteria
MATCH	long				??
DELTA	double				??
PML	double	mas/year?			Proper motion in Galactic longitude?
PMB	double	mas/year?			Proper motion in Galactic latitude?
PMRA	double	mas/year?			Proper motion in RA
PMDEC	double	mas/year?			Proper motion in DEC
PMRAERR	double	mas/year?			Proper motion error in RA
PMDECERR	double	mas/year?			Proper motion error in DEC
PMSIGRA	double	mas/year?
PMSIGDEC	double	mas/year?
NFIT	int
DIST22	double
DIST20	double
uMAG0	float	mag			u extinction-corrected (SFD 98) psf magnitude
gMAG0	float	mag			g extinction-corrected (SFD 98) psf magnitude
rMAG0	float	mag			r extinction-corrected (SFD 98) psf magnitude
iMAG0	float	mag			i extinction-corrected (SFD 98) psf magnitude
zMAG0	float	mag			z extinction-corrected (SFD 98) psf magnitude
umg0	float	mag			u-g, extinction corrected magnitudes
gmr0	float	mag			g-r, extinction corrected magnitudes
rmi0	float	mag			r-i, extinction corrected magnitudes
imz0	float	mag			i-z, extinction corrected magnitudes
gmi0	float	mag			g-i, extinction corrected magnitudes
umgERR	float	mag			PSFMAGERR_u and PSFMAGERR_g added in quadrature
gmrERR	float	mag			PSFMAGERR_g and PSFMAGERR_r added in quadrature
rmiERR	float	mag			PSFMAGERR_r and PSFMAGERR_i added in quadrature
imzERR	float	mag			PSFMAGERR_i and PSFMAGERR_z added in quadrature
PSFMAG_umg	float	mag			psfmag_u-psfmag_g, no extinction correction
PSFMAG_gmr	float	mag			psfmag_g-psfmag_r, no extinction correction
PSFMAG_rmi	float	mag			psfmag_r-psfmag_i, no extinction correction
PSFMAG_imz	float	mag			psfmag_i-psfmag_z, no extinction correction
PSFMAG_gmi	float	mag			psfmag_g-psfmag_i, no extinction correction
lcolor	float	mag			-0.436*uMag+1.129*gMag-0.119*rMag-0.574*iMag+0.1984 (Lenz et al.1998)
scolor	float	mag			-0.249*uMag+0.794*gMag-0.555*rMag+0.234+0.011*p1s-0.010 (Helmi et al. 2003) used in SEGUE-1 target selection, unused in SEGUE-2
p1s	float	mag			0.91*umg+0.415*umg-1.280 (Helmi et al. 2003) used in SEGUE-1 target selection, unused in SEGUE-2
TOTALPM	float	mas/year			sqrt(PMRA*PMRA+PMDEC*PMDEC), in mas/year
Hg	float	mag			reduced proper motion, gMag+5*log10(TOTALPM/1000)+5
Mi	float	mag			4.471+7.907*imz-0.837*imz*imz used in SEGUE-1 target selection, unused in SEGUE-2
DISTi	float	mag			10^((iMag-Mi+5)/5.0) used in SEGUE-1 target selection, unused in SEGUE-2
Hr	float	mag			reduced pm (uncorr r): PSFMAG_r+5*log10(TOTALPM/1000)+5
VMI_TRANS1	float	mag			V-I from VMAG_TRANS-(iMag-0.337*rmi-0.37)
VMI_TRANS2	float	mag			V-I from 0.877*gmr+0.358
VMAG_TRANS	float	mag			V mag from gMag - 0.587*gmr -0.011
MV_TRANS	float	mag			not stuffed
DISTV_KPC	float	kpc			10^(dmV/5.-2.) where VMAG_TRANS-(3.37*VMI_TRANS1+2.89)
VTRANS_GALREST	float	km/s			transvere velocity, km/s, derived from TOTALPM and DISTV_KPC, in a frame at rest w.r.t the Galaxy
MUTRANS_GALRADREST	float	mas/year			derived PM (mas/year) perpendicular to the Galactocentric radial vector, assuming all motion is along a Galactocentric radial vector, in a frame at rest w.r.t the Galaxy
MURAD_GALRADREST	float	mas/year			derived PM (mas/year) along the Galactocentric radial vector, assuming all motion is along a Galactocentric radial vector, in a frame at rest w.r.t the Galaxy
VTOT_GALRADREST	float	km/s			total velocioty, km/s, derived from TOTALPM and DISTV_KPC, in a frame at rest w.r.t the Galaxy
MG_TOHV	float	mag			5.7 + 10.0*(GMR - 0.375)
VTRANS_TOHV	float	km/s			transverse velocity in Galactocentric coords, using the distance estimate from MG_TOHV which is appropriate for old stars near the MSTO and corrected for peculiar solar motion 16.6 km/s toward RA,Dec 267.5,28.1
PM1SIGMA_TOHV	float	mas/year			Estimate of the 1-sigma error in total proper motion at this r magnitude. Formula is sqrt(4.56*4.56 + frate*2.30*2.30), where frate is 10^(0.4*(rMag-19.5)). The constants come from the Munn et al. 2004 (AJ, 127, 3034) paper describing the recalibration of USNOB with SDSS.
V1SIGMAERR_TOHV	float	km/s			The corresponding 1-sigma error in the transverse velocity based on PM1SIGMA_TOHV and the the distance estimate using MG_TOHV
TARGET_VERSION	string				version of target used

Table stellarMassPCAWisc

Estimated stellar masses for BOSS galaxies using PCA technique

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
plate	int				Plate number
fiberID	int				Fiber ID
mjd	int	days			MJD of observation
ra	double	deg			Right ascension of fiber, J2000
dec	double	deg			Declination of fiber, J2000
z	float				Redshift used (corresponds to z_noqso in specObjAll)
zErr	float				Error in z (corresponds to zErr_noqso in specObjAll)
zNum	int				Index of chi^2 minimum corresponding to z_noqso
mstellar_median	double	dex (solar masses)			median (50th percentile of PDF) of log stellar mass (best estimator)
mstellar_err	double	dex (solar masses)			1-sigma error in log stellar mass (84th minus 16th percential)
mstellar_p2p5	double	dex (solar masses)			2.5th percentile of PDF of log stellar mass
mstellar_p16	double	dex (solar masses)			16th percentile of PDF of log stellar mass
mstellar_p84	double	dex (solar masses)			84th percentile of PDF of log stellar mass
mstellar_p97p5	double	dex (solar masses)			97.5th percentile of PDF of log stellar mass
vdisp_median	double	km/s			median (50th percentile of PDF) of velocity dispersion (best estimator)
vdisp_err	double	km/s			1-sigma error in velocity dispersion (84th minus 16th percential)
vdisp_p2p5	double	km/s			2.5th percentile of PDF of velocity dispersion
vdisp_p16	double	km/s			16th percentile of PDF of velocity dispersion
vdisp_p84	double	km/s			84th percentile of PDF of velocity dispersion
vdisp_p97p5	double	km/s			97.5th percentile of PDF of velocity dispersion
calpha_0	float				Coefficient for 0th eigenspectrum in fit
calpha_1	float				Coefficient for 1th eigenspectrum in fit
calpha_2	float				Coefficient for 2th eigenspectrum in fit
calpha_3	float				Coefficient for 3th eigenspectrum in fit
calpha_4	float				Coefficient for 4th eigenspectrum in fit
calpha_5	float				Coefficient for 5th eigenspectrum in fit
calpha_6	float				Coefficient for 6th eigenspectrum in fit
calpha_norm	float				Overall normalization for best-fit
warning	int				Output warnings: 0 if everything is fine.

Table stellarMassPassivePort

Estimated stellar masses for BOSS galaxies using photometric method, assuming passive model

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
plate	int				Plate number
fiberID	int				Fiber ID
mjd	int	days			MJD of observation
ra	double	deg			Right ascension of fiber, J2000
dec	double	deg			Declination of fiber, J2000
z	float				Redshift used (corresponds to z_noqso in specObjAll)
zErr	float				Error in z (corresponds to zErr_noqso in specObjAll)
logMass	float	dex (solar masses)			Best-fit stellar mass of galaxy
minLogMass	float	dex (solar masses)			1-sigma minimum stellar mass (where chi-squared is within minimum + 1)
maxLogMass	float	dex (solar masses)			1-sigma maximum stellar mass (where chi-squared is within minimum + 1)
medianPDF	float	dex (solar masses)			Median value in mass PDF (log base 10 in solar masses)
PDF16	float	dex (solar masses)			16% lower limit on stellar mass in PDF
PDF84	float	dex (solar masses)			84% upper limit on stellar mass in PDF
peakPDF	float	dex (solar masses)			Peak of PDF (log base 10 in solar masses)
logMass_noMassLoss	float	dex (solar masses)			Best-fit stellar mass of galaxy (log base 10 in solar masses)
minLogMass_noMassLoss	float	dex (solar masses)			1-sigma minimum stellar mass (where chi-squared is within minimum + 1), not accounting for mass loss
maxLogMass_noMassLoss	float	dex (solar masses)			1-sigma maximum stellar mass (where chi-squared is within minimum + 1), not accounting for mass loss
medianPDF_noMassLoss	float	dex (solar masses)			Median value in mass PDF, not accounting for mass loss (log base 10 in solar masses)
PDF16_noMassLoss	float	dex (solar masses)			16% lower limit on stellar mass in PDF, not accounting for mass loss
PDF84_noMassLoss	float	dex (solar masses)			84% upper limit on stellar mass in PDF, not accounting for mass loss
peakPDF_noMassLoss	float	dex (solar masses)			Peak of PDF, not accounting for mass loss (log base 10 in solar masses)
reducedChi2	float				Reduced chi squared of best fit
age	float	Gyrs			Age of best fit
minAge	float	Gyrs			1-sigma minimum age (where chi-squared is within minimum + 1)
maxAge	float	Gyrs			1-sigma maximum age (where chi-squared is within minimum + 1)
SFR	float	solar masses per year			Star-formation rate of best fit
minSFR	float	solar masses per year			1-sigma minimum star-formation rate of best fit (where chi-squared is within minimum + 1)
maxSFR	float	solar masses per year			1-sigma maximum star-formation rate of best fit (where chi-squared is within minimum + 1)
absMagK	float				Absolute magnitude in K inferred from model
SFH	string				Star-formation history model used
Metallicity	string				Metallicity of best fit template (0.004, 0.01, 0.02, 0.04, or "composite")
reddeninglaw	int				ID of best fit reddening law (0 = no reddening)
nFilter	int				Number of filters used in the fit (default is 5 for ugriz)

Table stellarMassStarformingPort

Estimated stellar masses for BOSS galaxies using photometric method, assuming a star-forming model

Column	Type	Units	UCD	Error	Description	Links
specObjID	long				Unique ID
plate	int				Plate number
fiberID	int				Fiber ID
mjd	int	days			MJD of observation
ra	double	deg			Right ascension of fiber, J2000
dec	double	deg			Declination of fiber, J2000
z	float				Redshift used (corresponds to z_noqso in specObjAll)
zErr	float				Error in z (corresponds to zErr_noqso in specObjAll)
logMass	float	dex (solar masses)			Best-fit stellar mass of galaxy
minLogMass	float	dex (solar masses)			1-sigma minimum stellar mass (where chi-squared is within minimum + 1)
maxLogMass	float	dex (solar masses)			1-sigma maximum stellar mass (where chi-squared is within minimum + 1)
medianPDF	float	dex (solar masses)			Median value in mass PDF (log base 10 in solar masses)
PDF16	float	dex (solar masses)			16% lower limit on stellar mass in PDF
PDF84	float	dex (solar masses)			84% upper limit on stellar mass in PDF
peakPDF	float	dex (solar masses)			Peak of PDF (log base 10 in solar masses)
logMass_noMassLoss	float	dex (solar masses)			Best-fit stellar mass of galaxy (log base 10 in solar masses)
minLogMass_noMassLoss	float	dex (solar masses)			1-sigma minimum stellar mass (where chi-squared is within minimum + 1), not accounting for mass loss
maxLogMass_noMassLoss	float	dex (solar masses)			1-sigma maximum stellar mass (where chi-squared is within minimum + 1), not accounting for mass loss
medianPDF_noMassLoss	float	dex (solar masses)			Median value in mass PDF, not accounting for mass loss (log base 10 in solar masses)
PDF16_noMassLoss	float	dex (solar masses)			16% lower limit on stellar mass in PDF, not accounting for mass loss
PDF84_noMassLoss	float	dex (solar masses)			84% upper limit on stellar mass in PDF, not accounting for mass loss
peakPDF_noMassLoss	float	dex (solar masses)			Peak of PDF, not accounting for mass loss (log base 10 in solar masses)
reducedChi2	float				Reduced chi squared of best fit
age	float	Gyrs			Age of best fit
minAge	float	Gyrs			1-sigma minimum age (where chi-squared is within minimum + 1)
maxAge	float	Gyrs			1-sigma maximum age (where chi-squared is within minimum + 1)
SFR	float	solar masses per year			Star-formation rate of best fit
minSFR	float	solar masses per year			1-sigma minimum star-formation rate of best fit (where chi-squared is within minimum + 1)
maxSFR	float	solar masses per year			1-sigma maximum star-formation rate of best fit (where chi-squared is within minimum + 1)
absMagK	float				Absolute magnitude in K inferred from model
SFH	string				Star-formation history model used ("const" or "tau=X" or "trunc=X", where X is the exponential decline rate, or the time until truncation of the model)
Metallicity	string				Metallicity of best fit template (0.004, 0.01, 0.02, 0.04, or "composite")
reddeninglaw	int				ID of best fit reddening law (0 = no reddening)
nFilter	int				Number of filters used in the fit (default is 5 for ugriz)

Table thingIndex

Full list of all 'things': unique objects in the SDSS imagin

Column	Type	Units	UCD	Error	Description	Links
thingId	long				thing ID number
sdssPolygonID	int				id number of polygon containing object in sdssPolygons
fieldID	long				field identification of primary field
objID	long				id of object for primary (or best) observation
isPrimary	int				Non-zero if there is a detection of this object in the primary field covering this balkan.
nDetect	int				Number of detections of this object.
nEdge	int				Number of fields in which this is a RUN_EDGE object (observation close to edge)
ra	double				DR8 Right ascension, J2000 deg
dec	double				DR8 Declination, J2000 deg
loadVersion	int				Load Version

Table zooConfidence

Measures of classification confidence from Galaxy Zoo

Column	Type	Units	UCD	Error	Description	Links
specobjid	long				match to DR8 spectrum object
objid	long				DR8 ObjID
dr7objid	long				DR7 ObjID
ra	float				Right Ascension, J2000 deg
dec	float				Declination, J2000 deg
rastring	string				Right ascension in sexagesimal
decstring	string				Declination in sexagesimal
f_unclass_clean	double				fraction of galaxies in same bin that are unclassified, clean condition
f_misclass_clean	double				fraction of galaxies in same bin that are misclassified, clean condition
avcorr_clean	double				average bias correction in bin, clean condition
stdcorr_clean	double				std dev of bias corrections in bin, clean condition
f_misclass_greater	double				fraction of galaxies in same bin that are misclassified, greater condition
avcorr_greater	double				average bias correction in bin, greater condition
stdcorr_greater	double				std dev of bias corrections in bin, greater condition

Table zooMirrorBias

Results from the bias study using mirrored images from Galaxy Zo

Column	Type	Units	UCD	Error	Description	Links
specobjid	long				match to DR8 spectrum object
objid	long				DR8 ObjID
dr7objid	long				DR7 ObjID
ra	float				Right Ascension, J2000 deg
dec	float				Declination, J2000 deg
rastring	string				Right ascension in sexagesimal
decstring	string				Declination in sexagesimal
nvote_mr1	int				number of votes, vertical mirroring
p_el_mr1	double				fraction of votes for elliptical, vertical mirroring
p_cw_mr1	double				fraction of votes for clockwise spiral, vertical mirroring
p_acw_mr1	double				fraction of votes for anticlockwise spiral, vertical mirroring
p_edge_mr1	double				fraction of votes for edge-on disk, vertical mirroring
p_dk_mr1	double				fraction of votes for don't know, vertical mirroring
p_mg_mr1	double				fraction of votes for merger, vertical mirroring
p_cs_mr1	double				fraction of votes for combined spiral, vertical mirroring
nvote_mr2	int				number of votes, diagonal mirroring
p_el_mr2	double				fraction of votes for elliptical, diagonal mirroring
p_cw_mr2	double				fraction of votes for clockwise spiral, diagonal mirroring
p_acw_mr2	double				fraction of votes for anticlockwise spiral, diagonal mirroring
p_edge_mr2	double				fraction of votes for edge-on disk, diagonal mirroring
p_dk_mr2	double				fraction of votes for don't know, diagonal mirroring
p_mg_mr2	double				fraction of votes for merger, diagonal mirroring
p_cs_mr2	double				fraction of votes for combined spiral, diagonal mirroring

Table zooMonochromeBias

Results from the bias study that introduced monochrome images in Galaxy Zoo

Column	Type	Units	UCD	Error	Description	Links
specobjid	long				match to DR8 spectrum object
objid	long				DR8 ObjID
dr7objid	long				DR7 ObjID
ra	float				Right Ascension, J2000 deg
dec	float				Declination, J2000 deg
rastring	string				Right ascension in sexagesimal
decstring	string				Declination in sexagesimal
nvote_mon	int				number of votes, monochrome
p_el_mon	double				fraction of votes for elliptical, monochrome
p_cw_mon	double				fraction of votes for clockwise spiral, monochrome
p_acw_mon	double				fraction of votes for anticlockwise spiral, monochrome
p_edge_mon	double				fraction of votes for edge-on disk, monochrome
p_dk_mon	double				fraction of votes for don't know, monochrome
p_mg_mon	double				fraction of votes for merger, monochrome
p_cs_mon	double				fraction of votes for combined spiral (cw + acw + edge-on), monochrome

Table zooNoSpec

Morphology classifications of galaxies without spectra from Galaxy Zo

Column	Type	Units	UCD	Error	Description	Links
specobjid	long				match to DR8 spectrum object
objid	long				DR8 ObjID
dr7objid	long				DR7 ObjID
ra	float				Right Ascension, J2000 deg
dec	float				Declination, J2000 deg
rastring	string				Right ascension in sexagesimal
nvote	int				number of votes
p_el	double				fraction of votes for elliptical
p_cw	double				fraction of votes for clockwise spiral
p_acw	double				fraction of votes for anticlockwise spiral
p_edge	double				fraction of votes for edge-on disk
p_dk	double				fraction of votes for don't know
p_mg	double				fraction of votes for merger
p_cs	double				fraction of votes for combined spiral - cw + acw + edge-on

Table zooSpec

Morphological classifications of spectroscopic galaxies from Galaxy Zo

Column	Type	Units	UCD	Error	Description	Links
specobjid	long				match to DR8 spectrum object
objid	long				DR8 ObjID
dr7objid	long				DR7 ObjID
ra	float				Right Ascension, J2000 deg
dec	float				Declination, J2000 deg
rastring	string				Right ascension in sexagesimal
decstring	string				Declination in sexagesimal
nvote	int				number of votes
p_el	double				fraction of votes for elliptical
p_cw	double				fraction of votes for clockwise spiral
p_acw	double				fraction of votes for anticlockwise spiral
p_edge	double				fraction of votes for edge-on disk
p_dk	double				fraction of votes for don't know
p_mg	double				fraction of votes for merger
p_cs	double				fraction of votes for combined spiral - cw + acw + edge-on
p_el_debiased	double				debiased fraction of votes for elliptical
p_cs_debiased	double				debiased fraction of votes for combined spiral
spiral	int				flag for combined spiral - 1 if debiased spiral fraction > 0.8, 0 otherwise
elliptical	int				flag for elliptical - 1 if debiased elliptical fraction > 0.8, 0 otherwise
uncertain	int				flag for uncertain type - 1 if both spiral and elliptical flags are 0

Table zooVotes

Vote breakdown in Galaxy Zoo results

Column	Type	Units	UCD	Error	Description	Links
specobjid	long				match to DR8 spectrum object
objid	long				DR8 ObjID
dr7objid	long				DR7 ObjID
ra	float				Right Ascension, J2000 deg
dec	float				Declination, J2000 deg
rastring	string				Right ascension in sexagesimal
decstring	string				Declination in sexagesimal
nvote_tot	int				Total votes
nvote_std	int				Total votes for the standard classification
nvote_mr1	int				Total votes for the vertical mirrored classification
nvote_mr2	int				Total votes for the diagonally mirrored classification
nvote_mon	int				Total votes for the monochrome classification
p_el	double				Fraction of votes for elliptical
p_cw	double				Fraction of votes for clockwise spiral
p_acw	double				Fraction of votes for anticlockwise spiral
p_edge	double				Fraction of votes for edge-on disk
p_dk	double				Fraction of votes for don't know
p_mg	double				Fraction of votes for merger
p_cs	double				Fraction of votes for combined spiral - cw + acw + edge-on