--- header unit 0: primary ---
SIMPLE = T
BITPIX = -32
NAXIS = 2
NAXIS1 = 3856
NAXIS2 = 5
EXTEND = T
TAI = 4463715298.78 / 1st row - Number of seconds since Nov 17 1858
RA = 219.72592 / 1st row - Right ascension of telescope boresigh
DEC = 0.053563 / 1st row - Declination of telescope boresight (d
EQUINOX = 2000.00
RADECSYS = 'FK5'
AZ = 318.637510000 / 1st row - Azimuth (encoder) of tele (0=N?) (de
ALT = 49.1453867500 / 1st row - Altitude (encoder) of tele (de
AIRMASS = 1.25565
FOCUS = -999999999999.999999 / 1st row - Focus piston (microns?)
DATE-OBS = '2000-04-29' / 1st row - TAI date
TAIHMS = '08:28:59.84' / 1st row - TAI time (HH:MM:SS.SS) (TAI-UT = appr
TIMESYS = 'tai' / TAI, not UTC
TAI-BEG = 4463712779.00 / Exposure Start Time
TAI-END = 4463716810.00 / Exposure End Time
MJD = 51663 / MJD of observation
MJDLIST = '51663'
VERSION = 'v3_13_1branch_1' / version of IOP
CAMVER = 'SPEC2 v4_5' / Camera code version
OBSERVER = 'sjnk'
TELESCOP = 'SDSS 2.5-M' / Sloan Digital Sky Survey
NEXP = 16 / Number of exposures in this file
BESTEXP = 3542
EXPID01 = 'b1-00003542-00003550-00003551' / ID string for exposure 1
EXPID02 = 'b1-00003543-00003550-00003551' / ID string for exposure 2
EXPID03 = 'b1-00003544-00003550-00003551' / ID string for exposure 3
EXPID04 = 'b1-00003545-00003550-00003551' / ID string for exposure 4
EXPID05 = 'b2-00003542-00003550-00003551' / ID string for exposure 5
EXPID06 = 'b2-00003543-00003550-00003551' / ID string for exposure 6
EXPID07 = 'b2-00003544-00003550-00003551' / ID string for exposure 7
EXPID08 = 'b2-00003545-00003550-00003551' / ID string for exposure 8
EXPID09 = 'r1-00003542-00003550-00003551' / ID string for exposure 9
EXPID10 = 'r1-00003543-00003550-00003551' / ID string for exposure 10
EXPID11 = 'r1-00003544-00003550-00003551' / ID string for exposure 11
EXPID12 = 'r1-00003545-00003550-00003551' / ID string for exposure 12
EXPID13 = 'r2-00003542-00003550-00003551' / ID string for exposure 13
EXPID14 = 'r2-00003543-00003550-00003551' / ID string for exposure 14
EXPID15 = 'r2-00003544-00003550-00003551' / ID string for exposure 15
EXPID16 = 'r2-00003545-00003550-00003551' / ID string for exposure 16
NEXP_B1 = 4 / b1 camera number of exposures
NEXP_B2 = 4 / b2 camera number of exposures
NEXP_R1 = 4 / r1 camera number of exposures
NEXP_R2 = 4 / r2 camera number of exposures
EXPT_B1 = 3600.00 / b1 camera exposure time (seconds)
EXPT_B2 = 3600.00 / b2 camera exposure time (seconds)
EXPT_R1 = 3600.00 / r1 camera exposure time (seconds)
EXPT_R2 = 3600.00 / r2 camera exposure time (seconds)
EXPTIME = 3600.00 / Minimum of exposure times for all cameras
SPCOADD = 'Mon Feb 11 21:03:29 2008' / SPCOADD finished
FLAVOR = 'science' / Flavor of this sequence (e.g., dome flat, etc.)
QUALITY = 'excellent' / night/image quality
RADEG = 2.19724443000000E+02 / Right Ascension. (degrees)
DECDEG = 5.51760000000000E-02 / Declination. (degrees)
PLATEID = 307 / Plate Id
TILEID = 81 / Tile Id
CARTID = 9 / Cartridge used in this plugging
MAPID = 5166301 / Map Id
NAME = '0307-51663-01' / Name of target; PlateId-MJD-Mapper ReRun
NGUIDE = 28.0000 / Number of guider frames during exposure
SEEING20 = 1.99500 / 20% seeing during exposure (arcsec)
SEEING50 = 2.14500 / 50% seeing during exposure (arcsec)
SEEING80 = 2.28500 / 80% seeing during exposure (arcsec)
RMSOFF20 = 0.186940500000 / 20% RMS offset of guide fibers (arcsec)
RMSOFF50 = 0.324909000000 / 50% RMS offset of guide fibers (arcsec)
RMSOFF80 = 0.528332500000 / 80% RMS offset of guide fibers (arcsec)
COLBIN = 1 / Binning factor perpendicular to the columns
ROWBIN = 1 / Binning factor perpendicular to the rows
PROGRAM = 'binning 1   1' / Identifying name for CCD program
SECFOCUS = -1.3000000000000E+02 / Secondary Mirror Position as reported by TCC
GUIDEIMG = '/data/spectro/guider/gimg0546.fits' / Last archived guider image
WTIME = 956997548.000 / weatherData(timeStamp)
AIRTEMP = 11.4250000000 / weatherData(airtemp)
DEWPOINT = -8.15000000000 / weatherData(dewpoint)
DEWDEP = 19.5750000000 / weatherData(dewpointDep)
DUSTA = 28105.5000000 / weatherData(dusta)
DUSTB = 1202.50000000 / weatherData(dustb)
DUSTC = 27979.0000000 / weatherData(dustc)
DUSTD = 1221.00000000 / weatherData(dustd)
GUSTD = 2.28000000000000E+02 / weatherData(gustd)
GUSTS = 18.3750000000 / weatherData(gusts)
HUMIDITY = 24.5750000000 / weatherData(humidity)
HUMIDOUT = 24.0000000000 / weatherData(humidout)
PRESSURE = 21.4550000000 / weatherData(pressure)
WINDD = 219.050000000 / weatherData(windd)
WINDS = 14.5750000000 / weatherData(winds)
TEMP01 = -93.7500000000 / CCD 01 Temperature
TEMP02 = -93.5550000000 / CCD 02 Temperature
TEMP03 = -92.6775000000 / CCD 03 Temperature
TEMP04 = -92.9700000000 / CCD 04 Temperature
VERSIDL = '6.3' / Version of IDL
VERSUTIL = 'v5_3_0' / Version of idlutils
VERSREAD = 'v5_3_12' / Version of idlspec2d for pre-processing raw dat
VERS2D = 'v5_3_12' / Version of idlspec2d for 2D reduction
VERSCOMB = 'v5_3_12' / Version of idlspec2d for combining multiple spe
VERSLOG = 'fermi-CVS 02/11/08' / Version of SPECLOG product
VERSFLAT = 'v1_7' / Version of SPECFLAT product
OPBC = 'opBC-50000.par'
OPCONFIG = 'opConfig-50000.par'
OPECALIB = 'opECalib-51577.par'
XSIGMA = 1.03512
XSIGMIN = 1.01073
XSIGMAX = 1.06542
WSIGMA = 0.960478264353
WSIGMIN = 0.884255000000
WSIGMAX = 1.02980005741
PLUGFILE = 'plPlugMapM-0307-51663-01.par'
LAMPLIST = 'lamphgcdne.dat'
SKYLIST = 'skylines.dat'
HELIO_RV = 0.736663452780 / Heliocentric correction (added to velocities)
VACUUM = T / Wavelengths are in vacuum
SFLATTEN = T / Superflat has been applied
PSFSKY = 3 / Order of PSF skysubtraction
SKYCHI2 = 1.15194748451 / Mean chi^2 of sky-subtraction
SCHI2MIN = 1.05453182049
SCHI2MAX = 1.27259497766
PREJECT = 0.200000 / Profile area rejection threshold
SPEC1_G = 23.2264 / (S/N)^2 for spec 1 at mag 20.20
SPEC1_R = 26.8997 / (S/N)^2 for spec 1 at mag 20.25
SPEC1_I = 20.9097 / (S/N)^2 for spec 1 at mag 19.90
SPEC2_G = 20.4085 / (S/N)^2 for spec 2 at mag 20.20
SPEC2_R = 27.9729 / (S/N)^2 for spec 2 at mag 20.25
SPEC2_I = 19.4327 / (S/N)^2 for spec 2 at mag 19.90
NSTD = 16 / Number of (good) std stars
GOFFSTD = 0.00171947 / Spectrophoto offset for std stars in G-band
GRMSSTD = 0.0490473 / Spectrophoto RMS for std stars in G-band
ROFFSTD = -0.00326633 / Spectrophoto offset for std stars in R-band
RRMSSTD = 0.0414690 / Spectrophoto RMS for std stars in R-band
IOFFSTD = 0.00427389 / Spectrophoto offset for std stars in I-band
IRMSSTD = 0.0434199 / Spectrophoto RMS for std stars in I-band
GROFFSTD = 0.0134506 / Spectrophoto offset for std stars in (GR)
GRRMSSTD = 0.0372109 / Spectrophoto RMS for std stars in (GR)
RIOFFSTD = -0.00232506 / Spectrophoto offset for std stars in (RI)
RIRMSSTD = 0.0236208 / Spectrophoto RMS for std stars in (RI)
NGAL = 358 / Number of (good) main galaxies
GOFFGAL = -0.00167465 / Spectrophoto offset for main galaxies in G-band
GRMSGAL = 0.0440798 / Spectrophoto RMS for main galaxies in G-band
ROFFGAL = 0.00205994 / Spectrophoto offset for main galaxies in R-band
RRMSGAL = 0.0394114 / Spectrophoto RMS for main galaxies in R-band
IOFFGAL = 0.00664806 / Spectrophoto offset for main galaxies in I-band
IRMSGAL = 0.0453318 / Spectrophoto RMS for main galaxies in I-band
GROFFGAL = 0.00238991 / Spectrophoto offset for main galaxies in (GR)
GRRMSGAL = 0.0418315 / Spectrophoto RMS for main galaxies in (GR)
RIOFFGAL = -0.00352955 / Spectrophoto offset for main galaxies in (RI)
RIRMSGAL = 0.0275320 / Spectrophoto RMS for main galaxies in (RI)
LOWREJ = 5 / Extraction: low rejection
HIGHREJ = 8 / Extraction: high rejection
SCATPOLY = 0 / Extraction: Order of scattered light polynomial
PROFTYPE = 3 / Extraction profile: 1=Gaussian
NFITPOLY = 1 / Extraction: Number of parameters in each profil
XCHI2 = 1.33437 / Extraction: Mean chi^2
XCHI2MIN = 1.16343
XCHI2MAX = 1.50971
SHIFTGUE = -0.000812781513105
SHIFT = -0.808056589274 / Angstroms, at 4000AA
SHIFTERR = 3.77542356123
NWORDER = 2 / Linear-log10 coefficients
WFITTYPE = 'LOG-LINEAR' / Linear-log10 dispersion
UNAME = 'fnpc298.fnal.gov'
FBADPIX = 0.0446920 / Fraction of bad pixels
FBADPIX1 = 0.0428391 / Fraction of bad pixels on spectro-1
FBADPIX2 = 0.0465565 / Fraction of bad pixels on spectro-2
WAT0_001 = 'system=linear'
WAT1_001 = 'wtype=linear label=Wavelength units=Angstroms'
CRPIX1 = 1 / Starting pixel (1-indexed)
CTYPE1 = 'LINEAR'
DC-FLAG = 1 / Log-linear flag
PIXMIN = 0.00000000000000E+00 / Place Holder
PIXMAX = 2.04700000000000E+03 / Place Holder
ARRAY1 = 'SPECTRUM' / units of (10^-17 erg/s/cm^2/A
ARRAY2 = 'CONTINUUM-SUBTRACTED SPECTRUM' / units of 10^-17 erg/s/cm^2/A
ARRAY3 = 'ERROR' / units of 10^-17 erg/s/cm^2/A
ARRAY4 = 'MASK' / mask bit array
BUNIT = '1.0E-17 erg/cm/s/Ang' / units
SN_G = 9.37586000000000E+00 / Median S/N ration ig g'
MAG_G = 19.322382 / Synthetic magnitude in g' (corrected)
SN_R = 2.19887000000000E+01 / Median S/N ratio in r'
MAG_R = 18.144474 / Synthetic magnitude in r' (corrected)
SN_I = 2.31894000000000E+01 / Median S/N ratio in i'
MAG_I = 17.644413 / Synthetic magnitude in i' (corrected)
SCI_SN = -9.9990000000000E+03 / Science signal to noise ratio
SMEAR_SN = -9.9990000000000E+03 / Smear signal to noise ratio
SM_LEG_0 = -9.9990000000000E+03 / 1st legendre coeff. for smear correct
SM_LEG_1 = -9.9990000000000E+03 / 2nd legendre coeff. for smear correct
SM_LEG_2 = -9.9990000000000E+03 / 3rd legendre coeff. for smear correct
OBJID = ' 752 1 5 510 221' / run rerun camcol field objID
MAG = ' 21.0524 19.3506 18.2057 17.7116 17.3414' / fiber Mags
OBJTYPE = 'GALAXY' / object Type
RAOBJ = 2.19892840000000E+02 / RA(deg) of object
DECOBJ = 5.31482490000000E-01 / DEC(deg) of object
XFOCAL = 3.66348790000000E+01 / X position in Focal plane
YFOCAL = 1.03609320000000E+02 / Y position in focal plane
PRIMTARG = 64 / primary Target Flag
SECTARGE = 0 / Secondary Target Flag
FIBERID = 500 / fiber ID
SPECID = 2 / spectrograph ID
SCIEXPTI = 0.00000000000000E+00
CALIB = ' 3.94216 18.6919 56.5008 90.3878 128.91'
CALIBVAR = ' 7.89619 24.9465 4.1754 1.91172 0.378383'
SFD_EBV = 4.85905000000000E-02
NGOOD = 3845 / Number of Good Pixels
VERS_1D = 'v5_13' / Version of Spectro1d
BESTTEMP = 28 / Best cross-correlation template
COEFF0 = 3.57930000000000E+00 / Center wavelength (log10) of first pi
COEFF1 = 1.00000000000000E-04 / Log10 dispersion per pixel
CRVAL1 = 3.57930000000000E+00 / Iraf zero point
CD1_1 = 1.00000000000000E-04 / Iraf dispersion
1D_PDATE = '02/12/08:20:10:25' / 1D Processing/last Modification date
SPEC_CLN = 2 / Spectral Classn
VEL_DIS = -9.9990000000000E+03 / Velocity dispersion (km/s)
VEL_DISE = -9.9990000000000E+03 / Error on Velocity Dispersion (km/s)
Z = 1.50073000000000E-01 / Final redshift
Z_ERR = 1.62202000000000E-04 / Redshift error
Z_CONF = 9.99186000000000E-01 / Redshift confidence
Z_STATUS = 3 / Redshift Status
Z_WARNIN = 0 / Redshift Warning Flags
ECLASS = -1.4775600000000E-01 / galaxy classification parameter
ECOEFF1 = 9.87203000000000E-01 / 1st expansion coefficient
ECOEFF2 = 1.46936000000000E-01 / 2nd expansion coefficient
ECOEFF3 = -6.0165200000000E-02 / 3rd expansion coefficient
ECOEFF4 = -1.4345800000000E-02 / 4th expansion coefficient
ECOEFF5 = -3.9226500000000E-03 / 5th expansion coefficient
--- header unit 1: binary table ---
XTENSION = 'BINTABLE'
BITPIX = 8
NAXIS = 2
NAXIS1 = 89
NAXIS2 = 10
PCOUNT = 0
GCOUNT = 1
TFIELDS = 23
TFORM1 = '1E'
TTYPE1 = 'wave'
TFORM2 = '1E'
TTYPE2 = 'waveErr'
TFORM3 = '1E'
TTYPE3 = 'waveMin'
TFORM4 = '1E'
TTYPE4 = 'waveMax'
TFORM5 = '1E'
TTYPE5 = 'sigma'
TFORM6 = '1E'
TTYPE6 = 'sigmaErr'
TFORM7 = '1E'
TTYPE7 = 'sigmaMin'
TFORM8 = '1E'
TTYPE8 = 'sigmaMax'
TFORM9 = '1E'
TTYPE9 = 'height'
TFORM10 = '1E'
TTYPE10 = 'heightErr'
TFORM11 = '1E'
TTYPE11 = 'continuum'
TFORM12 = '1E'
TTYPE12 = 'ew'
TFORM13 = '1E'
TTYPE13 = 'ewErr'
TFORM14 = '1E'
TTYPE14 = 'ewMin'
TFORM15 = '1E'
TTYPE15 = 'specIndex'
TFORM16 = '1E'
TTYPE16 = 'nsigma'
TFORM17 = '1E'
TTYPE17 = 'chisq'
TFORM18 = '1J'
TTYPE18 = 'nu'
TFORM19 = '1E'
TTYPE19 = 'restWave'
TFORM20 = '1E'
TTYPE20 = 'weight'
TFORM21 = '1E'
TTYPE21 = 'z'
TFORM22 = '1E'
TTYPE22 = 'zErr'
TFORM23 = '1A'
TTYPE23 = 'lineMask'
--- header unit 2: binary table ---
XTENSION = 'BINTABLE'
BITPIX = 8
NAXIS = 2
NAXIS1 = 89
NAXIS2 = 44
PCOUNT = 0
GCOUNT = 1
TFIELDS = 23
TFORM1 = '1E'
TTYPE1 = 'wave'
TFORM2 = '1E'
TTYPE2 = 'waveErr'
TFORM3 = '1E'
TTYPE3 = 'waveMin'
TFORM4 = '1E'
TTYPE4 = 'waveMax'
TFORM5 = '1E'
TTYPE5 = 'sigma'
TFORM6 = '1E'
TTYPE6 = 'sigmaErr'
TFORM7 = '1E'
TTYPE7 = 'sigmaMin'
TFORM8 = '1E'
TTYPE8 = 'sigmaMax'
TFORM9 = '1E'
TTYPE9 = 'height'
TFORM10 = '1E'
TTYPE10 = 'heightErr'
TFORM11 = '1E'
TTYPE11 = 'continuum'
TFORM12 = '1E'
TTYPE12 = 'ew'
TFORM13 = '1E'
TTYPE13 = 'ewErr'
TFORM14 = '1E'
TTYPE14 = 'ewMin'
TFORM15 = '1E'
TTYPE15 = 'specIndex'
TFORM16 = '1E'
TTYPE16 = 'nsigma'
TFORM17 = '1E'
TTYPE17 = 'chisq'
TFORM18 = '1J'
TTYPE18 = 'nu'
TFORM19 = '1E'
TTYPE19 = 'restWave'
TFORM20 = '1E'
TTYPE20 = 'weight'
TFORM21 = '1E'
TTYPE21 = 'z'
TFORM22 = '1E'
TTYPE22 = 'zErr'
TFORM23 = '1A'
TTYPE23 = 'lineMask'
--- header unit 3: binary table ---
XTENSION = 'BINTABLE'
BITPIX = 8
NAXIS = 2
NAXIS1 = 20
NAXIS2 = 1
PCOUNT = 0
GCOUNT = 1
TFIELDS = 5
TFORM1 = '1E'
TTYPE1 = 'z'
TFORM2 = '1E'
TTYPE2 = 'zErr'
TFORM3 = '1E'
TTYPE3 = 'conf'
TFORM4 = '1J'
TTYPE4 = 'nFit'
TFORM5 = '1E'
TTYPE5 = 'wtFit'
--- header unit 4: binary table ---
XTENSION = 'BINTABLE'
BITPIX = 8
NAXIS = 2
NAXIS1 = 48
NAXIS2 = 53
PCOUNT = 0
GCOUNT = 1
TFIELDS = 12
TFORM1 = '1J'
TTYPE1 = 'temp_no'
TFORM2 = '1J'
TTYPE2 = 'peak_no'
TFORM3 = '1E'
TTYPE3 = 'shift'
TFORM4 = '1E'
TTYPE4 = 'z'
TFORM5 = '1E'
TTYPE5 = 'zErr'
TFORM6 = '1E'
TTYPE6 = 'r'
TFORM7 = '1E'
TTYPE7 = 'con'
TFORM8 = '1E'
TTYPE8 = 'height'
TFORM9 = '1E'
TTYPE9 = 'width'
TFORM10 = '1E'
TTYPE10 = 'widthErr'
TFORM11 = '1E'
TTYPE11 = 'delta'
TFORM12 = '1E'
TTYPE12 = 'rms'
--- header unit 5: binary table ---
XTENSION = 'BINTABLE'
BITPIX = 8
NAXIS = 2
NAXIS1 = 51
NAXIS2 = 36
PCOUNT = 0
GCOUNT = 1
TFIELDS = 9
TFORM1 = '19A'
TTYPE1 = 'name'
TFORM2 = '1E'
TTYPE2 = 'ew'
TFORM3 = '1E'
TTYPE3 = 'ewErr'
TFORM4 = '1E'
TTYPE4 = 'mag'
TFORM5 = '1E'
TTYPE5 = 'magErr'
TFORM6 = '1E'
TTYPE6 = 'waveMin'
TFORM7 = '1E'
TTYPE7 = 'waveMax'
TFORM8 = '1E'
TTYPE8 = 'z'
TFORM9 = '1E'
TTYPE9 = 'sn'
--- header unit 6: binary table ---
XTENSION = 'BINTABLE'
BITPIX = 8
NAXIS = 2
NAXIS1 = 12
NAXIS2 = 3856
PCOUNT = 0
GCOUNT = 1
TFIELDS = 3
TFORM1 = '1J'
TTYPE1 = 'andMask'
TFORM2 = '1J'
TTYPE2 = 'orMask'
TFORM3 = '1E'
TTYPE3 = 'dispersion'