--- header unit 0: primary ---
SIMPLE = T / conforms to FITS standard
BITPIX = -32 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 256
NAXIS2 = 256
OUTDIR = '/sdata903/nirc2eng/2008jan21/' / Original directory
ROOTNAME = 'n' / File prefix
FRAMENO = 291 / Frame number
FILENAME = 'n0291.fits' / Original File name
TELESCOP = 'Keck II' / Telescope
OBSERVER = 'UCLA IR Lab team' / Observer
OBJECT = 'daph 14:00' / Object name
PIPEFILE = 'jittered_result.fits' / pipeline filename
DATAMD5 = 'd5847e4ee2d81a08c1059b83c5fa3a45' / MD5 checksum
HIERARCH ESO PRO TYPE = 'REDUCED' / product type
HIERARCH ESO PRO STATUS = 'OK' / pipeline status
HIERARCH ESO PRO DATE = '2015-12-09' / pipeline execution date
HIERARCH ESO PRO DATANCOM = 15 / # of combined frames
HIERARCH ESO PRO CATG =  / product category
HIERARCH ESO PRO REC1 ID = 'img_jitter' / recipe ID
HIERARCH ESO PRO REC1 DRS ID = 'eclipse-5.0.0' / data reduction system ID
HISTORY --- eclipse catcube
HISTORY this cube is made from
HISTORY im1.fits
HISTORY im10.fits
HISTORY im11.fits
HISTORY im12.fits
HISTORY im13.fits
HISTORY im14.fits
HISTORY im15.fits
HISTORY im2.fits
HISTORY im3.fits
HISTORY im4.fits
HISTORY im5.fits
HISTORY im6.fits
HISTORY im7.fits
HISTORY im8.fits
HISTORY im9.fits
HISTORY --- eclipse jitter imaging data reduction
HISTORY jitter software version: 5.0.0
HISTORY [AlgorithmStatus]
HISTORY Cosmetics = ok
HISTORY SkyEngine = skipped
HISTORY ShiftAndAdd = ok
HISTORY PostProc = ok
HISTORY [Frames]
HISTORY FileList = list2.txt
HISTORY Path = .
HISTORY NFrames = 15
HISTORY Frame:001 (obj) im_inset0.fits
HISTORY Frame:002 (obj) im_inset1.fits
HISTORY Frame:003 (obj) im_inset10.fits
HISTORY Frame:004 (obj) im_inset11.fits
HISTORY Frame:005 (obj) im_inset12.fits
HISTORY Frame:006 (obj) im_inset13.fits
HISTORY Frame:007 (obj) im_inset14.fits
HISTORY Frame:008 (obj) im_inset2.fits
HISTORY Frame:009 (obj) im_inset3.fits
HISTORY Frame:010 (obj) im_inset4.fits
HISTORY Frame:011 (obj) im_inset5.fits
HISTORY Frame:012 (obj) im_inset6.fits
HISTORY Frame:013 (obj) im_inset7.fits
HISTORY Frame:014 (obj) im_inset8.fits
HISTORY Frame:015 (obj) im_inset9.fits
HISTORY [Dark]
HISTORY Subtraction = no
HISTORY [FlatField]
HISTORY Division = yes
HISTORY Filename = fake_flatFeII_flat.fits
HISTORY [BadPixels]
HISTORY Replacement = yes
HISTORY Filename = fake_flatFeII_badpix.fits
HISTORY [SkyEngine]
HISTORY EstimateSky = no
HISTORY [ShiftAndAdd]
HISTORY ApplyShiftAndAdd = yes
HISTORY [PostProcessing]
HISTORY RowSubtractMedian = no
COMMENT = ' ' / Comment
ITIME = 0.800 / Integration time per coadd
COADDS = 10 / Number of coadds
SAMPMODE = 2 / 1=Single; 2=CDS; 3=MCDS
DETBIAS = 450 / Detector bias setting (0-4096)
MULTISAM = 16 / Number of multiple reads
Q1OFFSET = 3172 / Aladdin Quadrant 1 preamp offset
Q2OFFSET = 3183 / Aladdin Quadrant 2 preamp offset
Q3OFFSET = 3180 / Aladdin Quadrant 3 preamp offset
Q4OFFSET = 3183 / Aladdin Quadrant 4 preamp offset
GAIN = 4 / Detector Gain Setting
PREOFF = 400 / Preamp Offset Voltage
SAMPRATE = 200 / Pixel rate in kps
IMAGETYP = 'data'
SLITMM = 0.00000
SLITNAME = 'none'
SLITTILT = 0.00000
CAMDIST = 260.60501 / camera slider's distance from
CAMNAME = 'narrow' / camera slider's named position
CAMRAW = 260605 / camera slider's encoder positi
CENWAVE = 2.12450 / central wavelength of passband
MINWAVE = 1.94900 / minimum wavelength of passband
MAXWAVE = 2.30000 / maximum wavelength of passband
EFFWAVE = 2.12450 / effective wavelength of passba
FWIANGL = 129.20041 / inner filter wheel's angular p
FWINAME = 'Kp' / inner filter wheel's named pos
FWINUM = 7
FWIRAW = 135889 / inner filter wheel's encoder p
FWOANGL = 329.19842 / outer filter wheel's angular p
FWONAME = 'clear' / outer filter wheel's named pos
FWONUM = 17
FWORAW = 191444 / outer filter wheel's encoder p
FILTER = 'Kp + clear' / composite filter name (both wh
GRSDIST = 132.04849 / grism slider's distance from h
GRSNAME = 'clear' / grism slider's named position
GRSRAW = 264097 / grism slider's encoder positio
PMSANGL = 296.69037 / pupil wheel's angular position
PMSNAME = 'largehex' / pupil wheel's named position
PMSRAW = 182414 / pupil wheel's encoder position
PMRANGL = 150.29099 / pupil drive's angular position
PSIDIST = 4.51793 / Inner preslit's distance from
PSINAME = 'mfov_center' / Inner preslit's named position
PSIRAW = 34517 / Inner preslit's encoder positi
PSODIST = 4.46963 / Outer preslit's distance from
PSONAME = 'nfov_center' / Outer preslit's named position
PSORAW = 34148 / Outer preslit's encoder positi
SHRDIST = 0.03600 / Shutter's distance from home (
SHRNAME = 'open' / Shutter's named position
SHRRAW = 72 / shutter's encoder position
SLSDIST = 254.36150 / slit slide's distance from hom
SLSNAME = 'clear' / slit slide's named position
SLSRAW = 508723 / slit slide's encoder position
SLMDIST = 179.93750 / slit mask's distance from home
SLMNAME = 'narrow_clear' / slit mask's named position
SLMRAW = 359875 / slit mask's encoder position
AODELAY = 0 / Delay after AO locks
UTC = '13:59:46.77' / coordinated universal time (h)
AIRMASS = 1.25024 / air mass (1.25)
AXESTAT = 'tracking' / axes control status
AZ = 139.80325 / telescope azimuth (139.80 deg)
CALOCAL = 0.01369 / collimation azimuth local (49.
CELOCAL = -0.00995 / collimation elevation local (-
CURRINST = 'NIRC2' / current instrument
DATE-OBS = '2008-01-21' / universal date of observation
DCSSTAT = 'standby' / drive and control status
DEC = -9.22926 / telescope declination (-09:13:
DECOFF = -0.00069 / declination offset (-2.5 arcse
DOMEPOSN = 139.81500 / dome azimuth (139.81 deg)
DOMESTAT = 'tracking' / dome status
EL = 53.07597 / telescope elevation (53.08 deg
EQUINOX = 2000.00000 / telescope equinox (2000.0)
FOCALSTN = 'lnas (left nasmyth)' / focal station
GUIDWAVE = '0.650' / guidestar wavelength (microns)
HA = -23.16468 / telescope hour angle (+22:27:2
INSTANGL = 0.70000 / porg to instrument angle (0.7
INSTFLIP = 'no' / porg to instrument y flip
LST = '11:39:09.69' / local apparent sidereal time (
MJD-OBS = 54486.58318 / modified julian date of observ
PARANG = -37.96009 / parallactic angle astrometric
PARANTEL = -37.95163 / parallactic angle telescope (-
RA = 197.84627 / telescope right ascension (13:
RAOFF = -0.00070 / right ascension offset (-2.5 a
ROTCALAN = 0.00000 / rotator calibration angle (0.0
ROTMODE = 'position angle' / rotator tracking mode
ROTPDEST = 91.72757 / rotator physical destination (
ROTPPOSN = 91.72796 / rotator physical position (91.
ROTDEST = 0.70000 / rotator user destination (0.70
ROTPOSN = 0.70000 / rotator user position (0.70 de
ROTREFAN = 0.00000 / rotator reference angle (0.00
SECFOCUS = 0.00196 / secondary mirror focus raw (1.
SECTHETX = '-9.8' / secondary mirror thetax (arcse
SECTHETY = '-210.8' / secondary mirror thetay (arcse
TARGNAME = 'daph 14:00' / target name
TARGWAVE = '2.124' / target wavelength (microns)
TELESCOP = 'Keck II' / telescope name
TELFOCUS = 0.00154 / telescope focus compensated (1
TUBETEMP = -3.36843 / tube temperature (-3.37 degC)
AOOPSMOD = '0' / AO General Ops Mode FITS
AODMSTAT = 'closed' / AO deformable mirror loop stat
AODTSTAT = 'closed' / AO downlink tip/tilt loop stat
AOTTMODE = 'closed' / AO tip/tilt offloading mode
AOAOAMED = '476' / AO WFC AOA camera median light
AOLBFWHM = '2.407566' / AO LBWFS avg fwhm
WSFRRT = '438' / Frame rate for WFS cam (Hz)
DMGAIN = '0.500' / Set DM loop gain
DMMRFN = '21Jan0027.mr' / Name of DM reconstructor file
DTGAIN = '0.300' / Set TT loop gain
AOWFC0 = '-5.024000' / AO WFS focus stage FSM coeffic
AOFCNGFO = '-0.004982' / AO FC NGS Focus Calc Value (m)
AOFCLGFO = '0.204600' / AO FC LGS pregain focus calc v
AOFCLBFO = '0.000000' / AO FC LBWFS pregain focus calc
AOFCNGCT = 'ON' / AO FC NGS control
AOFCLGCT = 'OFF' / AO FC LGS control
AOFCLBCT = 'OFF' / AO FC LBWFS control
AOFCSALT = '88000' / AO FC sodium alt preset (m)
AOFOMODE = 'closed' / AO focus offloading mode
AOTSDAR = 'false' / AO TSS_USE_DAR?
AODRDTEN = '1.0' / AO DAR DTT CTRLOFF ENABLE
AODRENA = '1.0' / AO DAR_ENABLE/DISABLE
AOTSZ = '38.860' / AO tip/tilt sensor stage Z pos
AOTSX = '-1.269' / AO tip/tilt sensor stage X pos
AOTSY = '-0.402' / AO tip/tilt sensor stage Y pos
OBTSNAME = 'noName' / Named position control for TSS
OBTSX = '-2.46' / User value of TSS x axis (mm)
OBTSY = '31.01' / User value of TSS y axis (mm)
OBTSZ = '38.86' / User value of TSS z axis (mm)
AOLPMOVE = 'false' / AO LSP MOVE ENABLE
LGRMSWF = '300.0' / LGSAO RMS WF Residual
LSAMPPWR = '0.000000' / Amp Power (watts)
LSPROP = 'no' / Laser Propagating
AOFMX = '-3.01' / AO field steering mirrors X po
AOFMY = '1.45' / AO field steering mirrors Y po
OBFMXIM = '1.455' / Image plane x motion for FSM (
OBFMYIM = '-3.011' / Image plane y motion for FSM (
OBFMXPU = '0.00' / Pupil plane x motion for FSM (
OBFMYPU = '0.00' / Pupil plane y motion for FSM (
OBFMDREN = '1.000000' / FSM Coordinated move use dar o
OBFSNAME = '2.4' / Named position control for FSS
OBIMNAME = 'out' / Named position control for ISM
OBLBNAME = 'noName' / Named position control for LBS
OBAMNAME = 'mirror' / Named position control for AFM
OBRT = '45.8644' / User value of ROT (deg)
OBSDNAME = 'beamSplitter' / Named position control for SOD
OBSFX = '-119.00' / User value of SFP x axis (mm)
OBSFY = '0.00' / User value of SFP y axis (mm)
OBSFZ = '0.00' / User value of SFP z axis (mm)
OBSI = '-1.50' / User value of SFD (mm)
OBSFNAME = 'telescope' / Named position control for SFP
OBSNNAME = 'block' / Named position control for SND
OBWCNAME = '2.4' / Named position control for WCS
OBWFSTST = 'INPOS' / State of FCS as string
OBWLNAME = '2.4' / Named position control for WLS
OBWPNAME = 'ngs' / Named position control for WPS
OBWNNAME = 'open' / Named position control for WND
OBSWSTA = 'off' / White light power status
OBSWNAME = 'BLOCK' / Named position control for SFW
OBWF = '-4.974' / User value of FCS (mm)
WSSMPRG = '1' / WFS_SciMeas program (0)
WSSMREP = '1' / WFS SciMeas repetitions (incre
WSSMGN = '0' / WFS gain (0)
WSCNORFN = '24NIRC2-N2x2.cog' / Name of origin vec file
WCDTSTAT = 'CLOSED_WFS' / Status of down tt loop
WCDMSTAT = 'CLOSED' / Status of DM loop
WCUTSTAT = 'OPEN' / Status of utt loop
DTCLP = 'CLOSE' / OPEN/CLOSE TT CLMP ctrl loop
UTCLP = 'OPEN' / OPEN/CLOSE TT CLMP ctrl loop
UTGAIN = '0.000' / Set TT loop gain
INSTRUME = 'NIRC2' / Added by KOA
COMMENT KOA DQA generated keywords follow...
UT = '13:59:46.77' / Duplicate of UTC (added by KOA)
ELAPTIME = 8.000 / ITIME * COADDS (added by KOA)
BLANK = -32768 / Keyword added by KOA software
KOAID = 'N2.20080121.50386.fits' / KOA data file name
KOAIMTYP = 'object' / KOA data file image type
DATLEVEL = 0 / Data reduction level
DQA_DATE = '2012-02-29T02:28:34' / Date of DQA run
DQA_VERS = '4-0-0' / DQA version number
DETMODE = 'image' / Detector mode (spec or scam)
DETGAIN = 4 / Detector gain
DETRN = 39 / Detector read noise
DISPERS = 'unknown' / NIRSPEC dispersion level
DISPSCAL = 'null' / NIRSPEC pixel scale, dispersion (arcsec/pixel)
DRA = 'null' / Differential right ascension rate seconds/sec
DDEC = 'null' / Differential declination rate arcsec/sec
DTRACK = 'null' / Differential tracking enabled
GUIDFWHM = 'null' / FWHM of NIRSPEC guide star
GUIDTIME = 'null' / UT of logged GUIDFWHM value
IMAGEMD = 48.000000 / Imaging pixels median (DN)
IMAGEMN = 62.840000 / Imaging pixels mean (DN)
IMAGESD = 689.550000 / Imaging pixels std-dev (DN)
INSTSTAT = 1 / KOA instrument status
NLINEAR = 54 / Number of pixels above linearity
NPIXSAT = 0 / Number of pixels above saturation
OA = 'J.Aycock' / Observing assistant
PROGID = 'ENG' / WMKO ID for observing program
PROGINST = 'KECK' / Program institution
PROGPI = 'nirc2eng' / Program principal investigator
PROGTL1 = 'NIRC2 Engineering' / Program title 1
PROGTL2 = '' / Program title 2
PROGTL3 = '' / Program title 3
SEMESTER = '2007B' / WMKO observing schedule semester
SIG2NOIS = 28.00000 / Signal-to-noise estimate near image spectral ce
SLITLEN = 'null' / Slit length projected on sky (arcsec)
SLITWIDT = 'null' / Slit width projected on sky (arcsec)
SPATSCAL = 'null' / CCD pixel scale, spatial (arcsec/pixel)
SPECRES = 'null' / Nominal spectral resolution
ISAO = 'yes' / User Ao
WAVEBLUE = 1.949000 / Approximate blue end wavelength (u)
WAVECNTR = 2.124500 / Approximate centralwavelength (u)
WAVERED = 2.300000 / Approximate red end wavelength (u)
PIXSCALE = 0.009952 / Pixel Scale
PIXSCAL1 = 0.009952 / Pixel Scale of the horizon
PIXSCAL2 = 0.009952 / Pixel Scale of hte vertical
CRVAL1 = 197.84627 / Horizontal axis WCS value at the reference pixel
CRVAL2 = -9.22926 / Vertical axis WCS value at the reference pixel
CRPIX1 = 512.500000 / Reference pixel on the horizontal axis
CRPIX2 = 512.500000 / Reference pixel on the vertical axis
CTYPE1 = 'RA---TAN' / WCS Type of the horizontal coordinate
CTYPE2 = 'DEC--TAN' / WCS Type of the vertical coordinate
WAT0_001 = 'system=image' / coordinate system
WAT1_001 = 'wtype=tan axtype=ra' / coordinate system
WAT2_001 = 'wtype=tan axtype=dec' / coordinate system
WCSDIM = 2 / number WCS dimensions
LTM1_1 = 1.000000 / ccd to image transformation
LTM2_2 = 1.000000 / ccd to image transformation
CD1_1 = -2.7644178E-06 / coordinate transformation matrix
CD1_2 = 1.2158623E-08 / coordinate transformation matrix
CD2_1 = 1.2158623E-08 / coordinate transformation matrix
CD2_2 = 2.7644178E-06 / coordinate transformation matrix
RADECSYS = 'FK5' / the system of the coordinates
WXDOMHUM = 15.080000 / Inside dome humidity (%)
WXDOMTMP = -3.360000 / Inside dome temperature (deg C)
WXDWPT = -21.700000 / Dew point temperature (deg C)
WXOUTHUM = 18.280000 / Outside humidity (%)
WXOUTTMP = -3.280000 / Outside temperature (deg C)
WXPRESS = 618.800000 / Pressure (mb)
WXTIME = '13:59:37.00' / UT of logged weather keyword values
WXWNDIR = 'null' / Wind direction (N through E)
WXWNDSP = 'null' / Wind speed (mph)