--- header unit 0: primary ---
SIMPLE = T / Written by IDL: Wed Dec 23 13:49:30 2015
BITPIX = -32 / bits per pixel
NAXIS = 2 / single image
NAXIS1 = 259 / x size
NAXIS2 = 269 / y size
BSCALE = 1.0 / pixel scale factor
BZERO = 0.0 / pixel value offset
OUTDIR = '/sdata904/nirc12/05jun03/' / Original directory
ROOTNAME = 'n' / File prefix
FRAMENO = 61 / Frame number
FILENAME = 'n0061.fits' / Original File name
TELESCOP = 'Keck II' / Telescope
OBSERVER = 'Merline/Dumas' / Observer
OBJECT = 'A41' / Object name
PIPEFILE = 'jittered_result.fits' / pipeline filename
PIPEFILE = 'jittered_result.fits' / pipeline filename
DATAMD5 = '7981df8795f1324bc1b0c1d2c7b7bb4f' / MD5 checksum
HIERARCH ESO PRO TYPE = 'REDUCED' / product type
HIERARCH ESO PRO STATUS = 'OK' / pipeline status
HIERARCH ESO PRO DATE = '2015-12-23' / pipeline execution date
HIERARCH ESO PRO DATANCOM = 14 / # 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
HIERARCH ESO PRO TYPE = 'REDUCED' / product type
HIERARCH ESO PRO STATUS = 'OK' / pipeline status
HIERARCH ESO PRO DATE = '2015-12-23' / pipeline execution date
HIERARCH ESO PRO DATANCOM = 14 / # 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 jitter imaging data reduction
HISTORY jitter software version: 5.0.0
HISTORY [AlgorithmStatus]
HISTORY Cosmetics = ok
HISTORY SkyEngine = ok
HISTORY ShiftAndAdd = skipped
HISTORY PostProc = ok
HISTORY [Frames]
HISTORY FileList = list.txt
HISTORY Path = .
HISTORY NFrames = 14
HISTORY Frame:001 (obj) im1.fits
HISTORY Frame:002 (obj) im10.fits
HISTORY Frame:003 (obj) im11.fits
HISTORY Frame:004 (obj) im12.fits
HISTORY Frame:005 (obj) im13.fits
HISTORY Frame:006 (obj) im14.fits
HISTORY Frame:007 (obj) im2.fits
HISTORY Frame:008 (obj) im3.fits
HISTORY Frame:009 (obj) im4.fits
HISTORY Frame:010 (obj) im5.fits
HISTORY Frame:011 (obj) im6.fits
HISTORY Frame:012 (obj) im7.fits
HISTORY Frame:013 (obj) im8.fits
HISTORY Frame:014 (obj) im9.fits
HISTORY [Dark]
HISTORY Subtraction = no
HISTORY [FlatField]
HISTORY Division = yes
HISTORY Filename = flatFeII_flat.fits
HISTORY [BadPixels]
HISTORY Replacement = yes
HISTORY Filename = flatFeII_badpix.fits
HISTORY [SkyEngine]
HISTORY EstimateSky = yes
HISTORY MinNumberOfFrames = 30
HISTORY [SkyCombine]
HISTORY RejectHalfWidth = 7
HISTORY RejectMin = 3
HISTORY RejectMax = 3
HISTORY [ShiftAndAdd]
HISTORY ApplyShiftAndAdd = no
HISTORY [PostProcessing]
HISTORY RowSubtractMedian = no
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 = 14
HISTORY Frame:001 (obj) im_inset0.fits
HISTORY Frame:002 (rej) 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 (rej) im_inset2.fits
HISTORY Frame:008 (rej) im_inset3.fits
HISTORY Frame:009 (obj) im_inset4.fits
HISTORY Frame:010 (obj) im_inset5.fits
HISTORY Frame:011 (obj) im_inset6.fits
HISTORY Frame:012 (obj) im_inset7.fits
HISTORY Frame:013 (obj) im_inset8.fits
HISTORY Frame:014 (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 = 5.000 / Integration time per coadd
COADDS = 5 / Number of coadds
SAMPMODE = 2 / 1=Single; 2=CDS; 3=MCDS
DETBIAS = 450 / Detector bias setting (0-4096)
MULTISAM = 2 / 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 = -317.37500
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
CAMSTAT = 'IDLE' / camera slider's current state
CENWAVE = 2.14650 / central wavelength of passband
MINWAVE = 1.99100 / minimum wavelength of passband
MAXWAVE = 2.30200 / maximum wavelength of passband
EFFWAVE = 2.14650 / effective wavelength of passba
FWIANGL = 109.19522 / inner filter wheel's angular p
FWINAME = 'Ks' / inner filter wheel's named pos
FWINUM = 6
FWIRAW = 130332 / inner filter wheel's encoder p
FWISTAT = 'IDLE' / inner filter wheel's current s
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
FWOSTAT = 'IDLE' / outer filter wheel's current s
FILTER = 'Ks + 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
GRSSTAT = 'IDLE' / grism slider's current state
PMSANGL = 41.68802 / pupil wheel's angular position
PMSNAME = 'incircle' / pupil wheel's named position
PMSRAW = 111580 / pupil wheel's encoder position
PMSSTAT = 'IDLE' / pupil wheel's current state
PMRANGL = 350.92798 / 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
PSISTAT = 'IDLE' / Inner preslit's current state
PSODIST = 4.46976 / Outer preslit's distance from
PSONAME = 'nfov_center' / Outer preslit's named position
PSORAW = 34149 / Outer preslit's encoder positi
PSOSTAT = 'IDLE' / Outer preslit's current state
SHRDIST = 0.03600 / Shutter's distance from home (
SHRNAME = 'open' / Shutter's named position
SHRRAW = 72 / shutter's encoder position
SHRSTAT = 'IDLE' / Shutter's current state
SLSDIST = 254.36150 / slit slide's distance from hom
SLSNAME = 'clear' / slit slide's named position
SLSRAW = 508723 / slit slide's encoder position
SLSSTAT = 'IDLE' / Slit slide's current state
SLMDIST = 179.93800 / slit mask's distance from home
SLMNAME = 'narrow_clear' / slit mask's named position
SLMRAW = 359876 / slit mask's encoder position
SLMSTAT = 'IDLE' / Slit mask's current state
AODELAY = 0 / Delay after AO locks
UTC = '06:46:19.51' / coordinated universal time (h)
AIRMASS = 1.61172 / air mass (1.61)
AXESTAT = 'tracking' / axes control status
AZ = -91.09006 / telescope azimuth (-91.09 deg)
CALOCAL = -0.00321 / collimation azimuth local (-11
CELOCAL = 0.01316 / collimation elevation local (4
CURRINST = 'NIRC2' / current instrument
DATE-OBS = '2003-06-05' / universal date of observation
DCSSTAT = 'standby' / drive and control status
DEC = 11.32963 / telescope declination (+11:19:
DECOFF = 0.00001 / declination offset (1.6526 arc
DOMEPOSN = 268.96500 / dome azimuth (268.96 deg)
DOMESTAT = 'tracking' / dome status
EL = 38.28225 / telescope elevation (38.28 deg
EQUINOX = 2000.00000 / telescope equinox (2000.0)
FOCALSTN = 'lnas (left nasmyth)' / focal station
GUIDWAVE = '0.625' / guidestar wavelength (microns)
HA = 53.22089 / telescope hour angle (+03:32:5
INSTANGL = 0.70000 / porg to instrument angle (0.7
INSTFLIP = 'no' / porg to instrument y flip
LST = '13:17:34.56' / local apparent sidereal time (
MJD-OBS = 52795.28217 / modified julian date of observ
PARANG = 73.56842 / parallactic angle astrometric
PONAME = 'NIRC2' / pointing origin name
POXPOS = -0.00175 / pointing origin xposition (-1.
POYPOS = 0.00097 / pointing origin yposition (0.9
PONAME1 = 'REF' / pointing origin name 1
POXPOS1 = -0.00351 / pointing origin xposition 1 (-
POYPOS1 = -0.00088 / pointing origin yposition 1 (-
PONAME2 = 'TFS' / pointing origin name 2
POXPOS2 = 0.00176 / pointing origin xposition 2 (1
POYPOS2 = -0.01580 / pointing origin yposition 2 (-
PONAME3 = 'OPT Axis' / pointing origin name 3
POXPOS3 = 0.00000 / pointing origin xposition 3 (0
POYPOS3 = 0.00000 / pointing origin yposition 3 (0
RA = 146.13274 / telescope right ascension (09:
RAOFF = -0.00002 / right ascension offset (-3.187
ROTCALAN = 0.00000 / rotator calibration angle (0.0
ROTMODE = 'vertical angle' / rotator tracking mode
ROTPDEST = 38.30228 / rotator physical destination (
ROTPPOSN = 38.30531 / rotator physical position (38.
ROTDEST = 0.00000 / rotator user destination (0.00
ROTPOSN = 0.00000 / rotator user position (0.00 de
ROTREFAN = 0.00000 / rotator reference angle (0.00
SECFOCUS = -0.00036 / secondary mirror focus raw (-0
SECTHETX = '-105.3' / secondary mirror thetax (arcse
SECTHETY = '-297.1' / secondary mirror thetay (arcse
TARGNAME = '0041-Jun05-0640' / target name
TARGWAVE = '2.147' / target wavelength (microns)
TELESCOP = 'Keck II' / telescope name
TELFOCUS = 0.00009 / telescope focus compensated (0
TUBETEMP = 1.00049 / tube temperature (1.00 degC)
AODMSTAT = 'closed' / AO deformable mirror loop stat
AODTSTAT = 'closed' / AO downlink tip/tilt loop stat
AOSTAT = '9' / AO control status
AOSTST = 'INPOS' / AO state string
AOTTMODE = 'closed' / AO tip/tilt offloading mode
AOAOAMED = '87' / AO WFC AOA camera median light
AOCOMODE = 'open' / AO coma offloading mode
AOFOMODE = 'closed' / AO focus offloading mode
AOWFC0 = '-3.300000' / AO WFS focus stage FSM coeffic
DMGAIN = '0.60' / Set gain in target CB
DTGAIN = '0.400' / Set TT loop gain
OBAMNAME = 'mirror' / Named position control for AFM
OBASNAME = 'ngs' / Named position control for AFS
OBFM1XRA = '-15503' / Raw value of FSM 1x axis (coun
OBFM1YRA = '-9549' / Raw value of FSM 1y axis (coun
OBFM2XRA = '-30432' / Raw value of FSM 2x axis (coun
OBFM2YRA = '12100' / Raw value of FSM 2y axis (coun
OBFMNAME = 'noName' / Named position control for FSM
OBFMXIM = '2.73' / Image plane x motion for FSM (
OBFMYIM = '-3.49' / Image plane y motion for FSM (
OBFMXPU = '0.00' / Pupil plane x motion for FSM (
OBFMYPU = '0.00' / Pupil plane y motion for FSM (
OBFSNAME = '2.4' / Named position control for FSS
OBIMNAME = 'out' / Named position control for ISM
OBLBNAME = 'noName' / Named position control for LBS
OBRT = '19.1511' / User value of ROT (deg)
OBRTNAME = 'noName' / Named position control for ROT
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)
OBSFNAME = 'telescope' / Named position control for SFP
OBSNNAME = 'block' / Named position control for SND
OBTSNAME = 'noName' / Named position control for TSS
OBWCNAME = '2.4' / Named position control for WCS
OBWFNAME = 'noName' / Named position control for FCS
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
OBWF = '-3.280' / User value of FCS (mm)
WCDMSTAT = 'CLOSED' / Status of DM loop
WCDTSTAT = 'CLOSED_WFS' / Status of down tt loop
WSFRRT = '125' / Frame rate for WFS cam (Hz)
WSGAIN = '2' / Set WFS camera gain
INSTRUME = 'NIRC2' / Added by KOA
COMMENT KOA DQA generated keywords follow...
UT = '06:46:19.51' / Duplicate of UTC (added by KOA)
ELAPTIME = 25.000 / ITIME * COADDS (added by KOA)
BLANK = -32768 / Keyword added by KOA software
KOAID = 'N2.20030605.24379.fits' / KOA data file name
KOAIMTYP = 'object' / KOA data file image type
DATLEVEL = 0 / Data reduction level
DQA_DATE = '2012-04-20T16:32:27' / 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 = 107.000000 / Imaging pixels median (DN)
IMAGEMN = 121.820000 / Imaging pixels mean (DN)
IMAGESD = 582.430000 / Imaging pixels std-dev (DN)
INSTSTAT = 1 / KOA instrument status
NLINEAR = 162 / Number of pixels above linearity
NPIXSAT = 1 / Number of pixels above saturation
OA = 'C.Wilburn' / Observing assistant
PROGID = 'N17N2' / WMKO ID for observing program
PROGINST = 'NASA' / Program institution
PROGPI = 'Merline' / Program principal investigator
PROGTL1 = 'Search for Asteroid Satellites using AO' / Program title 1
PROGTL2 = '' / Program title 2
PROGTL3 = '' / Program title 3
SEMESTER = '2003A' / WMKO observing schedule semester
SIG2NOIS = 17.00000 / 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 = 1.991000 / Approximate blue end wavelength (u)
WAVECNTR = 2.146500 / Approximate centralwavelength (u)
WAVERED = 2.302000 / 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 = 146.13274 / Horizontal axis WCS value at the reference pixel
CRVAL2 = 11.32963 / 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 = -8.0268726E-07 / coordinate transformation matrix
CD1_2 = 2.6453444E-06 / coordinate transformation matrix
CD2_1 = 2.6453444E-06 / coordinate transformation matrix
CD2_2 = 8.0268726E-07 / coordinate transformation matrix
RADECSYS = 'FK5' / the system of the coordinates
WXDOMHUM = 37.910000 / Inside dome humidity (%)
WXDOMTMP = 0.550000 / Inside dome temperature (deg C)
WXDWPT = -13.890000 / Dew point temperature (deg C)
WXOUTHUM = 26.950000 / Outside humidity (%)
WXOUTTMP = 1.450000 / Outside temperature (deg C)
WXPRESS = 622.100000 / Pressure (mb)
WXTIME = '06:45:57.00' / UT of logged weather keyword values
WXWNDIR = 'null' / Wind direction (N through E)
WXWNDSP = 'null' / Wind speed (mph)