gistfile1.txt

SIMPLE  =                    T / Fits standard
BITPIX  =                  -32 / Bits per pixel
NAXIS   =                    2 / Number of axes
NAXIS1  =                 1225 / Axis length
NAXIS2  =                 1326 / Axis length
EXTEND  =                    F / File may contain extensions
ORIGIN  = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator
DATE    = '2013-06-06T15:50:39' / Date FITS file was generated
IRAF-TLM= '2013-06-06T15:50:43' / Time of last modification
FRAMEID = 'IRCA00341090                                                '
EXP-ID  = 'IRCA00341090                                                '
OBSERVER= 'Onodera           ' / Observer
INSTRUME= 'IRCS              ' / Instrument
TELESCOP= 'SUBARU            ' / Telescope
OBS-ALOC= 'Observation       ' / Observation or Standby
OBSERVAT= 'NAOJ              ' / Observatory
OBJECT  = 'TEST    '           / Object
DATA-TYP= 'OBJECT            ' / Data Type
OBS-MOD = 'IMAGING           ' / Observation Mode
DETECTOR= 'Aladdin3 SCA-415478' / Name of detector
TIMESYS = 'UTC               ' / Time system used in this header
DATE-OBS= '2013-04-29        ' / UT date of Observation (yyyy-mm-dd)
EXP1TIME=              60.0000 / Integration time in seconds
EXPTIME =              60.0000 / Integration time in seconds
COADD   =                    1 / Number of Coadds
COADDS  =                    1 / Number of Coadds
DET-NSMP=                   16 / Number of Non-Destructive Reads
NDR     =                   16 / Number of Non-Destructive Reads
UT-STR  = '08:19:58.48       ' / Start Exposure at UTC (HH:MM:SS.SS)
UT      = '08:20:31.24       ' / Typical UTC at exposure (HH:MM:SS.SS)
UT-END  = '08:21:05.03       ' / End Exposure at UTC (HH:MM:SS.SS)
HST     = '22:19:58.48       ' / Start exposure at HST (HH:MM:SS.SS)
DET-TMP =                 0.00 / Detector Temperature
BIN-FCT1=                    1 / Binning factor of the X axis
BIN-FCT2=                    1 / Binning factor of the Y axis
BLANK   =                32768 /  Value used for null pixels
BUNIT   = 'ADU               ' / Unit of original pixel values
SLIT    = 'MIRROR            ' / Entrance slit identifier
DATASET = 'NOP               ' / Id of Observation Dataset
DET-ID  =                    1 / Detector Id. (1:CAMERA, 2:SPECTROGRAPH)
EQUINOX =                2000. / Standard FK5 (years)
UT1-UTC =                0.116 / Difference between UT1 and UTC
MJD     =       56411.34719907 / Modified Julian Day at typical time
LST     = '12:27:22.85       ' / Typical local sidereal time during exposure
WCS-ORIG= 'SUBARU Toolkit    ' / Origin of World Coordinate System
RA      = '14:49:14.729      ' / HH:MM:SS.SSS RA pointing
DEC     = '+08:55:46.12      ' / +/-DD:MM:SS.SS DEC pointing
RA2000  = '14:49:14.729      ' / HH:MM:SS.SSS RA (J2000) pointing
DEC2000 = '+08:55:46.12      ' / +/-DD:MM:SS.SS DEC (J2000) pointing
AZIMUTH =              102.543 / Azimuth angle of telescope pointing
ALTITUDE=              53.9848 / Altitude angle of telescope pointing
ZD      =              36.0152 / Zenith Distance at typical time
LONGPOLE=                180.0 / The North Pole of the standard system
RADECSYS= 'FK5     '           / Equatorial coordinate system
CRPIX1  =     671.574364816885 / Reference pixel in X (pixel)
CRPIX2  =     651.814671800952 / Reference pixel in Y (pixel)
CRVAL1  =     222.313570063947 / RA  (dg) of CRPIX1 reference pixel X
CRVAL2  =     8.93019375492134 / DEC (dg) of CRPIX2 reference pixel Y
FOC-POS = 'Nasmyth-IR        ' / Focus where instrument is attached
TELFOCUS= 'Nasmyth-IR        ' / Focus where a beam is reachable
CAS-TAVE=                      / Cassegrain Enclosure Average Temperature
FOC-VAL =            -0.074466 / Encoder value of the focus unit
AIRMASS =              1.23571 / Averaged Air Mass
INSROT  =             -1.09863 / Instrument rotator angle
INST-PA =              110.000 / Instrument rotator position angle
AUTOGUID= 'OFF               ' / Autoguiding on/off
PROJP1  =                  0.0 / Projection Type of the first axis
PROJP2  =                  0.0 / Projection Type of the second axis
PC001001=            -0.939693 / Coordinate translation matrix
PC001002=             0.342020 / Coordinate translation matrix
PC002001=             0.342020 / Coordinate translation matrix
PC002002=             0.939693 / Coordinate translation matrix
CTYPE1  = 'RA---TAN'           / Pixel Coordinate System
CTYPE2  = 'DEC--TAN'           / Pixel Coordinate System
CUNIT1  = 'degree            ' / CRVAL1 units
CUNIT2  = 'degree            ' / CRVAL2 units
FILTER01= 'OPEN:1            ' / First filter element
FILTER02= 'Kp                ' / Second filter element
FILTER03= 'OPEN:1            ' / Third filter element
GAIN    =                  5.6 / AD conversion factor (electron/ADU)
OBJMASK = 'objmask/IRCA00341090.fits[pl]'
WCSDIM  =                    2
CD1_1   =  -1.3786291550811E-5
CD1_2   =  5.04060109704635E-6
CD2_1   =  5.04561995491979E-6
CD2_2   =  1.37829186256378E-5
LTV1    =     77.3662912997965
LTV2    =     149.133520775366
LTM1_1  =     1.00163456683615
LTM2_1  =  -3.7261451506778E-4
LTM1_2  =  -2.7685044849249E-4
LTM2_2  =    0.998006139132769
WAT0_001= 'system=image'
WAT1_001= 'wtype=tan axtype=ra'
WAT2_001= 'wtype=tan axtype=dec'
END