SIMPLE  =                    T / Fits standard
BITPIX  =                  -32 / Bits per pixel
NAXIS   =                    2 / Number of axes
NAXIS1  =                 2012 / Axis length
NAXIS2  =                 1953 / Axis length
EXTEND  =                    F / File may contain extensions
ORIGIN  = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator
DATE    = '2013-08-06T17:55:08'
IRAF-TLM= '2013-08-06T17:56:56'
OBJECT  = 'NGC5195 '           / Name of the object observed
OBSERVAT= 'KPNO              '  /  observatory
OBSERVER= 'Croxall,Warren,Barnes'  /  observers
PROPID  = '08A-0552          '  /  observing proposal ID
EXPTIME =                 300.  /  actual integration time, seconds
DARKTIME=                 300.  /  total elapsed time, seconds
IMAGETYP= 'object            '  /  object, flat, bias, etc.
ST      = '17:28:38          '  /  sidereal time
RA      = '13:29:59.82'         /  right ascension (hh:mm:ss)
DEC     = '+47:16:24.15'        /  declination (dd:mm:ss)
EQUINOX =                2000. /  equinox of RA and Dec
EPOCH   =                 2000 /  same as EQUINOX (for back compat.)
ZD      = '47.130            '  /  zenith distance, degrees
AIRMASS =             1.480499  /  airmass
TELFILTE= '3                 '  /  telescope filters
TELESCOP= 'kp21m             '  /  telescope name
COMMENT
DATE-OBS= '2008-05-02        '  /  Y2K compliant (yyyy-mm-ddThh:mm:ss)
UT      = '10:12:22.658      '  /  universal time (start of exposure)
JD      = '2454588.92526224  '  /  julian date of observation
INITTIME=                1.626  /  software/hardware initialization (sec)
PREPTIME=                7.122  /  CCD preparation time (sec)
OBSTIME =              300.042  /  active observing time (sec)
READTIME=              122.991  /  CCD readout time (sec)
TOTTIME =              431.784  /  total time spent in task (sec)
COMMENT
DETECTOR= 't2kb              '  /  detector name
PREFLASH=                    0  /  preflash time, seconds
GAIN    =                  3.1  /  gain, electrons per adu
DWELL   =                    5  /  sample integration time, microseconds
RDNOISE =                   4.  /  read noise, electrons
CAMTEMP =                  -92  /  camera temperature, Celsius
DEWTEMP =                 -148  /  dewar temperature, Celsius
CCDSEC  = '[1:2048,1:2048]'     /  orientation to full frame
ORIGSEC = '[1:2048,1:2048]   '  /  original size full frame
CCDSUM  = '1 1               '  /  on chip summation
INSTRUME= 'test              '  /  instrument name
ROTANGLE=                269.8  /  rotator position
FILTERS = 'R       '            /  filter position
OBSID   = 'kp21m.20080502T101213Z'  /  archive ID for observation
RECID   = 'kp21m.20080502T101213Z'  /  same as OBSID (for back compat.)
FILTER  = 'R       '
CCDSCALE=                  0.3
CCDNOISE=                   4.
ORIENTNE= '0.,90.  '
WCSDIM  =                    2
WAT0_001= 'system=image'
WAT1_001= 'wtype=tan axtype=ra'
WAT2_001= 'wtype=tan axtype=dec'
TRIM    = 'Dec  7 15:46 Trim data section is [1:2048,1:2048]'
FIXPIX  = 'Dec  7 15:46 Bad pixel file is badpix'
OVERSCAN= 'Dec  7 15:46 Overscan section is [2049:2080,1:2048] with mean=803.69'
ZEROCOR = 'Dec  7 15:46 Zero level correction image is supzero'
FLATCOR = 'Dec  7 15:46 Flat field image is flat3R.fits with scale=18479.19'
CCDPROC = 'Dec  7 15:46 CCD processing done'
LTV2    =     2048.00900268555
LTM2_1  =                   1.
LTM1_2  =                  -1.
CTYPE1  = 'RA---TAN'
CTYPE2  = 'DEC--TAN'
CRPIX1  =     988.196988915245
CRPIX2  =     1023.01063764172
CD1_1   =  -8.4445225332725E-5
CD2_2   =  8.45817926885935E-5
CD1_2   =  -5.7757371510808E-7
CD2_1   =  -6.9022533276019E-7
CRVAL1  =      202.49925832999
CRVAL2  =     47.2733689950221
RADECSYS= 'FK5     '
MSCCMATC= 'May 16 21:18 0.00/0.00 1.000/1.000 0.000/-0.000'
UTMIDDLE= '10:14:52.7'
SPIN    =               350329
SKYSIGMA=      11.752275886674
SKYMODE =      601.51014890896
SKYMEAN =      604.29333496094
SKYSUB  =      601.51014890896
Q_PHOT  =                    2
Q_IMAGE = 'ok      '
Q_COMMEN= 'ok      '
A0      =               24.185
A0_ERR  =                0.017
A1      =               -0.015
A1_ERR  =                0.007
A2      =                 0.08
A2_ERR  =                 0.01
ZP      =              24.0576
ZP_COL  =                  0.6
PHOTSOLN= 'M = m_instr + A0 + A1*[color] - A2*X'
ZP_SOLN = 'ZP = A0 + A1*[ZP_COL] - A2*X'
VHELIO  =                 465.
AGCNUM  =                 8494
MSCSCALE=                   1.
LTV1    =    -35.8030014038086
SEEING  =                   4.
SKYBOX1 = '53.877,295.572,1172.6,1846.933'
SKYBOX2 = '488.953,1972.25,1678.365,1893.747'
SKYBOX3 = '1824.99,1970.06,417.08,794.84'
END