OBSERVAT= 'ORM     '           / Name of observatory                            
SLATEL  = 'LP10.0  '           / Telescope name known to SLALIB
TELESCOP= 'GTC     '           / Telescope id.
LATITUDE=               28.762 / [deg] Telescope latitude, +28:45:53.2          
LONGITUD=            17.877639 / [deg] Telescope longitude, +17:52:39.5
HEIGHT  =                 2348 / [m] Height above sea level
OBSGEOX =          5753296.428 / [m] Observation X-position                     
OBSGEOY =          3005451.209 / [m] Observation Y-position
OBSGEOZ =          969439.1412 / [m] Observation Z-position 
INSTRUME= 'EMIR    '           / Name of the Instrument
FSTATION= 'NASMYTH '           / Focal station of observation 
PLATESCA=             1.502645 / [d/m] Platescale 5.41 arcsec/mm) 
ORIGIN  = '%(control.name)'           / FITS file originator 
PROP_ID = '%(proposal.id)'           / Proposal identification. 
PROP_PI = '%(proposal.pi_id)' / PI of proposal. 
OBSERVER= '%(ob.observer)' / Name of Observer
CAT-NAME= '' / Target input-catalog name
CAT-RA  = 'UNDEF   '           / Target Right-Ascension
CAT-DEC = 'UNDEF   '           / Target Declination
CAT-EPOC=               2000.0 / Target epoch of proper motions
CAT-EQUI= 'J2000.0 '           / Equinox of target coordinates         
OBJECT  = '%(ob.object)' / Name of observed object
PARALLAX=                  0.0 / [arcsec] Target Parallax
RADVEL  =                  0.0 / [km/s] Target radial velocity
PM-RA   =                  0.0 / [s/yr] Target proper-motion RA 
PM-DEC  =                  0.0 / [arcsec/yr] Target proper-motion 
BUNIT   = 'ADU     '           / Unit of the array of image data
RUN     = '%(control.runid)'  / Run number
DATE    = '%(control.date)' / Date FITS file was generated
DATE-OBS= '%(emir.das.dateobs)' / Date of the begin of the observation
MDJ-OBS = '%(emir.das.mjdobs)' / MJD of the begin of the observation
AIRMASS = '%(pointing.airmass)' / Effective mean airmass 
OBS_MODE= '%(ob.mode)'     / Observing mode id.
OBSTYPE = '%(emir.imagetype)' / Type of observation, e.g. TARGET
IMAGETY = '%(emir.imagetype)' / Type of observation, e.g. object
DEC     = '%(pointing.dec)' / DEC of the instrument scientific aperture 
RA      = '%(pointing.ra)' / RA of the instrument scientific aperture
FILTER  = '%(emir.filter)' / Filter id.
READSCHM= '%(emir.das.readscheme)'/ Read-out scheme of the detector 
READREPT=                    1 / Number of times to repeat the read-out
READMODE= '%(emir.das.readmode)'/ Detector read-out mode
EXPOSED = '%(emir.das.elapsed)' / [s] Time between correlated reads
DARKTIME=                    0 / [s] Time from end of CLR to start of r/o
EXPTIME =                    0 / [s] Time between correlated reads
ELAPSED =                    0 / [s] Time from end of CLR to shutter close
READNOIS= '%(emir.detector.readnoise)' / Readout noise in electrons per pixel
GAIN    = '%(emir.detector.gain)' / Electrons per ADU
COMMENT WCS starts here
WCSNAME = 'RA-DEC'
CRPIX1  = 1024.0 / Pixel coordinate at reference point
CRPIX2  = 1024.0 / Pixel coordinate at reference point
CDELT1  = -0.000055556 / 0.2 arcsec per pixel
CDELT2  = 0.000055556 / 0.2 arcsec per pixel
CRVAL1  = '%(pointing.ra)' / Right ascension at reference point
CRVAL2  = '%(pointing.dec)' / Declination at reference point
CTYPE1  = 'RA---TAN'
CTYPE2  = 'DEC--TAN'
CUNIT1  = 'deg'
CUNIT2  = 'deg'
LONPOLE = 180
RADESYS = 'FK5'
EQUINOX = 2000.0 / [yr] Equinox of equatorial coordinates
COMMENT WCS ends here                                                           
