SIMPLE = T / conforms to FITS standard
BITPIX = 8 / array data type
NAXIS = 0 / number of array dimensions
EXTEND = T
LONGSTRN= 'OGIP 1.0' / The OGIP long string convention may be used.
COMMENT
COMMENT *** EMphot information ***
COMMENT
VERSION = '3.1 svn:1064' /Version of EMphot used to process data
DATE = '2013-03-21' /File creation date (UTC)
FNBDIRAC= 48907 / Number of FUV sources detected with dirac
FNBSTAMP= 46156 / Number of FUV sources detected with stamp
NNBDIRAC= 107899 / Number of NUV sources detected with dirac
NNBSTAMP= 89577 / Number of NUV sources detected with stamp
IDOFFSET= 1000000 /Offset added to the ident of original priors
PRIORLST= 'CFHTLS_D4.prior.fits' /List of used priors catalogs
STAMPLST= 'CFHTLS_D4.prior_stamp.fits' /List of used stamps catalogs
TILEX0 = 555 /X origin of the tiles grid
TILEY0 = 1250 /Y origin of the tiles grid
FWHM = 3.43520467371 /FWHM of the PSF
PSFSCALE= 0.935460 /Optimal PSF scale
TSIZE_Y = 125 /vertical tilesize used
TSIZE_X = 128 /horizontal tilesize used
SURFACE = 0.5100737847222231 / Processed surface, excluding masked region (in
K_FUV = 8.31000 /Galactic extinction correction for FUV
K_NUV = 8.74000 /Galactic extinction correction for NUV
K_USTAR = 4.72000 /Galactic extinction correction for U*
K_GPRIME= 3.65000 /Galactic extinction correction for G'
K_RPRIME= 2.69000 /Galactic extinction correction for R'
K_IPRIME= 2.00000 /Galactic extinction correction for I'
K_ZPRIME= 1.53000 /Galactic extinction correction for Z'
F_BIAS = -0.000443615862747 /constant flux bias correction
COMMENT
COMMENT *** EMphot parameters ***
COMMENT
OPTPATH = '/data/prior_files/v3.0/CFHTLS_T07/DEEP/' /optical data path
GALPATH = '/data/prior_files/v3.0/CFHTLSD4/INPUT_CFHTLSD4/' /galex data path
OUTPATH = '/data/prior_files/v3.0/CFHTLSD4/OUTPUT_CFHTLSD4/' /output path
OPTCAT = 'CFHTLS_D4.prior.fits' /optical prior catalog
GALCAT = 'CFHTLSD4-xd-mcat.fits' /galex xd_mcat catalog
GALIMG = 'CFHTLSD4-nd-int.fits' /galex int image
GALRRHR = 'CFHTLSD4-nd-rrhr.fits' /galex rrhr image
GALBKG = 'CFHTLSD4-nd-prior_v3-ref-skybg-ppriorsres-filtered.fits' /galex skybg
PSF = '../../PSFnuv_faint_crop.fits' /galex psf
OUTNAME = 'CFHTLSD4-nd-prior_v3-bgfromdiff' /root name for output files
WARPNAME= 'CFHTLSD4-nd_warp.coef' /warping file
BAND = 1 /band used:1=NUV else=FUV
SIMU = 0 /0=no simu, 1=simu on galex images, 2=total simu
METHOD = 2 /0= dirac, 1= shape, 2=stamp
RELOCATE= 1 /1= use tile recentering
RESAMP = 5 /oversampling for tile recentering
SCALEPSF= 1.00000 /1= optimize for psf scale
SCALEMIN= 0.600000 /lower bound of psf scale range
SCALEMAX= 1.40000 /upper bound of psf scale range
SCALERES= 0.0100000 /precision of minimisation on scale
NIT_FAST= 50 /number of iterations for the 1st loop
NIT_FULL= 200 /number of iterations for the 2nd loop
MAGLIM = 26.3189 /upper magnitude limit of priors
TILESIZE= 128 /sub_image size
TILEMARG= 1.00000 /to enlarge the sub-images
WRP_USUP= 21 /mag limit sup for warping
WRP_UINF= 10 /mag limit inf for warping
WRP_MRAD= 2.00000 /matching radius
WRP_NDEG= 2 /degree of polynomial fit
EXTRAD = 0.550000 /radial limit of field (degree)
MINPRIOR= 0.600000 /min nb of prior per tile (% of average)
MINFLUX = 10 /minimum flux (nb photons)
MINACTIV= 20.0000 /min nb of active priors
QUIETNB = 3 /nb of successive times flux<flux_mini
FLUXINIT= 1 /0: from UV image, 1: from prior cat values
SAVE_RAW= 0 /save results before psfscale or recentering
CONVOLHR= 0 /1= convolve stamp at optical resolution
OPTMASK = 'CFHTLS_D4.mask.reg' /PRIOR mask file used to flag sources
GALMASK = 'CFHTLSD4-mask_GR3.reg' /GALEX mask file used to flag sources
MASKLST = 'CFHTLS_D4.mask.reg'
COMMENT
COMMENT *** GALEX information ***
COMMENT
RA_CENT = 333.783000000 / RA center for this field.
DEC_CENT= -17.9350000000 / DEC center for this field.
N_ZPMAG = 20.0800 / NUV Zero Point Magnitude
F_ZPMAG = 18.8200 / FUV Zero Point Magnitude
TILENAME= 'CFHTLSD4' /
NEXPTIME= 115847.450000 /
FEXPTIME= 83863.8500000 /
CTYPE1 = 'RA---TAN' / Coordinate Type
CTYPE2 = 'DEC--TAN' / Coordinate Type
EQUINOX = 2000.00 / Equinox of Ref. Coord.
CD1_1 = -0.000416666666667 / Degrees / Pixel
CD2_1 = -0.00000000000 / Degrees / Pixel
CD1_2 = -0.00000000000 / Degrees / Pixel
CD2_2 = 0.000416666666667 / Degrees / Pixel
CRPIX1 = 1920.50000000 / Reference Pixel in X
CRPIX2 = 1920.50000000 / Reference Pixel in Y
CRVAL1 = 333.783000000 / R.A. (degrees) of reference pixel
CRVAL2 = -17.9350000000 / Declination of reference pixel
LONPOLE = 180.000000000 / Native longitude of Celestial pole
LATPOLE = 90.0000000000 / Celestial latitude of native pole
PV2_1 = 0.00000000000 /Projection parameter 1
PV2_2 = 0.00000000000 /Projection parameter 2
HISTORY PUTAST: May 13 15:45:58 2013 World Coordinate System parameters written
END
Galex Release EMphot 3