########################################################################
# Fake source catalog built from the model of Le Borgne et al. (2009)
#####################################################################
# Empirical model: best model fitting 15,24,70,160 and 850 micron counts
#                  CIRB constraints are respected
#                  no prior on the low-z LF is used.
# Sample selection:
#   * Primary selection: sources with z<5 and 7<log10(LIR)<14
#   * additional cut: the faintest sources are cut out, but
#     the sample is complete for the following flux limits:
#        F(       MIPS 24)>  0.005 mJy
#        F(       MIPS 70)>  0.010 mJy
#        F(      MIPS 160)>  0.500 mJy
#        F(       PACS 70)>  0.010 mJy
#        F(      PACS 100)>  0.100 mJy
#        F(      PACS 160)>  0.500 mJy
#        F(     SPIRE 250)>  1.000 mJy
#        F(     SPIRE 350)>  1.000 mJy
#        F(     SPIRE 500)>  1.000 mJy
#        F(     SCUBA 850)>  1.000 mJy
#   * RA and DEC are distributed randomly in a square field
#     which area is 10.000 sq. deg.
#####################################################################
# Columns description:
#  1 : format=f12.6    RA  [deg]
#  2 : format=f12.6    DEC [deg]
#  3 : format=f6.3     Redshift
#  4 : format=f6.3     Log10(8-1000um IR luminosity/Lsun)
#  5: format=e10.4     Flux      ISO 15 [mJy]
#  6: format=e10.4     Flux      IRS 16 [mJy]
#  7: format=e10.4     Flux     MIPS 24 [mJy]
#  8: format=e10.4     Flux     MIPS 70 [mJy]
#  9: format=e10.4     Flux    MIPS 160 [mJy]
# 10: format=e10.4     Flux     PACS 70 [mJy]
# 11: format=e10.4     Flux    PACS 100 [mJy]
# 12: format=e10.4     Flux    PACS 160 [mJy]
# 13: format=e10.4     Flux   SPIRE 250 [mJy]
# 14: format=e10.4     Flux   SPIRE 350 [mJy]
# 15: format=e10.4     Flux   SPIRE 500 [mJy]
# 16: format=e10.4     Flux   SCUBA 850 [mJy]
#####################################################################
  -0.265633     0.388209  0.007  6.97 1.2170e-01 8.0943e-02 1.8841e-01 2.5345e+00 8.4326e+00 2.6331e+00 5.5504e+00 8.3782e+00 6.3139e+00 3.3674e+00 1.4232e+00 2.6162e-01
   -1.290320     1.363845  0.015  7.03 3.5613e-02 2.3709e-02 5.3338e-02 7.1527e-01 2.4139e+00 7.4251e-01 1.5713e+00 2.3995e+00 1.8276e+00 9.8145e-01 4.1709e-01 7.6317e-02
    0.810841    -0.084103  0.010  7.03 7.3673e-02 4.8978e-02 1.1264e-01 1.5125e+00 5.0591e+00 1.5702e+00 3.3154e+00 5.0272e+00 3.8037e+00 2.0336e+00 8.6084e-01 1.5926e-01
    0.093920    -1.092404  0.026  7.03 1.1887e-02 7.9204e-03 1.6540e-02 2.2228e-01 7.6748e-01 2.3094e-01 4.9066e-01 7.6298e-01 5.9030e-01 3.1957e-01 1.3670e-01 2.4856e-02
    1.361160    -0.573675  0.021  6.99 1.5805e-02 1.0572e-02 2.2857e-02 3.0687e-01 1.0492e+00 3.1875e-01 6.7606e-01 1.0431e+00 8.0150e-01 4.3257e-01 1.8453e-01 3.3292e-02
   -0.368399    -1.215572  0.024  7.05 1.4283e-02 9.5366e-03 2.0175e-02 2.7104e-01 9.3233e-01 2.8158e-01 5.9786e-01 9.2685e-01 7.1522e-01 3.8672e-01 1.6526e-01 2.9924e-02