6.735837e-01
2.7255
0.0494142797907188
0.31242079216478097
0.
-1 0
1.
0.06
0.
0.
0.245
3.046

1.
1.
0.
0.
0.
0.
0.
0.
0.
0
0.

1.
0.


=====================================================================
Input parameter file for Hyrec (default values given as examples).
The parameters have to be entered in the order shown, and 
correspond to the following inputs.
All parameters must be present 
=====================================================================

0.70     = h                         H0/(100 km/s/Mpc)
2.7255   = T0                        CMB temperature today, in K
0.04     = Omega_b                   baryon density parameter
0.26     = Omega_cb                  matter (baryon + CDM) density parameter
0.       = Omega_k                   curvature density parameter   -- Omega_Lambda is deduced from these
-1, 0    = w0, wa                    dark energy equation of state parameters
1.       = Nmnu                      number of massive neutrino
0.06     = mnu1                      mass of the first neutrino    -- Massive ones should come first
0.       = mnu2                      mass of the second neutrino
0.       = mnu3                      mass of the third neutirno
0.245    = Y_He                      Helium mass fraction 
3.046    = Neff                      total effective  number of neutrinos (massive + massless)

1.       = alpha(rec)/alpha(today)   ratio of fine structure constant at recombination to today's value
                                     If it's not 1, a smaller timestep might be needed. Decrease timestep in history.h if needed.
1.       = me(rec)/me(today)         ratio of electron mass at recombination to today's value

0.       = pann = f<sigma v>/m_DM    dark matter annihilation parameter, in cm^3/s/GeV
0.       = pann_halo
0.       = ann_z
0.       = ann_zmax
0.       = ann_zmin
0.       = ann_var
0.       = ann_z_halo
0        = on_the_spot               1 for on-the-spot approximation. Should be an integer (without .)
0.       = decay                     DM decay, in 1/s

1.       = Mpbh                      primordial black hole mass in solar masses
0.       = fpbh                      fraction of dark matter made of PBHs 

