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#################### PHYSICAL PARAMETERS ######################################
1 Relativity parameter: 1 = relativistic computation , 0 = Newtonian
0.2 entc_min : initial central enthalpy [c^2]
0.2 entc_max : initial central enthalpy [c^2]
100. freq_min_si : initial central rotation frequency [Hz]
200. freq_max_si : final central rotation frequency [Hz]
4 Number of configurations in the sequence
2 Rotation state: rigid (0) or differential (1,2): 1 -> fixed R0, 2 -> R0 = a^{-1} R_eq
0.5 rrot : depending on the above line: R0 [km] or coefficient a [F(Omega)= R0^2 (Omegac - Omega)], NB: a = {\hat A}^{-1} of Baumgarte et al., ApJ 528, L29 (2000)
2.85 Requested baryon mass [M_sol] (effective only if mer_mass < mer_max)
#################### COMPUTATIONAL PARAMETERS #################################
200 mer_max : maximum number of steps
1.e-7 precis : threshold on the enthalpy relative change for ending the computation
0.1 thres_adapt : threhold on (dH/dr_eq)/dH/dr_pole) for the mapping adaptation
10 mer_mass : step from which the baryon mass is forced to converge
0.5 aexp_mass : exponent for the increase factor of the central enthalpy or frequency
0.5 relax : relaxation factor in the main iteration
4 mermax_poisson : maximum number of steps in Map_et::poisson
1.5 relax_poisson : relaxation factor in Map_et::poisson
1.e-14 precis_adapt : precision in Map_et::adapt
0 graph : 1 = graphical outputs during the computation
#################### MULTI-GRID PARAMETERS ###################################
3 nz : total number of domains
1 nzet : number of domains inside the star
1 nzadapt : number of domains of where the mapping adaptation will be done.
7 nt: number of points in theta (the same in each domain)
1 np: number of points in phi (the same in each domain)
# Number of points in r and (initial) inner boundary of each domain:
13 0. <- nr & min(r) in domain 0 (nucleus)
13 1. <- nr & min(r) in domain 1
13 2. <- nr & min(r) in domain 2
0.1 enthalpy defining boundary between domains 0 and 1
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