# Parameters for the binary equilibrium computation by coal
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ini.d
0.65     start_dist : Factor by which the initial separation is multiplied at beginning (replaces fact_separ)
0.05	 radius_step
8	 nofsteps_radius
1.56 mbar_voulue_init[0] : Initial Baryon mass required for star 1 [M_sol]
1.44 mbar_voulue_init[1] : Initial Baryon mass required for star 2 [M_sol]
2.0 mbar_voulue_final[0] : Final Baryon mass required for star 1 [M_sol]
1.44 mbar_voulue_final[1] : Final Baryon mass required for star 2 [M_sol]
25  nofsteps_mass:  Number of steps in which to let the baryon mass change
10   nmass_delay: how long after mer_masse steps to begin scanning mass
2    massscan_rstep: Radial step at which mass is scanned -- from 1 to nofsteps_radius!
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400     mermax : Maximum number of steps in the main iteration
0.5     relax : Relaxation factor in the main iteration
1       mermax_eqb : Maximum number of steps in Etoile_bin::equilibrium
1       prompt : 1 if no pause during the computation
0       graph : 1 if graphical outputs during the computation
1.E-7   seuil : Threshold on the enthalpy relative change for ending the computation
2       fmer_stop : Step interval between pauses in the main iteration
5       fmer_save : Step interval between safeguards of the whole configuration
4       mermax_poisson : Maximum number of steps in Map_et::poisson
1.5     relax_poisson :  Relaxation factor in Map_et::poisson
4       mermax_potvit : Maximum number of steps in Map_radial::poisson_compact
0.5     relax_potvit :  Relaxation factor in Map_radial::poisson_compact
10      mer_masse : Step from which the baryon mass is forced to converge
0.5     aexp_masse : Exponent for the increase factor of the central enthalpy
8       fmer_udp_met : Step interval between metric updates
1       ind_rel_met : 1 if relaxation of the metric, 0 if not
0.65    relax_met : Relaxation factor of the metric (used only if ind_rel_met=1)
0.75    relax_omeg : Relaxation factor on Omega (orbital angular velocity)
0.7     fact_omeg_min : fact_omeg_min * omega = low bound in the omega search
1.3     fact_omeg_max : fact_omeg_max * omega = high bound in the omega search
0.      thres_adapt1 : threshold on dH/dr for the adaptation of the mapping in star 1
0.      thres_adapt2 : threshold on dH/dr for the adaptation of the mapping in star 2
0.6     reduce_shift : factor by which the initial analytical shift is reduced