The namelist input

The namelist input contains the variables summarized on table 3 with their default values. The variables are

• force: sets the parameters of the force in the particle-hole channel, possible values are SIII, SKM*, SKP, SLY4 and SLY5, it must be written in uppercase.
• mesh_points: number of mesh points in the box minus one since integration is made from $i=0$ to $i=\mbox{\tt {mesh\_points}}$.
• integ_step: distance between two points on the mesh, in fermis.
• itmax: maximum number of iterations to obtain the convergence of the mean fields and total energy.
• bogolyubov(2): logical variables to choose between the HF or HFB approximation, the first element is for neutrons and the second one for protons.
• eps_energy: maximum relative variation on the total energy before the iterations stops.
• max_delta: in addition to the previous convergence condition, the maximum variation on the sum of the neutron and proton pairing gaps must be smaller than this value.
• regularization: logical variable used to switch on or off the regularization of the abnormal density.
• pairing_force: integer used to choose the pairing interaction between: full Skyrme force (0), volume pairing (1), surface pairing (2) or mixed pairing (3).
• boundary_condition: integer, Dirichlet condition at the box radius (0), Neumann (1), Dirichlet for even $\ell$ and Neumann for odd $\ell$ (2), or Neumann for even $\ell$ and Dirichlet for odd $\ell$ (3).
• xmu: part of the field of the previous iteration which is kept to build the field for the next iteration.

Table 3: Variables from the namelist input. The type real means real of the kind chosen in the module in cste.f90.

Variable	type	Default value
force	character*4	SLY4
mesh_points	integer	80
integ_step	real	0.25
itmax	integer	680
bogolyubov(2)	logical	(/T,T/)
eps_energy	real	1.e-8
max_delta	real	5.e-7
regularization	logical	F
pairing_force	integer	1
boundary_condition	integer	0
xmu	real	0.8