!                           -*-f90-*-     (for Emacs)
!
!  Initialisation parameters
!
&init_pars
  cvsid='$Id$',
  ip=14,                        ! debugging parameter
  xyz0  = -1.1,-1.1,-1.1,       ! first corner of box
  xyz1  =  1.1, 1.1, 1.1,       ! second corner of box
  lperi =  F  , F  , F,         ! periodic direction?
  lshift_origin =  F,  F,  F,
  bcx = 'a','s','s','a2','a2','s','s','a'
  bcy = 's','a','s','a2','a2','s','s','a'
  bcz = 's','s','a','s:a2','s:a2','s','s','s:a'
  random_gen='nr_f90',
  lsphere_in_a_box = T
  r_int=0.5,                    ! radius of interior spherical boundary
  r_ext=1.0,                    ! radius of exterior spherical boundary
/
!
! NB: relative to the original cp=2.5 sample, all entropies are now scaled 
!     by the factor 1/2.5, and all time units by the factor sqrt(2.5).
!     velocities, diffusivities, etc. are all scaled accordingly.
! (I've also changed initial conditions, etc., so that both versions evolve 
!  in parallel -- compare reference.out with revision 1.11, for the cp=2.5
!  version (with all columns scaled approriately).)
!
&eos_init_pars
!  cs0=1.290994    ! cp=2.5 version used cs0^2=gamma
   cs0=0.816497    ! cp=1   version uses cs0^2=gamma/(2.5)

!  rho0=1.,     ! This is the default
!  cp_cgs=1.0,  ! Now explicitly rescaled for cp=1 
                ! (cp_cgs isn't used here, anyway)
/
&hydro_init_pars
  inituu='zero'
  !urand=0.05,      ! cp=2.5 version used urand=0.05
  urand=0.0316228   ! cp=1   version uses urand=0.05/sqrt(2.5)
/
&density_init_pars
  initlnrho='geo-kws',
  mpoly=1.
/
&grav_init_pars
  ipotential='geo-kws', r0_pot=.5
  !g0=3.0             ! cp=2.5 version used g0=3.0
  g0=1.2              ! cp=1   version uses g0=3.0/2.5
/
&entropy_init_pars
  initss='geo-kws', T0=1.0  ! with other scalings, both versions us T0=1
/
&magnetic_init_pars
  initaa='gaussian-noise'
  !amplaa=1e-6        ! cp=2.5 version used amplaa=1e-6
  amplaa=6.32456e-07  ! cp=1   version uses amplaa=1e-6/sqrt(2.5)
/