!                           -*-f90-*-     (for Emacs)
!
!  Run parameters!
!
&run_pars
  cvsid='$Id: run.in,v 1.1 2014/04/24 15:15:40 wlyra Exp $',
  ip=14,
 !nt=10000000, it1=50, isave=1000, itorder=3
  nt=10, it1=1, isave=1000, itorder=3
  cdt=0.4,
  cdtv=0.4,
  cdtv3=0.4
  dtmin=1e-6,
  dsnap=6.2831
  dvid=0.062831
  tmax=1727.88
  slice_position='d'
  wborder_int=0.025
  wborder_ext=0.25
  max_walltime=42750
  lwrite_dvar=T
  crash_file_dtmin_factor=10.
!
  fraction_tborder=0.16
/
&eos_run_pars
/
&hydro_run_pars
  borderuu='zero','zero','initial-condition'
/
&density_run_pars
  idiff='hyper3-mesh' , 'shock'
  diffrho_hyper3_mesh=5 , diffrho_shock=10.
  borderlnrho='initial-condition'
  density_floor=2e-6
/
&grav_run_pars
/
&viscosity_run_pars
  ivisc='hyper3-mesh' , 'nu-shock'
  nu_hyper3_mesh=5 , nu_shock=10.
/
&shock_run_pars
/
&magnetic_run_pars
  iresistivity='hyper3-mesh' 'shock' ,'xdep'
  eta_hyper3_mesh=5 , eta_shock=10.
  xdep_profile='two-step'
  eta=1e-3       !resistivity that quenches the MRI
                  !eta = 4*pi/sqrt(3) * 1/Re * cs2/Omega * 1/beta
  eta_jump=1.    !for this too. Resisitive boundary.
  two_step_factor=0.
!
  eta_x0=1.05
  eta_x1=4.65
/