fort.90

A Skeleton for MPI Time-Dependent program
=========================================
S. Brunner, T.M. Tran   CRPP/EPFL
-
&BASIC
  nrun=500000
  dt=1.0D-3
  tmax=100    ! time normalized to 1/omega_pe
/
&GRID
  pmax=20      ! number of Hermite moments (including Ne,Te,Ue)
  nz=128
  zmin=0.
  zmax= 20   ! Normalized to lambda_De
/
&OUTPUT_PAR
  nsave_0d=1000
  nsave_1d=1000
  nsave_2d=1000
  nsave_3d=0
  write_theta=.true.
  write_temp=.true.
  write_vpar=.true.
  write_moments=.true.
  write_phi=.true.
  write_doubleprecision=.true.  
  resfile0='results'
/
&MODEL_PAR
  ! Collisionality
  nu=0.01     ! Normalized collision frequency normalized to plasma frequency
  ! Numerically added diffusion
  diff_theta=0.001
  diff_temp=0.001
  diff_vpar=0.001
  diff_moments=0.001
  ! Other
  gradient_scheme='fd4'
  freeze_theta=.false.
  freeze_temp=.false.
  freeze_vpar=.false.
  freeze_moments=.false.
  freeze_phi=.false.
  fft_suppress_high_freq = .false.
  fft_sigma=1
/
&INITIAL_CON
  ! Background value
  initback_density=1. 
  initback_temp=1.
  initback_vpar=0.
  initback_moments=0.
  ! Noise amplitude
  initnoise_density=0.
  initnoise_temp=0.
  initnoise_vpar=0.
  initnoise_moments=0.
  iseed=42
  init_nb_oscil_density=1.   ! per domain, i.e., zmax
  init_nb_oscil_temp=1.  
  init_ampli_density=1.0D-2
  init_ampli_temp=0
/
&TIME_INTEGRATION_PAR
  numerical_scheme='RK4'
/