!  -*-f90-*-  (for Emacs)    vim:set filetype=fortran:  (for vim)
!
!  run parameters for forced helical MHD turbulence
!
&run_pars
  cvsid='$Id$',
  nt=20050, it1=50, cdt=0.2, cdtv=0.3, isave=10000, itorder=3 !(longer run)
  !nt=50, it1=10, cdt=0.4, cdtv=0.3, isave=10000, itorder=3        !(sample run)
  dsnap=5, dvid=1e10,  !(for longer run)
  !dsnap=50, dvid=0.1,  !(for sample run)
  !dsnap=.1, dvid=0.1,  !(for sample run)
  d2davg=1e10           !(for sample run)
  !dspec=.1, lspec_start=T, ou_spec=T, ab_spec=T, vel_spec=T, lr_spec=T !(for energy spectra)
  ! uu_spec
  dspec=1e10, ou_spec=T, ab_spec=T, vel_spec=T, lr_spec=T !(for energy spectra)
  random_gen='system'
  random_gen='min_std'
  random_gen='nr_f90'  !(Use machine-indep numerical receipes random numbers)
  lpencil_check=F      !(checks for redundany of pencils)
 !comment_char='%'     !(useful when using matlab for visualization)
  lequatorz=T          !(to indicate that north/south diagnostics in in z)
/
&eos_run_pars
/
&hydro_run_pars
/
&density_run_pars
/
&forcing_run_pars
!try reducing (0.01)
  iforce='helical', force=0.01, relhel=1.
/
&magnetic_run_pars
  eta=5e-3
/
&pscalar_run_pars
  pscalar_diff=1e-3
/
&viscosity_run_pars
  nu=5e-3
/
&particles_run_pars
  lcheck_exact_frontier=T
/
&particles_stalker_run_pars
/
&poisson_run_pars
/
&power_spectrum_run_pars
  lzero_spec_zerok=T
/
&training_run_pars
  lroute_via_cpu=F
  it_train=10, it_train_chkpt=5000
	!it_train_start=1200
  luse_trained_tau=
  max_loss=1.e-100
  model='stationary'
  config_file='config_torchfort.yaml'
  it_train_end=20000
	lrun_epoch=F
	ltrain_mag=F
	ltrain_dens=F
	dt_train= 5.6000000000e-02
	!t_train_start=6.8e-3
	t_train_start=0
	t_train_end=69.752
	t_train_chkpt=6.8
  start_infer=100
/
&gpu_run_pars
  ltest_bcs=F
  lcpu_timestep_on_gpu=T
  lcuda_aware_mpi=F
/