 &time_control
 start_year       = 2024,    !! (p1) Start Martian Year (20XX for MY XX)
 start_month      = 07,      !! (p1) Start Martian Month 
 start_day        = 01,      !! (p1) Start Martian Day 
 start_hour       = 06,      !! (p1) Start Martian Hour (at longitude 0)
 end_year         = 2024,    !! (p1) End Martian Year (20XX for MY XX)
 end_month        = 07,      !! (p1) End Martian Month
 end_day          = 02,      !! (p1) End Martian Day
 end_hour         = 06,      !! (p1) End Martian Hour (at longitude 0)
 history_interval    = 37,   !! Frequency of outputs (37 --> 3700s = 1 Martian hour)  
 frames_per_outfile  = 24,   !! Size of time dimension in files 
 restart          = .false.  !! (*) Output restart files ?
 restart_interval = 8880     !! (*) Frequency of output restart files ?
 io_form_history  = 2        !! (*) Choice of NETCDF for ouputs
 io_form_restart  = 2        !! (*) Choice of NETCDF for ouputs     
 io_form_input    = 2        !! (*) Choice of NETCDF for ouputs
 io_form_boundary = 2        !! (*) Choice of NETCDF for ouputs
 debug_level      = 0        !! (*) Verbose level
 !!
 !! OPTIONAL
 !!
 interval_seconds = 3700     !! (p2) Frequency of large-scale fields update (s)
 input_from_file = T,        !! (n)(p2) Initialize a given domain with an input file
 /


 &domains
 time_step   = 50            !! Dynamical timestep
 dx = 20000,                 !! (p2) Horizontal resolution
 dy = 20000,                 !! (p2) Horizontal resolution (should be equal to dx)
 e_we   = 61,                !! (r)(p2) Number of longitude grid points
 e_sn   = 61,                !! (r)(p2) Number of latitude grid points
 e_vert = 61,                !! (r)(p2) Number of vertical levels
 p_top_requested = 5         !! (p3) Chosen value of pressure at the top of the model
 !!
 !! OPTIONAL
 !!
 time_step_fract_num = 0     !! Additional fraction to time_step: numerator 
 time_step_fract_den = 1     !! Additional fraction to time_step: denominator
 num_metgrid_levels = 26     !! (p1) number of vertical levels in GCM inputs (+1)
 force_sfc_in_vinterp = 8    !! (p3) Number of levels hardwired in the PBL 
                             !!         NB: decrease this parameter when low model top 
 max_dz = 1500.              !! (p3) Maximal interval (m) between vertical levels
 eta_levels = -1.            !! (p3)  Specify a list of e_vert eta levels
 max_dom = 1                 !! (r)(n)(p2) Total number of domains
 grid_id                = 1, !! (n)(p2) Identification of the domain
 parent_id              = 0, !! (n)(p2) Associated parent domain
 i_parent_start         = 0, !! (n)(p2) x-position of the bottom-left nest corner
 j_parent_start         = 0, !! (n)(p2) x-position of the bottom-left nest corner
 parent_grid_ratio      = 1, !! (n)(p2) Ratio of horizontal resolution parent/nest
 parent_time_step_ratio = 1, !! (n) Ratio of time step parent/nest
 /

 &physics
 !!
 !! OPTIONAL
 !!
 radt = 1,                   !! Ratio between physical and dynamical time step
 mars =  0,                  !! (r)(p2) Configuration of tracers: 
                             !!         0: no tracers, 1: water vapor + ice, 2: dust
 init_TI = 0.,               !! (p3) Define constant thermal inertia value 
 init_AL = 0.,               !! (p3) Define constant albedo value 
 init_U = 0.,                !! (p3) Define constant ini/bdy zonal wind value
 init_V = 0.,                !! (p3) Define constant ini/bdy meridional wind value
 init_WX = 0.,               !! (p3) \  Ini/bdy wind profile is everywhere equal to
 init_WY = 0.,               !! (p3) /  the wind profile @ grid pt (init_WX,init_WY)
 init_MU = 0.,               !! (p3) Multiply ini & bdy zonal wind by init_U
 init_MV = 0.,               !! (p3) Multiply ini & bdy meridional wind by init_V
 init_LES = F,               !! (p3) Uniform domain initialization for LES
 /

 &dynamics
 !!
 !! OPTIONAL
 !!
 time_step_sound = 6,        !! Ratio of time step dynamic/acoustic integration
                             !!   NB: an increase could help solve instabilities
 non_hydrostatic = T,        !! Integrate in non-hydrostatic/hydrostatic mode
 pd_scalar = F,              !! Positive-definite advection scheme for tracers 
 !!
 diff_opt = 1                !! (*d) Diffusion option [set to 0 if LES or GCM]
 km_opt = 4                  !! (*d) Eddy coefficient option           
 diff_6th_factor = 2,        !! (*d) Knievel numerical diffusion [set to 0 if LES]      
 diff_6th_opt = 0.2,         !! (*d) Knievel numerical coeff. [set to 0.5 if GCM]       
 smdiv = 0.1,                !! (*d) Divergence damping
 emdiv = 0.01,               !! (*d) External-mode filter for mass coord. model
 epssm = 0.1,                !! (*d) Time off-centering for vertical sound waves
 h_mom_adv_order = 5,        !! (*d) Horizontal momentum advection order
 v_mom_adv_order = 3,        !! (*d) Vertical momentum advection order
 h_sca_adv_order = 5,        !! (*d) Horizontal scalar advection order
 v_sca_adv_order = 3,        !! (*d) Vertical scalar advection order
 /

 &bdy_control
 !!
 !! OPTIONAL
 !!
 specified = T,              !! (n)(p3) Boundary conditions specified by GCM 
 nested = F,                 !! (n)(p3) Boundary conditions from parent domain
 periodic_x = F,             !! (p3) Periodic boundary conditions over x
 periodic_y = F,             !! (p3) Periodic boundary conditions over y
 open_xs = F,                !! (p3) Open boundary conditions @ western boundary
 open_xe = F,                !! (p3) Open boundary conditions @ eastern boundary
 open_ys = F,                !! (p3) Open boundary conditions @ southern boundary
 open_ye = F,                !! (p3) Open boundary conditions @ northern boundary
 spec_bdy_width = 5          !! (p3) Width of transition zone with specified=T
                             !!      NB: spec_bdy_width must equal relax_zone+1
 relax_zone = 4              !! (p3) Width of relaxation zone with specified=T
 /

 &grib2
 /

 &fdda
 /

 &namelist_quilt              !! (*)
 nio_tasks_per_group = 0,     !! (*)
 nio_groups = 1,              !! (*)
 /                            !! (*)
