&global
    boundary_animation_freq = -1
 /

 &reference_physical_properties
    mach_number       = 0.2
    reynolds_number   = 5.0e+6
    temperature       = 540.0
    temperature_units = 'Rankine'
 /

 &force_moment_integ_properties
    area_reference = 2.0
/
 &inviscid_flux_method
    flux_limiter = 'none' 
 /

 &turbulent_diffusion_models
    turbulence_model = 'bsl' 
 /

 &nonlinear_solver_parameters
    schedule_iteration = 1  500
    schedule_cfl       = 50. 50.
    schedule_cflturb   =   30. 30.
 /
 &inviscid_flux_method
    kappa_umuscl = 0.5
 /
&linear_solver_parameters
  linear_projection = .true.
 /

 &code_run_control
    steps              = 00001
    restart_write_freq = 2000
    restart_read       = 'on' 
 /

 &boundary_conditions
      total_pressure_ratio(3) = 1.02828
   total_temperature_ratio(3) = 1.0080
     static_pressure_ratio(4) = 1.
 /

  &sampling_parameters
! verbose=T
    number_of_geometries  = 1 
    type_of_geometry(1)   = 'line'
    p1_line(:,1)          = 0.97008,-0.5,-1.
    p2_line(:,1)          = 0.97008,-0.5, 1.
    boundary(1)           = 6 
    boundary_point(:,1)   = 0.97008,-0.5,0.
    need_wall_data(1)     = T
    reference_length      = 2.0
    sampling_frequency(1) = -1
    variable_list(1)='x,y,z,rho,u,v,w,p,mu_t,turb1,yplus,uplus,kplus,t11plus,t12plus,t13plus,t22plus,t23plus,t33plus,yplusretau,b11,b22,b33,b12,b13,b23,cmu_star,turb2'
  /


 &boundary_output_variables
    number_of_boundaries=2
    boundary_list='1,6'
    primitive_variables=T
    y=F
    z=T
    skinfr=T
    turb1  = T
    turb2  = T
    mu_t   = T
 /

 &project
    project_rootname = 'flatplate_clust2_0levelsdown_545x385'
 /

 &raw_grid
    grid_format = 'aflr3'
    data_format = 'stream'
    twod_mode   = .true.
 /