&run_setup
	lattice                  = out.lte,
	use_beamline             = "BEAMLINE",
	output                   = %s.out,
	! centroid                 = %s.cen,
	! sigma                    = %s.sig,
	final                    = %s.fin,
	! acceptance               = %s.acceptance,
	! losses                   = %s.lost,
	! magnets                  = %s.mag,
	! parameters               = %s.par,
	combine_bunch_statistics = 0,
	default_order            = 3,
	concat_order             = 3,
	print_statistics         = 1,
	random_number_seed       = 987654321,
	! expand_for               = "NRTL_input_binary.sdds",
	p_central                = 39823.9597028 ,
	tracking_updates         = 1,
	load_balancing_on        = 0,
&end

&run_control
	n_steps                  = 1
&end

&bunched_beam
	bunch                    = %s.bun ,
	n_particles_per_bunch    = 500000 ,
	time_start               = 0 ,
	emit_nx                  = 0.0001 ,
	beta_x                   = 0.5 ,
	alpha_x                  = 0.0 ,
	eta_x                    = 0.0 ,
	etap_x                   = 0.0 ,
	emit_ny                  = 0.0001 ,
	beta_y                   = 5.0 ,
	alpha_y                  = 0.0 ,
	eta_y                    = 0.0 ,
	etap_y                   = 0.0 ,
	use_twiss_command_values = 0.0 ,
	Po                       = 39823.9597028 ,
	sigma_dp                 = 0.2 ,
	sigma_s                  = 5e-05 ,
	dp_s_coupling            = 0.0 ,
	momentum_chirp           = 0.0 ,
	one_random_bunch         = 1 ,
	symmetrize               = 0 ,
	limit_invariants         = 0,
	limit_in_4d              = 0,
	enforce_rms_values[0]    = 1 , 1, 1,
	distribution_cutoff[0]   = 10, 10, 10,
	distribution_type[0]     = "gaussian","gaussian","gaussian",
	centroid[0]              = 0.0, 0.0, 0.0, 0.0, 0.0, 0.0,
	first_is_fiducial        = 0,
	save_initial_coordinates = 1
	! matched_to_cell          = 0.0 ,
	! emit_x                   = 0.0 ,
	! emit_y                   = 0.0 ,
	! emit_z                   = 0.0 ,
	! beta_z                   = 0.0 ,
	! alpha_z                  = 0.0 ,
	! halton_sequence[3]       = {0, 0, 0},
	! halton_radix[6]          = {0, 0, 0, 0, 0, 0},
	! optimized_halton         = 0,
	! randomize_order[3]       = {0, 0, 0},
&end

&twiss_output
	filename     = %s.twi,
	matched      = 0,
	beta_x       = 0.5,
	beta_y       = 5.0,
	alpha_x      = 0.0,
	alpha_y      = 0.0,
	eta_x        = 0.0,
	etap_x       = 0.0,
	eta_y        = 0.0,
	etap_y       = 0.0,
	concat_order = 3
&end

! &sdds_beam
!         input="NRTL_input_binary.sdds",
!         center_transversely=1,
!         center_arrival_time=1
! &end

! &matrix_output
!         printout=%s.mpr,
!         printout_order=2,
!         SDDS_output=%s.mat,
!         SDDS_output_order=2,
! &end

&track
&end