&change_particle
	mass_ratio=0.5110034,
&end

&run_setup
!	p_central_mev=.334964448195447,
	p_central_mev=.6,
	always_change_p0=1,
	centroid=%s.cen,
    parameters=%s.parms,
	use_beamline=CATHODE_to_BOOSTER,
	rootname=CATHODE_to_BOOSTER,
	final=%s.fin,
    lattice=CATHODE_to_BOOSTER_matched.lte,
!   lattice=CATHODE_to_BOOSTER.lte, 
	sigma=%s.sig,
&end

&twiss_output
	alpha_y=-2.930,
	radiation_integrals=1,
	eta_y=0,
	filename=%s.twi,
	beta_y=1.345,
	eta_x=0,
	matched=0,
	beta_x=1.345,
	alpha_x=-2.930,
&end

&run_control
	n_steps=1,
&end

&matrix_output
	output_at_each_step=1,
	full_matrix_only=0,
	SDDS_output=%s.matr,
	SDDS_output_order=1,
&end

&floor_coordinates
	X0=81.04474432696308,
	magnet_centers=1,
	phi0=0,
	psi0=0,
    Y0=100.0,
!   Set theta0, Z0 to zero to match with Alicia's GPT model,
!   with 15 deg dipole ANGLE=0
!	theta0=0.0,
	theta0=-0.2618,
!	Z0=0.0,
	Z0=-0.4418966752952205,
    filename=%s.flr,
&end

! &floor_coordinates
! 	X0=81.04474432696308,
! 	magnet_centers=1,
! 	phi0=0,
! 	psi0=0,
! 	Y0=100.0,
! 	theta0=-0.2618,
! 	filename=%s.flr,
! 	Z0=-262.9962690440663,
! &end

&bunched_beam
	enforce_rms_values[0]=1,1,1,
	emit_x=4e-08,
	distribution_type[0]=3*"gaussian",
	use_twiss_command_values=1,
	sigma_dp=0.00001,
	sigma_s=0,
	n_particles_per_bunch=1024,
	emit_y=4e-08,
	distribution_cutoff[0]=3*3,
&end

&track
&end