inputs_laser_ionization

max_step = 0
hipace.dt = 10.e-6/clight
hipace.verbose = 3

amr.n_cell = 50 50 50


my_constants.kp_inv = 10.e-6

my_constants.nc = 1.75e27
my_constants.n0 = nc/10000

my_constants.a0 = 0.00885126

my_constants.w0_um = 1.e8
my_constants.tau_fs = 30/1.17741 
my_constants.lambda0_nm = 800

hipace.file_prefix = laser_ionization.1Rank
hipace.do_tiling = 0
hipace.deposit_rho_individual = 1

geometry.prob_lo     = -10.*kp_inv   -10.*kp_inv   -15.*kp_inv #box shifted
geometry.prob_hi     =  10.*kp_inv    10.*kp_inv    5.*kp_inv

lasers.names = laser
lasers.lambda0 = lambda0_nm * 1.e-9


laser.a0 = a0
laser.position_mean = 0. 0. 0
laser.w0 = w0_um*1.e-6
laser.tau = tau_fs*1.e-15
laser.focal_distance = 50.e-6

plasmas.names = elec ion
plasmas.insitu_period = 1

elec.density(x,y,z) = n0
elec.ppc = 0 0
elec.u_mean = 0.0 0.0 0.0
elec.element = electron
elec.neutralize_background = false

ion.density(x,y,z) = n0
ion.ppc = 1 1
ion.u_mean = 0.0 0.0 0.0
ion.element = H
ion.mass_Da = 1.008
ion.initial_ion_level = 0
ion.can_laser_ionize = 1
ion.ionization_product = elec

amr.max_level = 0

diagnostic.output_period = 1

hipace.depos_order_xy = 0

boundary.field = Dirichlet
boundary.particle = Periodic

diagnostic.diag_type = xyz