### AMReX parameters
################################
amr.n_cell = 64 64 100                  # number of grid points in x, y, z
amr.max_level = 0                       # level of mesh refinement. Currently, only 0 available

#### General simulation settings
################################
max_step = 20                           # max time step. 0 computes the fields of the initial beam
diagnostic.output_period = 1            # output period. Last step is always written
hipace.normalized_units = 1             # unit system: SI units: 0, normalized units: 1
hipace.dt = 4.4                         # Time step

### Simulation domain
################################
boundary.field = Dirichlet              # boundary condition for fields
boundary.particle = Periodic            # boundary condition for particles
geometry.prob_lo     = -8.   -8.   -6   # physical domain: dimension must be provided
geometry.prob_hi     =  8.    8.    6   # in the respective unit system

### Beam(s)
################################
beams.names = beam                      # name(s) of the beam(s)
beam.injection_type = fixed_weight      # injection type: fixed_weight, fixed_ppc, or from_file
beam.num_particles = 100000             # number of constant weight particles
beam.position_mean = 0. 0. 0            # mean position in x,y,z in the respective unit system
beam.position_std = 0.3 0.3 1.41        # rms size in x,y,z in the respecitve unit system
beam.density = 3.                       # peak density
beam.u_mean = 0. 0. 2000                # normalized mean momentum in x,y,z
beam.u_std = 0. 0. 0.                   # normalized rms of the momentum in x,y,z

### Plasma
################################
plasmas.names = plasma                  # name(s) of the plasma(s)
plasma.element = electron               # type of plasma: electron, proton, or an element e.g. He
plasma.density(x,y,z) = 1.              # density function in the respective unit systems
plasma.ppc = 1 1                        # particles per cell in x,y

### Diagnostics
################################
diagnostic.diag_type = xz               # 2D xz slice output. Options: xyz, xz, yz
beams.insitu_period = 1                 # in-situ diagnostic period for beam(s)
