# keywords: Magnetized Plasma, OCP, Boris integrator
Particles:
    - Species:
        name: H
        number_density: 1.62e+30       # /m^3
        mass: 1.673e-27                # kg, ptcl mass of ion1
        num: 1000                    # total number of particles of ion1
        Z: 1.0                        # degree of ionization
        temperature_eV: 0.286965

Potential:
    type: Coulomb                  # potential type
    method: pppm                   # P3M
    rc: 2.202596e-10             # cut-off radius, meter
    pppm_mesh: [64,64,64]
    pppm_aliases: [3,3,3]
    pppm_cao: 6
    pppm_alpha_ewald: 1.703898e+10

Integrator:
    dt: 1.10e-17            # sec
    type: magnetic_boris                  # velocity integrator type
    electrostatic_equilibration: True
    equilibration_steps: 5000
    magnetization_steps: 5000
    production_steps: 70000
    eq_dump_step: 10
    prod_dump_step: 5
    mag_dump_step: 10

Thermostat:
    type: Berendsen               # thermostat type
    relaxation_timestep: 100
    berendsen_tau: 10.0

Parameters:
    units: mks                    # units
    load_method: random_no_reject
    boundary_conditions: periodic
    rdf_nbins: 500
    magnetized: True
    magnetic_field: [0.0, 0.0, 17.0e+6]  # Tesla

IO:
    verbose: yes
    magnetized: True
    job_dir: ocp_mag_boris        # dir name to save data. The default is "Checkpoint"

Observables:
  - RadialDistributionFunction:
      no_bins: 500

  - Thermodynamics:
      phase: production

  - VelocityAutoCorrelationFunction:
      phase: production
      no_slices: 5