solver: vfp-2d

mlflow:
  experiment: vfp2d
  run: landau-damping

units:
  laser_wavelength: 351nm
  reference electron temperature: 3000eV
  reference ion temperature: 300eV
  reference electron density: 2.275e21/cm^3
  Z: 6
  Ion: Au+
  logLambda: nrl

density:
  # A fixed uniform ion background leaves the electron perturbation charged,
  # so the initial spectral Poisson solve seeds the electrostatic field.
  quasineutrality: false
  species-electron:
    m: 2.0
    n:
      x:
        basis: cosine
        baseline: 1.0
        amplitude: 1.0e-4
        wavelength: 20um
      y:
        basis: cosine
        baseline: 1.0
        amplitude: 1.0e-4
        wavelength: 20um
    T:
      basis: uniform
      baseline: 1.0

grid:
  xmin: 0um
  xmax: 20um
  nx: 32
  ymin: 0um
  ymax: 20um
  ny: 32
  tmin: 0fs
  tmax: 100fs
  dt: 0.05fs
  nv: 96
  vmax: 8.0
  lmax: 5
  mmax: 5

terms:
  fokker_planck:
    active: false
    flm:
      ee: true
    f00:
      model: CoulombianKernel
      scheme: central

drivers: {}

save:
  t:
    tmin: 0fs
    tmax: 100fs
    nt: 101