max_step = 500
amr.n_cell = 256 256 1024
my_constants.kp_inv = clight/wp
my_constants.kp = wp/clight
my_constants.wp = sqrt( ne * q_e^2/(m_e *epsilon0) )
my_constants.ne = 1.0505e23
my_constants.Rm = 3*kp_inv
my_constants.Lramp = 6.e-3
hipace.verbose = 1
hipace.dt = 10.*kp_inv/clight
diagnostic.output_period = 10
amr.max_level = 0
geometry.is_periodic = true true false # Is periodic?
geometry.prob_lo = -18*kp_inv -18*kp_inv -7.5*kp_inv
geometry.prob_hi = 18*kp_inv 18*kp_inv 1.5*kp_inv
lasers.names = laser
lasers.lambda0 = 800e-9
lasers.solver_type = multigrid
lasers.MG_tolerance_rel = 1e-5
laser.a0 = 1.9
laser.position_mean = 0. 0. 0
laser.w0 = 3*kp_inv
laser.L0 = 0.5*kp_inv
plasmas.names = plasma
plasma.density(x,y,z) = "ne*(1+4*(x^2+y^2)/(kp^2 * Rm^4 ) ) *
if (z > Lramp, 1, .5*(1-cos(pi*z/Lramp))) *
if (z>0,1,0)"
plasma.ppc = 1 1
plasma.element = electron
plasma.radius = 23.*kp_inv
diagnostic.diag_type = xz