two_stream_instability.py File Reference

Namespaces
namespace	two_stream_instability

Variables
str	two_stream_instability.torder = 'RK4'
str	two_stream_instability.sorder = 'thirdOrder'
bool	two_stream_instability.periodic_boundary_conditions = True
float	two_stream_instability.skin_depth_norm = 1.0
float	two_stream_instability.omega_p_norm = 1.0
int	two_stream_instability.charge = 1
int	two_stream_instability.mass = 1
int	two_stream_instability.charge_to_mass = charge/mass
float	two_stream_instability.cfl = 0.235
float	two_stream_instability.perturbation = 0.01
float	two_stream_instability.thermal_velocity = 0.1
float	two_stream_instability.density = 1.0
np	two_stream_instability.velocity_separation = np.pi/2.0
list	two_stream_instability.v_space_num_elements = [160]
list	two_stream_instability.min_v = [-10.0]
list	two_stream_instability.dv = [0.125]
int	two_stream_instability.num_physical_elements = 80
int	two_stream_instability.L = 2 * np.pi
float	two_stream_instability.k = 0.5
warpy	two_stream_instability.mesh
warpy	two_stream_instability.distribution
warpy	two_stream_instability.field
warpy	two_stream_instability.fluid
warpy	two_stream_instability.distribution_ic
	Initial conditions-------------------------------— Step 1: define the function as an application:
warpy	two_stream_instability.maxwell_ic
warpy	two_stream_instability.distribution_ic_va
warpy	two_stream_instability.maxwell_ic_va
warpy	two_stream_instability.ic_ha
list	two_stream_instability.apps_kinetic
	Initial conditions-------------------------------—.
list	two_stream_instability.apps_physical
list	two_stream_instability.applications_moments = []
list	two_stream_instability.variable_adjusters = []
	Variable adjusters.
warpy	two_stream_instability.writer
	Variable writer.
warpy	two_stream_instability.spatial_solver_kinetic
	Spatial solver.
warpy	two_stream_instability.spatial_solver_physical
warpy	two_stream_instability.temporal_solver
	Temporal solver.
int	two_stream_instability.dt = 1e-1
	Simulation (dg) dt = 1e-5.
int	two_stream_instability.t_final = 80
warpy	two_stream_instability.dt_controller = warpy.dt_calc.stability_dt(dt)
int	two_stream_instability.write_steps = 1000
datetime	two_stream_instability.now = datetime.datetime.now().strftime("%Y_%m_%d")
str	two_stream_instability.sim_name = '80x160_3rdorder_rk4_t80_1000writes_vth_0p1_sep_pi_over_2'
warpy	two_stream_instability.config_args = warpy.load_configs()
warpy	two_stream_instability.case_loc = config_args['test_rundir'](f'kinetics/two_stream_instability/{now}', '')
list	two_stream_instability.max_vx = min_v[0] + dv[0] * v_space_num_elements[0]
f	two_stream_instability.sim_param
warpy	two_stream_instability.sim
	two_stream_instability.gen_xdmf
	Run Simulation ... 1.
	two_stream_instability.detect_nonscalar