advection_squares.py File Reference

Namespaces
namespace	advection_squares

Variables
str	advection_squares.torder = 'RK4'
str	advection_squares.sorder = 'thirdOrder'
list	advection_squares.velocity = [1.0,0.0,0.0]
bool	advection_squares.periodic_boundary_conditions = True
bool	advection_squares.use_limiters = False
float	advection_squares.skin_depth_norm = 1.0
float	advection_squares.omega_p_norm = 1.0
int	advection_squares.charge = 1
int	advection_squares.mass = 1
int	advection_squares.charge_to_mass = charge/mass
float	advection_squares.cfl = 0.8
float	advection_squares.perturbation = 0.01
int	advection_squares.thermal_velocity = 1
float	advection_squares.density = 1.0
list	advection_squares.v_space_num_elements = [40]
list	advection_squares.min_v = [-5]
list	advection_squares.dv = [0.25]
int	advection_squares.num_physical_elements = 40
int	advection_squares.L = 2 * np.pi
warpy	advection_squares.mesh
	Generate a mesh -> vlasov.
warpy	advection_squares.distribution
	Create a variable for the fluid and one for the array Make components array component_names = np.zeros(number_velocity_components) for i in range(number_velocity_components): component_names[i] = 'fe' + str(i)
warpy	advection_squares.field
warpy	advection_squares.fluid
warpy	advection_squares.distribution_ic
	Initial conditions function.
warpy	advection_squares.maxwell_ic
list	advection_squares.applicators
	Initial condition applicator.
list	advection_squares.apps_kinetic
	Applications (consists of equation sets and boundary conditions)
list	advection_squares.apps_physical
list	advection_squares.applications_moments = []
list	advection_squares.variable_adjusters = []
	Variable adjusters.
warpy	advection_squares.writer
	Variable writer.
warpy	advection_squares.spatial_solver_kinetic
	Spatial solver.
warpy	advection_squares.spatial_solver_physical
warpy	advection_squares.temporal_solver
	Temporal solver.
int	advection_squares.dt = 1e-5
	Simulation (dg)
int	advection_squares.t_final = 20
warpy	advection_squares.dt_controller = warpy.dt_calc.stability_dt(dt)
int	advection_squares.timesteps = 2000
int	advection_squares.write_steps = 100
warpy	advection_squares.sim
	advection_squares.gen_xdmf
	Run Simulation ... 1 sim.run('kinetic_advection/apr18_2018',.
	advection_squares.detect_nonscalar