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str | examples.dg.mhd.gem_challenge_imhd.torder = 'RK4' |
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str | examples.dg.mhd.gem_challenge_imhd.sorder = 'thirdOrder' |
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bool | examples.dg.mhd.gem_challenge_imhd.useLimiter = False |
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bool | examples.dg.mhd.gem_challenge_imhd.always_limit = True |
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float | examples.dg.mhd.gem_challenge_imhd.skin_depth_norm = 1.0 |
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int | examples.dg.mhd.gem_challenge_imhd.gamma = 5./3. |
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int | examples.dg.mhd.gem_challenge_imhd.z_i = 1 |
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int | examples.dg.mhd.gem_challenge_imhd.A_i = 1 |
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int | examples.dg.mhd.gem_challenge_imhd.theta = 1 |
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int | examples.dg.mhd.gem_challenge_imhd.di_L = 1. |
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int | examples.dg.mhd.gem_challenge_imhd.Lx = 8*math.pi*di_L |
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int | examples.dg.mhd.gem_challenge_imhd.Ly = 4*math.pi*di_L |
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float | examples.dg.mhd.gem_challenge_imhd.sheet_width = 0.5 |
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float | examples.dg.mhd.gem_challenge_imhd.n0 = 1.0 |
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float | examples.dg.mhd.gem_challenge_imhd.n_inf = 0.2 |
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float | examples.dg.mhd.gem_challenge_imhd.B0 = 1.0 |
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float | examples.dg.mhd.gem_challenge_imhd.Ti_Te = 1.0/theta |
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tuple | examples.dg.mhd.gem_challenge_imhd.Te = (di_L / skin_depth_norm * B0)**2 / (2 * (n0-n_inf) * (1 + Ti_Te)) |
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list | examples.dg.mhd.gem_challenge_imhd.T = [Ti_Te * Te, Te] |
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int | examples.dg.mhd.gem_challenge_imhd.v = 2. * skin_depth_norm / (sheet_width * B0) |
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list | examples.dg.mhd.gem_challenge_imhd.V = T[0]*v |
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warpy | examples.dg.mhd.gem_challenge_imhd.mesh = warpy.mesh.block(Bounds=[-Lx/2.,Lx/2., -Ly/2.,Ly/2.],NumCells=[4,2],NodeSets=['Left','Right', 'Lower','Upper'],NumLayers=2,basis_array_set=sorder,PeriodicBoundaries=['Left','Right']) |
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list | examples.dg.mhd.gem_challenge_imhd.component_names = ['rho', 'px', 'py', 'pz', 'e', 'Bx', 'By', 'Bz'] |
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warpy | examples.dg.mhd.gem_challenge_imhd.fluid = warpy.variable(name='fluid',components=component_names,basis_array_set=sorder) |
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list | examples.dg.mhd.gem_challenge_imhd.gradient_component_names = [prefix+"_"+suffix for prefix in component_names for suffix in ['x','y','z']] |
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warpy | examples.dg.mhd.gem_challenge_imhd.fluid_gradient = warpy.variable(name='fluid_gradient', components=gradient_component_names,basis_array_set=sorder) |
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warpy | examples.dg.mhd.gem_challenge_imhd.gem_ic = warpy.functions.gem_hallmhd(name='gem_ic',gamma=gamma,mass=A_i,temperature=T[0],velocity=V,sheet_width=sheet_width,number_density=n0,number_density_infinity=n_inf,Bx=B0,Lx=Lx,Ly=Ly) |
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list | examples.dg.mhd.gem_challenge_imhd.applicators = [warpy.applicator(spatial_order=sorder,fun=gem_ic,var=fluid,spatial_scheme='Nodal')] |
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list | examples.dg.mhd.gem_challenge_imhd.apps = [] |
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list | examples.dg.mhd.gem_challenge_imhd.dirichlet_apps = [] |
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list | examples.dg.mhd.gem_challenge_imhd.neumann_apps = [] |
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warpy | examples.dg.mhd.gem_challenge_imhd.writer = warpy.host_actions.writer(name='writer',ReadVars=[fluid]) |
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warpy | examples.dg.mhd.gem_challenge_imhd.spatial_solver = warpy.spatial_solvers.dg(name="dg", spatial_order=sorder, applications=apps, on_subdomains=['all']) |
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list | examples.dg.mhd.gem_challenge_imhd.variable_adjusters = [] |
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warpy | examples.dg.mhd.gem_challenge_imhd.ti = warpy.host_actions.erk(name="rk", scheme=torder, spatial_solvers=[spatial_solver], variable_adjusters=variable_adjusters) |
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warpy | examples.dg.mhd.gem_challenge_imhd.dt_controller = warpy.dt_calc.stability_dt(init_dt=1e-5) |
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warpy | examples.dg.mhd.gem_challenge_imhd.sim = warpy.dg_sim(name='gem_imhd',meshes=[mesh],initial_conditions=applicators,temporal_solvers=[ti],writers=[writer],time=[0,40.0],dt_controller=dt_controller,write_steps=1000,verbosity='info', profile='icpus') |
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| examples.dg.mhd.gem_challenge_imhd.gen_xdmf |
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| examples.dg.mhd.gem_challenge_imhd.True |
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| examples.dg.mhd.gem_challenge_imhd.detect_nonscalar |
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