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str | examples.dg.diffusion.diffusion.torder = 'SSPRK3' |
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str | examples.dg.diffusion.diffusion.sorder = 'thirdOrder' |
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float | examples.dg.diffusion.diffusion.diffusivity = 1.0 |
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int | examples.dg.diffusion.diffusion.n = 1 |
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float | examples.dg.diffusion.diffusion.cfl = 1.0 |
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int | examples.dg.diffusion.diffusion.x_min = 0; |
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float | examples.dg.diffusion.diffusion.x_max = 2.0 * pi |
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int | examples.dg.diffusion.diffusion.elems = 20 |
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tuple | examples.dg.diffusion.diffusion.hmin = ((x_max-x_min)/elems) |
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str | examples.dg.diffusion.diffusion.gradient_method = "ip" |
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None | examples.dg.diffusion.diffusion.penalty_beta = None |
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float | examples.dg.diffusion.diffusion.penalty_eta = +1.0 |
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bool | examples.dg.diffusion.diffusion.periodic_boundary_conditions = False |
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warpy | examples.dg.diffusion.diffusion.mesh |
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warpy | examples.dg.diffusion.diffusion.fluid = warpy.variable(name='fluid',components=['rho'],basis_array_set=sorder) |
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warpy | examples.dg.diffusion.diffusion.fluid_gradient = warpy.variable(name='fluid_gradient',components=['rho_x','rho_y','rho_z'],basis_array_set=sorder,explodable=False) |
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warpy | examples.dg.diffusion.diffusion.fluid_gradient2 = warpy.variable(name='fluid_gradient2',components=['rho_x','rho_y','rho_z'],basis_array_set=sorder,explodable=False) |
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warpy | examples.dg.diffusion.diffusion.fluid_ic = warpy.functions.fourier(name='fluid_ic',sine_amplitudes=[1.0],sine_frequencies=[1.0]) |
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list | examples.dg.diffusion.diffusion.applicators = [warpy.applicator(spatial_order=sorder,fun=fluid_ic,var=fluid,spatial_scheme='Nodal')] |
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list | examples.dg.diffusion.diffusion.apps |
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list | examples.dg.diffusion.diffusion.bc_apps = [] |
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list | examples.dg.diffusion.diffusion.variable_adjusters = [] |
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warpy | examples.dg.diffusion.diffusion.writer = warpy.host_actions.writer(name='writer',ReadVars=[fluid, fluid_gradient, fluid_gradient2]) |
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| examples.dg.diffusion.diffusion.else : |
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warpy | examples.dg.diffusion.diffusion.dg |
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warpy | examples.dg.diffusion.diffusion.temporal_solver = warpy.host_actions.erk(name='rk', scheme=torder,spatial_solvers=[dg],variable_adjusters=variable_adjusters) |
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int | examples.dg.diffusion.diffusion.dt = 1e-4 |
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warpy | examples.dg.diffusion.diffusion.dt_controller = warpy.dt_calc.fixed_dt(dt) |
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int | examples.dg.diffusion.diffusion.nout = 100 |
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warpy | examples.dg.diffusion.diffusion.sim |
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datetime | examples.dg.diffusion.diffusion.now = datetime.datetime.now() |
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| examples.dg.diffusion.diffusion.local_path |
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| examples.dg.diffusion.diffusion.gen_xdmf |
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| examples.dg.diffusion.diffusion.True |
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| examples.dg.diffusion.diffusion.detect_nonscalar |
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