dedalus.tests.test_lbvp
Test simple LBVPs.
Module Contents
- xfail_param(param, reason, run=True)
- dtype_range
- disk_azimuth_coupling_range
- build_disk(Nphi, Nr, radius, alpha, dealias, dtype)
- build_annulus(Nphi, Nr, radii, alpha, dealias, dtype)
- test_algebraic(dtype)
Test algebraic equation.
- test_poisson_fourier(N, dtype, matrix_coupling)
Test Poisson equation with Fourier basis.
- test_poisson_jacobi(N, a, b, dtype)
Test Poisson equation with Jacobi basis.
- test_poisson_annulus(Nr, Nphi, alpha, dtype, azimuth_coupling)
Test Poisson equation with annulus basis.
- test_poisson_disk(Nr, Nphi, alpha, dtype, azimuth_coupling)
Test Poisson equation with disk basis.
- test_vector_poisson_annulus(Nr, Nphi, alpha, dtype, azimuth_coupling, component_bcs)
Test vector Poisson equation with annulus basis.
- test_vector_poisson_disk(Nr, Nphi, alpha, dtype, azimuth_coupling, component_bcs)
Test vector Poisson equation with disk basis.
- radius_ball = 1
- build_ball(Nphi, Ntheta, Nr, dealias, dtype)
- test_heat_ball(Nmax, Lmax, dtype)
- test_heat_ball_cart(Nmax, Lmax, dtype)
- radii_shell = (1, 2)
- build_shell(Nphi, Ntheta, Nr, dealias, dtype)
- test_heat_shell(Nmax, Lmax, dtype)
- test_vector_heat_shell(Nmax, Lmax, dtype)
- test_ncc_ball(Nmax, Lmax, dtype)
- test_heat_ncc_shell(Nmax, Lmax, ncc_exponent, ncc_location, ncc_scale, dtype)
- test_lap_meridional_ncc_shell(Nmax, Lmax, dtype)
- test_lap_meridional_radial_ncc_shell(Nmax, Lmax, dtype)
- test_lap_2dncc_vector_shell(Nmax, Lmax, dtype)
- test_heat_ncc_cos_ball(Nmax, Lmax, ncc_scale, dtype)