test5.py File Reference

Go to the source code of this file.

Namespaces
namespace	test5
	This test checks that R * A_DG * P * u_random = A_CG * u_random and R * M_DG * P * u_random = M_CG * u_random for some random vector u_random.

Variables
	test5.parser = argparse.ArgumentParser(description='Multigrid - Poisson solver')
	test5.dest
	test5.type
	test5.int
	test5.default
	test5.help
	test5.action
	test5.False
	test5.choices
	test5.required
	test5.True
	test5.args = parser.parse_args()
	test5.project
	test5.matrices
	test5.assembly_matrix
	test5.assembly_matrix_scaling
	test5.mass_matrix
	test5.mass_matrix_scaling
	test5.face_from_cell_projection_scaling = matrices.get_face_from_cell_matrix()
	test5.cell_from_face_projection_scaling = matrices.get_cell_from_face_matrix()
	test5.approximate_system_matrix_scaling = matrices.get_A_tilde()
	test5.dg_solver
int	test5.num_dg_face_solutions = 2 * (args.poly_degree + 1) ** (args.dimensions-1)
int	test5.num_dg_face_projections = 4 * (args.poly_degree + 1) ** (args.dimensions-1)
	test5.correction_equation_matrices
	test5.system_matrix
	test5.system_matrix_scaling
	test5.maxx_matrix_scaling
	test5.collocated_solver
	test5.intergrid_operators
list	test5.prolongation_matrix = [intergrid_operators.prolongation()]
list	test5.prolongation_matrix_scaling = [0]
list	test5.restriction_matrix = [intergrid_operators.restriction()]
list	test5.restriction_matrix_scaling = [0]
list	test5.injection_matrix = [intergrid_operators.injection()]
list	test5.injection_matrix_scaling = [0]
	test5.preprocessing_action_set
	test5.auxiliary
	test5.build_mode = peano4.api.output.CompileMode.RELEASE
float	test5.cube_size = 1.0
	test5.dimensions
	test5.offset
	test5.domain_size
	test5.plot_after_each_mesh_sweep
	test5.max_iterations
	test5.peano4_project = project.generate_Peano4_project(args.verbose)