benchmarks.py File Reference

Go to the source code of this file.

Namespaces
namespace	benchmarks

Variables
	benchmarks.parser = argparse.ArgumentParser(description='Multigrid - Poisson solver')
	benchmarks.dest
	benchmarks.type
	benchmarks.int
	benchmarks.default
	benchmarks.help
	benchmarks.action
	benchmarks.False
	benchmarks.required
	benchmarks.True
	benchmarks.choices
	benchmarks.args = parser.parse_args()
	benchmarks.project
	benchmarks.matrices
	benchmarks.assembly_matrix
	benchmarks.assembly_matrix_scaling
	benchmarks.mass_matrix
	benchmarks.mass_matrix_scaling
	benchmarks.face_from_cell_projection_scaling = matrices.get_face_from_cell_matrix()
	benchmarks.cell_from_face_projection_scaling = matrices.get_cell_from_face_matrix()
	benchmarks.approximate_system_matrix_scaling = matrices.get_A_tilde()
	benchmarks.Solver_Type = None
str	benchmarks.name = "DGPoisson"
	benchmarks.solver
	benchmarks.build_mode = peano4.api.output.CompileMode.ASSERTS
float	benchmarks.cube_size = 1.0
int	benchmarks.max_iterations = 10
	benchmarks.dimensions = 2
	benchmarks.offset
	benchmarks.domain_size
	benchmarks.plot_after_each_mesh_sweep
	benchmarks.max_trees = args.max_trees
	benchmarks.tree_levels = toolbox.loadbalancing.api.real_mesh_size_and_level(float(args.meshsize),1.0)[1]
	benchmarks.split_iteration = toolbox.loadbalancing.api.compute_regular_mesh_construction_grid_construction_sweeps(tree_levels)
list	benchmarks.new_partitions = [ int(3**(dimensions*tree_levels)/2) ]
list	benchmarks.target_ranks = [0 for x in new_partitions]
	benchmarks.peano4_project = project.generate_Peano4_project(args.verbose)