test_periodic_BC-1D.py File Reference

Go to the source code of this file.

Namespaces
namespace	test_periodic_BC-1D

Variables
	test_periodic_BC-1D.parser = argparse.ArgumentParser(description="Test periodic boundary conditions")
	Parse user input.
	test_periodic_BC-1D.dest
	test_periodic_BC-1D.type
	test_periodic_BC-1D.int
	test_periodic_BC-1D.default
	test_periodic_BC-1D.help
	test_periodic_BC-1D.action
	test_periodic_BC-1D.args = parser.parse_args()
int	test_periodic_BC-1D.dimensions = 2
	Generate ExaParty project.
int	test_periodic_BC-1D.hydro_dimensions = 1
	test_periodic_BC-1D.project
	test_periodic_BC-1D.particle
	test_periodic_BC-1D.particle_set = project.add_particle_species(particle)
	test_periodic_BC-1D.build_mode = peano4.api.output.CompileMode.DEBUG
list	test_periodic_BC-1D.offset = [0, 0, 0]
list	test_periodic_BC-1D.domain_size = [1, 1, 1]
list	test_periodic_BC-1D.periodic_boundary_conditions = [True, False, False]
	test_periodic_BC-1D.min_end_time
	test_periodic_BC-1D.max_end_time
	test_periodic_BC-1D.first_plot_time_stamp
	test_periodic_BC-1D.time_in_between_plots
	test_periodic_BC-1D.periodic_BC
	test_periodic_BC-1D.plotter_precision
str	test_periodic_BC-1D.particle_force = ""
	Declare the force acting on the particle.
float	test_periodic_BC-1D.search_radius = args.cell_size / 100.0
	Initialisation snippet for the particle.
tuple	test_periodic_BC-1D.initialisation_snippet
	test_periodic_BC-1D.coords = np.array([[0.21, 0.5, 0.0], [0.81, 0.5, 0.0]])
	test_periodic_BC-1D.particle_plotter
	Set up the plotter.
	test_periodic_BC-1D.peano4_project = project.generate_Peano4_project(verbose=args.verbose)
	Generate plain Peano 4 project.
list	test_periodic_BC-1D.dirs = ["vertexdata/", "repositories/", "globaldata/", "observers/"]
	test_periodic_BC-1D.overwrite
	test_periodic_BC-1D.Always
	test_periodic_BC-1D.throw_away_data_after_generation
	test_periodic_BC-1D.make_clean_first
	test_periodic_BC-1D.True
	test_periodic_BC-1D.number_of_parallel_builds
list	test_periodic_BC-1D.output_files