ptest-ufem-demo-chorin-assembly.py File Reference

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Namespaces
	ptest-ufem-demo-chorin-assembly

Variables
int	n = 100
string	matrix_builder = 'cf3.math.LSS.EmptyLSSMatrix'
tuple	measurement = ET.Element('DartMeasurement', name = 'Problem size', type = 'numeric/integer')
tuple	model = cf.Core.root()
tuple	domain = model.create_domain()
tuple	physics = model.create_physics('cf3.UFEM.NavierStokesPhysics')
tuple	solver = model.create_solver('cf3.UFEM.Solver')
tuple	ns_solver = solver.add_unsteady_solver('cf3.UFEM.demo.NavierStokesChorin')
tuple	mesh = domain.create_component('Mesh', 'cf3.mesh.Mesh')
tuple	mesh_generator = domain.create_component("MeshGenerator","cf3.mesh.SimpleMeshGenerator")
tuple	triangulator = domain.create_component('triangulator', 'cf3.mesh.MeshTriangulator')
tuple	ic_u = solver.InitialConditions.create_initial_condition(builder_name = 'cf3.UFEM.InitialConditionFunction', field_tag = 'navier_stokes_u_solution')
tuple	ic_p = solver.InitialConditions.create_initial_condition(builder_name = 'cf3.UFEM.InitialConditionFunction', field_tag = 'navier_stokes_p_solution')
tuple	bc_wall = ns_solver.VelocityBC.create_bc_action(region_name = 'top', builder_name = 'cf3.UFEM.BCDirichletFunction')
tuple	bc_p_out = ns_solver.PressureBC.create_bc_action(region_name = 'right', builder_name = 'cf3.UFEM.BCDirichletFunction')
tuple	bc_p_in = ns_solver.PressureBC.create_bc_action(region_name = 'left', builder_name = 'cf3.UFEM.BCDirichletFunction')
tuple	lss = ns_solver.children.AuxiliaryLSS.create_lss()
tuple	time = model.create_time()