API Reference

• migflow.fluid
  • FluidProblem
    • FluidProblem.__del__()
    • FluidProblem.adapt_mesh()
    • FluidProblem.add_constraint()
    • FluidProblem.advance_concentration()
    • FluidProblem.assemble_weak_boundaries()
    • FluidProblem.boundary_force()
    • FluidProblem.boundary_force_by_contributions()
    • FluidProblem.bounding_box()
    • FluidProblem.bulk_force()
    • FluidProblem.compute_cfl()
    • FluidProblem.compute_node_force()
    • FluidProblem.concentration_dg()
    • FluidProblem.concentration_dg_grad()
    • FluidProblem.coordinates()
    • FluidProblem.coordinates_fields()
    • FluidProblem.curvature()
    • FluidProblem.density()
    • FluidProblem.dimension()
    • FluidProblem.element_tags()
    • FluidProblem.elements()
    • FluidProblem.enable_stability()
    • FluidProblem.field_index()
    • FluidProblem.fields_gradient()
    • FluidProblem.free_csr()
    • FluidProblem.full_implicit_euler()
    • FluidProblem.g()
    • FluidProblem.get_bodies_csr_force()
    • FluidProblem.get_bodies_csr_size()
    • FluidProblem.get_default_discretisation()
    • FluidProblem.get_default_export()
    • FluidProblem.get_density_element()
    • FluidProblem.get_forces_on_bodies()
    • FluidProblem.get_mapping()
    • FluidProblem.get_mesh_disc_overlap()
    • FluidProblem.get_mesh_particle_centroid()
    • FluidProblem.get_mesh_polygons_overlap()
    • FluidProblem.get_p1_element()
    • FluidProblem.get_particle_forces()
    • FluidProblem.get_pressure_element()
    • FluidProblem.get_velocity_element()
    • FluidProblem.get_viscosity_element()
    • FluidProblem.global_map()
    • FluidProblem.ic_source()
    • FluidProblem.implicit_euler()
    • FluidProblem.implicit_euler_advect_nodes()
    • FluidProblem.interpolate()
    • FluidProblem.load_msh()
    • FluidProblem.local_boundary_force_by_contribution()
    • FluidProblem.local_size()
    • FluidProblem.mesh_boundaries()
    • FluidProblem.mesh_velocity()
    • FluidProblem.move_particles()
    • FluidProblem.n_bodies()
    • FluidProblem.n_elements()
    • FluidProblem.n_fields()
    • FluidProblem.n_fluids()
    • FluidProblem.n_nodes()
    • FluidProblem.node_volume()
    • FluidProblem.p_jump()
    • FluidProblem.parent_nodes()
    • FluidProblem.porosity()
    • FluidProblem.pressure()
    • FluidProblem.pressure_index()
    • FluidProblem.read_field()
    • FluidProblem.read_mig()
    • FluidProblem.read_vtk()
    • FluidProblem.set_bodies()
    • FluidProblem.set_concentration_cg()
    • FluidProblem.set_coordinates()
    • FluidProblem.set_detmin()
    • FluidProblem.set_mean_pressure()
    • FluidProblem.set_mesh()
    • FluidProblem.set_open_boundary()
    • FluidProblem.set_particles()
    • FluidProblem.set_particles_body()
    • FluidProblem.set_stability_flags()
    • FluidProblem.set_strong_boundary()
    • FluidProblem.set_symmetry_boundary()
    • FluidProblem.set_wall_boundary()
    • FluidProblem.set_weak_boundary()
    • FluidProblem.set_weak_boundary_nodal_values()
    • FluidProblem.solution()
    • FluidProblem.solution_at_coordinates()
    • FluidProblem.u_background()
    • FluidProblem.u_solid()
    • FluidProblem.update_node_volume()
    • FluidProblem.velocity()
    • FluidProblem.velocity_index()
    • FluidProblem.viscosity()
    • FluidProblem.volume_flux()
    • FluidProblem.write_mig()
    • FluidProblem.write_vtk()
  • removeprefix()
• migflow.scontact
  • ParticleProblem
    • ParticleProblem.__del__()
    • ParticleProblem.add_body()
    • ParticleProblem.add_boundary_periodic_entity()
    • ParticleProblem.add_boundary_periodic_point()
    • ParticleProblem.add_boundary_periodic_segment()
    • ParticleProblem.add_boundary_periodic_triangle()
    • ParticleProblem.add_boundary_segment()
    • ParticleProblem.add_boundary_triangle()
    • ParticleProblem.add_boundary_triangle_framed()
    • ParticleProblem.add_entities()
    • ParticleProblem.add_particle()
    • ParticleProblem.add_particle_body()
    • ParticleProblem.add_particle_to_body()
    • ParticleProblem.add_particles()
    • ParticleProblem.add_segment_to_body()
    • ParticleProblem.add_triangle_to_body()
    • ParticleProblem.body_constraint()
    • ParticleProblem.body_invert_inertia()
    • ParticleProblem.body_invert_mass()
    • ParticleProblem.body_omega()
    • ParticleProblem.body_position()
    • ParticleProblem.body_theta()
    • ParticleProblem.body_velocity()
    • ParticleProblem.bounding_box()
    • ParticleProblem.compute_relative_position()
    • ParticleProblem.compute_stress_tensor()
    • ParticleProblem.contact_forces()
    • ParticleProblem.contact_heat()
    • ParticleProblem.contacts()
    • ParticleProblem.delassus()
    • ParticleProblem.dim()
    • ParticleProblem.filter_new_particles()
    • ParticleProblem.get_boundary_forces()
    • ParticleProblem.get_current_quality()
    • ParticleProblem.get_iters_contacts_solve()
    • ParticleProblem.get_material_id()
    • ParticleProblem.get_overall_quality()
    • ParticleProblem.get_separation_threshold()
    • ParticleProblem.get_tag_id()
    • ParticleProblem.get_time_contacts_solve()
    • ParticleProblem.get_time_detection()
    • ParticleProblem.id()
    • ParticleProblem.init_body()
    • ParticleProblem.iterate()
    • ParticleProblem.load_mesh_to_body()
    • ParticleProblem.load_msh_boundaries()
    • ParticleProblem.material()
    • ParticleProblem.mu()
    • ParticleProblem.n_bodies()
    • ParticleProblem.n_particles()
    • ParticleProblem.omega()
    • ParticleProblem.parse_type()
    • ParticleProblem.particle_body()
    • ParticleProblem.particle_body_uid()
    • ParticleProblem.particle_relative_position()
    • ParticleProblem.particles()
    • ParticleProblem.periodic_entity()
    • ParticleProblem.periodic_points()
    • ParticleProblem.periodic_segments()
    • ParticleProblem.periodic_triangles()
    • ParticleProblem.position()
    • ParticleProblem.r()
    • ParticleProblem.read_mig()
    • ParticleProblem.remove_bodies_flag()
    • ParticleProblem.restore_state()
    • ParticleProblem.save_state()
    • ParticleProblem.segments()
    • ParticleProblem.segments_position()
    • ParticleProblem.set_boundary_velocity()
    • ParticleProblem.set_cohesion_coefficient()
    • ParticleProblem.set_compute_contact_forces()
    • ParticleProblem.set_detection_per_iteration()
    • ParticleProblem.set_fixed_contact_geometry()
    • ParticleProblem.set_friction_coefficient()
    • ParticleProblem.set_initial()
    • ParticleProblem.set_jacobi_max_iters()
    • ParticleProblem.set_jacobi_mode()
    • ParticleProblem.set_jacobi_relaxation()
    • ParticleProblem.set_oriented_faces()
    • ParticleProblem.set_predict_basis()
    • ParticleProblem.set_redblack_mode()
    • ParticleProblem.set_separation_threshold()
    • ParticleProblem.set_use_queue()
    • ParticleProblem.triangles()
    • ParticleProblem.velocity()
    • ParticleProblem.volume()
    • ParticleProblem.write_mig()
    • ParticleProblem.write_residues_to_CSV()
  • absolute_coord()
  • fastdeposit_2d()
  • get_particle_range()
  • read_particle_field()
• migflow.time_integration
  • iterate()
  • predictor_corrector_iterate()
• migflow.lmgc90Interface
  • ParticleProblem
    • ParticleProblem.__del__()
    • ParticleProblem.contact_forces()
    • ParticleProblem.externalForces()
    • ParticleProblem.iterate()
    • ParticleProblem.mass()
    • ParticleProblem.position()
    • ParticleProblem.r()
    • ParticleProblem.set_boundary_velocity()
    • ParticleProblem.velocity()
    • ParticleProblem.volume()
    • ParticleProblem.write_vtk()
    • ParticleProblem.write_vtk_lmgc()
  • scontactTolmgc90()