Parallel Finite Element - General geometry Ewald-like Method
Part of Continuum-particle Simulation Suite under MICCOM
libMesh::RigidParticle Member List

This is the complete list of members for libMesh::RigidParticle, including all inherited members.

add_node_force(std::vector< Point > &node_force)libMesh::RigidParticle
attach_mesh_spring_network(MeshSpringNetwork *msn)libMesh::RigidParticleinline
build_nodal_sedimentation_force()libMesh::RigidParticle
centroid_force()libMesh::RigidParticleinline
centroid_velocity()libMesh::RigidParticleinline
charge() const libMesh::RigidParticleinline
compute_area()libMesh::RigidParticle
compute_centroid()libMesh::RigidParticle
compute_centroid_force()libMesh::RigidParticle
compute_centroid_velocity()libMesh::RigidParticle
compute_surface_normal()libMesh::RigidParticle
compute_volume()libMesh::RigidParticle
counter()libMesh::RigidParticleinline
elem_surface_normal(const Elem &s_elem, const Point &pt0) const libMesh::RigidParticle
epsilon_in() const libMesh::RigidParticleinline
extract_nodes(std::vector< Point > &node_xyz)libMesh::RigidParticle
extract_surface_mesh(const std::string &vmesh, const std::string &smesh) const libMesh::RigidParticle
get_area() const libMesh::RigidParticleinline
get_area0() const libMesh::RigidParticleinline
get_center0() const libMesh::RigidParticleinline
get_centroid()libMesh::RigidParticleinline
get_centroid0()libMesh::RigidParticleinline
get_node_force(std::vector< Point > &node_force) const libMesh::RigidParticleinline
get_particle_shape()libMesh::RigidParticleinline
get_volume() const libMesh::RigidParticleinline
get_volume0() const libMesh::RigidParticleinline
id() const libMesh::RigidParticleinline
if_on_the_periodic_boundary() const libMesh::RigidParticleinline
init()libMesh::RigidParticle
mesh()libMesh::RigidParticle
mesh_point(const std::size_t i) const libMesh::RigidParticle
mesh_size() const libMesh::RigidParticle
mesh_spring_network() const libMesh::RigidParticleinline
mesh_type() const libMesh::RigidParticleinline
neighbor_list() const libMesh::RigidParticleinline
node_center_dist(const std::size_t i) const libMesh::RigidParticle
num_mesh_elem() const libMesh::RigidParticle
num_mesh_nodes() const libMesh::RigidParticle
on_the_periodic_boundary()libMesh::RigidParticle
print_info() const libMesh::RigidParticle
processor_id() const libMesh::RigidParticleinline
radius() const libMesh::RigidParticleinline
read_mesh(const std::string &filename, const std::string &mesh_type)libMesh::RigidParticle
read_mesh_cylinder(const std::string &filename)libMesh::RigidParticle
read_mesh_sphere(const std::string &filename)libMesh::RigidParticle
rebuild_periodic_mesh()libMesh::RigidParticle
restore_periodic_mesh()libMesh::RigidParticle
RigidParticle(const dof_id_type &particle_id, const int &particle_type, const Point &pt, const Point &mag, const Point &rot, const Real &charge, const Real &epsilon_in, const Point &sedimentation_body_force_density, const Parallel::Communicator &comm_in)libMesh::RigidParticle
set_neighbor_list(const std::vector< std::pair< std::size_t, Real > > &nei_list)libMesh::RigidParticleinline
set_node_velocity(std::vector< Point > &node_velocity)libMesh::RigidParticleinline
set_processor_id(const int pid)libMesh::RigidParticleinline
translate_mesh(const Point &translationDist)libMesh::RigidParticle
update_mesh(const std::vector< Point > &nodal_pos, const std::vector< Point > &nodal_vel)libMesh::RigidParticle
update_mesh(const std::vector< Point > &nodal_pos)libMesh::RigidParticle
volume_conservation()libMesh::RigidParticle
write_mesh(const std::string &filename)libMesh::RigidParticle
zero_node_force()libMesh::RigidParticle
~RigidParticle()libMesh::RigidParticle