#include <rigid_particle.h>

Inheritance diagram for libMesh::RigidParticle:

Collaboration diagram for libMesh::RigidParticle:

Public Member Functions
	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)

	~RigidParticle ()

void	init ()

std::vector< int > &	counter ()

dof_id_type	id () const

Real	radius () const

const Real &	charge () const

const Real &	epsilon_in () const

int	processor_id () const

void	set_processor_id (const int pid)

const std::string &	mesh_type () const

void	set_neighbor_list (const std::vector< std::pair< std::size_t, Real > > &nei_list)

std::vector< std::pair< std::size_t, Real > >	neighbor_list () const

void	attach_mesh_spring_network (MeshSpringNetwork *msn)

MeshSpringNetwork *	mesh_spring_network () const

void	extract_surface_mesh (const std::string &vmesh, const std::string &smesh) const

void	read_mesh (const std::string &filename, const std::string &mesh_type)

void	read_mesh_sphere (const std::string &filename)

void	read_mesh_cylinder (const std::string &filename)

void	write_mesh (const std::string &filename)

void	update_mesh (const std::vector< Point > &nodal_pos, const std::vector< Point > &nodal_vel)

void	update_mesh (const std::vector< Point > &nodal_pos)

void	translate_mesh (const Point &translationDist)

void	extract_nodes (std::vector< Point > &node_xyz)

SerialMesh &	mesh ()

std::vector< Real >	mesh_size () const

const Point &	mesh_point (const std::size_t i) const

const Real	node_center_dist (const std::size_t i) const

std::size_t	num_mesh_nodes () const

std::size_t	num_mesh_elem () const

bool	on_the_periodic_boundary ()

const bool &	if_on_the_periodic_boundary () const

void	rebuild_periodic_mesh ()

void	restore_periodic_mesh ()

void	build_nodal_sedimentation_force ()

void	compute_volume ()

void	compute_area ()

void	compute_centroid ()

const Real &	get_volume0 () const

const Real &	get_volume () const

const Real &	get_area0 () const

const Real &	get_area () const

const Point &	get_center0 () const

const Point &	get_centroid0 ()

const Point &	get_centroid ()

const std::string &	get_particle_shape ()

Point	elem_surface_normal (const Elem &s_elem, const Point &pt0) const

std::vector< Point >	compute_surface_normal ()

void	volume_conservation ()

void	print_info () const

void	set_node_velocity (std::vector< Point > &node_velocity)

void	zero_node_force ()
	force on surface nodes More...

void	add_node_force (std::vector< Point > &node_force)
	add force to surface nodes More...

void	get_node_force (std::vector< Point > &node_force) const
	get force on surface nodes More...

void	compute_centroid_velocity ()
	compute body velocity each node of this rigid particle does not have member velocity so we can only calculate centroid_velocity in point_mesh.C and assign it to this rigid particle More...

const Point &	centroid_velocity ()
	get centroid velocity More...

void	compute_centroid_force ()
	compute body force More...

const Point &	centroid_force ()

Constructor & Destructor Documentation

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::~RigidParticle ( )

Member Function Documentation

void libMesh::RigidParticle::add_node_force ( std::vector< Point > & node_force )

add force to surface nodes

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void libMesh::RigidParticle::attach_mesh_spring_network ( MeshSpringNetwork * msn )

inline

void libMesh::RigidParticle::build_nodal_sedimentation_force ( )

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const Point& libMesh::RigidParticle::centroid_force ( )

inline

get centroid force

const Point& libMesh::RigidParticle::centroid_velocity ( )

inline

get centroid velocity

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const Real& libMesh::RigidParticle::charge ( ) const

inline

void libMesh::RigidParticle::compute_area ( )

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void libMesh::RigidParticle::compute_centroid ( )

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void libMesh::RigidParticle::compute_centroid_force ( )

compute body force

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void libMesh::RigidParticle::compute_centroid_velocity ( )

compute body velocity each node of this rigid particle does not have member velocity so we can only calculate centroid_velocity in point_mesh.C and assign it to this rigid particle

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std::vector< Point > libMesh::RigidParticle::compute_surface_normal ( )

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void libMesh::RigidParticle::compute_volume ( )

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std::vector<int>& libMesh::RigidParticle::counter ( )

inline

Point libMesh::RigidParticle::elem_surface_normal	(	const Elem &	s_elem,
		const Point &	pt0
	)		const

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const Real& libMesh::RigidParticle::epsilon_in ( ) const

inline

void libMesh::RigidParticle::extract_nodes ( std::vector< Point > & node_xyz )

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void libMesh::RigidParticle::extract_surface_mesh	(	const std::string &	vmesh,
		const std::string &	smesh
	)		const

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const Real& libMesh::RigidParticle::get_area ( ) const

inline

const Real& libMesh::RigidParticle::get_area0 ( ) const

inline

const Point& libMesh::RigidParticle::get_center0 ( ) const

inline

const Point& libMesh::RigidParticle::get_centroid ( )

inline

const Point& libMesh::RigidParticle::get_centroid0 ( )

inline

void libMesh::RigidParticle::get_node_force ( std::vector< Point > & node_force ) const

inline

get force on surface nodes

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const std::string& libMesh::RigidParticle::get_particle_shape ( )

inline

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const Real& libMesh::RigidParticle::get_volume ( ) const

inline

const Real& libMesh::RigidParticle::get_volume0 ( ) const

inline

dof_id_type libMesh::RigidParticle::id ( ) const

inline

const bool& libMesh::RigidParticle::if_on_the_periodic_boundary ( ) const

inline

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void libMesh::RigidParticle::init ( )

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SerialMesh & libMesh::RigidParticle::mesh ( )

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const Point & libMesh::RigidParticle::mesh_point ( const std::size_t i ) const

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std::vector< Real > libMesh::RigidParticle::mesh_size ( ) const

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MeshSpringNetwork* libMesh::RigidParticle::mesh_spring_network ( ) const

inline

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const std::string& libMesh::RigidParticle::mesh_type ( ) const

inline

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std::vector<std::pair<std::size_t,Real> > libMesh::RigidParticle::neighbor_list ( ) const

inline

const Real libMesh::RigidParticle::node_center_dist ( const std::size_t i ) const

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std::size_t libMesh::RigidParticle::num_mesh_elem ( ) const

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std::size_t libMesh::RigidParticle::num_mesh_nodes ( ) const

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bool libMesh::RigidParticle::on_the_periodic_boundary ( )

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void libMesh::RigidParticle::print_info ( ) const

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int libMesh::RigidParticle::processor_id ( ) const

inline

Real libMesh::RigidParticle::radius ( ) const

inline

void libMesh::RigidParticle::read_mesh	(	const std::string &	filename,
		const std::string &	mesh_type
	)

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void libMesh::RigidParticle::read_mesh_cylinder ( const std::string & filename )

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void libMesh::RigidParticle::read_mesh_sphere ( const std::string & filename )

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void libMesh::RigidParticle::rebuild_periodic_mesh ( )

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void libMesh::RigidParticle::restore_periodic_mesh ( )

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void libMesh::RigidParticle::set_neighbor_list ( const std::vector< std::pair< std::size_t, Real > > & nei_list )

inline

void libMesh::RigidParticle::set_node_velocity ( std::vector< Point > & node_velocity )

inline

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void libMesh::RigidParticle::set_processor_id ( const int pid )

inline

void libMesh::RigidParticle::translate_mesh ( const Point & translationDist )

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void libMesh::RigidParticle::update_mesh	(	const std::vector< Point > &	nodal_pos,
		const std::vector< Point > &	nodal_vel
	)

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void libMesh::RigidParticle::update_mesh ( const std::vector< Point > & nodal_pos )

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void libMesh::RigidParticle::volume_conservation ( )

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void libMesh::RigidParticle::write_mesh ( const std::string & filename )

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void libMesh::RigidParticle::zero_node_force ( )

force on surface nodes

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The documentation for this class was generated from the following files:

/home/cody/copss-hydrodynamics-public/src/rigid_particle.h
/home/cody/copss-hydrodynamics-public/src/rigid_particle.C

Public Member Functions

Constructor & Destructor Documentation

Member Function Documentation