libMesh::ElasticitySystem Class Reference

#include <elasticity_system.h>

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Public Types
typedef ElasticitySystem	sys_type
typedef LinearImplicitSystem	Parent

Public Member Functions
	ElasticitySystem (EquationSystems &es, const std::string &name, const unsigned int number)
virtual	~ElasticitySystem ()
sys_type &	system ()
virtual void	clear ()
void	init_ksp_solver ()
void	destroy_ksp_solver ()
KSP &	ksp_solver ()
void	build_nodal_force_gravity (const std::vector< Real > &f)
std::vector< Real >	nodal_force () const
void	attach_particle_mesh (ParticleMesh< 3 > *pm)
ParticleMesh< 3 > *	particle_mesh ()
ParticleMesh< 3 > *	particle_mesh () const
void	attach_mesh_spring_network (MeshSpringNetwork *msn)
MeshSpringNetwork *	mesh_spring_network ()
MeshSpringNetwork *	mesh_spring_network () const
std::vector< Real >	mesh_size () const

Member Typedef Documentation

typedef LinearImplicitSystem libMesh::ElasticitySystem::Parent

The type of the parent.

typedef ElasticitySystem libMesh::ElasticitySystem::sys_type

The type of system.

Constructor & Destructor Documentation

libMesh::ElasticitySystem::ElasticitySystem	(	EquationSystems &	es,
		const std::string &	name,
		const unsigned int	number
	)

Constructor.

libMesh::ElasticitySystem::~ElasticitySystem ( )

virtual

Destructor.

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Member Function Documentation

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

inline

void libMesh::ElasticitySystem::attach_particle_mesh ( ParticleMesh< 3 > *  pm )

inline

void libMesh::ElasticitySystem::build_nodal_force_gravity

(

const std::vector< Real > &

f

)

construct the nodal force vector due to gravity f = (fx,fy,fz) is the force density.

It is an area density for surface mesh, and volume density of volume mesh!

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void libMesh::ElasticitySystem::clear ( )

virtual

Clear all the data structures associated with the system.

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void libMesh::ElasticitySystem::destroy_ksp_solver

(

)

Destroy KSP solver

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void libMesh::ElasticitySystem::init_ksp_solver

(

)

Create KSP solver

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KSP& libMesh::ElasticitySystem::ksp_solver ( )

inline

return KSP solver

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std::vector< Real > libMesh::ElasticitySystem::mesh_size

(

)

const

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MeshSpringNetwork* libMesh::ElasticitySystem::mesh_spring_network ( )

inline

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

inline

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std::vector<Real> libMesh::ElasticitySystem::nodal_force ( ) const

inline

Return the nodal force vector

ParticleMesh<3>* libMesh::ElasticitySystem::particle_mesh ( )

inline

ParticleMesh<3>* libMesh::ElasticitySystem::particle_mesh ( ) const

inline

sys_type& libMesh::ElasticitySystem::system ( )

inline

Returns

a clever pointer to the system.

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

• /home/cody/copss-hydrodynamics-public/src/elasticity_system.h
• /home/cody/copss-hydrodynamics-public/src/elasticity_system.C