Solver Class Reference

#include <Solver.h>

Inheritance diagram for Solver:

Public Member Functions
	Solver ()
virtual	~Solver ()
virtual int	init (int num_nodes, int num_elements, mesh_node *node, tetra_element_linear *elem, SimulationParams *params, int num_pinned_nodes, int *pinned_nodes_list, set< int > bsite_pinned_nodes_list)=0
virtual int	solve (vector3 *x)=0
virtual void	apply_matrix (scalar *in, scalar *result)=0

Constructor & Destructor Documentation

Solver()

Solver::Solver ( )

inline

Provide an empty constructor (to avoid linker problems)

~Solver()

virtual Solver::~Solver ( )

inlinevirtual

Make the destructor virtual (so that the destructor of derived classes will be called too)

Member Function Documentation

apply_matrix()

virtual void Solver::apply_matrix ( scalar *  in, scalar *  result  )

pure virtual

Implemented in NoMassCGSolver, SparseSubstitutionSolver, ConjugateGradientSolver, and MassLumpedSolver.

Referenced by ~Solver().

init()

virtual int Solver::init ( int  num_nodes, int  num_elements, mesh_node *  node, tetra_element_linear *  elem, SimulationParams *  params, int  num_pinned_nodes, int *  pinned_nodes_list, set< int >  bsite_pinned_nodes_list  )

pure virtual

Initialises the solver (by building whatever representation of the mass matrix it needs) using the given node-element connectivity.

Implemented in NoMassCGSolver, SparseSubstitutionSolver, ConjugateGradientSolver, and MassLumpedSolver.

Referenced by Blob::init(), Blob::reset_solver(), and ~Solver().

solve()

virtual int Solver::solve ( vector3 *  x )

pure virtual

Solves the linear system Mx = f where f is the force vector (should be 'x' on input), and the mass matrix M has already been constructed (in whatever representation) by the init() function for a particular Blob. The solution is written to x.

Implemented in SparseSubstitutionSolver, NoMassCGSolver, ConjugateGradientSolver, and MassLumpedSolver.

Referenced by Blob::aggregate_forces_and_solve(), and ~Solver().

---

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

• Solver.h