libMesh::EigenSolver< T > Member List

This is the complete list of members for libMesh::EigenSolver< T >, including all inherited members.

_close_matrix_before_solvelibMesh::EigenSolver< T >protected
_communicatorlibMesh::ParallelObjectprotected
_countslibMesh::ReferenceCounterprotectedstatic
_eigen_problem_typelibMesh::EigenSolver< T >protected
_eigen_solver_typelibMesh::EigenSolver< T >protected
_enable_print_counterlibMesh::ReferenceCounterprotectedstatic
_is_initializedlibMesh::EigenSolver< T >protected
_mutexlibMesh::ReferenceCounterprotectedstatic
_n_objectslibMesh::ReferenceCounterprotectedstatic
_position_of_spectrumlibMesh::EigenSolver< T >protected
_solver_configurationlibMesh::EigenSolver< T >protected
_target_vallibMesh::EigenSolver< T >protected
attach_deflation_space(NumericVector< T > &deflation_vector)=0libMesh::EigenSolver< T >pure virtual
build(const Parallel::Communicator &comm_in, const SolverPackage solver_package=SLEPC_SOLVERS)libMesh::EigenSolver< T >static
clear()libMesh::EigenSolver< T >inlinevirtual
comm() constlibMesh::ParallelObjectinline
Counts typedeflibMesh::ReferenceCounterprotected
disable_print_counter_info()libMesh::ReferenceCounterstatic
eigen_problem_type() constlibMesh::EigenSolver< T >inline
eigen_solver_type() constlibMesh::EigenSolver< T >inline
EigenSolver(const Parallel::Communicator &comm_in)libMesh::EigenSolver< T >
enable_print_counter_info()libMesh::ReferenceCounterstatic
get_close_matrix_before_solve() constlibMesh::EigenSolver< T >inline
get_eigenpair(dof_id_type i, NumericVector< T > &solution)=0libMesh::EigenSolver< T >pure virtual
get_eigenvalue(dof_id_type i)=0libMesh::EigenSolver< T >pure virtual
get_info()libMesh::ReferenceCounterstatic
increment_constructor_count(const std::string &name)libMesh::ReferenceCounterinlineprotected
increment_destructor_count(const std::string &name)libMesh::ReferenceCounterinlineprotected
init()=0libMesh::EigenSolver< T >pure virtual
initialized() constlibMesh::EigenSolver< T >inline
n_objects()libMesh::ReferenceCounterinlinestatic
n_processors() constlibMesh::ParallelObjectinline
ReferenceCountedObject< EigenSolver< T > >::operator=(const ReferenceCountedObject &)libMesh::ReferenceCountedObject< EigenSolver< T > >inlineprotected
libMesh::ParallelObject::operator=(const ParallelObject &libmesh_dbg_var(other))libMesh::ParallelObjectinline
ParallelObject(const Parallel::Communicator &comm_in)libMesh::ParallelObjectinline
ParallelObject(const ParallelObject &other)libMesh::ParallelObjectinline
position_of_spectrum() constlibMesh::EigenSolver< T >inline
print_info(std::ostream &out=libMesh::out)libMesh::ReferenceCounterstatic
processor_id() constlibMesh::ParallelObjectinline
ReferenceCountedObject()libMesh::ReferenceCountedObject< EigenSolver< T > >inlineprotected
ReferenceCountedObject(const ReferenceCountedObject &other)libMesh::ReferenceCountedObject< EigenSolver< T > >inlineprotected
ReferenceCountedObject(ReferenceCountedObject &&other) noexceptlibMesh::ReferenceCountedObject< EigenSolver< T > >inlineprotected
ReferenceCounter()libMesh::ReferenceCounterinlineprotected
ReferenceCounter(const ReferenceCounter &)libMesh::ReferenceCounterinlineprotected
ReferenceCounter(ReferenceCounter &&other) noexceptlibMesh::ReferenceCounterinlineprotected
set_close_matrix_before_solve(bool val)libMesh::EigenSolver< T >inline
set_eigenproblem_type(EigenProblemType ept)libMesh::EigenSolver< T >inline
set_eigensolver_type(const EigenSolverType est)libMesh::EigenSolver< T >inline
set_initial_space(NumericVector< T > &initial_space_in)=0libMesh::EigenSolver< T >pure virtual
set_position_of_spectrum(PositionOfSpectrum pos)libMesh::EigenSolver< T >inline
set_position_of_spectrum(Real pos)libMesh::EigenSolver< T >
set_position_of_spectrum(Real pos, PositionOfSpectrum target)libMesh::EigenSolver< T >
set_solver_configuration(SolverConfiguration &solver_configuration)libMesh::EigenSolver< T >
solve_generalized(SparseMatrix< T > &matrix_A, SparseMatrix< T > &matrix_B, int nev, int ncv, const double tol, const unsigned int m_its)=0libMesh::EigenSolver< T >pure virtual
solve_generalized(ShellMatrix< T > &matrix_A, SparseMatrix< T > &matrix_B, int nev, int ncv, const double tol, const unsigned int m_its)=0libMesh::EigenSolver< T >pure virtual
solve_generalized(SparseMatrix< T > &matrix_A, ShellMatrix< T > &matrix_B, int nev, int ncv, const double tol, const unsigned int m_its)=0libMesh::EigenSolver< T >pure virtual
solve_generalized(ShellMatrix< T > &matrix_A, ShellMatrix< T > &matrix_B, int nev, int ncv, const double tol, const unsigned int m_its)=0libMesh::EigenSolver< T >pure virtual
solve_standard(SparseMatrix< T > &matrix_A, int nev, int ncv, const double tol, const unsigned int m_its)=0libMesh::EigenSolver< T >pure virtual
solve_standard(ShellMatrix< T > &matrix_A, int nev, int ncv, const double tol, const unsigned int m_its)=0libMesh::EigenSolver< T >pure virtual
~EigenSolver()libMesh::EigenSolver< T >virtual
~ParallelObject()libMesh::ParallelObjectinlinevirtual
~ReferenceCountedObject()libMesh::ReferenceCountedObject< EigenSolver< T > >inline
~ReferenceCounter()libMesh::ReferenceCounterinline