uni20::krylov::EigenResult< Scalar, Vector > Struct Template Reference

Matrix-free eigenvalue result with solver-owned vector objects. More...

#include <matrix_free.hpp>

Public Attributes
int	converged_count = 0
std::optional< SymmetricLanczosDiagnostics< Scalar > >	diagnostics
std::vector< Scalar >	eigenvalues
std::vector< Vector >	eigenvectors
int	iteration_count = 0
int	matvec_count = 0
std::vector< Scalar >	residual_bounds
int	status = 0

Detailed Description

template<typename Scalar, typename Vector>
struct uni20::krylov::EigenResult< Scalar, Vector >

Matrix-free eigenvalue result with solver-owned vector objects.

Member Data Documentation

converged_count

template<typename Scalar , typename Vector >

int uni20::krylov::EigenResult< Scalar, Vector >::converged_count = 0

diagnostics

template<typename Scalar , typename Vector >

std::optional<SymmetricLanczosDiagnostics<Scalar> > uni20::krylov::EigenResult< Scalar, Vector >::diagnostics

eigenvalues

template<typename Scalar , typename Vector >

std::vector<Scalar> uni20::krylov::EigenResult< Scalar, Vector >::eigenvalues

eigenvectors

template<typename Scalar , typename Vector >

std::vector<Vector> uni20::krylov::EigenResult< Scalar, Vector >::eigenvectors

iteration_count

template<typename Scalar , typename Vector >

int uni20::krylov::EigenResult< Scalar, Vector >::iteration_count = 0

matvec_count

template<typename Scalar , typename Vector >

int uni20::krylov::EigenResult< Scalar, Vector >::matvec_count = 0

residual_bounds

template<typename Scalar , typename Vector >

std::vector<Scalar> uni20::krylov::EigenResult< Scalar, Vector >::residual_bounds

status

template<typename Scalar , typename Vector >

int uni20::krylov::EigenResult< Scalar, Vector >::status = 0

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

• matrix_free.hpp