uni20::krylov::GmresRefinementInfo< I, R > Struct Template Reference

Refinement diagnostics for the last finite published working iterate. More...

#include <gmres_refinement.hpp>

Public Member Functions
bool	succeeded () const noexcept

Public Attributes
std::size_t	corrections = 0
std::optional< GmresErrorEstimates< R > >	errors = {}
std::size_t	inner_iterations = 0
std::optional< GmresInfo< I > >	last_inner = {}
std::optional< GmresResidual< R > >	residual = {}
std::size_t	residual_operator_applications = 0
GmresRefinementStatus	status = GmresRefinementStatus::iteration_limit

Detailed Description

template<Real I, Real R>
struct uni20::krylov::GmresRefinementInfo< I, R >

Refinement diagnostics for the last finite published working iterate.

Member Function Documentation

succeeded()

template<Real I, Real R>

bool uni20::krylov::GmresRefinementInfo< I, R >::succeeded ( ) const

inlinenoexcept

Member Data Documentation

corrections

template<Real I, Real R>

std::size_t uni20::krylov::GmresRefinementInfo< I, R >::corrections = 0

errors

template<Real I, Real R>

std::optional<GmresErrorEstimates<R> > uni20::krylov::GmresRefinementInfo< I, R >::errors = {}

inner_iterations

template<Real I, Real R>

std::size_t uni20::krylov::GmresRefinementInfo< I, R >::inner_iterations = 0

last_inner

template<Real I, Real R>

std::optional<GmresInfo<I> > uni20::krylov::GmresRefinementInfo< I, R >::last_inner = {}

residual

template<Real I, Real R>

std::optional<GmresResidual<R> > uni20::krylov::GmresRefinementInfo< I, R >::residual = {}

residual_operator_applications

template<Real I, Real R>

std::size_t uni20::krylov::GmresRefinementInfo< I, R >::residual_operator_applications = 0

status

template<Real I, Real R>

GmresRefinementStatus uni20::krylov::GmresRefinementInfo< I, R >::status = GmresRefinementStatus::iteration_limit

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

• gmres_refinement.hpp