#include <dune/pdelab/backend/istl/seqistlsolverbackend.hh>
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| ISTLBackend_SEQ_Richardson (unsigned maxiter_=5000, int verbose_=1) |
| make a linear solver object More...
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template<class M , class V , class W > |
void | apply (M &A, V &z, W &r, typename Dune::template FieldTraits< typename W::ElementType >::real_type reduction) |
| solve the given linear system More...
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template<class V > |
Dune::template FieldTraits< typenameV::ElementType >::real_type | norm (const V &v) const |
| compute global norm of a vector More...
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const Dune::PDELab::LinearSolverResult< double > & | result () const |
| Return access to result data. More...
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◆ ISTLBackend_SEQ_Richardson()
template<template< class > class Solver>
make a linear solver object
- Parameters
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[in] | maxiter_ | maximum number of iterations to do |
[in] | verbose_ | print messages if true |
◆ apply()
template<template< class > class Solver>
template<class M , class V , class W >
solve the given linear system
- Parameters
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[in] | A | the given matrix |
[out] | z | the solution vector to be computed |
[in] | r | right hand side |
[in] | reduction | to be achieved |
◆ norm()
template<class V >
Dune::template FieldTraits< typenameV::ElementType >::real_type Dune::PDELab::SequentialNorm::norm |
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const V & |
v | ) |
const |
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inlineinherited |
compute global norm of a vector
\param[in] v the given vector
◆ result()
Return access to result data.
◆ res
The documentation for this class was generated from the following file: