Class template Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
class Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>¶ Computes eigenvalues and eigenvectors of a matrix; specialized for each supported MatrixType.
Method Dune::XT::LA::EigenSolver::options¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const Common::Configuration &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::options() const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::matrix¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const MatrixType &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::matrix() const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::eigenvalues¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const std::vector<Common::complex_t<FieldType>> &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::eigenvalues() const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::real_eigenvalues¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const std::vector<Common::real_t<FieldType>> &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::real_eigenvalues() const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::min_eigenvalues¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const std::vector<Common::real_t<FieldType>> &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::min_eigenvalues(const size_t = std::numeric_limits<size_t>::max()) const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::max_eigenvalues¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const std::vector<Common::real_t<FieldType>> &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::max_eigenvalues(const size_t = std::numeric_limits<size_t>::max()) const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::eigenvectors¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const ComplexMatrixType &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::eigenvectors() const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::eigenvectors_inverse¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const ComplexMatrixType &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::eigenvectors_inverse() const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::real_eigenvectors¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const RealMatrixType &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::real_eigenvectors() const¶ No documentation provided.
Method Dune::XT::LA::EigenSolver::real_eigenvectors_inverse¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
const RealMatrixType &Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::real_eigenvectors_inverse() const¶ No documentation provided.
Constructor Dune::XT::LA::EigenSolver::EigenSolver¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
explicit Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::EigenSolver(const MatrixType&, const std::string& = "")¶ No documentation provided.
Constructor Dune::XT::LA::EigenSolver::EigenSolver¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::EigenSolver(const MatrixType&, const Common::Configuration&)¶ No documentation provided.
Type alias Dune::XT::LA::EigenSolver::MatrixType¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
using Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::MatrixType = MatrixImp¶ No documentation provided.
Type alias Dune::XT::LA::EigenSolver::FieldType¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
using Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::FieldType = double¶ No documentation provided.
Type alias Dune::XT::LA::EigenSolver::RealMatrixType¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
using Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::RealMatrixType = int¶ No documentation provided.
Type alias Dune::XT::LA::EigenSolver::ComplexMatrixType¶
-
template<class MatrixImp, bool is_matrix = XT::Common::is_matrix<MatrixImp>::value || (XT::Common::is_vector<MatrixImp>::value && XT::Common::VectorAbstraction<MatrixImp>::has_static_size && XT::Common::VectorAbstraction<MatrixImp>::static_size == 1)>
using Dune::XT::LA::EigenSolver<MatrixImp, is_matrix>::ComplexMatrixType = int¶ No documentation provided.