lu_rcond.hpp File Reference

#include "common.hpp"
#include <uni20/backend/blas/blas_int.hpp>
#include <uni20/backend/lapack/lapack.hpp>
#include <uni20/linalg/backends/packed_matrix.hpp>
#include <uni20/linalg/dispatch.hpp>
#include <uni20/linalg/operation_tags.hpp>
#include <uni20/linalg/solve_info.hpp>

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Namespaces
namespace	uni20
namespace	uni20::linalg
namespace	uni20::linalg::condition_detail

Concepts
concept	uni20::linalg::condition_detail::PackedGecon
concept	uni20::linalg::condition_detail::PrecisionArgs

Functions
template<RankedMdspecLike< 2 > A, class... P> requires HostReadableMdspec<A> && condition_detail::PrecisionArgs<typename A::value_type, P...> && (LapackScalar<typename A::value_type> || condition_detail::PackedGecon<typename A::value_type>)
consteval auto	uni20::linalg::kernel_accepts_types (LapackBackend, lu_rcond_op const &, make_real_t< typename A::value_type > &, A &, make_real_t< typename A::value_type > const &, SolveInfo &, P...)
	Accept configured GECON providers for read-only successful LU factors.
template<LapackScalar S>
make_real_t< S >	uni20::linalg::condition_detail::native_gecon (DenseMatrix< S > const &a, make_real_t< S > norm, char code)
char	uni20::linalg::condition_detail::norm_code (MatrixNorm norm)
template<RankedMdspecLike< 2 > A, class... P> requires HostReadableMdspec<A> && condition_detail::PrecisionArgs<typename A::value_type, P...> && (LapackScalar<typename A::value_type> || condition_detail::PackedGecon<typename A::value_type>)
KernelAttempt	uni20::linalg::try_kernel (LapackBackend, lu_rcond_op const &op, make_real_t< typename A::value_type > &output, A &a, make_real_t< typename A::value_type > const &original_norm, SolveInfo &info, P... precision)
	Estimate reciprocal conditioning without modifying the factors.
template<class S >
Precision	uni20::linalg::condition_detail::working_precision ()
template<class S >
Precision	uni20::linalg::condition_detail::working_precision (Precision p)