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Uni20
Asynchronous tensor and runtime library.
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LAPACK backend for dense general linear systems. More...
#include <uni20/config.hpp>#include "common.hpp"#include <uni20/backend/lapack/lapack.hpp>#include <uni20/core/scalar_concepts.hpp>#include <uni20/linalg/backends/linear_solve_common.hpp>#include <uni20/linalg/blas/mdspan_matrix.hpp>#include <uni20/linalg/dispatch.hpp>#include <uni20/linalg/operation_tags.hpp>#include <uni20/mdspan/concepts.hpp>#include <uni20/tensor/access.hpp>#include <uni20/tensor/concepts.hpp>#include <concepts>#include <cstddef>#include <type_traits>#include <vector>Go to the source code of this file.
Namespaces | |
| namespace | uni20 |
| namespace | uni20::linalg |
| namespace | uni20::linalg::lapack_detail |
Functions | |
| template<uni20::MutableRankedStridedMdspecLike< 2 > CoefficientMdspec, uni20::MutableRankedStridedMdspecLike< 2 > RhsMdspec> requires LapackScalar<typename CoefficientMdspec::value_type> && uni20::HostWritableMdspec<CoefficientMdspec> && uni20::HostWritableMdspec<RhsMdspec> | |
| consteval auto | uni20::linalg::kernel_accepts_types (LapackBackend const &, linear_solve_op const &, CoefficientMdspec &, RhsMdspec &, SolveInfo &, SolveOptions< uni20::make_real_t< typename CoefficientMdspec::value_type > > const &) |
| Report eligibility for a host-accessible LAPACK general solve. | |
| template<class CoefficientMdspan , class RhsMdspan > | |
| consteval auto | uni20::linalg::lapack_detail::linear_solve_acceptance () |
| template<uni20::MutableRankedStridedMdspecLike< 2 > CoefficientMdspec, uni20::MutableRankedStridedMdspecLike< 2 > RhsMdspec> requires LapackScalar<typename CoefficientMdspec::value_type> && uni20::HostWritableMdspec<CoefficientMdspec> && uni20::HostWritableMdspec<RhsMdspec> | |
| KernelAttempt | uni20::linalg::try_kernel (LapackBackend, linear_solve_op const &, CoefficientMdspec &coefficients, RhsMdspec &right_hand_sides, SolveInfo &info, SolveOptions< uni20::make_real_t< typename CoefficientMdspec::value_type > > const &options) |
| Resolve host access and solve a general system through LAPACK LU factorization. | |
| template<uni20::MutableRankedStridedMdspanLike< 2 > CoefficientMdspan, uni20::MutableRankedStridedMdspanLike< 2 > RhsMdspan> | |
| KernelAttempt | uni20::linalg::lapack_detail::try_linear_solve (CoefficientMdspan &coefficients, RhsMdspan &right_hand_sides, SolveInfo &info, SolveOptions< uni20::make_real_t< typename CoefficientMdspan::value_type > > const &options) |
LAPACK backend for dense general linear systems.