Common compile-time context of the adaptor entry points: resolves the scalar type, the dimension and the TiledLUpp solvers from the matrix argument and the configuration value. More...

#include <adaptors.hpp>

Public Types
using	mtraits = storage_traits<std::remove_cv_t<MatrixType>>
	storage description of the matrix

using	scalar = typename mtraits::value_type
	scalar type of the system

using	solver = TiledLUppSolverStatic<scalar, N, Config>
	resolved compile-time solver (never instantiated on the runtime path: the discarded if-constexpr branches keep it unused)

using	dynamic_solver = TiledLUppSolverDynamic<scalar, Config>
	resolved runtime solver (never instantiated on the fixed-size path)

Static Public Attributes
static constexpr bool	runtime_sized = mtraits::has_runtime_extents
	true when the matrix is runtime-sized (dynamic solver path)

static constexpr int	N = mtraits::extent0
	system dimension (fixed-size path; zero on the runtime path)

Detailed Description

template<typename MatrixType, TiledLUppConfig< matrix_scalar< MatrixType > > Config>
struct tdls::detail::adaptor_context< MatrixType, Config >

Common compile-time context of the adaptor entry points: resolves the scalar type, the dimension and the TiledLUpp solvers from the matrix argument and the configuration value.

Template Parameters

MatrixType	dense matrix type
Config	configuration value, validated by checked_config

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

include/tdls/tfel/adaptors.hpp

Public Types

Static Public Attributes

Detailed Description