Public Types
using	LinearSystem
	See LinearSystemOverloadDetection.

using	Matrix = typename LinearSystem::Matrix
	See LinearSystemInterfaceTypes.

using	MatrixIdentifier = typename LinearSystem::MatrixIdentifier
	See LinearSystemInterfaceTypes.

using	MatrixReal = typename LinearSystem::MatrixReal
	See LinearSystemInterfaceTypes.

using	Type
	See LinearSystemInterfaceTypes.

using	Vector = typename LinearSystem::Vector
	See LinearSystemInterfaceTypes.

using	VectorIdentifier = typename LinearSystem::VectorIdentifier
	See LinearSystemInterfaceTypes.

using	VectorReal = typename LinearSystem::VectorReal
	See LinearSystemInterfaceTypes.

Static Public Member Functions
static bool	IsDyadicImplemented ()
	Checks if iterateDyadic is specialized in LinearSystem.

static bool	IsSolvePrimalImplemented ()
	Checks if solveSystemPrimal is specialized in LinearSystem.

static bool	IsSubtractMultiplyImplemented ()
	Checks if subtractMultiply is specialized in LinearSystem.

static bool	IsTransposeImplemented ()
	Checks if transposeMatrix is specialized in LinearSystem.

static bool	SupportsForwardMode ()
	True if all functions for the forward mode support are specialized.

static bool	SupportsReverseMode ()
	True if all functions for the reverse mode support are specialized.

Detailed Description

template<typename T_LinearSystem>
struct codi::LinearSystemSpecializationDetection< T_LinearSystem >

Detects if certain methods in a LinearSystemInterface have been specialized.

Template Parameters

T_LinearSystem Implementation of LinearSystemInterface.

Member Typedef Documentation

template<typename T_LinearSystem >

Initial value:

 
          
 T_LinearSystem

See LinearSystemOverloadDetection.

template<typename T_LinearSystem >

Initial value:

typename LinearSystem::Type

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