EigenSolver< Number > Struct Template Reference

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Inheritance diagram for EigenSolver< Number >:

Public Types
using	Base = codi::EigenLinearSystem<Number, Matrix, Vector>
	Base solver.
using	MatrixReal = typename Base::MatrixReal
	Matrix type.
using	VectorReal = typename Base::VectorReal
	Vector type.
Public Types inherited from codi::EigenLinearSystem< Number, Matrix, Vector >
using	Index
	Index of an Eigen matrix.
using	InterfaceTypes
	See LinearSystemInterface.
using	Matrix
	See LinearSystemInterfaceTypes.
using	MatrixIdentifier
	See LinearSystemInterfaceTypes.
using	MatrixReal
	See LinearSystemInterfaceTypes.
using	Type
	See LinearSystemInterfaceTypes.
using	Vector
	See LinearSystemInterfaceTypes.
using	VectorIdentifier
	See LinearSystemInterfaceTypes.
using	VectorReal
	See LinearSystemInterfaceTypes.
Public Types inherited from codi::LinearSystemInterface< T_InterfaceTypes >
using	InterfaceTypes = T_InterfaceTypes
	See LinearSystemInterface.
using	Matrix = typename InterfaceTypes::Matrix
	See LinearSystemInterfaceTypes.
using	MatrixIdentifier = typename InterfaceTypes::MatrixIdentifier
	See LinearSystemInterfaceTypes.
using	MatrixReal = typename InterfaceTypes::MatrixReal
	See LinearSystemInterfaceTypes.
using	Type = typename InterfaceTypes::Type
	See LinearSystemInterfaceTypes.
using	Vector = typename InterfaceTypes::Vector
	See LinearSystemInterfaceTypes.
using	VectorIdentifier = typename InterfaceTypes::VectorIdentifier
	See LinearSystemInterfaceTypes.
using	VectorReal = typename InterfaceTypes::VectorReal
	See LinearSystemInterfaceTypes.

Public Member Functions
void	solveSystem (MatrixReal const *A, VectorReal const *b, VectorReal *x)
	System solve implementation.
Public Member Functions inherited from codi::EigenLinearSystem< Number, Matrix, Vector >
MatrixReal *	createMatrixReal (M *mat)
MatrixIdentifier *	createMatrixIdentifier (M *mat)
VectorReal *	createVectorReal (V *vec)
VectorIdentifier *	createVectorIdentifier (V *vec)
void	deleteMatrixReal (MatrixReal *A_v)
	Delete a real matrix.
void	deleteMatrixIdentifier (MatrixIdentifier *A_id)
	Delete an identifier matrix.
void	deleteVectorReal (VectorReal *vec_v)
	Delete a real Vector.
void	deleteVectorIdentifier (VectorIdentifier *vec_id)
	Delete an identifier vector.
void	iterateMatrix (Func func, MatrixA *matA, MatrixB *matB)
	Iterate over all elements in the matrices at the same time.
void	iterateMatrix (Func func, MatrixA *matA, MatrixB *matB, MatrixC *matC)
	Iterate over all elements in the matrices at the same time.
void	iterateVector (Func func, VectorA *vecA, VectorB *vecB)
	Iterate over all elements in the vectors at the same time.
void	iterateVector (Func func, VectorA *vecA, VectorB *vecB, VectorC *vecC)
	Iterate over all elements in the vectors at the same time.
void	iterateVector (Func func, VectorA *vecA, VectorB *vecB, VectorC *vecC, VectorD *vecD)
	Iterate over all elements in the vectors at the same time.
void	solveSystem (MatrixReal const *A, VectorReal const *b, VectorReal *x)
	Needs to be implemented by the user.
MatrixReal *	transposeMatrix (MatrixReal *A_v)
	Create a transposed matrix.
void	iterateDyadic (Func func, MatrixIdentifier *mat_id, VectorReal *x_v, VectorReal *b_b)
void	subtractMultiply (VectorReal *t, VectorReal const *b_d, MatrixReal const *A_d, VectorReal const *x)
	Computes t = b_d - A_d * x.
Public Member Functions inherited from codi::LinearSystemInterface< T_InterfaceTypes >
template<typename M >
MatrixReal *	createMatrixReal (M *mat)
template<typename M >
MatrixIdentifier *	createMatrixIdentifier (M *mat)
template<typename V >
VectorReal *	createVectorReal (V *vec)
template<typename V >
VectorIdentifier *	createVectorIdentifier (V *vec)
void	deleteMatrixReal (MatrixReal *A_v)
	Delete a real matrix.
void	deleteMatrixIdentifier (MatrixIdentifier *A_id)
	Delete an identifier matrix.
void	deleteVectorReal (VectorReal *vec_v)
	Delete a real Vector.
void	deleteVectorIdentifier (VectorIdentifier *vec_id)
	Delete an identifier vector.
template<typename Func , typename MatrixA , typename MatrixB >
void	iterateMatrix (Func func, MatrixA *matA, MatrixB *matB)
	Iterate over all elements in the matrices at the same time.
template<typename Func , typename MatrixA , typename MatrixB , typename MatrixC >
void	iterateMatrix (Func func, MatrixA *matA, MatrixB *matB, MatrixC *matC)
	Iterate over all elements in the matrices at the same time.
template<typename Func , typename VectorA , typename VectorB >
void	iterateVector (Func func, VectorA *vecA, VectorB *vecB)
	Iterate over all elements in the vectors at the same time.
template<typename Func , typename VectorA , typename VectorB , typename VectorC >
void	iterateVector (Func func, VectorA *vecA, VectorB *vecB, VectorC *vecC)
	Iterate over all elements in the vectors at the same time.
template<typename Func , typename VectorA , typename VectorB , typename VectorC , typename VectorD >
void	iterateVector (Func func, VectorA *vecA, VectorB *vecB, VectorC *vecC, VectorD *vecD)
	Iterate over all elements in the vectors at the same time.
void	solveSystem (MatrixReal const *A, VectorReal const *b, VectorReal *x)
template<typename Func >
void	iterateDyadic (Func func, MatrixIdentifier *mat_id, VectorReal *x_v, VectorReal *b_b)
MatrixReal *	transposeMatrix (MatrixReal *A_v)
	Create a transposed matrix.
void	subtractMultiply (VectorReal *t, VectorReal const *b_d, MatrixReal const *A_d, VectorReal const *x)
	Computes t = b_d - A_d * x.
void	solveSystemPrimal (MatrixReal const *A, VectorReal const *b, VectorReal *x)

Detailed Description

template<typename Number>
struct EigenSolver< Number >

[Function]

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

• documentation/examples/Example_21_Special_handling_of_linear_system_solvers.cpp