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 = typename Matrix::Index
	Index of an Eigen matrix.
using	InterfaceTypes = EigenLinearSystemTypes< Number, Matrix, Vector >
	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 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