STK++ 0.9.13
Public Types | Static Public Member Functions | List of all members
STK::hidden::InvertUpperTriangularDispatcher< Matrix, Size_ > Struct Template Reference
Hidden implementation details

computing the inverse of a matrix. More...

#include <STK_InvertUpperTriangular.h>

Public Types

typedef Matrix::Type Type
 

Static Public Member Functions

static Type run (Matrix const &m, Array2DUpperTriangular< Type > &inv)
 

Detailed Description

template<class Matrix, int Size_>
struct STK::hidden::InvertUpperTriangularDispatcher< Matrix, Size_ >

computing the inverse of a matrix.

Definition at line 189 of file STK_InvertUpperTriangular.h.

Member Typedef Documentation

◆ Type

template<class Matrix , int Size_>
typedef Matrix::Type STK::hidden::InvertUpperTriangularDispatcher< Matrix, Size_ >::Type

Definition at line 191 of file STK_InvertUpperTriangular.h.

Member Function Documentation

◆ run()

template<class Matrix , int Size_>
static Type STK::hidden::InvertUpperTriangularDispatcher< Matrix, Size_ >::run ( Matrix const &  m,
Array2DUpperTriangular< Type > &  inv 
)
inlinestatic

Definition at line 192 of file STK_InvertUpperTriangular.h.

193 {
194 switch (m.sizeRows())
195 {
196 case 1: return InvertUpperTriangularImpl<Matrix, Size_>::invertUpperTriangular11(m, inv);
197 case 2: return InvertUpperTriangularImpl<Matrix, Size_>::invertUpperTriangular22(m, inv);
198 case 3: return InvertUpperTriangularImpl<Matrix, Size_>::invertUpperTriangular33(m, inv);
199 case 4: return InvertUpperTriangularImpl<Matrix, Size_>::invertUpperTriangular44(m, inv);
200 default:return InvertUpperTriangularImpl<Matrix, Size_>::invertUpperTriangularXX(m, inv);
201 }
202 }
STK::hidden::InvertUpperTriangularImpl::invertUpperTriangular22
static Type invertUpperTriangular22(Matrix const &m, Array2DUpperTriangular< Type > &inv)
compute the inverse of the 2x2 matrix m and store the result in inv.
Definition STK_InvertUpperTriangular.h:74
STK::hidden::InvertUpperTriangularImpl::invertUpperTriangularXX
static Type invertUpperTriangularXX(Matrix const &m, Array2DUpperTriangular< Type > &inv)
compute the inverse of the upper triangular matrix m and store the result in inv.
Definition STK_InvertUpperTriangular.h:162
STK::hidden::InvertUpperTriangularImpl::invertUpperTriangular33
static Type invertUpperTriangular33(Matrix const &m, Array2DUpperTriangular< Type > &inv)
compute the inverse of the 3x3 matrix m and store the result in inv.
Definition STK_InvertUpperTriangular.h:96
STK::hidden::InvertUpperTriangularImpl::invertUpperTriangular11
static Type invertUpperTriangular11(Matrix const &m, Array2DUpperTriangular< Type > &inv)
compute the inverse of the 1x1 matrix and store the result in inv.
Definition STK_InvertUpperTriangular.h:56
STK::hidden::InvertUpperTriangularImpl::invertUpperTriangular44
static Type invertUpperTriangular44(Matrix const &m, Array2DUpperTriangular< Type > &inv)
compute the inverse of the 4x4 matrix m and store the result in inv.
Definition STK_InvertUpperTriangular.h:120

References STK::hidden::InvertUpperTriangularImpl< Matrix, Size_ >::invertUpperTriangular11(), STK::hidden::InvertUpperTriangularImpl< Matrix, Size_ >::invertUpperTriangular22(), STK::hidden::InvertUpperTriangularImpl< Matrix, Size_ >::invertUpperTriangular33(), STK::hidden::InvertUpperTriangularImpl< Matrix, Size_ >::invertUpperTriangular44(), and STK::hidden::InvertUpperTriangularImpl< Matrix, Size_ >::invertUpperTriangularXX().

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