#include <matvec.h>

Collaboration diagram for grad::SliceVector< T, DYNAMIC_SIZE, N_offset >:

Public Types
typedef ScalarTypeTraits< T > ::ScalarType	ScalarType

typedef ScalarTypeTraits< T > ::DirectExpressionType	ExpressionType

Public Member Functions
	SliceVector (const ScalarType *p, index_type iRows, index_type iOffset)

const ScalarType &	operator() (index_type iRow) const

index_type	iGetNumRows () const

template<typename ScalarType2 >
bool	bHaveReferenceTo (const ScalarType2 pFirst, const ScalarType2 pLast) const

Static Public Attributes
static const bool	bAlias = MatVecHelp::AliasTypeHelper<T>::bAlias

static const index_type	iNumRows = DYNAMIC_SIZE

Private Types
typedef MaxSizeCheck < N_offset!=DYNAMIC_SIZE > ::CheckType	check_iOffset

Private Attributes
const ScalarType *const	pVec

const index_type	iCurrRows

Detailed Description

template<typename T, index_type N_offset>
class grad::SliceVector< T, DYNAMIC_SIZE, N_offset >

Definition at line 972 of file matvec.h.

Member Typedef Documentation

template<typename T , index_type N_offset>

typedef MaxSizeCheck<N_offset != DYNAMIC_SIZE>::CheckType grad::SliceVector< T, DYNAMIC_SIZE, N_offset >::check_iOffset

private

Definition at line 1003 of file matvec.h.

template<typename T , index_type N_offset>

typedef ScalarTypeTraits<T>::DirectExpressionType grad::SliceVector< T, DYNAMIC_SIZE, N_offset >::ExpressionType

Definition at line 977 of file matvec.h.

template<typename T , index_type N_offset>

typedef ScalarTypeTraits<T>::ScalarType grad::SliceVector< T, DYNAMIC_SIZE, N_offset >::ScalarType

Definition at line 976 of file matvec.h.

Constructor & Destructor Documentation

template<typename T , index_type N_offset>

grad::SliceVector< T, DYNAMIC_SIZE, N_offset >::SliceVector	(	const ScalarType *	p,
		index_type	iRows,
		index_type	iOffset
	)

inline

Definition at line 979 of file matvec.h.

References MATVEC_ASSERT.

             :pVec(p), iCurrRows(iRows) {
             
             MATVEC_ASSERT(iOffset == N_offset);
     }

Member Function Documentation

template<typename T , index_type N_offset>

template<typename ScalarType2 >

bool grad::SliceVector< T, DYNAMIC_SIZE, N_offset >::bHaveReferenceTo	(	const ScalarType2 *	pFirst,
		const ScalarType2 *	pLast
	)		const

inline

Definition at line 995 of file matvec.h.

References grad::bArrayOverlap(), and grad::SliceVector< T, N_rows, N_offset >::pVec.

                                                                                          {
             return bArrayOverlap(pVec, pVec + (iCurrRows - 1) * N_offset, pFirst, pLast);
         }

Here is the call graph for this function:

template<typename T , index_type N_offset>

index_type grad::SliceVector< T, DYNAMIC_SIZE, N_offset >::iGetNumRows ( void ) const

inline

Definition at line 992 of file matvec.h.

992 { return iCurrRows; }

grad::SliceVector< T, DYNAMIC_SIZE, N_offset >::iCurrRows

const index_type iCurrRows

Definition: matvec.h:1001

template<typename T , index_type N_offset>

const ScalarType& grad::SliceVector< T, DYNAMIC_SIZE, N_offset >::operator() ( index_type iRow ) const

inline

Definition at line 985 of file matvec.h.

References grad::SliceVector< T, N_rows, N_offset >::iGetNumRows(), MATVEC_ASSERT, and grad::SliceVector< T, N_rows, N_offset >::pVec.

                                                         {
         --iRow; // row index is 1-based
         MATVEC_ASSERT(iRow >= 0);
         MATVEC_ASSERT(iRow < iGetNumRows());
         return *(pVec + iRow * N_offset);
     }