Generic expression when the sub-part of an expression is accessed (specialization for vectors) More...

#include <STK_SlicingOperators.h>

Inheritance diagram for STK::SubVectorOperator< Lhs, Size_ >:

Public Types
enum	{ structure_ = hidden::Traits< SubVectorOperator<Lhs, Size_> >::structure_ , orient_ = hidden::Traits< SubVectorOperator<Lhs, Size_> >::orient_ , sizeRows_ = hidden::Traits< SubVectorOperator<Lhs, Size_> >::sizeRows_ , sizeCols_ = hidden::Traits< SubVectorOperator<Lhs, Size_> >::sizeCols_ , storage_ = hidden::Traits< SubVectorOperator<Lhs, Size_> >::storage_ }

typedef hidden::Traits< SubVectorOperator< Lhs, Size_ > >::Type	Type

typedef hidden::Traits< SubVectorOperator< Lhs, Size_ > >::TypeConst	TypeConst

typedef SubVectorOperatorBase< Lhs, Size_, structure_ >	Base

typedef TRange< sizeRows_ >	RowRange
	Type of the Range for the rows.

typedef TRange< sizeCols_ >	ColRange
	Type of the Range for the columns.

Public Member Functions
	SubVectorOperator (Lhs const &lhs, TRange< Size_ > const &I)
	constructor

Lhs const &	lhs () const

TypeConst	elt2Impl (int i, int j) const

TypeConst	elt1Impl (int i) const

TypeConst	elt0Impl () const
	accesses to the element

Protected Member Functions
Type &	elt2Impl (int i, int j)

Type &	elt1Impl (int i)

Type &	elt0Impl ()
	accesses to the element

Protected Attributes
Lhs const &	lhs_

Additional Inherited Members
Static Public Member Functions inherited from STK::TRef< 1 >
static bool	isRef ()

Detailed Description

template<typename Lhs, int Size_>
class STK::SubVectorOperator< Lhs, Size_ >

Generic expression when the sub-part of an expression is accessed (specialization for vectors)

Template Parameters

Lhs	the type of the array or expression to which we are applying the sub operator.

This class represents an expression where a subVectorAccessor is applied to an array expression. It is the return type of the sub(Range I) operation.

Most of the time, this is the only way that it is used, so you typically don't have to name SubVectorOperator type explicitly.

Template Parameters

Lhs	the type of the array or expression to which we are applying the sub operator.

This class represents an expression where a subVectorOperator is applied to an array expression. It is the return type of the sub(Range I) operation.

Most of the time, this is the only way that it is used, so you typically don't have to name SubVectorOperator type explicitly.

Definition at line 284 of file STK_SlicingOperators.h.

Member Typedef Documentation

◆ Base

template<typename Lhs , int Size_>

typedef SubVectorOperatorBase<Lhs, Size_, structure_> STK::SubVectorOperator< Lhs, Size_ >::Base

Definition at line 300 of file STK_SlicingOperators.h.

◆ ColRange

template<typename Lhs , int Size_>

typedef TRange<sizeCols_> STK::SubVectorOperator< Lhs, Size_ >::ColRange

Type of the Range for the columns.

Definition at line 305 of file STK_SlicingOperators.h.

◆ RowRange

template<typename Lhs , int Size_>

typedef TRange<sizeRows_> STK::SubVectorOperator< Lhs, Size_ >::RowRange

Type of the Range for the rows.

Definition at line 303 of file STK_SlicingOperators.h.

◆ Type

template<typename Lhs , int Size_>

typedef hidden::Traits<SubVectorOperator<Lhs,Size_>>::Type STK::SubVectorOperator< Lhs, Size_ >::Type

Definition at line 290 of file STK_SlicingOperators.h.

◆ TypeConst

template<typename Lhs , int Size_>

typedef hidden::Traits<SubVectorOperator<Lhs,Size_>>::TypeConst STK::SubVectorOperator< Lhs, Size_ >::TypeConst

Definition at line 291 of file STK_SlicingOperators.h.

Member Enumeration Documentation

◆ anonymous enum

template<typename Lhs , int Size_>

anonymous enum

Enumerator
structure_
orient_
sizeRows_
sizeCols_
storage_

Definition at line 292 of file STK_SlicingOperators.h.

    {
      structure_ = hidden::Traits< SubVectorOperator<Lhs, Size_> >::structure_,
      orient_    = hidden::Traits< SubVectorOperator<Lhs, Size_> >::orient_,
      sizeRows_  = hidden::Traits< SubVectorOperator<Lhs, Size_> >::sizeRows_,
      sizeCols_  = hidden::Traits< SubVectorOperator<Lhs, Size_> >::sizeCols_,
      storage_   = hidden::Traits< SubVectorOperator<Lhs, Size_> >::storage_
    };

Constructor & Destructor Documentation

◆ SubVectorOperator()

template<typename Lhs , int Size_>

STK::SubVectorOperator< Lhs, Size_ >::SubVectorOperator	(	Lhs const &	lhs,
		TRange< Size_ > const &	I
	)

inline

constructor

Definition at line 308 of file STK_SlicingOperators.h.

308: Base(I), lhs_(lhs) {}

STK::SubVectorOperator::Base

SubVectorOperatorBase< Lhs, Size_, structure_ > Base

Definition STK_SlicingOperators.h:300

STK::SubVectorOperator::lhs

Lhs const & lhs() const

Definition STK_SlicingOperators.h:310

STK::SubVectorOperator::lhs_

Lhs const & lhs_

Definition STK_SlicingOperators.h:335

Member Function Documentation

◆ elt0Impl() [1/2]

template<typename Lhs , int Size_>

Type & STK::SubVectorOperator< Lhs, Size_ >::elt0Impl ( )

inlineprotected

accesses to the element

Definition at line 332 of file STK_SlicingOperators.h.

332{ return (lhs_.elt());}

◆ elt0Impl() [2/2]

template<typename Lhs , int Size_>

TypeConst STK::SubVectorOperator< Lhs, Size_ >::elt0Impl ( ) const

inline

accesses to the element

Definition at line 320 of file STK_SlicingOperators.h.

320{ return (lhs_.elt());}

◆ elt1Impl() [1/2]

template<typename Lhs , int Size_>

Type & STK::SubVectorOperator< Lhs, Size_ >::elt1Impl ( int i )

inlineprotected

Returns: i-th element

Parameters

i	element index

Definition at line 330 of file STK_SlicingOperators.h.

330{ return (lhs_.elt1Impl(i));}

◆ elt1Impl() [2/2]

template<typename Lhs , int Size_>

TypeConst STK::SubVectorOperator< Lhs, Size_ >::elt1Impl ( int i ) const

inline

Returns: i-th element

Parameters

i	element index

Definition at line 318 of file STK_SlicingOperators.h.

318{ return (lhs_.elt1Impl(i));}

◆ elt2Impl() [1/2]

template<typename Lhs , int Size_>

Type & STK::SubVectorOperator< Lhs, Size_ >::elt2Impl	(	int	i,
		int	j
	)

inlineprotected

Returns: element (i,j)

Parameters

i,j	row and column indexes

Definition at line 326 of file STK_SlicingOperators.h.

326{ return (lhs_.elt2Impl(i, j));}

◆ elt2Impl() [2/2]

template<typename Lhs , int Size_>

TypeConst STK::SubVectorOperator< Lhs, Size_ >::elt2Impl	(	int	i,
		int	j
	)		const

inline

Returns: element (i,j)

Parameters

i,j	row and column indexes

Definition at line 314 of file STK_SlicingOperators.h.

314{ return (lhs_.elt2Impl(i, j));}

◆ lhs()

template<typename Lhs , int Size_>

Lhs const & STK::SubVectorOperator< Lhs, Size_ >::lhs ( ) const

inline

Returns: the left hand side expression

Definition at line 310 of file STK_SlicingOperators.h.

310{ return lhs_;}

Member Data Documentation

◆ lhs_

template<typename Lhs , int Size_>

Lhs const& STK::SubVectorOperator< Lhs, Size_ >::lhs_

protected

Definition at line 335 of file STK_SlicingOperators.h.

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

STK_SlicingOperators.h

Public Types

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Member Typedef Documentation

◆ Base

◆ ColRange

◆ RowRange

◆ Type

◆ TypeConst

Member Enumeration Documentation

◆ anonymous enum

Constructor & Destructor Documentation

◆ SubVectorOperator()

Member Function Documentation

◆ elt0Impl() [1/2]

◆ elt0Impl() [2/2]

◆ elt1Impl() [1/2]

◆ elt1Impl() [2/2]

◆ elt2Impl() [1/2]

◆ elt2Impl() [2/2]

◆ lhs()

Member Data Documentation

◆ lhs_