arr::NullIndex Struct Reference

#include <index.hpp>

Public Member Functions
bool	getfirst (idx_type &val, idx_type &i) const
bool	getnext (idx_type &val, idx_type &i) const
size_t	trueSize () const
size_t	size () const
template<typename T >
void	subset (Vector< T > &rv, const Vector< T > &v) const
	Subset 'v' according to this index and put the result into 'rv'.
template<typename T , typename U >
void	subassign (Vector< T > &rv, U &u, idx_type &vj) const
template<typename T , typename U >
void	subassignScalar (Vector< T > &rv, U u) const
void	selectNames (Dname &tonames, const Dname &fromnames) const

Public Attributes
const idx_type	sz

Detailed Description

We define a series of classes that implement the various types of indices. We do not derive them from a base class and use virtual functions, instead we use them in a Variant for performance reasons. Note that the XyzIndex always holds all the information (via a const ref) to any data it needs in order to convert to indices of type idx_type. This is done by the inline functions getfirst and getnext.

Member Function Documentation

subassign()

template<typename T , typename U >

void arr::NullIndex::subassign ( Vector< T > &  rv, U &  u, idx_type &  vj  ) const

inline

Subassign from 'v' into 'rv' according to index conceptually linked to 'rv'. i.e. this is taking 'v' and putting it into the places in 'rv' indicated by this index.

subassignScalar()

template<typename T , typename U >

void arr::NullIndex::subassignScalar ( Vector< T > &  rv, U  u  ) const

inline

Subassign the scalar 'u' to 'rv' according to index conceptually linked to 'rv'. i.e. this is taking 'u' and putting it into the places in 'rv' indicated by this index.

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

• src/index.hpp