madness::NonstandardIndexIterator Class Reference

#include <indexit.h>

Inheritance diagram for madness::NonstandardIndexIterator:

Collaboration diagram for madness::NonstandardIndexIterator:

Public Member Functions
template<typename V , typename D >
	NonstandardIndexIterator (const V &limits, const D &order)
	NonstandardIndexIterator (int ndim, const long limits[], const int order[])
template<typename D >
	NonstandardIndexIterator (int ndim, long top, const D &order)
	NonstandardIndexIterator (int ndim, long top, const int order[])
virtual	~NonstandardIndexIterator ()
virtual IndexIterator &	operator++ ()
	increment the dimensions in the order detailed in dim More...
Public Member Functions inherited from madness::IndexIterator
template<typename V >
	IndexIterator (const V &limits)
	Iterates dimension d from 0 to limts[d]-1 inclusive. More...
	IndexIterator (int ndim, const long limits[])
	Iterates dimension d from 0 to limts[d]-1 inclusive. More...
	IndexIterator (int ndim, long top)
	Iterates all dimensions from 0 to top-1 inclusive. More...
virtual	~IndexIterator ()
IndexIterator &	reset ()
long	operator[] (int d) const
const std::vector< long > &	operator* () const
	operator bool () const

Protected Attributes
std::vector< int >	dim
Protected Attributes inherited from madness::IndexIterator
std::vector< long >	n
	User specified upper limits for each dimension. More...
std::vector< long >	i
	Current index. More...
bool	finished

Additional Inherited Members
Static Public Member Functions inherited from madness::IndexIterator
static void	test ()
	this function should also be deprecated More...

Detailed Description

The inherited IndexIterator for iterating over the dimensions in a specified order.

NOTE: if iterating quickly over the high dimensions and slowly over the low dimensions (in dimensional order), use HighDimIndexIterator.

NOTE: if iterating quickly over the low dimensions and slowly over the high dimensions (in dimensional order), use LowDimIndexIterator.

Constructor & Destructor Documentation

template<typename V , typename D >

madness::NonstandardIndexIterator::NonstandardIndexIterator ( const V &  limits, const D &  order  )

inline

Iterates dimension d from 0 to limts[d]-1 inclusive

order[0] is the dimension to be iterated over quickest ... order[d-1] is the dimension to be iterated over slowest

References madness::IndexIterator::i.

madness::NonstandardIndexIterator::NonstandardIndexIterator ( int  ndim, const long  limits[], const int  order[]  )

inline

Iterates dimension d from 0 to limts[d]-1 inclusive

order[0] is the dimension to be iterated over quickest ... order[d-1] is the dimension to be iterated over slowest

References madness::IndexIterator::i.

template<typename D >

madness::NonstandardIndexIterator::NonstandardIndexIterator ( int  ndim, long  top, const D &  order  )

inline

Iterates all dimensions from 0 to top-1 inclusive

order[0] is the dimension to be iterated over quickest ... order[d-1] is the dimension to be iterated over slowest

References madness::IndexIterator::i.

madness::NonstandardIndexIterator::NonstandardIndexIterator ( int  ndim, long  top, const int  order[]  )

inline

Iterates all dimensions from 0 to top-1 inclusive

order[0] is the dimension to be iterated over quickest ... order[d-1] is the dimension to be iterated over slowest

References madness::IndexIterator::i.

virtual madness::NonstandardIndexIterator::~NonstandardIndexIterator ( )

inlinevirtual

Member Function Documentation

virtual IndexIterator& madness::NonstandardIndexIterator::operator++ ( )

inlinevirtual

increment the dimensions in the order detailed in dim

Reimplemented from madness::IndexIterator.

References madness::IndexIterator::finished, madness::IndexIterator::i, and madness::IndexIterator::n.

Member Data Documentation

std::vector<int> madness::NonstandardIndexIterator::dim

protected

the array storing the dimensional order for iteration dim[0] is the quickest dimension over which to iterate dim[ndim-1] is the slowest dimension

---

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

• indexit.h