#include <mia/3d/transform.hh>

Inheritance diagram for C3DTransformation::iterator_impl:

Public Member Functions
virtual iterator_impl *	clone () const __attribute__((warn_unused_result))=0
const C3DBounds &	get_pos () const
const C3DBounds &	get_size () const
const C3DFVector &	get_value () const
void	increment ()
	move to next position
	iterator_impl ()
	iterator_impl (const C3DBounds &pos, const C3DBounds &begin, const C3DBounds &end, const C3DBounds &size)
	iterator_impl (const C3DBounds &pos, const C3DBounds &size)
bool	operator== (const iterator_impl &other) const

Detailed Description

This is the abstract base class of the actual implementation of the transformation iterator.

Definition at line 70 of file 3d/transform.hh.

Constructor & Destructor Documentation

◆ iterator_impl() [1/3]

C3DTransformation::iterator_impl::iterator_impl ( )

Referenced by clone(), and operator==().

◆ iterator_impl() [2/3]

C3DTransformation::iterator_impl::iterator_impl	(	const C3DBounds &	pos,
		const C3DBounds &	size )

Initialize the iterator with its current position and the size of the domain the actual domain is: \([0,size.x-1]\times [0,size.y-1]\times [0,size.z-1]\)

◆ iterator_impl() [3/3]

C3DTransformation::iterator_impl::iterator_impl	(	const C3DBounds &	pos,
		const C3DBounds &	begin,
		const C3DBounds &	end,
		const C3DBounds &	size )

Initialize the iterator with its current position, the subarea to be traveresed, and the size of the domain the complete domain is: \([0,size.x-1]\times [0,size.y-1]\times [0,size.z-1]\)

References C3DTransformation::begin(), and C3DTransformation::end().

Member Function Documentation

◆ clone()

virtual iterator_impl * C3DTransformation::iterator_impl::clone ( ) const

pure virtual

Returns: a dynamic copy of the iterator

References iterator_impl().

◆ get_pos()

const C3DBounds & C3DTransformation::iterator_impl::get_pos ( ) const

Returns: the current position on the support domain grid

References get_pos().

Referenced by get_pos().

◆ get_size()

const C3DBounds & C3DTransformation::iterator_impl::get_size ( ) const

Returns: the size of the supported domain

References get_size().

Referenced by get_size().

◆ get_value()

const C3DFVector & C3DTransformation::iterator_impl::get_value ( ) const

Returns: current value of the underlying transformation

◆ increment()

void C3DTransformation::iterator_impl::increment ( )

move to next position

◆ operator==()

bool C3DTransformation::iterator_impl::operator== ( const iterator_impl & other ) const

Compare this iterator to another one. Iterators are equal if they are at the same position or at the end.