r_MiterFloat Class Reference

r_MiterFloat is used for iterating through parts of multidimensional intervals with arbitrary stepping size using nearest neighbours. More...

#include <miterf.hh>

Classes
struct	iter_desc
	Iteration information for each axis. More...

Public Member Functions
	r_MiterFloat (r_Bytes srcCellSize, const char *srcTile, const r_Minterval &fullTileDomain, const r_Minterval &srcDomain, const r_Minterval &dstDomain)
	Constructor getting the source tile, the source domain in that tile, and the destination domain.
	r_MiterFloat (const r_MiterFloat &)=delete
r_MiterFloat &	operator= (const r_MiterFloat &)=delete
	r_MiterFloat (r_MiterFloat &&)=delete
r_MiterFloat &	operator= (r_MiterFloat &&)=delete
	~r_MiterFloat ()
void	reset ()
	iterator reset
char *	nextCell ()
	get the next cell
bool	isDone () const
	true if done

Protected Attributes
char *	currentCell
const char *	firstCell
	start of the source tile cell data at the origin of srcDomain
iter_desc *	iterDesc
	Iteration information for each axis.
iter_desc *	iterDescEnd
r_Dimension	dim
	source tile dimension
bool	done
	true when the iteration over dstDomain is finished

Detailed Description

r_MiterFloat is used for iterating through parts of multidimensional intervals with arbitrary stepping size using nearest neighbours.

It is given the tile, the source domain and the destination domain. Apart from that behaviour it is exactly as in r_Miter.

Constructor & Destructor Documentation

r_MiterFloat() [1/3]

r_MiterFloat::r_MiterFloat	(	r_Bytes	srcCellSize,
		const char *	srcTile,
		const r_Minterval &	fullTileDomain,
		const r_Minterval &	srcDomain,
		const r_Minterval &	dstDomain
	)

Constructor getting the source tile, the source domain in that tile, and the destination domain.

r_MiterFloat() [2/3]

r_MiterFloat::r_MiterFloat ( const r_MiterFloat &  )

delete

r_MiterFloat() [3/3]

r_MiterFloat::r_MiterFloat ( r_MiterFloat &&  )

delete

~r_MiterFloat()

r_MiterFloat::~r_MiterFloat

(

)

Member Function Documentation

isDone()

bool r_MiterFloat::isDone ( ) const

inline

true if done

References done.

nextCell()

char * r_MiterFloat::nextCell ( )

inline

get the next cell

References r_MiterFloat::iter_desc::cell, r_MiterFloat::iter_desc::countSteps, currentCell, dim, done, iterDesc, iterDescEnd, likely, r_MiterFloat::iter_desc::pos, r_MiterFloat::iter_desc::step, r_FixedPointNumber::stepForwardFlag(), and unlikely.

operator=() [1/2]

r_MiterFloat & r_MiterFloat::operator= ( const r_MiterFloat &  )

delete

operator=() [2/2]

r_MiterFloat & r_MiterFloat::operator= ( r_MiterFloat &&  )

delete

reset()

void r_MiterFloat::reset

(

)

iterator reset

Member Data Documentation

currentCell

char* r_MiterFloat::currentCell

protected

Referenced by nextCell().

dim

r_Dimension r_MiterFloat::dim

protected

source tile dimension

Referenced by nextCell().

done

bool r_MiterFloat::done

protected

true when the iteration over dstDomain is finished

Referenced by isDone(), and nextCell().

firstCell

const char* r_MiterFloat::firstCell

protected

start of the source tile cell data at the origin of srcDomain

iterDesc

iter_desc* r_MiterFloat::iterDesc

protected

Iteration information for each axis.

Referenced by nextCell().

iterDescEnd

iter_desc* r_MiterFloat::iterDescEnd

protected

Referenced by nextCell().

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

• miterf.hh