goSignal3DGenericIterator2< T > Class Template Reference

Public Member Functions
	goSignal3DGenericIterator2 (goSignal3DBase< void > *s)
	goSignal3DGenericIterator2 (const goSignal3DGenericIterator2< T > &other)
void	setPosition (goIndex_t x, goIndex_t y, goIndex_t z)
	Sets the iterator position to x,y,z in the signal. More...
bool	endX ()
bool	endY ()
bool	endZ ()
void	incrementX ()
void	incrementY ()
void	incrementZ ()
void	decrementX ()
void	decrementY ()
void	decrementZ ()
void	resetX ()
	Resets the X pointer and internals concerning X to the beginning of the current x-line.
void	resetY ()
	Resets the Y pointer and internals concerning Y to the beginning of the current z-plane.
void	resetZ ()
T *	operator* ()
T *	leftX ()
T *	leftY ()
T *	leftZ ()
T *	rightX ()
T *	rightY ()
T *	rightZ ()
T *	leftUp ()
T *	leftDown ()
T *	rightUp ()
T *	rightDown ()
const T *	operator* () const

Public Attributes
goSignal3DBase< void > *	sig
goPtrdiff_t *	dx
goPtrdiff_t *	dy
goPtrdiff_t *	dz
goPtrdiff_t *	dxStart
goPtrdiff_t *	dyStart
goPtrdiff_t *	dzStart
goByte *	px
goByte *	py
goByte *	pz
goIndex_t	posX
goIndex_t	posY
goIndex_t	posZ
goIndex_t	maxX
goIndex_t	maxY
goIndex_t	maxZ

Member Function Documentation

endX()

template<class T >

bool goSignal3DGenericIterator2< T >::endX ( )

inline

Returns

True if the end of the current x-line is reached, false otherwise.

endY()

template<class T >

bool goSignal3DGenericIterator2< T >::endY ( )

inline

Returns

True if the end of the current y-plane is reached, false otherwise.

endZ()

template<class T >

bool goSignal3DGenericIterator2< T >::endZ ( )

inline

Returns

True if the end of the current z-plane is reached (end of the 3D signal), false otherwise.

incrementZ()

template<class T >

void goSignal3DGenericIterator2< T >::incrementZ ( )

inline

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Bug:

See todo.

Todo:

This runs over the edge of the dz array when there is no border (holds for all increment functions). This leads to an invalid read operation which may lead to problems. Check if there is a way to fix this without having to change

all iterator calls.

operator*()

template<class T >

T* goSignal3DGenericIterator2< T >::operator* ( )

inline

Returns

Pointer to the data element at the current iterator position.

setPosition()

template<class T >

void goSignal3DGenericIterator2< T >::setPosition ( goIndex_t  x, goIndex_t  y, goIndex_t  z  )

inline

Sets the iterator position to x,y,z in the signal.

Parameters

x	X position
y	Y position
z	Z position

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

• gosignal3dgenericiterator.h