#include <cUnderobject.h>

Collaboration diagram for fib::algorithms::nEvalueFibObject::nNeededUnderobjects::cUnderobject< tPoint >:

Public Member Functions
	cUnderobject (unsignedIntFib uiInUnderobjectNumber=0)
	~cUnderobject ()
bool	addPoint (tPoint &pointData)
bool	evalueOverwritten ()
list< unsignedIntFib >	getHighestOverwritten ()

Public Attributes
unsignedIntFib	uiUnderobjectNumber
map< unsignedIntFib, cUnderobject * >	mapSubUnderobjects
set< tPoint * >	setSubPoints
bool	bOverwritten

Detailed Description

template<class tPoint>
class fib::algorithms::nEvalueFibObject::nNeededUnderobjects::cUnderobject< tPoint >

Definition at line 64 of file cUnderobject.h.

Constructor & Destructor Documentation

template<class tPoint>

fib::algorithms::nEvalueFibObject::nNeededUnderobjects::cUnderobject< tPoint >::cUnderobject ( unsignedIntFib uiInUnderobjectNumber = 0 )

The constructor for the underobject.

template<class tPoint>

fib::algorithms::nEvalueFibObject::nNeededUnderobjects::cUnderobject< tPoint >::~cUnderobject ( )

destructor The destructor will remove and delete all underobjects

Member Function Documentation

template<class tPoint>

bool fib::algorithms::nEvalueFibObject::nNeededUnderobjects::cUnderobject< tPoint >::addPoint ( tPoint & pointData )

This method adds the given pointdata to this underobjecttree. If the point is part of underobject not jet in the underobjecttree, the needed underobjects and ther structur will be created.

Parameters:

pointData the pointdata to add to the underobjecttree; Beware: the liUnderObjects will be emptied.

Returns:: true if the adding was successfull, else false

template<class tPoint>

bool fib::algorithms::nEvalueFibObject::nNeededUnderobjects::cUnderobject< tPoint >::evalueOverwritten ( )

This method will set the

See also:: bOverwritten flag for all underobjects in this tree, which are overwritten. Attention: tPoint.isNeeded() is used in ths method. (For cEvalueUnderObjects you have to call cEvalueUnderObjects::markOverwrittenFibElements() for the data first befor you call this method.)

Returns:: true if this underobject is overwritten, else false

template<class tPoint>

list<unsignedIntFib> fib::algorithms::nEvalueFibObject::nNeededUnderobjects::cUnderobject< tPoint >::getHighestOverwritten ( )

This method will return all underobjects of this underobject tree, which are overwritten but are not contained in an overwritten underobject. Attention: You have to call