#include <cFibLeaf.h>

Inheritance diagram for fib::cFibLeaf:

Collaboration diagram for fib::cFibLeaf:

Public Member Functions
virtual bool	isValidFibElement () const
virtual bool	isUsedVariable (const cFibVariable *variable, edDirection direction=ED_POSITION) const
virtual set< cFibVariable * >	getUsedVariables (edDirection direction=ED_POSITION)
virtual unsignedIntFib	getNumberOfElements (char cType='u') const
virtual unsignedIntFib	getNumberOfMovePoints () const
virtual bool	isMovable () const
virtual unsignedIntFib	getNumberOfObjectPoints () const
virtual unsignedIntFib	objectPointToElementPoint (const unsignedIntFib uiObjectPoint, bool bAbsolute=false) const
virtual bool	insertElement (cFibElement *fibElement, const char cType='u', const unsignedIntFib elementPoint=0, bool bAbsolute=false, bool bCheckVariables=true)
virtual bool	insertObjectInElement (cFibElement *fibObject, const char cType='u', const unsignedIntFib elementPoint=0, bool first=true, bool bAbsolute=false)
virtual bool	overwriteObjectWithObject (cFibElement *fibObject, const char cType='u', const unsignedIntFib elementPoint=0, bool bDeleteOld=true, bool bAbsolute=false)
virtual bool	removeObject (const unsignedIntFib objectPoint, bool bDeleteOld=true, bool bAbsolute=false)
virtual bool	hasUnderAllObjects () const
virtual bool	isRemovableElement (const char cType='u', const unsignedIntFib elementPoint=0, bool bAbsolute=false, bool bCheckVariables=true) const
virtual cFibElement *	cutElement (const char cType='u', const unsignedIntFib elementPoint=0, bool bAbsolute=false, bool bCheckVariables=true)
virtual intFib	moveLimbElement (const char cType='u', const unsignedIntFib elementPoint=0, const intFib iHowfar=1, bool bAbsolute=false)
virtual bool	equal (const cFibElement &fibObject) const
virtual bool	isLeaf () const
Public Member Functions inherited from fib::cFibElement
virtual	~cFibElement ()
virtual char	getType () const =0
virtual cFibElement *	getSuperiorFibElement ()
virtual cFibElement *	getNextFibElement ()
virtual cFibElement *	getNextFibElement (char cType)
virtual cFibElement *	getConstFibElement (longFib lNumber, bool bAbsolute=false) const
virtual cFibElement *	getConstFibElement (char cType, longFib lNumber, bool bAbsolute=false) const
cFibElement *	getFibElement (longFib lNumber, bool bAbsolute=false)
cFibElement *	getFibElement (char cType, longFib lNumber, bool bAbsolute=false)
list< cFibElement * >	getAllFibElements (char cTypeBasis='u', longFib lNumber=1, char cType='u', edDirection direction=ED_ALL, unsignedLongFib lNumberOfMaxReturnedElements=0, bool bAbsolute=false)
bool	evalueObjectSimple (iEvaluePosition &evaluePosition, const unsignedIntFib objectPoint=0) const
virtual bool	evalueObject (iEvaluePosition &evaluePosition, const unsignedIntFib objectPoint, list< cVectorProperty > &liVecProperties) const =0
bool	evalueObjectSimple (iEvalueFibElement &evalueFibElement, const unsignedIntFib objectPoint=0, const list< char > liCFibElementTyps=list< char >())
virtual bool	evalueObject (iEvalueFibElement &evalueFibElement, const unsignedIntFib objectPoint, list< cVectorProperty > &liVecProperties, const list< char > &liCFibElementTyps)=0
virtual unsignedLongFib	getTimeNeed (unsignedLongFib lMaxTime=0) const =0
virtual unsignedLongFib	getCompressedSize () const =0
virtual bool	isDefinedVariable (const cFibVariable *variable, edDirection direction=ED_POSITION) const
virtual list< cFibVariable * >	getDefinedVariables (edDirection direction=ED_HIGHER)
bool	variablesAreDefined (const set< cFibVariable * > &setVariable, edDirection direction=ED_HIGHER) const
virtual bool	replaceVariable (cFibVariable variableOld, cFibVariable variableNew)=0
virtual unsignedIntFib	getNumberOfElement (bool bOfType=false) const
virtual unsignedIntFib	getNumberOfMovePoint () const
virtual unsignedIntFib	getNumberOfObjectPoint () const
virtual unsignedIntFib	typeElementPointToElementPoint (const char cType, const unsignedIntFib elementPoint, bool bAbsolute=false) const
virtual list< unsignedIntFib >	elementPointToObjectPoints (const char cType, const unsignedIntFib elementPoint, bool bAbsolute=false) const
virtual list< unsignedIntFib >	getObjectPointsForElement (const cFibElement *pFibElement, bool bAbsolute=false) const
virtual bool	removeElement (const char cType='u', const unsignedIntFib elementPoint=0, bool bAbsolute=false, bool bCheckVariables=true)
virtual cFibElement *	clone () const
virtual cFibElement *	copy (const unsignedIntFib iObjectPoint=0) const
virtual cFibElement *	copyElement (const char cType='u', const unsignedIntFib elementPoint=0, bool bAbsolute=false) const =0
virtual bool	equalElement (const cFibElement &fibElement) const =0
virtual bool	equalValuesSet (const cFibVariable variableOwn, const cFibElement &fibElement, const cFibVariable variable) const
virtual bool	storeXml (ostream &stream) const =0
virtual bool	store (ostream &stream) const
virtual cRoot *	getSuperiorRootElement ()
virtual const cRoot *	getSuperiorRootElement () const
virtual list< longFib >	getAllRootObjectIdentifiers () const
virtual list< longFib >	getAllDatabaseObjectIdentifiers () const
virtual cRoot *	getRootObject (longFib lIdentifier)
virtual list< longFib >	getAllAccessibleRootObjectIdentifiers () const
virtual cRoot *	getAccessibleRootObject (longFib lIdentifier)
virtual cDomains	getValidDomains () const
virtual cDomains	getValidValueDomains () const
virtual unsignedIntFib	getNumberOfDimensions () const
virtual unsignedIntFib	getDimensionMapping (unsignedIntFib iDimensionNumber) const
virtual bool	isBranch () const
virtual bool	isLimb () const

Protected Member Functions
	cFibLeaf (cFibElement pInSuperiorElement=NULL, cFibElement pInPreviousFibElement=NULL, cFibElement *pInNextFibElement=NULL)
	cFibLeaf (const cFibLeaf &fibLeafElement)
virtual bool	registerNewFibElement (cFibElement *newFibElement, unsignedIntFib uINumberOfFibElement, bool bDirectionUp)
virtual bool	registerNewFibObject (cFibElement *newFibObject, unsignedIntFib uILowerNumberOfFibElements, unsignedIntFib uIUpperNumberOfFibElements, bool bDirectionUp)
virtual cFibElement *	updateValues (cFibElement previosFibElement=NULL, cFibElement pNextArm=NULL)
virtual unsignedIntFib	getNumberOfObjectPoint (unsignedIntFib uINumberOfStartFibElement) const
virtual list< unsignedIntFib >	elementPointToObjectPoints (const cFibElement *referenceFibObject, const unsignedIntFib uiLastObjectPoint) const
virtual unsignedIntFib	enumerateVariablesForStoring (unsignedIntFib uiLastVariableNumber=0)
virtual list< cFibElement * >	getAllFibElementsFromPosition (char cType, edDirection direction, unsignedLongFib lNumberOfMaxReturnedElements)
virtual bool	isDefinedVariableInternal (const cFibVariable pVariable, edDirection direction=ED_POSITION, const cFibElement pCallingFibElement=NULL) const
virtual list< cFibVariable * >	getDefinedVariablesInternal (edDirection direction=ED_HIGHER, const cFibElement *pCallingFibElement=NULL)
Protected Member Functions inherited from fib::cFibElement
	cFibElement (cFibElement pInSuperiorElement=NULL, cFibElement pInPreviousFibElement=NULL, cFibElement *pInNextFibElement=NULL)
	cFibElement (const cFibElement &fibElement)
virtual bool	storeBit (ostream &stream, char &cRestBits, unsigned char &uiRestBitPosition) const =0
virtual bool	updateAllValues ()
virtual void	cutConnections (edDirection direction=ED_ALL)
intFib	moveLimbElementUp (const char cType= 'u', const unsignedIntFib elementPoint=0, const unsignedIntFib uiHowfar=1, bool bAbsolute=false)
virtual cFibElement *	copyInternal (const unsignedIntFib iObjectPoint=0) const =0
cFibElement *	getMasterRoot ()
cFibElement *	getMasterRoot () const

Additional Inherited Members
Static Public Member Functions inherited from fib::cFibElement
static string	getTypeName (char cType)
static void	deleteObject (cFibElement *fibObject)
static cFibElement *	restoreXml (istream &stream, intFib *outStatus=NULL)
static cFibElement *	restoreXml (const TiXmlNode pXmlNode, intFib outStatus=NULL)
static cFibElement *	restoreXml (const TiXmlNode pXmlNode, intFib &outStatus, list< cFibVariable > &liDefinedVariables)
static cFibElement *	restore (istream &stream, intFib *outStatus=NULL)
Static Protected Member Functions inherited from fib::cFibElement
static cFibElement *	restoreXmlInternal (const TiXmlNode pXmlNode, intFib &outStatus, list< cFibVariable > &liDefinedVariables)
static cRoot *	restoreRootInternal (cReadBits &iBitStream, intFib &outStatus, cRoot *pNextRoot)
static cFibElement *	restoreInternal (cReadBits &iBitStream, intFib &outStatus, list< cFibVariable * > &liDefinedVariables, const cDomains &validDomains, cRoot *pNextRoot)
Protected Attributes inherited from fib::cFibElement
cFibElement *	pSuperiorElement
cFibElement *	pPreviousFibElement
cFibElement *	pNextFibElement
cRoot *	pNextRootElement
unsignedIntFib	uINumberOfFibElement

Detailed Description

Definition at line 76 of file cFibLeaf.h.

Constructor & Destructor Documentation

fib::cFibLeaf::cFibLeaf	(	cFibElement *	pInSuperiorElement = `NULL`,
		cFibElement *	pInPreviousFibElement = `NULL`,
		cFibElement *	pInNextFibElement = `NULL`
	)

protected

parameterconstructor

Parameters:

pInSuperiorElement	the fib -Element in which this fib -element is the underobject
pInPreviousFibElement	the fib -Element which stands in th order of Fib -elements befor this Fib -element
pInNextFibElement	the fib -Element which stands in th order of Fib -elements behind this Fib -element

fib::cFibLeaf::cFibLeaf ( const cFibLeaf & fibLeafElement )

protected

copyconstructor This copyconstructor constructs a copy of this Fib -Element. It dosn't copy other fib -elements than this, even if ther are in this fib -element.

Parameters:

fibLeafElement the Fib -element to copy

Member Function Documentation

virtual cFibElement* fib::cFibLeaf::cutElement	(	const char	cType = `'u'`,
		const unsignedIntFib	elementPoint = `0`,
		bool	bAbsolute = `false`,
		bool	bCheckVariables = `true`
	)

virtual

This method cuts the Fib -element on the specified position. This works like removeElement(), except that the removed element is returned.

See also:: isDeletableElement(); removeElement(); getType()

Parameters:

cType	the type of the Fib -element to cut
elementPoint	the number of the Fib -element, in the order of Fib -elements of the given type cType, to cut
bAbsolute	if the elementPoint is an absolute value for the wool fib -object
bCheckVariables	if true (standardvalue) it will be checked if the variables the fib -element defines are needed, else the fib -element will be removed even if its variables are needed elsewher

Returns:: the pointer to the cuted Fib -element or NULL, if the Fib -element couldn't cut

Implements fib::cFibElement.

virtual list<unsignedIntFib> fib::cFibLeaf::elementPointToObjectPoints	(	const cFibElement *	referenceFibObject,
		const unsignedIntFib	uiLastObjectPoint
	)		const

protectedvirtual

This method returns the numbers of all object points that contain the elementPoint Fib -element.

See also:: elementPointToObjectPoints(); getNumberOfElement(); getNumberOfElements(); getNumberOfObjectPoint(); getNumberOfObjectPoints(); getType()

Parameters:

referenceFibObject	the fib -element for which the object points are to returned
uiLastObjectPoint	the number of the last object point to the referenceFibObject

Returns:: a list of the numbers of all object points that contain the elementPoint Fib -element of the type cType

Reimplemented from fib::cFibElement.

virtual unsignedIntFib fib::cFibLeaf::enumerateVariablesForStoring ( unsignedIntFib uiLastVariableNumber = 0 )

protectedvirtual

This method sets the each variable, which is defined over an leaf, to an uniqe integer number greater than the given number uiLastVariableNumber. While storing this number can be stored to identify the variable.

Parameters:

uiLastVariableNumber the number which was last use, this means also is the greatest used, in this limb.

Returns:: the number which was last use, this means also is the greatest used, in this limb from the method

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::equal ( const cFibElement & fibObject ) const

virtual

This method checks if the given Fib -object is equal to this Fib -object. Variables can be others, but must be defined and aused in equivalent Fib -elements.

Parameters:

fibObject the Fib -object to which this Fib -object should be equal

Returns:: true if this Fib -object is equal to the given Fib -object, else false

Implements fib::cFibElement.

Reimplemented in fib::cPoint.

virtual list<cFibElement*> fib::cFibLeaf::getAllFibElementsFromPosition	(	char	cType,
		edDirection	direction,
		unsignedLongFib	lNumberOfMaxReturnedElements
	)

protectedvirtual

This method returns a number of (lNumberOfMaxReturnedElements) Fib -elements beginning from the actual Fib -element in the given direction of the given type cType. The actual fib -element will never be included in the returned list.

Parameters:

cType	the type of the Fib -elements to return; 'w' stands for wrong/ not correct fib -elements
direction	the direction, beginning from the reference Fib -element, in which the to return Fib -elements should stand
lNumberOfMaxReturnedElements	the maximal number of Fib -elements to return

Returns:: a list with the pointers to the to returning Fib -elements

Implements fib::cFibElement.

virtual list< cFibVariable* > fib::cFibLeaf::getDefinedVariablesInternal	(	edDirection	direction = `ED_HIGHER`,
		const cFibElement *	pCallingFibElement = `NULL`
	)

protectedvirtual

This method returns all variables defined in the given direction from this Fib-element. This is for intern use to get the correct data from getDefinedVariables() without pCallingFibElement..

See also:: cFibVariable; getUsedVariables(); isDefinedVariable()

Parameters:

direction	the direction from this Fib-element, in which the variable should be used; standardvalue is ED_POSITION so yust this Fib-element will be checked
pCallingFibElement	the Fib-Element which called this method

Returns:: the set with all variables used in the given direction from this Fib-element

Implements fib::cFibElement.

virtual unsignedIntFib fib::cFibLeaf::getNumberOfElements ( char cType = 'u' ) const

virtual

This method returns the number of Fib -elements of a type in this Fib -object.

See also:: getType(); getNumberOfElement()

Parameters:

cType the character of the type (

See also:: getType() ), for which the elements should be counted; u (the standartvalue) stands for Fib -Elements of any type

Returns:: the number of Fib -elements of a type in the Fib -object

Implements fib::cFibElement.

virtual unsignedIntFib fib::cFibLeaf::getNumberOfMovePoints ( ) const

virtual

This method returns the number of move points in this Fib -object.

See also:: getNumberOfMovePoint()

Returns:: the number of move points in this Fib -object

Implements fib::cFibElement.

virtual unsignedIntFib fib::cFibLeaf::getNumberOfObjectPoint ( unsignedIntFib uINumberOfStartFibElement ) const

protectedvirtual

This method returns the number of the next connected object point in the order of connected object points that conntains this Fib -element.

Parameters:

uINumberOfStartFibElement the number, in the order of all fib -elements, of the fib -element for which the connected object point is to return

See also:: getNumberOfObjectPoint; getNumberOfObjectPoints()

Returns:: the number of the next connected object point for this Fib -element

Reimplemented from fib::cFibElement.

virtual unsignedIntFib fib::cFibLeaf::getNumberOfObjectPoints ( ) const

virtual

This method returns the number of object points in this Fib -object.

See also:: getNumberOfObjectPoint()

Returns:: the number of object points in this Fib -object

Implements fib::cFibElement.

virtual set<cFibVariable*> fib::cFibLeaf::getUsedVariables ( edDirection direction = ED_POSITION )

virtual

This method returns all variables used in the given direction from this Fib -element.

See also:: cFibVariable; isUsedVariable(); isDefinedVariable()

Parameters:

direction the direction from this Fib -element, in which the variable should be used; standardvalue is ED_POSITION so yust this Fib -element will be checked

Returns:: the set with all variables used in the given direction from this Fib -element

Implements fib::cFibElement.

Reimplemented in fib::cExtSubobject, and fib::cPoint.

virtual bool fib::cFibLeaf::hasUnderAllObjects ( ) const

virtual

This method checks, if all Fib -elements of this Fib -object have the underobjects they need to be correct.

Returns:: true if all Fib -elements of this Fib -object have the underobjects they need to be correct, else false

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::insertElement	(	cFibElement *	fibElement,
		const char	cType = `'u'`,
		const unsignedIntFib	elementPoint = `0`,
		bool	bAbsolute = `false`,
		bool	bCheckVariables = `true`
	)

virtual

This method inserts the given Fib -element fibElement on the specified position. The replaced Fib -element will be the underobject of the inserted Fib -element fibElement.

See also:: getNumberOfElement(); getNumberOfElements(); getType()

Parameters:

cType	the type of the Fib -element insted of which the given Fib -element fibElement should be inserted
elementPoint	the number of the Fib -element, in the order of Fib -elements of the given type cType, in which position the given Fib -element fibElement should be inserted; if 0 the given fibElement will be inserted under this Fib -element
fibElement	the Fib -element to insert
bAbsolute	if the lNumber is an absolute value for the wool fib -object
bCheckVariables	if true (standardvalue) it will be checked if the variables the fib -element defines are needed, else the fib -element will be removed even if its variables are needed elsewher

Returns:: true if the Fib -element fibElement was inserted, else false

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::insertObjectInElement	(	cFibElement *	fibObject,
		const char	cType = `'u'`,
		const unsignedIntFib	elementPoint = `0`,
		bool	first = `true`,
		bool	bAbsolute = `false`
	)

virtual

This method inserts the given Fib -object fibObject on the specified position. On the specified position a listelement will be inserted, with the old Fib -object and the given Fib -object fibObject as its underobjects.

See also:: getNumberOfElement(); getNumberOfElements(); overwriteObjectWithObject(); getType()

Parameters:

cType	the type of the Fib -element, on which position the given Fib -object fibObject should be inserted
elementPoint	the number of the Fib -element, in the order of Fib -elements of the given type cType, on which position the given Fib -object fibObject should be inserted
fibObject	the Fib -object to insert
first	if true, the inserted object will be the first underobject of the new listelement
bAbsolute	if the lNumber is an absolute value for the wool fib -object

Returns:: true if the Fib -object fibObject was inserted, else false

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::isDefinedVariableInternal	(	const cFibVariable *	pVariable,
		edDirection	direction = `ED_POSITION`,
		const cFibElement *	pCallingFibElement = `NULL`
	)		const

protectedvirtual

This method checks if the given variable is defined in the given direction from this Fib-element. This is for intern use to get the correct data from isDefinedVariable() without pCallingFibElement.

See also:: cFibVariable; isUsedVariable()

Parameters:

pVariable	the variable to check if it is defined
direction	the direction from this Fib-element, in which the variable should be defined; standardvalue is ED_POSITION so yust this Fib-element will be checked
pCallingFibElement	the Fib-Element which called this method

Returns:: true if the variable is used, else false

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::isLeaf ( ) const

virtual

Returns:: this method returns true if this fib -element is an leafelement, alse false

Reimplemented from fib::cFibElement.

virtual bool fib::cFibLeaf::isMovable ( ) const

virtual

Returns:: true if this fib -element is movebel else false

Reimplemented from fib::cFibElement.

virtual bool fib::cFibLeaf::isRemovableElement	(	const char	cType = `'u'`,
		const unsignedIntFib	elementPoint = `0`,
		bool	bAbsolute = `false`,
		bool	bCheckVariables = `true`
	)		const

virtual

This method checks, if the Fib -element on the specified position is deletable. An deletable Fib -element doesn't make the Fib -object invalid if it is deleted (e.g. points- and listelements are never deletable).

See also:: removeElement(); cutElement(); getType()

Parameters:

cType	the type of the Fib -element to check
elementPoint	the number of the Fib -element, in the order of Fib -elements of the given type cType, to check
bAbsolute	if the elementPoint is an absolute value for the wool fib -object
bCheckVariables	if true (standardvalue) it will be checked if the variables the fib -element defines are needed, else the fib -element will be removed even if its variables are needed elsewher

Returns:: true if the Fib -element is deletable, else false

Reimplemented from fib::cFibElement.

virtual bool fib::cFibLeaf::isUsedVariable	(	const cFibVariable *	variable,
		edDirection	direction = `ED_POSITION`
	)		const

virtual

This method checks if the given variable is used in the given direction from this Fib -element.

See also:: cFibVariable; isDefinedVariable()

Parameters:

variable	the variable to check if it is used
direction	the direction from this Fib -element, in which the variable should be used; standardvalue is ED_POSITION so yust this Fib -element will be checked

Returns:: true if the variable is used, else false

Implements fib::cFibElement.

Reimplemented in fib::cExtSubobject, and fib::cPoint.

virtual bool fib::cFibLeaf::isValidFibElement ( ) const

virtual

This method checks, if this fib -element is an valid fib -element.

Returns:: true if this fib -element is an valid fib -element, else false

Implements fib::cFibElement.

Reimplemented in fib::cExtSubobject.

virtual intFib fib::cFibLeaf::moveLimbElement	(	const char	cType = `'u'`,
		const unsignedIntFib	elementPoint = `0`,
		const intFib	iHowfar = `1`,
		bool	bAbsolute = `false`
	)

virtual

This method moves a Fib -limb -element (cFibLimb) on the specified position over iHowfar Fib -elements. Moving is stoped if an invalid Fib -object would result (e.g. no Fib -element can be moved over an Fib -elements that defines a variable the moved Fib -element uses). Moving an Fib -element into an listelement will result in an listelement with the moved element in everyone of it's underobjects.

See also:: isDeletableElement(); removeElement(); getType()

Parameters:

cType	the type of the Fib -element to move
elementPoint	the number of the Fib -element, in the order of Fib -elements of the given type cType, to move
iHowfar	the number of Fib -elements over which the to move Fib -element should be moved; if this value is positiv the Fib -element will be moved over Fib -elements it contains else over Fib -elements it is contained in
bAbsolute	if the elementPoint is an absolute value for the wool fib -object

Returns:: the number of Fib -Elements over which the to move Fib -element was moved; if this value is positiv the Fib -element was moved over Fib -elements it contains else over Fib -elements it is contained in

Implements fib::cFibElement.

virtual unsignedIntFib fib::cFibLeaf::objectPointToElementPoint	(	const unsignedIntFib	uiObjectPoint,
		bool	bAbsolute = `false`
	)		const

virtual

This method returns the number of the Fib -element over wich the objectPoint object point is defined.

See also:: getNumberOfElement(); getNumberOfElements(); getNumberOfObjectPoint(); getNumberOfObjectPoints()

Parameters:

uiObjectPoint	the number of the object point for which the definig Fib -element number should be returned
bAbsolute	if the lNumber is an absolute value for the wool fib -object

Returns:: the number of the Fib -element over wich the objectPoint object point is defined

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::overwriteObjectWithObject	(	cFibElement *	fibObject,
		const char	cType = `'u'`,
		const unsignedIntFib	elementPoint = `0`,
		bool	bDeleteOld = `true`,
		bool	bAbsolute = `false`
	)

virtual

This method overwrites the Fib -object on specified position with the given Fib -object fibObject. The Fib -object on specified position will be replaced with the given Fib -object fibObject.

See also:: getNumberOfElement(); getNumberOfElements(); insertObjectInElement(); getType()

Parameters:

cType	the type of the Fib -element, on which position the given Fib -object fibObject should be inserted
elementPoint	the number of the Fib -element, in the order of Fib -elements of the given type cType, on which position the given Fib -object fibObject should be inserted
fibObject	the Fib -object to insert
bDeleteOld	if true, delete the old Fib -object from the memory
bAbsolute	if the elementPoint is an absolute value for the wool fib -object

Returns:: true if the old Fib -object was overwritten and the given Fib -object fibObject was inserted, else false

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::registerNewFibElement	(	cFibElement *	newFibElement,
		unsignedIntFib	uINumberOfFibElement,
		bool	bDirectionUp
	)

protectedvirtual

With this method a new Fib -element in the Fib -Object is registert by the other Fib -elements in the Fib -Object.

Parameters:

newFibElement	the new Fib -element to register
uINumberOfFibElement	the number of the new Fib -element in the order of all Fib -Elements in the Fib -object
bDirectionUp	the direction in which the registration of the new Fib -element is performed in the Fib -object tree; from the position on which the new Fib -Element is added the method is called for both directions

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

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::registerNewFibObject	(	cFibElement *	newFibObject,
		unsignedIntFib	uILowerNumberOfFibElements,
		unsignedIntFib	uIUpperNumberOfFibElements,
		bool	bDirectionUp
	)

protectedvirtual

With this method a new part Fib -object in the Fib -Object is registert by the other Fib -elements in the Fib -Object.

Parameters:

newFibObject	the new part Fib -object to register
uILowerNumberOfFibElements	the number of the Fib -element in the new part Fib -object with the lowest number in the order of all Fib -Elements in the entire Fib -object
uIUpperNumberOfFibElements	the number of the Fib -element in the new part Fib -object with the highest number in the order of all Fib -Elements in the entire Fib -object
bDirectionUp	the direction in which the registration of the new part Fib -object is performed in the Fib -object tree;

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

Implements fib::cFibElement.

virtual bool fib::cFibLeaf::removeObject	(	const unsignedIntFib	objectPoint,
		bool	bDeleteOld = `true`,
		bool	bAbsolute = `false`
	)

virtual

This method removes the connected object with the given number in the order of connected object points. For this the defining underobject in an listelement will be removed. If the listelement contains after the operation yust one underobject, the listelement will be replaced with the underobject.

Parameters:

objectPoint	the number of the connected object to remove
bDeleteOld	if true, delete the connected object from the memory, else yust remove it's pointers
bAbsolute	if the objectPoint is an absolute value for the wool fib -object

Returns:: true if the connected Fib -object was removed, else false

Implements fib::cFibElement.

virtual cFibElement* fib::cFibLeaf::updateValues	(	cFibElement *	previosFibElement = `NULL`,
		cFibElement *	pNextArm = `NULL`
	)

protectedvirtual

This method updates the values/ properties off all fib -elements in this fib -object beginning with this fib -element. Every underobject should have all it's underobjects.

Parameters:

previosFibElement	the prvios fib -element to this fib -element in the order of fib -elements; if it is NULL ther is no previos fib -element to this
pNextArm	the next arm fib -object in the next higher fib -brancheelement

Returns:: a pointer to the last evalued fib -element; if NULL an error has occured

Reimplemented from fib::cFibElement.

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

fib/incl/cFibLeaf.h

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Protected Member Functions

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Detailed Description

Constructor & Destructor Documentation

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