A ConstraintSegment2 represents a Constraint Edge. More...

#include <ConstraintSegment2.h>

Public Member Functions
void	getChildrenAndSplitPoint (ConstraintSegment2 &pCSeg0, ConstraintSegment2 &pCSeg1, Point2 *&pSplitPoint)
	Get the children and the split point Retrieve the two direct children of the current ConstraintSegment2 as well as the split point.

void	getChildrenRec (std::vector< ConstraintSegment2 * > &vChildConstraintSegments)
	Get all children Recursively retrieve all children of the current ConstraintSegment2.

ConstraintInsertionStrategy	getCIS () const
	Get the Constraint Insertion Strategy (CIS) More...

Point2 *	getSrc () const
	Get the first endpoint. More...

Point2 *	getTrg () const
	Get the second endpoint. More...

Point2 *	insertAndSplit (const Point2 &splitPoint)
	Split a constraint segment. More...

bool	isAlive () const
	Check if the present ConstraintSegment2 is alive. More...

bool	operator< (const ConstraintSegment2 &pOther) const
	operator<(..) Compares the vertex pointers of the endpoints, not the length

bool	split_combinatorialOnly (Point2 *pSplit)
	Split a constraint segment. More...

Public Attributes
int	label

Static Public Attributes
static int	runningLabel

Protected Attributes
bool	bAlive

ConstraintInsertionStrategy	cis

Point2 *	p0

Point2 *	p1

std::vector< ConstraintSegment2 * >	vChildren

Friends
class	ConstraintGraph2

class	ConstraintMgr

std::ostream &	operator<< (std::ostream &stream, const ConstraintSegment2 &cSeg)

Detailed Description

A ConstraintSegment2 can belong to more than one ConstraintGraph2 object, thus it is unoriented. But the ConstraintGraph knows the orientation of its ConstraintSegment2's.

Member Function Documentation

◆ getCIS()

ConstraintInsertionStrategy GEOM_FADE2D::ConstraintSegment2::getCIS ( ) const

Returns: the constraint insertion strategy (CIS) of the present object

◆ getSrc()

Point2* GEOM_FADE2D::ConstraintSegment2::getSrc ( ) const

Returns: the first vertex

◆ getTrg()

Point2* GEOM_FADE2D::ConstraintSegment2::getTrg ( ) const

Returns: the second vertex

◆ insertAndSplit()

Point2* GEOM_FADE2D::ConstraintSegment2::insertAndSplit ( const Point2 & splitPoint )

Splits the ConstraintSegment2 (which must be alive) at splitPoint.

It may be impossible to represent a point on a certain line segment using floatingpoint arithmetic. Therefore it is highly recommended to split a ConstraintSegment2 object not just be inserting points into the triangulation but using the present method. It does not require that splitPoint is exactly on the segment.

Note: A splitted ConstraintSegment2 is dead and it has two child segments (which may also be dead and have children). The class is organized as a binary tree.

◆ isAlive()

bool GEOM_FADE2D::ConstraintSegment2::isAlive ( ) const

Returns: TRUE when the object is alive, FALSE otherwise

◆ split_combinatorialOnly()

bool GEOM_FADE2D::ConstraintSegment2::split_combinatorialOnly ( Point2 * pSplit )

internal use only (unless you do something very unusual)

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

ConstraintSegment2.h

Public Member Functions

Public Attributes

Static Public Attributes

Protected Attributes

Friends