VLCollider Class Reference

#include <Collider.h>

Inheritance diagram for VLCollider:

List of all members.

Public Member Functions
	VLCollider (double, double, double)
bool	collide (BBCollider *bbc)
bool	collide (SRCollider *src)
bool	collide (VLCollider *src)
bool	collide (VLGroupCollider *vlgc)
virtual double	xCollision ()
virtual double	yCollision ()
	~VLCollider ()
Public Attributes
double	x
double	y1
double	y2
Protected Member Functions
int	getId ()

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Detailed Description

Vertical Line collider : This can bound a stem vertical line

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Constructor & Destructor Documentation

VLCollider::VLCollider (  double  px1, double  py1, double  py2 )

The condition for the construction of a Vertical Line Collider is py1<py2 If those conditions are not met then a correction is applied. Parameters: px1  py1  py2

VLCollider::~VLCollider (   )

Destructor of a Vl collider

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Member Function Documentation

bool VLCollider::collide (  VLGroupCollider *  vlgc  )  [virtual]

Returns: true if the VL collide with the VLgroup false otherwhise Implements Collider.

bool VLCollider::collide (  VLCollider *  bb  )  [virtual]

Returns: true if the bounding box collide the segment regression Parameters: bb  the bb regression Implements Collider.

bool VLCollider::collide (  SRCollider *  sr  )  [virtual]

Returns: true if the vl reg collide the segment regression Parameters: sr  the sr Implements Collider.

bool VLCollider::collide (  BBCollider *  bb  )  [virtual]

Returns: true if the bounding box collide the segment regression Parameters: bb  the bb regression Implements Collider.

double VLCollider::xCollision (   )  [virtual]

Returns: the x coord a a collision Reimplemented from Collider.

double VLCollider::yCollision (   )  [virtual]

Returns: the y coord a collision Reimplemented from Collider.

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

• Collider.h
• Collider.cpp

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