This class is tasked with representing a line segment for uni-directional collision capabilities. More...

#include <CollisionObject.h>

Inheritance diagram for CollisionSegment:

Collaboration diagram for CollisionSegment:

Public Member Functions
	CollisionSegment (string n)

	CollisionSegment (string n, Point2D s, Point2D e)

void	calcNormal ()
	Calculates the normal direction from start point fist. More...

pair< WorldObject , CollisionObject >	collision (const CollisionRectangle c, WorldObject wo, WorldObject *mObj) const
	This does collision between Rectangles and Collision Rectangles. More...

pair< WorldObject , CollisionObject >	collision (const CollisionCircle c, WorldObject wo, WorldObject *mObj) const
	This does collision between Rectangles and Collision Cirles. More...

virtual pair< WorldObject , CollisionObject >	collision (const CollisionObject c, WorldObject wo, WorldObject *mObj) const
	Check collision with objects implements segment on segment collision. More...

virtual void	draw (const Point2D &pos)
	Draws the collision data to the screen. More...

virtual CollisionObjectType	getType () const
	This provides a simple interface to determine types of objects. More...

Public Member Functions inherited from CollisionObject
	CollisionObject (string n)

bool	checkCollisions (const vector< CollisionObject * > &c, const Point2D cPos, const Point2D pos, vector< string > names=vector< string >())
	Check collision with objects. More...

Public Attributes
Point2D	end
	Endpoint of the collision segment. More...

double	distance
	Amount of lookahead to determine a collision. More...

Point2D	norm
	Normal direction (calculated on construction) More...

bool	twoWay
	whether or not this is a bi-directional segment. More...

Public Attributes inherited from CollisionObject
Point2D	mPos
	The position of the center of the collision data. More...

Additional Inherited Members
Public Types inherited from CollisionObject
enum	CollisionObjectType { COLLISIONRECTANGLE, COLLISIONCIRCLE, COLLISIONSEGMENT }
	This is to be used for Type checking so as to make no need for dynamic_cast and it's inefficiency. More...

Protected Attributes inherited from CollisionObject
string	name
	Name of the collision type. More...

Uint32	color
	The collision box color. More...

Detailed Description

This class is tasked with representing a line segment for uni-directional collision capabilities.

This class is tasked with the following:

Defining a sement of space
- Providing access to normal direction
- Providing ability to check for collision against normal and non-normal direction
  Todo:
  make this implement something other than simply axis aligned segments

Definition at line 166 of file CollisionObject.h.

Constructor & Destructor Documentation

CollisionSegment::CollisionSegment ( string n )

inline

Definition at line 169 of file CollisionObject.h.

CollisionSegment::CollisionSegment	(	string	n,
		Point2D	s,
		Point2D	e
	)

inline

Definition at line 170 of file CollisionObject.h.

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Member Function Documentation

void CollisionSegment::calcNormal ( )

Calculates the normal direction from start point fist.

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pair< WorldObject , CollisionObject > CollisionSegment::collision	(	const CollisionRectangle *	c,
		WorldObject *	wo,
		WorldObject *	mObj
	)		const

This does collision between Rectangles and Collision Rectangles.

Parameters

c	a single collision data for an object
wo	Pointer to Object with checking bound
mObj	the current collision's world object

Returns: Returns true if any of the object's collision datas are colliding .

check rect vs circle

Todo:: test

we need to determine pos and use velocity to determine collision (make collision checks also pass along WorldObject*

Definition at line 177 of file CollisionObject.cpp.

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pair< WorldObject , CollisionObject > CollisionSegment::collision	(	const CollisionCircle *	c,
		WorldObject *	wo,
		WorldObject *	mObj
	)		const

This does collision between Rectangles and Collision Cirles.

Parameters

c	a single collision data for an object
wo	Pointer to Object with checking bound
mObj	the current collision's world object

Returns: Returns true if any of the object's collision datas are colliding .

Definition at line 192 of file CollisionObject.cpp.

pair< WorldObject , CollisionObject > CollisionSegment::collision	(	const CollisionObject *	c,
		WorldObject *	wo,
		WorldObject *	mObj
	)		const

virtual

Check collision with objects implements segment on segment collision.

Parameters

c	a single collision data for an object
wo	Pointer to Object with checking bound
mObj	the current collision's world object

Returns: Returns true if any of the object's collision datas are colliding .

call the circle segment fn

Todo:: implement! initially just AA but later any normal

Implements CollisionObject.

Definition at line 198 of file CollisionObject.cpp.

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virtual void CollisionSegment::draw ( const Point2D & pos )

virtual

Draws the collision data to the screen.

Implements CollisionObject.

virtual CollisionObjectType CollisionSegment::getType ( ) const

inlinevirtual

This provides a simple interface to determine types of objects.

Returns the name of the Class and Descendants i.e. Something inheriting from Sprite would look like Sprite:Thing

Implements CollisionObject.

Definition at line 220 of file CollisionObject.h.

Member Data Documentation

double CollisionSegment::distance

Amount of lookahead to determine a collision.

Definition at line 175 of file CollisionObject.h.

Point2D CollisionSegment::end

Endpoint of the collision segment.

Definition at line 172 of file CollisionObject.h.

Point2D CollisionSegment::norm

Normal direction (calculated on construction)

Definition at line 178 of file CollisionObject.h.

bool CollisionSegment::twoWay

whether or not this is a bi-directional segment.

Definition at line 181 of file CollisionObject.h.

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

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation