#include <CUBoxObstacle.h>

Inheritance diagram for BoxObstacle:

Public Member Functions
const Size &	getDimension () const

void	setDimension (const Size &value)

void	setDimension (float width, float height)

float	getWidth () const

void	setWidth (float value)

float	getHeight () const

void	setHeight (float value)

virtual void	createFixtures () override

virtual void	releaseFixtures () override

CC_CONSTRUCTOR_ACCESS	_geometry (nullptr)

virtual bool	init () override

virtual bool	init (const Vec2 &pos) override

virtual bool	init (const Vec2 &pos, const Size &size)

Public Member Functions inherited from SimpleObstacle
virtual b2BodyType	getBodyType () const override

virtual void	setBodyType (b2BodyType value) override

virtual Vec2	getPosition () const override

virtual void	setPosition (const Vec2 &value) override

virtual void	setPosition (float x, float y) override

virtual float	getX () const override

virtual void	setX (float value) override

virtual float	getY () const override

virtual void	setY (float value) override

virtual float	getAngle () const override

virtual void	setAngle (float value) override

virtual Vec2	getLinearVelocity () const override

virtual void	setLinearVelocity (const Vec2 &value) override

virtual void	setLinearVelocity (float x, float y) override

virtual float	getVX () const override

virtual void	setVX (float value) override

virtual float	getVY () const override

virtual void	setVY (float value) override

virtual float	getAngularVelocity () const override

virtual void	setAngularVelocity (float value) override

virtual bool	isActive () const override

virtual void	setActive (bool value) override

virtual bool	isAwake () const override

virtual void	setAwake (bool value) override

virtual bool	isSleepingAllowed () const override

virtual void	setSleepingAllowed (bool value) override

virtual bool	isBullet () const override

virtual void	setBullet (bool value) override

virtual bool	isFixedRotation () const override

virtual void	setFixedRotation (bool value) override

virtual float	getGravityScale () const override

virtual void	setGravityScale (float value) override

virtual float	getLinearDamping () const override

virtual void	setLinearDamping (float value) override

virtual float	getAngularDamping () const override

virtual void	setAngularDamping (float value) override

virtual void	setDensity (float value) override

virtual void	setFriction (float value) override

virtual void	setRestitution (float value) override

virtual void	setSensor (bool value) override

virtual void	setFilterData (b2Filter value) override

virtual Vec2	getCentroid () const override

virtual void	setCentroid (const Vec2 &value) override

virtual void	setCentroid (float x, float y) override

virtual float	getInertia () const override

virtual void	setInertia (float value) override

virtual float	getMass () const override

virtual void	setMass (float value) override

virtual void	resetMass () override

virtual b2Body *	getBody () const override

virtual bool	activatePhysics (b2World &world) override

virtual void	deactivatePhysics (b2World &world) override

virtual void	update (float delta) override

int	getPositionSnap ()

void	setPositionSnap (unsigned int snap)

int	getAngleSnap ()

void	setAngleSnap (unsigned int snap)

virtual void	positionSceneNode () override

virtual void	positionDebugNode () override

CC_CONSTRUCTOR_ACCESS	_body (nullptr)

virtual	~SimpleObstacle ()

Public Member Functions inherited from Obstacle
void	setBodyState (const b2Body &body)

float	getDensity () const

float	getFriction () const

float	getRestitution () const

bool	isSensor () const

b2Filter	getFilterData () const

bool	isRemoved () const

void	markRemoved (bool value)

bool	isDirty () const

void	markDirty (bool value)

const Vec2 &	getDrawScale () const

virtual void	setDrawScale (const Vec2 &value)

virtual void	setDrawScale (float x, float y)

Node *	getSceneNode () const

void	setSceneNode (Node *node)

WireNode *	getDebugNode () const

void	setDebugNode (WireNode *node)

string	getName () const

void	setName (string value)

string	toString () const

virtual	~Obstacle ()

Static Public Member Functions
static BoxObstacle *	create ()

static BoxObstacle *	create (const Vec2 &pos)

static BoxObstacle *	create (const Vec2 &pos, const Size &size)

Public Attributes
CC_CONSTRUCTOR_ACCESS	__pad0__: BoxObstacle(void) : SimpleObstacle()

Public Attributes inherited from SimpleObstacle
CC_CONSTRUCTOR_ACCESS	__pad0__: SimpleObstacle() : Obstacle()

Public Attributes inherited from Obstacle
CC_CONSTRUCTOR_ACCESS	__pad0__: Obstacle(void)

Protected Member Functions
void	resize (const Size &size)

virtual void	resetDebugNode () override

Protected Member Functions inherited from Obstacle
virtual void	resetSceneNode ()

Protected Attributes
b2PolygonShape	_shape

b2Fixture *	_geometry

Size	_dimension

Protected Attributes inherited from SimpleObstacle
b2Body *	_body

int	_posSnap

unsigned long	_posFact

int	_angSnap

unsigned long	_angFact

Protected Attributes inherited from Obstacle
b2BodyDef	_bodyinfo

b2FixtureDef	_fixture

b2MassData	_massdata

Vec2	_drawScale

bool	_masseffect

Node *	_node

WireNode *	_debug

string	_tag

Detailed Description

Box-shaped model to support collisions.

Given the name Box2D, this is your primary model class. Most of the time, unless it is a player controlled avatar, you do not even need to subclass BoxObject. Look through some of our samples and see how many times we use this class.

Unless otherwise specified, the center of mass is as the center.

Member Function Documentation

NS_CC_BEGIN BoxObstacle * BoxObstacle::create ( )

static

Creates a new box object at the origin with no size.

Returns: An autoreleased physics object

Creates a new box object at the origin and no size.

Returns: An autoreleased physics object

BoxObstacle * BoxObstacle::create ( const Vec2 & pos )

static

Creates a new box object at the given point with no size.

The scene graph is completely decoupled from the physics system. The node does not have to be the same size as the physics body. We only guarantee that the scene graph node is positioned correctly according to the drawing scale.

Parameters

pos	Initial position in world coordinates

Returns: An autoreleased physics object

Creates a new physics object at the given point with no size.

The scene graph is completely decoupled from the physics system. The node does not have to be the same size as the physics body. We only guarantee that the scene graph node is positioned correctly according to the drawing scale.

Parameters

pos	Initial position in world coordinates

Returns: An autoreleased physics object

BoxObstacle * BoxObstacle::create	(	const Vec2 &	pos,
		const Size &	size
	)

static

Creates a new box object of the given dimensions.

The scene graph is completely decoupled from the physics system. The node does not have to be the same size as the physics body. We only guarantee that the scene graph node is positioned correctly according to the drawing scale.

Parameters

pos	Initial position in world coordinates
size	The box size (width and height)

Returns: An autoreleased physics object

void BoxObstacle::createFixtures ( )

overridevirtual

Create new fixtures for this body, defining the shape

This is the primary method to override for custom physics objects

Reimplemented from SimpleObstacle.

const Size& BoxObstacle::getDimension ( ) const

inline

Returns the dimensions of this box

Returns: the dimensions of this box

float BoxObstacle::getHeight ( ) const

inline

Returns the box height

Returns: the box height

float BoxObstacle::getWidth ( ) const

inline

Returns the box width

Returns: the box width

virtual bool BoxObstacle::init ( )

inlineoverridevirtual

Initializes a new box object at the origin with no size.

Returns: true if the obstacle is initialized properly, false otherwise.

Reimplemented from Obstacle.

virtual bool BoxObstacle::init ( const Vec2 & pos )

inlineoverridevirtual

Initializes a new box object at the given point with no size.

The scene graph is completely decoupled from the physics system. The node does not have to be the same size as the physics body. We only guarantee that the scene graph node is positioned correctly according to the drawing scale.

Parameters

pos	Initial position in world coordinates

Returns: true if the obstacle is initialized properly, false otherwise.

Reimplemented from Obstacle.

bool BoxObstacle::init	(	const Vec2 &	pos,
		const Size &	size
	)

virtual

Initializes a new box object of the given dimensions.

The scene graph is completely decoupled from the physics system. The node does not have to be the same size as the physics body. We only guarantee that the scene graph node is positioned correctly according to the drawing scale.

Parameters

pos	Initial position in world coordinates
size	The box size (width and height)

Returns: true if the obstacle is initialized properly, false otherwise.

Initializes a new box object of the given dimensions.

The scene graph is completely decoupled from the physics system. The node does not have to be the same size as the physics body. We only guarantee that the scene graph node is positioned correctly according to the drawing scale.

Parameters

pos	Initial position in world coordinates
size	The box size (width and height)

void BoxObstacle::releaseFixtures ( )

overridevirtual

Release the fixtures for this body, reseting the shape

This is the primary method to override for custom physics objects

Reimplemented from SimpleObstacle.

void BoxObstacle::resetDebugNode ( )

overrideprotectedvirtual

Redraws the outline of the physics fixtures to the debug node

The debug node is use to outline the fixtures attached to this object. This is very useful when the fixtures have a very different shape than the texture (e.g. a circular shape attached to a square texture).

Redraws the outline of the physics fixtures to the debug node

The debug node is use to outline the fixtures attached to this object. This is very useful when the fixtures have a very different shape than the texture (e.g. a circular shape attached to a square texture).

Unfortunately, the current implementation is very inefficient. Cocos2d does not batch drawnode commands like it does Sprites or PolygonSprites. Therefore, every distinct DrawNode is a distinct OpenGL call. This can really hurt framerate when debugging mode is on. Ideally, we would refactor this so that we only draw to a single, master draw node. However, this means that we would have to handle our own vertex transformations, instead of relying on the transforms in the scene graph.

Reimplemented from Obstacle.

void BoxObstacle::resize ( const Size & size )

protected

Resets the polygon vertices in the shape to match the dimension.

This is an internal method and it does not mark the physics object as dirty.

Parameters

size	The new dimension (width and height)

Resets the polygon vertices in the shape to match the dimension.

Parameters

size	The new dimension (width and height)

void BoxObstacle::setDimension ( const Size & value )

inline

Sets the dimensions of this box

Parameters

value the dimensions of this box

void BoxObstacle::setDimension	(	float	width,
		float	height
	)

inline

Sets the dimensions of this box

Parameters

width	The width of this box
height	The height of this box

void BoxObstacle::setHeight ( float value )

inline

Sets the box height

Parameters

value the box height

void BoxObstacle::setWidth ( float value )

inline

Sets the box width

Parameters

value the box width

Member Data Documentation

Size BoxObstacle::_dimension

protected

The width and height of the box

b2Fixture* BoxObstacle::_geometry

protected

A cache value for the fixture (for resizing)

b2PolygonShape BoxObstacle::_shape

protected

Shape information for this box

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

/Users/wmwhite/Developer/cocos2d-cornell/cocos/cornell/CUBoxObstacle.h
/Users/wmwhite/Developer/cocos2d-cornell/cocos/cornell/CUBoxObstacle.cpp

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Detailed Description

Member Function Documentation

Member Data Documentation