#include <CCPUBaseCollider.h>

Inheritance diagram for PUBaseCollider:

Public Types
enum	IntersectionType { IT_POINT, IT_BOX }
	Determines how a particle collision should be determined. More...

enum	CollisionType { CT_NONE, CT_BOUNCE, CT_FLOW }
	Determines how a particle behaves after collision with this collider. More...

Public Types inherited from PUAffector
enum	AffectSpecialisation { AFSP_DEFAULT, AFSP_TTL_INCREASE, AFSP_TTL_DECREASE }
	The AffectSpecialisation enumeration is used to specialise the affector even more. More...

Public Member Functions
virtual void	preUpdateAffector (float deltaTime) override
const IntersectionType	getIntersectionType () const
	Returns the type of intersection. More...

local	getIntersectionType ()
	Returns the type of intersection. More...

void	setIntersectionType (const IntersectionType &intersectionType)
	Sets the type of intersection. More...

const CollisionType	getCollisionType () const
	Returns the type of collision. More...

void	setCollisionType (const CollisionType &collisionType)
	Sets the type of collision. More...

const float	getFriction () const
	Returns the friction value. More...

void	setFriction (const float friction)
	Sets the friction value. More...

const float	getBouncyness () const
	Returns the bouncyness value. More...

void	setBouncyness (const float bouncyness)
	Sets the bouncyness value. More...

void	populateAlignedBox (AABB &box, const Vec3 &position, const float width, const float height, const float depth)
	Fill the AxisAlignedBox with data derived from the other arguments. More...

var	populateAlignedBox ( var box, var position, var width, var height, var depth)
	Fill the AxisAlignedBox with data derived from the other arguments. More...

local	populateAlignedBox ( local box, local position, local width, local height, local depth)
	Fill the AxisAlignedBox with data derived from the other arguments. More...

void	calculateRotationSpeedAfterCollision (PUParticle3D *particle)
	Recalculates the rotation speed after collision. More...

virtual void	copyAttributesTo (PUAffector *affector) override
virtual	~PUBaseCollider ()
Public Member Functions inherited from PUAffector
virtual void	notifyStart ()
virtual void	notifyStop ()
virtual void	notifyPause ()
virtual void	notifyResume ()
virtual void	notifyRescaled (const Vec3 &scale)
local	notifyRescaled ( local scale)
virtual void	prepare ()
virtual void	unPrepare ()
virtual void	updatePUAffector (PUParticle3D *particle, float delta)
local	updatePUAffector ( local particle, local delta)
virtual void	postUpdateAffector (float deltaTime)
virtual void	firstParticleUpdate (PUParticle3D *particle, float deltaTime)
var	firstParticleUpdate ( var particle, var deltaTime)
local	firstParticleUpdate ( local particle, local deltaTime)
virtual void	initParticleForEmission (PUParticle3D *particle)
var	initParticleForEmission ( var particle)
local	initParticleForEmission ( local particle)
void	process (PUParticle3D *particle, float delta, bool firstParticle)
void	setLocalPosition (const Vec3 &pos)
const Vec3	getLocalPosition () const
void	setMass (float mass)
float	getMass () const
const Vec3 &	getDerivedPosition ()
	Calculate the derived position of the affector. More...

local	getDerivedPosition ()
	Calculate the derived position of the affector. More...

const AffectSpecialisation &	getAffectSpecialisation (void) const
	Todo. More...

local	getAffectSpecialisation ()
	Todo. More...

void	setAffectSpecialisation (const AffectSpecialisation &affectSpecialisation)
const std::string &	getAffectorType (void) const
	Todo. More...

void	setAffectorType (const std::string &affectorType)
void	addEmitterToExclude (const std::string &emitterName)
	Add a ParticleEmitter name that excludes Particles emitted by this ParticleEmitter from being affected. More...

void	removeEmitterToExclude (const std::string &emitterName)
	Remove a ParticleEmitter name that excludes Particles emitted by this ParticleEmitter. More...

const std::string &	getName (void) const
	Todo. More...

void	setName (const std::string &name)
virtual	~PUAffector ()
Public Member Functions inherited from Particle3DAffector
virtual void	updateAffector (Particle3D *particle, float deltaTime)
void	setEnabled (bool enabled)
	Enables or disables the emitter. More...

bool	isEnabled (void) const
virtual	~Particle3DAffector ()
Public Member Functions inherited from Ref
void	retain ()
	Retains the ownership. More...

void	release ()
	Releases the ownership immediately. More...

Ref *	autorelease ()
	Releases the ownership sometime soon automatically. More...

unsigned int	getReferenceCount () const
	Returns the Ref's current reference count. More...

virtual	~Ref ()
	Destructor. More...

Public Attributes
CC_CONSTRUCTOR_ACCESS	__pad0__: PUBaseCollider()
var	__pad0__: PUBaseCollider()
Public Attributes inherited from PUAffector
CC_CONSTRUCTOR_ACCESS	__pad0__: PUAffector()
Public Attributes inherited from Particle3DAffector
CC_CONSTRUCTOR_ACCESS	__pad0__: Particle3DAffector()

Static Public Attributes
static const float	DEFAULT_BOUNCYNESS
var	DEFAULT_BOUNCYNESS
local	DEFAULT_BOUNCYNESS
static const float	DEFAULT_FRICTION
var	DEFAULT_FRICTION
local	DEFAULT_FRICTION
static const IntersectionType	DEFAULT_INTERSECTION_TYPE
static const CollisionType	DEFAULT_COLLISION_TYPE
local	DEFAULT_COLLISION_TYPE

Protected Attributes
float	_friction
float	_bouncyness
IntersectionType	_intersectionType
var	_intersectionType
local	_intersectionType
CollisionType	_collisionType
float	_velocityScale
Protected Attributes inherited from PUAffector
Vec3	_position
Vec3	_affectorScale
	Although the scale is on a Particle System level, the affector can also be scaled. More...

Vec3	_derivedPosition
	Because the public attribute �position?is sometimes used for both localspace and worldspace position, the mDerivedPosition attribute is introduced. More...

AffectSpecialisation	_affectSpecialisation
	The mAffectSpecialisation is used to specialise the affector. More...

std::string	_affectorType
std::vector< std::string >	_excludedEmitters
var	_excludedEmitters
local	_excludedEmitters
std::string	_name
float	_mass
Protected Attributes inherited from Particle3DAffector
ParticleSystem3D *	_particleSystem
bool	_isEnabled
Protected Attributes inherited from Ref
unsigned int	_referenceCount
	count of references More...

local	_referenceCount
	count of references More...

Additional Inherited Members
Protected Member Functions inherited from PUAffector
float	calculateAffectSpecialisationFactor (const PUParticle3D *particle)
var	calculateAffectSpecialisationFactor ( var particle)
local	calculateAffectSpecialisationFactor ( local particle)
Protected Member Functions inherited from Ref
	Ref ()
	Constructor. More...

	Ref ()
	Constructor. More...

Member Enumeration Documentation

enum CollisionType

Determines how a particle behaves after collision with this collider.

The behaviour of the particle is solved in the collider and only behaviour that needs the colliders?data is taken into account. The fact that a particle expires for example, can be achieved by using an Observer in combination with an EventHandler (DoExpireEventHandler). CT_NONE means that the particle doesn do anything. This value should be set if the behaviour of the particle is determined outside the collider (for example, expiring the particle). CT_BOUNCE means that the particle bounces off the collider. CT_FLOW means that the particle flows around the contours of the collider.

Enumerator
CT_NONE
CT_BOUNCE
CT_FLOW

enum IntersectionType

Determines how a particle collision should be determined.

IT_POINT means that the position of the particle will be validated against the Colliders' shape. IT_BOX means that the dimensions (width, height and depth) are used to determine whether the particle collides.

Enumerator
IT_POINT
IT_BOX

var IntersectionType

Determines how a particle collision should be determined.

IT_POINT means that the position of the particle will be validated against the Colliders' shape. IT_BOX means that the dimensions (width, height and depth) are used to determine whether the particle collides.

Enumerator
IT_POINT
IT_BOX

local IntersectionType

Determines how a particle collision should be determined.

IT_POINT means that the position of the particle will be validated against the Colliders' shape. IT_BOX means that the dimensions (width, height and depth) are used to determine whether the particle collides.

Enumerator
IT_POINT
IT_BOX

Constructor & Destructor Documentation

virtual ~PUBaseCollider ( )

virtual

var ~PUBaseCollider ( )

virtual

local ~PUBaseCollider ( )

virtual

Member Function Documentation

void
calculateRotationSpeedAfterCollision ( PUParticle3D * particle )

Recalculates the rotation speed after collision.

This function must be explicitly called in the updatePUAffector(float deltaTime) function of the class that inherits from BaseCollider.

var
calculateRotationSpeedAfterCollision ( var particle )

Recalculates the rotation speed after collision.

This function must be explicitly called in the updatePUAffector(float deltaTime) function of the class that inherits from BaseCollider.

local
calculateRotationSpeedAfterCollision ( local particle )

Recalculates the rotation speed after collision.

This function must be explicitly called in the updatePUAffector(float deltaTime) function of the class that inherits from BaseCollider.

virtual void copyAttributesTo ( PUAffector * affector )

overridevirtual

Reimplemented from PUAffector.

Reimplemented in PUBoxCollider, PUParticle3DInterParticleCollider, PUSphereCollider, and PUPlaneCollider.

var copyAttributesTo ( var affector )

overridevirtual

Reimplemented from PUAffector.

Reimplemented in PUBoxCollider, PUParticle3DInterParticleCollider, PUSphereCollider, and PUPlaneCollider.

local copyAttributesTo ( local affector )

overridevirtual

Reimplemented from PUAffector.

Reimplemented in PUBoxCollider, PUParticle3DInterParticleCollider, PUSphereCollider, and PUPlaneCollider.

const float getBouncyness ( ) const

Returns the bouncyness value.

var getBouncyness ( )

Returns the bouncyness value.

local getBouncyness ( )

Returns the bouncyness value.

const CollisionType
getCollisionType ( ) const

Returns the type of collision.

var getCollisionType ( )

Returns the type of collision.

local getCollisionType ( )

Returns the type of collision.

const float getFriction ( ) const

Returns the friction value.

var getFriction ( )

Returns the friction value.

local getFriction ( )

Returns the friction value.

const IntersectionType
getIntersectionType ( ) const

Returns the type of intersection.

var getIntersectionType ( )

Returns the type of intersection.

local getIntersectionType ( )

Returns the type of intersection.

void populateAlignedBox	(	AABB &	box,
		const Vec3 &	position,
		const float	width,
		const float	height,
		const float	depth
	)

Fill the AxisAlignedBox with data derived from the other arguments.

var populateAlignedBox	(	var	box,
		var	position,
		var	width,
		var	height,
		var	depth
	)

Fill the AxisAlignedBox with data derived from the other arguments.

local populateAlignedBox	(	local	box,
		local	position,
		local	width,
		local	height,
		local	depth
	)

Fill the AxisAlignedBox with data derived from the other arguments.

virtual void preUpdateAffector ( float deltaTime )

overridevirtual

Reimplemented from PUAffector.

Reimplemented in PUSphereCollider, and PUBoxCollider.

var preUpdateAffector ( var deltaTime )

overridevirtual

Reimplemented from PUAffector.

Reimplemented in PUSphereCollider, and PUBoxCollider.

local preUpdateAffector ( local deltaTime )

overridevirtual

Reimplemented from PUAffector.

Reimplemented in PUSphereCollider, and PUBoxCollider.

void setBouncyness ( const float bouncyness )

Sets the bouncyness value.

var setBouncyness ( var bouncyness )

Sets the bouncyness value.

local setBouncyness ( local bouncyness )

Sets the bouncyness value.

void setCollisionType ( const CollisionType & collisionType )

Sets the type of collision.

var setCollisionType ( var collisionType )

Sets the type of collision.

local setCollisionType ( local collisionType )

Sets the type of collision.

void setFriction ( const float friction )

Sets the friction value.

var setFriction ( var friction )

Sets the friction value.

local setFriction ( local friction )

Sets the friction value.

void setIntersectionType ( const IntersectionType & intersectionType )

Sets the type of intersection.

var setIntersectionType ( var intersectionType )

Sets the type of intersection.

local setIntersectionType ( local intersectionType )

Sets the type of intersection.

Member Data Documentation

CC_CONSTRUCTOR_ACCESS __pad0__

var __pad0__

local __pad0__

float _bouncyness

protected

var _bouncyness

protected

local _bouncyness

protected

CollisionType _collisionType

protected

var _collisionType

protected

local _collisionType

protected

float _friction

protected

var _friction

protected

local _friction

protected

IntersectionType _intersectionType

protected

var _intersectionType

protected

local _intersectionType

protected

float _velocityScale

protected

var _velocityScale

protected

local _velocityScale

protected

const float DEFAULT_BOUNCYNESS

static

var DEFAULT_BOUNCYNESS

static

local DEFAULT_BOUNCYNESS

static

const CollisionType
DEFAULT_COLLISION_TYPE

static

var DEFAULT_COLLISION_TYPE

static

local DEFAULT_COLLISION_TYPE

static

const float DEFAULT_FRICTION

static

var DEFAULT_FRICTION

static

local DEFAULT_FRICTION

static

const IntersectionType
DEFAULT_INTERSECTION_TYPE

static

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

/Users/minggo/SourceCode/cocos2d-x/extensions/Particle3D/PU/CCPUBaseCollider.h

Public Types

Public Member Functions

Public Attributes

Static Public Attributes

Protected Attributes

Additional Inherited Members

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation