#include <ParticleUniverseSphereCollider.h>

Inheritance diagram for ParticleUniverse::SphereCollider:

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Public Member Functions
	SphereCollider (void)

virtual	~SphereCollider (void)

const Real	getRadius (void) const

void	setRadius (const Real radius)

bool	isInnerCollision (void) const

void	setInnerCollision (bool innerCollision)

void	calculateDirectionAfterCollision (Particle *particle, Vector3 distance, Real distanceLength)

virtual void	_preProcessParticles (ParticleTechnique *particleTechnique, Real timeElapsed)

virtual void	_affect (ParticleTechnique particleTechnique, Particle particle, Real timeElapsed)

virtual void	copyAttributesTo (ParticleAffector *affector)

Public Member Functions inherited from ParticleUniverse::BaseCollider
	BaseCollider (void)

virtual	~BaseCollider (void)

const IntersectionType	getIntersectionType (void) const

void	setIntersectionType (const IntersectionType &intersectionType)

const CollisionType	getCollisionType (void) const

void	setCollisionType (const CollisionType &collisionType)

const Real	getFriction (void) const

void	setFriction (const Real friction)

const Real	getBouncyness (void) const

void	setBouncyness (const Real bouncyness)

void	populateAlignedBox (AxisAlignedBox &box, const Vector3 &position, const Real width, const Real height, const Real depth)

void	calculateRotationSpeedAfterCollision (Particle *particle)

Public Member Functions inherited from ParticleUniverse::ParticleAffector
	ParticleAffector (void)

virtual	~ParticleAffector (void)

const AffectSpecialisation &	getAffectSpecialisation (void) const

void	setAffectSpecialisation (const AffectSpecialisation &affectSpecialisation)

const String &	getAffectorType (void) const

void	setAffectorType (const String &affectorType)

const String &	getName (void) const

void	setName (const String &name)

ParticleTechnique *	getParentTechnique (void) const

void	setParentTechnique (ParticleTechnique *parentTechnique)

virtual void	_prepare (ParticleTechnique *particleTechnique)

virtual void	_unprepare (ParticleTechnique *particleTechnique)

virtual void	_notifyStart (void)

virtual void	_notifyStop (void)

virtual void	_notifyPause (void)

virtual void	_notifyResume (void)

virtual void	_notifyRescaled (const Vector3 &scale)

virtual void	_firstParticle (ParticleTechnique particleTechnique, Particle particle, Real timeElapsed)

virtual void	_initForEmission (void)

virtual void	_initForExpiration (ParticleTechnique *technique, Real timeElapsed)

virtual void	_initParticleForEmission (Particle *particle)

void	_processParticle (ParticleTechnique particleTechnique, Particle particle, Real timeElapsed, bool firstParticle)

virtual void	_postProcessParticles (ParticleTechnique *technique, Real timeElapsed)

void	addEmitterToExclude (const String &emitterName)

void	removeEmitterToExclude (const String &emitterName)

void	removeAllEmittersToExclude (void)

const list< String > &	getEmittersToExclude (void) const

bool	hasEmitterToExclude (const String &emitterName)

virtual void	copyParentAttributesTo (ParticleAffector *affector)

const Vector3 &	getDerivedPosition (void)

Real	_calculateAffectSpecialisationFactor (const Particle *particle)

Public Member Functions inherited from ParticleUniverse::Particle
	Particle (void)

virtual	~Particle (void)

bool	_isMarkedForEmission (void) const

void	_setMarkedForEmission (bool markedForEmission)

virtual bool	isEnabled (void) const

virtual void	setEnabled (bool enabled)

void	_setOriginalEnabled (bool originalEnabled)

bool	_getOriginalEnabled (void) const

bool	isFreezed (void) const

void	setFreezed (bool freezed)

void	setEventFlags (uint32 flags)

void	addEventFlags (uint32 flags)

void	removeEventFlags (uint32 flags)

uint32	getEventFlags (void) const

bool	hasEventFlags (uint32 flags) const

void	copyBehaviours (ParticleBehaviourList &behaviours)

virtual void	_process (ParticleTechnique *technique, Real timeElapsed)

ParticleBehaviour *	getBehaviour (const String &behaviourType)

Real	calculateVelocity (void) const

virtual void	copyAttributesTo (Particle *particle)

Public Member Functions inherited from ParticleUniverse::IAlias
	IAlias (void)

virtual	~IAlias (void)

const String &	getAliasName (void) const

void	setAliasName (String aliasName)

const AliasType	getAliasType (void) const

void	setAliasType (AliasType aliasType)

Public Member Functions inherited from ParticleUniverse::IElement
	IElement (void)

virtual	~IElement (void)

Static Public Attributes
static const Real	DEFAULT_RADIUS

Static Public Attributes inherited from ParticleUniverse::BaseCollider
static const Real	DEFAULT_BOUNCYNESS

static const Real	DEFAULT_FRICTION

static const IntersectionType	DEFAULT_INTERSECTION_TYPE

static const CollisionType	DEFAULT_COLLISION_TYPE

Static Public Attributes inherited from ParticleUniverse::ParticleAffector
static const bool	DEFAULT_ENABLED

static const Vector3	DEFAULT_POSITION

static const AffectSpecialisation	DEFAULT_SPECIALISATION

Static Public Attributes inherited from ParticleUniverse::Particle
static Real	DEFAULT_TTL

static Real	DEFAULT_MASS

Protected Attributes
Real	mRadius

SimpleSphere	mSphere

Vector3	mPredictedPosition

bool	mInnerCollision

Protected Attributes inherited from ParticleUniverse::BaseCollider
Real	mFriction

Real	mBouncyness

IntersectionType	mIntersectionType

CollisionType	mCollisionType

Real	mVelocityScale

Protected Attributes inherited from ParticleUniverse::ParticleAffector
ParticleTechnique *	mParentTechnique

String	mAffectorType

String	mName

AffectSpecialisation	mAffectSpecialisation

list< String >	mExcludedEmitters

Vector3	_mAffectorScale

Protected Attributes inherited from ParticleUniverse::Particle
uint32	mEventFlags

bool	mMarkedForEmission

bool	mEnabled

bool	mFreezed

bool	mOriginalEnabled

bool	mOriginalEnabledSet

Vector3	mDerivedPosition

ParticleBehaviourList	mBehaviours

Protected Attributes inherited from ParticleUniverse::IAlias
String	mAliasName

AliasType	mAliasType

Additional Inherited Members
Public Types inherited from ParticleUniverse::BaseCollider
enum	IntersectionType { IT_POINT, IT_BOX }

enum	CollisionType { CT_NONE, CT_BOUNCE, CT_FLOW }

Public Types inherited from ParticleUniverse::ParticleAffector
enum	AffectSpecialisation { AFSP_DEFAULT, AFSP_TTL_INCREASE, AFSP_TTL_DECREASE }

Public Types inherited from ParticleUniverse::Particle
enum	ParticleType { PT_VISUAL, PT_TECHNIQUE, PT_EMITTER, PT_AFFECTOR, PT_SYSTEM }

enum	ReservedParticleEventFlags { PEF_EXPIRED = 1<<0, PEF_EMITTED = 1<<1, PEF_COLLIDED = 1<<2 }

typedef vector< ParticleBehaviour * >	ParticleBehaviourList

typedef ParticleBehaviourList::const_iterator	ParticleBehaviourIterator

Public Types inherited from ParticleUniverse::IAlias
enum	AliasType { AT_UNDEFINED, AT_TECHNIQUE, AT_RENDERER, AT_EMITTER, AT_AFFECTOR, AT_OBSERVER, AT_EXTERN, AT_HANDLER, AT_BEHAVIOUR }

Public Attributes inherited from ParticleUniverse::Particle
ParticleEmitter *	parentEmitter

Vector3	position

Vector3	direction

Real	mass

Real	timeToLive

Real	totalTimeToLive

Real	timeFraction

ParticleType	particleType

Any	mUserDefinedObject

PhysicsActor *	physicsActor

IVisualData *	visualData

Vector3	originalPosition

Vector3	originalDirection

Real	originalVelocity

Real	originalDirectionLength

Real	originalScaledDirectionLength

Vector3	latestPosition

Detailed Description

The SphereCollider is a sphere shape that collides with the particles. The SphereCollider can only collide with particles that are created within the same ParticleTechnique as where the SphereCollider is registered.

Constructor & Destructor Documentation

ParticleUniverse::SphereCollider::SphereCollider ( void )

virtual ParticleUniverse::SphereCollider::~SphereCollider ( void )

inlinevirtual

Member Function Documentation

virtual void ParticleUniverse::SphereCollider::_affect	(	ParticleTechnique *	particleTechnique,
		Particle *	particle,
		Real	timeElapsed
	)

virtual

Affect a particle.

Parameters

particle	Pointer to a ParticleTechnique to which the particle belongs.
particle	Pointer to a Particle.
timeElapsed	The number of seconds which have elapsed since the last call.

Implements ParticleUniverse::ParticleAffector.

virtual void ParticleUniverse::SphereCollider::_preProcessParticles	(	ParticleTechnique *	particleTechnique,
		Real	timeElapsed
	)

virtual

Perform activities before the individual particles are processed.

Remarks: This function is called before the ParticleTechnique update-loop where all particles are traversed. the preProcess is typically used to perform calculations where the result must be used in processing each individual particle.

Reimplemented from ParticleUniverse::BaseCollider.

Reimplemented in ParticleUniverse::SphereColliderExtern.

void ParticleUniverse::SphereCollider::calculateDirectionAfterCollision	(	Particle *	particle,
		Vector3	distance,
		Real	distanceLength
	)

virtual void ParticleUniverse::SphereCollider::copyAttributesTo ( ParticleAffector * affector )

virtual

Copy attributes to another affector.

Reimplemented from ParticleUniverse::BaseCollider.

const Real ParticleUniverse::SphereCollider::getRadius ( void ) const

Returns the radius of the sphere

bool ParticleUniverse::SphereCollider::isInnerCollision ( void ) const

Returns indication whether the collision is inside or outside of the box

Remarks: If value is true, the collision is inside of the box.

void ParticleUniverse::SphereCollider::setInnerCollision ( bool innerCollision )

Set indication whether the collision is inside or outside of the box

Remarks: If value is set to true, the collision is inside of the box.

void ParticleUniverse::SphereCollider::setRadius ( const Real radius )

Sets the radius of the sphere

Member Data Documentation

const Real ParticleUniverse::SphereCollider::DEFAULT_RADIUS

static

bool ParticleUniverse::SphereCollider::mInnerCollision

protected

Vector3 ParticleUniverse::SphereCollider::mPredictedPosition

protected

Real ParticleUniverse::SphereCollider::mRadius

protected

SimpleSphere ParticleUniverse::SphereCollider::mSphere

protected

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

ParticleAffectors/ParticleUniverseSphereCollider.h

Public Member Functions

Static Public Attributes

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation