#include <CUPhysObstEvent.h>

Inheritance diagram for cugl::physics2::net::PhysObstEvent:

Classes
class	BoolConsts

class	FloatConsts

Public Types
enum class	EventType : int { UNKNOWN = 0 , CREATION = 1 , DELETION = 2 , BODY_TYPE = 3 , POSITION = 4 , VELOCITY = 5 , ANGLE = 6 , ANGULAR_VEL = 7 , BOOL_CONSTS = 8 , FLOAT_CONSTS = 9 , OWNER_ACQUIRE = 10 , OWNER_RELEASE = 11 }

Public Member Functions
EventType	getType () const

Uint64	getObstacleId () const

Uint32	getFactoryId () const

const std::shared_ptr< std::vector< std::byte > >	getPackedParam () const

void	initCreation (Uint32 factoryId, Uint64 obsId, std::shared_ptr< std::vector< std::byte > > packedParam)

void	initDeletion (Uint64 obsId)

void	initPos (Uint64 obsId, Vec2 pos)

void	initVel (Uint64 obsId, Vec2 vel)

void	initAngle (Uint64 obsId, float angle)

void	initAngularVel (Uint64 obsId, float angularVel)

void	initBodyType (Uint64 obsId, b2BodyType bodyType)

void	initBoolConsts (Uint64 obsId, const BoolConsts &values)

void	initFloatConsts (Uint64 obsId, const FloatConsts &values)

void	initOwnerAcquire (Uint64 obsId, Uint64 duration)

void	initOwnerRelease (Uint64 obsId)

std::shared_ptr< NetEvent >	newEvent () override

const b2BodyType	getBodyType () const

const Vec2	getPosition () const

const Vec2	getLinearVelocity () const

float	getAngle () const

const float	getAngularVelocity () const

bool	isEnabled () const

bool	isAwake () const

bool	isSleepingAllowed () const

bool	isBullet () const

bool	isFixedRotation () const

float	getGravityScale () const

float	getLinearDamping () const

float	getAngularDamping () const

float	getDensity () const

float	getFriction () const

float	getRestitution () const

bool	isSensor () const

const Vec2	getCentroid () const

float	getInertia () const

float	getMass () const

std::vector< std::byte >	serialize () override

void	deserialize (const std::vector< std::byte > &data) override

Public Member Functions inherited from cugl::physics2::net::NetEvent
virtual std::shared_ptr< NetEvent >	newEvent ()

virtual std::vector< std::byte >	serialize ()

virtual void	deserialize (const std::vector< std::byte > &data)

Uint64	getEventTimeStamp () const

Uint64	getReceiveTimeStamp () const

const std::string	getSourceId () const

Static Public Member Functions
static std::shared_ptr< PhysObstEvent >	allocCreation (Uint32 factoryId, Uint64 obsId, std::shared_ptr< std::vector< std::byte > > packedParam)

static std::shared_ptr< PhysObstEvent >	allocDeletion (Uint64 obsId)

static std::shared_ptr< PhysObstEvent >	allocPos (Uint64 obsId, Vec2 pos)

static std::shared_ptr< PhysObstEvent >	allocVel (Uint64 obsId, Vec2 vel)

static std::shared_ptr< PhysObstEvent >	allocAngle (Uint64 obsId, float angle)

static std::shared_ptr< PhysObstEvent >	allocAngularVel (Uint64 obsId, float angularVel)

static std::shared_ptr< PhysObstEvent >	allocBodyType (Uint64 obsId, b2BodyType bodyType)

static std::shared_ptr< PhysObstEvent >	allocBoolConsts (Uint64 obsId, const BoolConsts &values)

static std::shared_ptr< PhysObstEvent >	allocFloatConsts (Uint64 obsId, const FloatConsts &values)

static std::shared_ptr< PhysObstEvent >	allocOwnerAcquire (Uint64 obsId, Uint64 duration)

static std::shared_ptr< PhysObstEvent >	allocOwnerRelease (Uint64 obsId)

Protected Attributes
EventType	_type

Uint64	_obstacleId

Uint32	_factoryId

std::shared_ptr< std::vector< std::byte > >	_packedParam

Vec2	_pos

Vec2	_vel

float	_angle

float	_angularVel

bool	_isStatic

bool	_isEnabled

bool	_isAwake

bool	_isSleepingAllowed

bool	_isFixedRotation

bool	_isBullet

bool	_isSensor

float	_density

float	_friction

float	_restitution

float	_linearDamping

float	_angularDamping

float	_gravityScale

float	_mass

float	_inertia

Vec2	_centroid

b2BodyType	_bodyType

Uint64	_duration

LWSerializer	_serializer

LWDeserializer	_deserializer

Detailed Description

This class represents an event for an obstacle state change.

These events are created when the user sets the position or velocity manually, outside of the simulation. It includes all changes to the object state.

Instances of this class will be created automatically by the physics world and gathered by the network controller.

Member Enumeration Documentation

◆ EventType

enum class cugl::physics2::net::PhysObstEvent::EventType : int

strong

Enum for the type of the event.

Enumerator
UNKNOWN	An unknown event
CREATION	The creation of an obstacle
DELETION	The delection of an obstacle
BODY_TYPE	A change in body type
POSITION	A change in position
VELOCITY	A change in velocity
ANGLE	A change in angle
ANGULAR_VEL	A change in angular velocity
BOOL_CONSTS	A change in (other) boolean constants
FLOAT_CONSTS	A change in (other) float constants
OWNER_ACQUIRE	A new owner acquiring this object
OWNER_RELEASE	An owner releasing this object

Member Function Documentation

◆ allocAngle()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocAngle	(	Uint64	obsId,
		float	angle
	)

inlinestatic

Returns a newly created EventType::ANGLE event.

This method is a shortcut for creating a shared object on initAngle.

Parameters

obsId	The obstacle global id
angle	The obstacle angle

Returns: a newly created EventType::ANGLE event.

◆ allocAngularVel()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocAngularVel	(	Uint64	obsId,
		float	angularVel
	)

inlinestatic

Returns a newly created EventType::ANGULAR_VEL event.

This method is a shortcut for creating a shared object on initAngularVel.

Parameters

obsId	The obstacle global id
angularVel	The anglular velocity

Returns: a newly created EventType::ANGULAR_VEL event.

◆ allocBodyType()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocBodyType	(	Uint64	obsId,
		b2BodyType	bodyType
	)

inlinestatic

Returns a newly created EventType::BODY_TYPE event.

This method is a shortcut for creating a shared object on initBodyType.

Parameters

obsId	The obstacle global id
bodyType	The obstacle body type

Returns: a newly created EventType::BODY_TYPE event.

◆ allocBoolConsts()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocBoolConsts	(	Uint64	obsId,
		const BoolConsts &	values
	)

inlinestatic

Returns a newly created EventType::BOOL_CONSTS event.

This method is a shortcut for creating a shared object on initBoolConsts.

Parameters

obsId	The obstacle global id
values	The boolean constants

Returns: a newly created EventType::BOOL_CONSTS event.

◆ allocCreation()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocCreation	(	Uint32	factoryId,
		Uint64	obsId,
		std::shared_ptr< std::vector< std::byte > >	packedParam
	)

inlinestatic

Returns a newly created EventType::CREATION event.

This method is a shortcut for creating a shared object on initCreation.

Parameters

factoryId	The obstacle factory id
obsId	The obstacle global id
packedParam	The packed parameters for the obstacle

Returns: a newly created EventType::CREATION event.

◆ allocDeletion()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocDeletion ( Uint64 obsId )

inlinestatic

Returns a newly created EventType::DELETION event.

This method is a shortcut for creating a shared object on initDeletion.

Parameters

obsId The obstacle global id

Returns: a newly created EventType::DELETION event.

◆ allocFloatConsts()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocFloatConsts	(	Uint64	obsId,
		const FloatConsts &	values
	)

inlinestatic

Returns a newly created EventType::FLOAT_CONSTS event.

This method is a shortcut for creating a shared object on initFloatConsts.

Parameters

obsId	The obstacle global id
values	The boolean constants

Returns: a newly created EventType::FLOAT_CONSTS event.

◆ allocOwnerAcquire()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocOwnerAcquire	(	Uint64	obsId,
		Uint64	duration
	)

inlinestatic

Returns a newly created EventType::OWNER_ACQUIRE event.

This method is a shortcut for creating a shared object on initOwnerAcquire.

Parameters

obsId	The obstacle global id
duration	The length of time to acquire the obstacle.

Returns: a newly created EventType::OWNER_ACQUIRE event.

◆ allocOwnerRelease()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocOwnerRelease ( Uint64 obsId )

inlinestatic

Returns a newly created EventType::OWNER_RELEASE event.

This method is a shortcut for creating a shared object on initOwnerRelease.

Parameters

obsId The obstacle global id

Returns: a newly created EventType::OWNER_RELEASE event.

◆ allocPos()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocPos	(	Uint64	obsId,
		Vec2	pos
	)

inlinestatic

Returns a newly created EventType::POSITION event.

This method is a shortcut for creating a shared object on initPos.

Parameters

obsId	The obstacle global id
pos	The obstacle position

Returns: a newly created EventType::POSITION event.

◆ allocVel()

static std::shared_ptr< PhysObstEvent > cugl::physics2::net::PhysObstEvent::allocVel	(	Uint64	obsId,
		Vec2	vel
	)

inlinestatic

Returns a newly created EventType::VELOCITY event.

This method is a shortcut for creating a shared object on initVel.

Parameters

obsId	The obstacle global id
vel	The obstacle velocity

Returns: a newly created EventType::VELOCITY event.

◆ deserialize()

void cugl::physics2::net::PhysObstEvent::deserialize ( const std::vector< std::byte > & data )

overridevirtual

Deserializes this event from a byte vector.

This method will set the type of the event and all relevant fields.

Reimplemented from cugl::physics2::net::NetEvent.

◆ getAngle()

float cugl::physics2::net::PhysObstEvent::getAngle ( ) const

inline

Returns the angle for this physics event

The value returned is in radians

Returns: the angle for this physics event

◆ getAngularDamping()

float cugl::physics2::net::PhysObstEvent::getAngularDamping ( ) const

inline

Returns the angular damping for this physics event.

Returns: the angular damping for this physics event.

◆ getAngularVelocity()

const float cugl::physics2::net::PhysObstEvent::getAngularVelocity ( ) const

inline

Returns the angular velocity for this physics event

Returns: the angular velocity for this physics event

◆ getBodyType()

const b2BodyType cugl::physics2::net::PhysObstEvent::getBodyType ( ) const

inline

Returns the body type for this physics event

Returns: the body type for this physics event

◆ getCentroid()

const Vec2 cugl::physics2::net::PhysObstEvent::getCentroid ( ) const

inline

Returns the center of mass of this physics event.

Returns: the center of mass of this physics event.

◆ getDensity()

float cugl::physics2::net::PhysObstEvent::getDensity ( ) const

inline

Returns the density of this physics event.

The density is typically measured in usually in kg/m^2. The density can be zero or positive. You should generally use similar densities for all your fixtures. This will improve stacking stability.

Returns: the density of this physics event.

◆ getFactoryId()

Uint32 cugl::physics2::net::PhysObstEvent::getFactoryId ( ) const

inline

Returns the obstacle factory id of this event.

This only valid for EventType#CREATION events.

Returns: the obstacle factory id of this event.

◆ getFriction()

float cugl::physics2::net::PhysObstEvent::getFriction ( ) const

inline

Returns the friction coefficient of this physics event.

The friction parameter is usually set between 0 and 1, but can be any non-negative value. A friction value of 0 turns off friction and a value of 1 makes the friction strong. When the friction force is computed between two shapes, Box2D must combine the friction parameters of the two parent fixtures. This is done with the geometric mean.

Returns: the friction coefficient of this physics event.

◆ getGravityScale()

float cugl::physics2::net::PhysObstEvent::getGravityScale ( ) const

inline

Returns the gravity scale to apply to this physics event

Returns: the gravity scale to apply to this physics event

◆ getInertia()

float cugl::physics2::net::PhysObstEvent::getInertia ( ) const

inline

Returns the rotational inertia of this physics event.

Returns: the rotational inertia of this physics event.

◆ getLinearDamping()

float cugl::physics2::net::PhysObstEvent::getLinearDamping ( ) const

inline

Returns the linear damping for this physics event.

Returns: the linear damping for this physics event.

◆ getLinearVelocity()

const Vec2 cugl::physics2::net::PhysObstEvent::getLinearVelocity ( ) const

inline

Returns the linear velocity for this physics event

Returns: the linear velocity for this physics event

◆ getMass()

float cugl::physics2::net::PhysObstEvent::getMass ( ) const

inline

Returns the mass of this physics event.

Returns: the mass of this physics event.

◆ getObstacleId()

Uint64 cugl::physics2::net::PhysObstEvent::getObstacleId ( ) const

inline

Returns the obstacle global id of this event.

Returns: the obstacle global id of this event.

◆ getPackedParam()

const std::shared_ptr< std::vector< std::byte > > cugl::physics2::net::PhysObstEvent::getPackedParam ( ) const

inline

Returns the packed parameters for creating the obstacle.

This only valid for EventType#CREATION events.

Returns: the packed parameters for creating the obstacle.

◆ getPosition()

const Vec2 cugl::physics2::net::PhysObstEvent::getPosition ( ) const

inline

Returns the position for this physics event

Returns: the position for this physics event

◆ getRestitution()

float cugl::physics2::net::PhysObstEvent::getRestitution ( ) const

inline

Returns the restitution of this physics event.

Restitution is used to make objects bounce. The restitution value is usually set to be between 0 and 1. Consider dropping a ball on a table. A value of zero means the ball won't bounce. This is called an inelastic collision. A value of one means the ball's velocity will be exactly reflected. This is called a perfectly elastic collision.

Returns: the restitution of this physics event.

◆ getType()

EventType cugl::physics2::net::PhysObstEvent::getType ( ) const

inline

Returns the type of this event.

Returns: the type of this event.

◆ initAngle()

void cugl::physics2::net::PhysObstEvent::initAngle	(	Uint64	obsId,
		float	angle
	)

inline

Initializes an empty event to EventType#ANGLE.

This event symbolizes a change in the angle of an obstacle.

Parameters

obsId	The obstacle global id
angle	The obstacle angle

◆ initAngularVel()

void cugl::physics2::net::PhysObstEvent::initAngularVel	(	Uint64	obsId,
		float	angularVel
	)

inline

Initializes an empty event to EventType#ANGULAR_VEL.

This event symbolizes a change in the anglular velocity of an obstacle.

Parameters

obsId	The obstacle global id
angularVel	The angular velocity

◆ initBodyType()

void cugl::physics2::net::PhysObstEvent::initBodyType	(	Uint64	obsId,
		b2BodyType	bodyType
	)

inline

Initializes an empty event to EventType#BODY_TYPE.

This event symbolizes a change in the body type of an obstacle.

Parameters

obsId	The obstacle global id
bodyType	The body type

◆ initBoolConsts()

void cugl::physics2::net::PhysObstEvent::initBoolConsts	(	Uint64	obsId,
		const BoolConsts &	values
	)

inline

Initializes an empty event to EventType#BOOL_CONSTS.

This event symbolizes a change in the boolean constants of an obstacle. Due to the relatively rarer use of these constants, they are packed into a single event.

Parameters

obsId	The obstacle global id
values	The boolean constants

◆ initCreation()

void cugl::physics2::net::PhysObstEvent::initCreation	(	Uint32	factoryId,
		Uint64	obsId,
		std::shared_ptr< std::vector< std::byte > >	packedParam
	)

inline

Initializes an empty event as EventType#CREATION.

This event symbolizes the creation of an obstacle.

Parameters

factoryId	The obstacle factory id
obsId	The obstacle global id
packedParam	The packed parameters for the obstacle

◆ initDeletion()

void cugl::physics2::net::PhysObstEvent::initDeletion ( Uint64 obsId )

inline

Initializes an empty event to EventType#DELETION.

This event symbolizes the deletion of an obstacle.

Parameters

obsId The obstacle global id

◆ initFloatConsts()

void cugl::physics2::net::PhysObstEvent::initFloatConsts	(	Uint64	obsId,
		const FloatConsts &	values
	)

inline

Initializes an empty event to EventType::FLOAT_CONSTS.

This event symbolizes a change in the additional float constants of an obstacle. Due to the relatively rarer use of these constants, they are packed into a single event.

Parameters

obsId	The obstacle global id
values	The float constants

◆ initOwnerAcquire()

void cugl::physics2::net::PhysObstEvent::initOwnerAcquire	(	Uint64	obsId,
		Uint64	duration
	)

inline

Initializes an empty event to EventType::OWNER_ACQUIRE.

This event symbolizes a change in obstacle ownership. Setting duration to 0 will acquire ownership permanently.

Parameters

obsId	The obstacle global id
duration	The length of time to acquire the obstacle.

◆ initOwnerRelease()

void cugl::physics2::net::PhysObstEvent::initOwnerRelease ( Uint64 obsId )

inline

Initializes an empty event to EventType::OWNER_RELEASE.

This event symbolizes a change in obstacle ownership.

Parameters

obsId The obstacle global id

◆ initPos()

void cugl::physics2::net::PhysObstEvent::initPos	(	Uint64	obsId,
		Vec2	pos
	)

inline

Initializes an empty event to EventType#POSITION.

This event symbolizes a change in the position of an obstacle.

Parameters

obsId	The obstacle global id
pos	The obstacle position

◆ initVel()

void cugl::physics2::net::PhysObstEvent::initVel	(	Uint64	obsId,
		Vec2	vel
	)

inline

Initializes an empty event to EventType#VELOCITY.

This event symbolizes a change in the velocity of an obstacle.

Parameters

obsId	The obstacle global id
vel	The obstacle velocity

◆ isAwake()

bool cugl::physics2::net::PhysObstEvent::isAwake ( ) const

inline

Returns true if the obstacle in this event is awake

Returns: true if the obstacle in this event is awake

◆ isBullet()

bool cugl::physics2::net::PhysObstEvent::isBullet ( ) const

inline

Returns true if the obstacle in this event is a bullet

Returns: true if the obstacle in this event is a bullet

◆ isEnabled()

bool cugl::physics2::net::PhysObstEvent::isEnabled ( ) const

inline

Returns true if the obstacle in this event is enabled

Returns: true if the obstacle in this event is enabled

◆ isFixedRotation()

bool cugl::physics2::net::PhysObstEvent::isFixedRotation ( ) const

inline

Returns true if the obstacle in this event is prevented from rotating

Returns: true if the obstacle in this event is prevented from rotating

◆ isSensor()

bool cugl::physics2::net::PhysObstEvent::isSensor ( ) const

inline

Returns true if the obstacle in this event is a sensor.

Sometimes game logic needs to know when two entities overlap yet there should be no collision response. This is done by using sensors. A sensor is an entity that detects collision but does not produce a response.

Returns: true if the obstacle in this event is a sensor.

◆ isSleepingAllowed()

bool cugl::physics2::net::PhysObstEvent::isSleepingAllowed ( ) const

inline

Returns false if the obstacle in this event should never fall asleep

Returns: false if the obstacle in this event should never fall asleep

◆ newEvent()

std::shared_ptr< NetEvent > cugl::physics2::net::PhysObstEvent::newEvent ( )

inlineoverridevirtual

Returns a newly allocated event of this type.

This method is used by the NetEventController to create a new event with this type as a reference.

Note that this method is not static, unlike the alloc method present in most of CUGL. That is because we need this factory method to be polymorphic. All custom subclasses must implement this method.

Returns: a newly allocated event of this type.

Reimplemented from cugl::physics2::net::NetEvent.

◆ serialize()

std::vector< std::byte > cugl::physics2::net::PhysObstEvent::serialize ( )

overridevirtual

Returns a byte vector serializing this event

Returns: a byte vector serializing this event

Reimplemented from cugl::physics2::net::NetEvent.

Member Data Documentation

◆ _angle

float cugl::physics2::net::PhysObstEvent::_angle

protected

The field for EventType::ANGLE

◆ _angularDamping

float cugl::physics2::net::PhysObstEvent::_angularDamping

protected

The angular damping of the obstacle in this event

◆ _angularVel

float cugl::physics2::net::PhysObstEvent::_angularVel

protected

The field for EventType::ANGULAR_VEL

◆ _bodyType

b2BodyType cugl::physics2::net::PhysObstEvent::_bodyType

protected

The field for OBJ_BODY_TYPE

◆ _centroid

Vec2 cugl::physics2::net::PhysObstEvent::_centroid

protected

The centroid of the obstacle in this event

◆ _density

float cugl::physics2::net::PhysObstEvent::_density

protected

The density of the obstacle in this event

◆ _deserializer

LWDeserializer cugl::physics2::net::PhysObstEvent::_deserializer

protected

A deserializer for unpacking data

◆ _duration

Uint64 cugl::physics2::net::PhysObstEvent::_duration

protected

The field for OBJ_OWNER_ACQUIRE

◆ _factoryId

Uint32 cugl::physics2::net::PhysObstEvent::_factoryId

protected

The obstacle factory id.

This is obtained by calling NetPhysicsController#attachFactory.

◆ _friction

float cugl::physics2::net::PhysObstEvent::_friction

protected

The friction of the obstacle in this event

◆ _gravityScale

float cugl::physics2::net::PhysObstEvent::_gravityScale

protected

The gravity scale of the obstacle in this event

◆ _inertia

float cugl::physics2::net::PhysObstEvent::_inertia

protected

The inertia of the obstacle in this event

◆ _isAwake

bool cugl::physics2::net::PhysObstEvent::_isAwake

protected

Whether the event represents an awake obstacle

◆ _isBullet

bool cugl::physics2::net::PhysObstEvent::_isBullet

protected

Whether the event represents a bullet

◆ _isEnabled

bool cugl::physics2::net::PhysObstEvent::_isEnabled

protected

Whether the event represents an enabled obstacle

◆ _isFixedRotation

bool cugl::physics2::net::PhysObstEvent::_isFixedRotation

protected

Whether the event represents an obstacle with fixed rotation

◆ _isSensor

bool cugl::physics2::net::PhysObstEvent::_isSensor

protected

Whether the event represents a sensor

◆ _isSleepingAllowed

bool cugl::physics2::net::PhysObstEvent::_isSleepingAllowed

protected

Whether the event represents a sleepable obstacle

◆ _isStatic

bool cugl::physics2::net::PhysObstEvent::_isStatic

protected

Whether the event represents a static obstacle

◆ _linearDamping

float cugl::physics2::net::PhysObstEvent::_linearDamping

protected

The linear damping of the obstacle in this event

◆ _mass

float cugl::physics2::net::PhysObstEvent::_mass

protected

The mass of the obstacle in this event

◆ _obstacleId

Uint64 cugl::physics2::net::PhysObstEvent::_obstacleId

protected

The obstacle global id.

◆ _packedParam

std::shared_ptr<std::vector<std::byte> > cugl::physics2::net::PhysObstEvent::_packedParam

protected

The packed parameter for obstacle creation.

◆ _pos

Vec2 cugl::physics2::net::PhysObstEvent::_pos

protected

The field for EventType::POSITION

◆ _restitution

float cugl::physics2::net::PhysObstEvent::_restitution

protected

The restitution of the obstacle in this event

◆ _serializer

LWSerializer cugl::physics2::net::PhysObstEvent::_serializer

protected

A serializer for packing data

◆ _type

EventType cugl::physics2::net::PhysObstEvent::_type

protected

The type of the event.

◆ _vel

Vec2 cugl::physics2::net::PhysObstEvent::_vel

protected

The field for EventType::VELOCITY

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

/Users/wmwhite/Developer/CUGL/include/cugl/physics2/net/CUPhysObstEvent.h

Classes

Public Types

Public Member Functions

Static Public Member Functions

Protected Attributes

Detailed Description

Member Enumeration Documentation

◆ EventType

Member Function Documentation

◆ allocAngle()

◆ allocAngularVel()

◆ allocBodyType()

◆ allocBoolConsts()

◆ allocCreation()

◆ allocDeletion()

◆ allocFloatConsts()

◆ allocOwnerAcquire()

◆ allocOwnerRelease()

◆ allocPos()

◆ allocVel()

◆ deserialize()

◆ getAngle()

◆ getAngularDamping()

◆ getAngularVelocity()

◆ getBodyType()

◆ getCentroid()

◆ getDensity()

◆ getFactoryId()

◆ getFriction()

◆ getGravityScale()

◆ getInertia()

◆ getLinearDamping()

◆ getLinearVelocity()

◆ getMass()

◆ getObstacleId()

◆ getPackedParam()

◆ getPosition()

◆ getRestitution()

◆ getType()

◆ initAngle()

◆ initAngularVel()

◆ initBodyType()

◆ initBoolConsts()

◆ initCreation()

◆ initDeletion()

◆ initFloatConsts()

◆ initOwnerAcquire()

◆ initOwnerRelease()

◆ initPos()

◆ initVel()

◆ isAwake()

◆ isBullet()

◆ isEnabled()

◆ isFixedRotation()

◆ isSensor()

◆ isSleepingAllowed()

◆ newEvent()

◆ serialize()

Member Data Documentation

◆ _angle

◆ _angularDamping

◆ _angularVel

◆ _bodyType

◆ _centroid

◆ _density

◆ _deserializer

◆ _duration

◆ _factoryId

◆ _friction

◆ _gravityScale

◆ _inertia

◆ _isAwake

◆ _isBullet

◆ _isEnabled

◆ _isFixedRotation

◆ _isSensor

◆ _isSleepingAllowed

◆ _isStatic

◆ _linearDamping

◆ _mass