Represents a single simulation object in the exercise. Object may be VRF simulation, or non-VRF simulated, and may be simulated by the local sim engine, or by a remote sim engine. Only public (external) state of the object is available. All data is read-only. All access to data of the object is thread safe within the simulation frame.

Related Examples

Scenario Metrics

Inheritance diagram for DtSimObject:

[legend]

Classes
struct	ExtentInformation

Public Member Functions
	DtSimObject (const DtSimulationServices *simManager, const DtUUID &uuid)

	DtSimObject (const DtSimulationServices *simManager, const DtEntityIdentifier &id)

	DtSimObject (const DtSimulationServices simManager, const makVrf::DtExternalCurrentFrameState )

virtual	~DtSimObject ()

DtSimObject &	operator= (const DtUUID &)

DtSimObject &	operator= (const DtSimObject &rhs)

bool	operator== (const DtUUID &rhs) const

bool	operator== (const DtSimObject &rhs) const

bool	operator!= (const DtUUID &rhs) const

bool	operator!= (const DtSimObject &rhs) const

const DtUUID &	uuid () const

const DtString &	objectName () const

DtString	label () const

DtEntityType	entityType () const

DtObjectType	objectType () const

bool	isClutterEntity () const

makVrf::DtVrfObjectGeometry	objectGeometry () const

Dt3dBoundingVolume	boundingVolume () const

DtVector	localBoundingVolumeCenterPosition () const

DtExtent	extent () const

DtExtent	roughExtent () const

void	expandExtent (DtExtent &extent) const

const makVrf::DtIffStateComponent *	iffStateComponent () const

std::vector< const makVrf::DtLaserDesignatorStateComponent * >	laserDesignatorStateComponents () const

template<typename T_Component >
const T_Component *	getStateComponent () const

template<typename T_Component >
std::vector< const T_Component * >	getStateComponentList () const

template<typename T_Component >
bool	hasStateComponent () const

virtual bool	isLocal () const

DtForceType	forceType () const

const DtEntityIdentifier &	entityId () const

const DtEntityIdentifier &	objectIdentifier () const

bool	isDestroyed () const

int	damageState () const

const DtString &	globalId () const

const DtPlatformSimObjectFacade &	platformSimObjectFacade () const

const DtVrfSimulatedSimObjectFacade &	vrfSimulatedSimObjectFacade () const

bool	isEntityOrUnit () const

bool	isSimulatedObject () const

bool	isEntity () const

bool	isValid () const

int	sessionId () const

bool	isVrfSimulatedObject () const

bool	isOnTopOf (const DtSimObject *o) const

bool	isOnTopOf (const DtSimObject *o, double d) const

bool	isOnTopOf (const DtSimObject *o, double d, const DtVector &position) const

bool	isDeleted () const

virtual DtVrfLocalObjectCreateInformation	vrfLocalObjectCreateInformation () const

virtual void	makeInvalid ()

const DtSimulationServices *	simulationServices () const

const DtVrfObjectParameters *	parameters () const

DtVrfObjectParameters *	duplicateParameters ()

double	totalMass () const

const Coordinate_System *	coordinateSystem () const

const DtLocalVertexList &	localVertices () const

const DtVertexList &	worldVertices () const

const DtLocalVertexList &	relativeVertices () const

DtVector	locationRelativeTo (const DtVector &, const DtSimObject *relativeTo) const

DtVector	velocityRelativeTo (const DtVector &, const DtSimObject *relativeTo) const

DtVector	accelerationRelativeTo (const DtVector &, const DtSimObject *relativeTo) const

DtTaitBryan	orientationRelativeTo (const DtTaitBryan &, const DtSimObject *relativeTo) const

const DtRwProperties &	parameterProperties () const

double	distanceToLocalVector (const DtVector &) const

DtSimObjectReference	simObjectReference () const

unsigned long long	legionGlobalId () const

DtString	awaiting () const

bool	advancedFrame () const

DtSimObjectReference	superior () const

DtUUID	superiorUUID () const

const DtSimObjectReferenceList &	attachments () const

bool	isTopLevel () const

MAKVRinTerra::DtFeatureGeometry	featureGeometry () const

const DtAttachedTerrain *	terrainAttachedTo () const

const makVrf::DtSimulatedObjectStateComponent *	currentFrameSimulatedObjectStateComponent () const

const makVrf::DtLocationStateComponent *	currentFrameLocationStateComponent () const

const makVrf::DtVrfGeometryStateComponent *	currentFrameVrfGeometryStateComponent () const

const makVrf::DtEntityStateComponent *	currentFrameEntityStateComponent () const

const makVrf::DtVrfStateComponent *	currentFrameVrfStateComponent () const


makVrf::DtRwVrfKinematicState	kinematicState () const

const DtVector &	worldPosition () const

const DtVector &	localPosition () const

const DtVector &	parentPosition () const

double	distSquaredTo (const DtVector &) const

bool	hasLocationChanged () const

bool	objectVerticesChanged () const

bool	worldVerticesChanged () const

bool	haveVerticesChanged () const

virtual void	frameAdvanced ()

virtual void	firstFrameAdvance ()

const DtTaitBryan &	topographicOrientation () const

const DtTaitBryan &	worldOrientation () const

const DtTaitBryan &	localOrientation () const

const DtTaitBryan &	parentOrientation () const

const DtTaitBryan &	localOrientationWrtDatabase () const

const DtDcm &	localOrientationMatrix () const

const DtDcm &	parentOrientationMatrix () const

const DtDcm &	worldOrientationMatrix () const

double	heading () const

double	pitch () const

double	roll () const


bool	isUnit () const


bool	isEmbarked () const

bool	embarkedOnHighFidelityObject () const

DtUUID	embarkedOn () const

DtSimObjectReference	simObjectEmbarkedOn () const

bool	isEmbarkedOn (const DtUUID &) const


virtual void	clearDecorators ()

DtSimObjectDecorator *	getOrCreateDecorator (const std::string &Decorator) const


VRF4API_METHOD const DtSimObject *	vrfState ()

VRF4API_METHOD const DtSimObject *	vrfState () const

VRF4API_METHOD const DtSimObject *	simState ()

VRF4API_METHOD const DtSimObject *	simState () const

VRF4API_METHOD bool	operator== (const DtSimObject *rhs) const

VRF4API_METHOD const DtSimulationServices *	simManager () const

VRF4API_METHOD DtSimulationServices *	simManager ()

VRF4API_METHOD makVrf::DtVrfObjectGeometry	vrfObjectGeometry () const

VRF4API_METHOD const DtPhysicalWorld *	physicalWorld () const

VRF4API_METHOD DtSimObjectReference	sharedReference () const

VRF4API_METHOD const DtVrfObjectParameters *	parameterEntry () const

VRF4API_METHOD const DtSimObjectManager *	simObjectManager () const

VRF4API_METHOD DtSimObjectReference	vrfObject () const

VRF4API_METHOD DtSimObjectReference	parent () const

VRF4API_METHOD double	currentHeading () const

VRF4API_METHOD double	currentPitch () const

VRF4API_METHOD double	currentRoll () const

VRF4API_METHOD const DtString &	markingText () const

VRF4API_METHOD bool	isSpatiallyFrozen () const

VRF4API_METHOD bool	isFrozen () const

VRF4API_METHOD double	speed () const

VRF4API_METHOD double	forwardSpeed () const

VRF4API_METHOD DtVector	worldVelocity () const

VRF4API_METHOD DtVector	localVelocity () const

VRF4API_METHOD DtVector	bodyVelocity () const

VRF4API_METHOD DtVector	relativeVelocity () const

VRF4API_METHOD DtVector	parentVelocity () const

VRF4API_METHOD DtVector	rotationalVelocity () const

VRF4API_METHOD DtVector	worldAcceleration () const

VRF4API_METHOD DtVector	localAcceleration () const

VRF4API_METHOD DtVector	relativeAcceleration () const

Public Attributes
boost::signals2::signal< void()>	signal_objectVerticesChanged

boost::signals2::signal< void(const DtSimObject *)>	signal_extendedDataUpdated

boost::signals2::signal< void(const DtSimObject *)>	signal_simObjectDeleted

boost::signals2::signal< void(const DtSimObject *, const DtString &)>	signal_discoveredReference

boost::signals2::signal< void(const DtUUID &oldUUID, const DtUUID &newUUID)>	signal_uuidChanged

boost::signals2::signal< void(const DtSimObject *, const DtString &oldName, const DtString &newName)>	signal_objectRenamed

boost::signals2::signal< void(const DtSimObject *, const DtUUID &oldSuperior, const DtUUID &newSuperior)>	signal_superiorChanged

boost::signals2::signal< void(const DtSimObject *)>	signal_isClutterChanged

boost::signals2::signal< void()>	signal_advancedFrame

boost::signals2::signal< void()>	signal_firstFrameAdvance

Protected Member Functions
void	tickDecorators ()

void	cacheComponents ()

void	clearCachedComponents ()

virtual void	createNavigationDecorator ()

void	stateDataAdded (makVrf::DtStateData *)

virtual void	setupVrfObjectParameters ()

virtual void	setUUID (const DtUUID &)

bool	checkAndConnectForVrfStateComponent ()

void	uuidChanged (const DtUUID &, const DtUUID &)

void	objectNameChanged (const DtString &oldText, const DtString &newText)

void	attachmentsChanged ()

virtual void	completeSetup ()

void	extendedDataUpdated ()

void	superiorChanged ()

virtual void	isClutterChanged ()

virtual void	hostChanged (const DtUUID &oldHost, const DtUUID &newHost)

virtual void	usingParameterSource (const DtString &)

virtual void	externalFrameStateToBeDestroyed ()

Protected Attributes
const DtSimulationServices *	mySimulationServices

const makVrf::DtExternalCurrentFrameState *	myExternalCurrentFrameState

boost::signals2::scoped_connection	myDeletedConnection

boost::signals2::scoped_connection	myAddedConnection

boost::signals2::scoped_connection	myUUIDChangedConnection

boost::signals2::scoped_connection	myObjectNameChangedConnection

boost::signals2::scoped_connection	myExtendedDataUpdatedConnection

boost::signals2::scoped_connection	myFirstFrameAdvancedConnection

boost::signals2::scoped_connection	mySuperiorChangedConnection

boost::signals2::scoped_connection	myAdvancedFrameConnection

boost::signals2::scoped_connection	myIsClutterChangedConnection

ExtentInformation	myExtentInformation

DtNavigationSimObjectDecorator *	myNavigationSimDecorator = nullptr

DtString	myAwaiting

DtUUID	myUUID

unsigned long long	myLegionGlobalId

const DtVrfObjectParameters *	myParameters

DtVrfObjectParameters *	myDuplicateParameters

bool	myIsDeleted

DtString	myObjectName

DtObjectType	myEntityType

DtSimObjectReferenceList *	myAttachments

boost::signals2::scoped_connection	myAttachmentsChangedConnection

DtSimObjectReference	mySuperior

bool	myAdvancedFrame

DtSimObjectReference	mySimObjectReference

tbb::spin_rw_mutex	mySimObjectReferenceMutex

DtAttachedTerrain *	myTerrainAttachedTo

boost::signals2::scoped_connection	myHostChangedConnection

tbb::spin_rw_mutex	myExternalCurrentFrameStateMutex

DtUUID	myEmbarkedOn

const makVrf::DtSimulatedObjectStateComponent *	myCurrentFrameSimulatedObjectStateComponent

const makVrf::DtVrfStateComponent *	myCurrentFrameVrfStateComponent

const makVrf::DtEntityStateComponent *	myCurrentFrameEntityStateComponent

const makVrf::DtLocationStateComponent *	myCurrentFrameLocationStateComponent

const makVrf::DtVrfGeometryStateComponent *	myCurrentFrameVrfGeometryStateComponent

bool	myCachedComponents

DtAggregateSimObjectFacade *	myAggregateSimObjectFacade

DtPlatformSimObjectFacade *	myPlatformSimObjectFacade

DtVrfSimulatedSimObjectFacade *	myVrfSimulatedSimObjectFacade

Private Member Functions
	DtSimObject ()

	DtSimObject (const DtSimObject &)

void	resetUUID (const DtUUID &)

Friends
class	DtSimObjectManager

typedef std::map< std::string, DtSimObjectDecorator * >	SimObjectDecorators

SimObjectDecorators	mySimObjectDecorators

tbb::spin_rw_mutex	mySimObjectDecoratorMutex

Member Typedef Documentation

typedef std::map<std::string, DtSimObjectDecorator*> DtSimObject::SimObjectDecorators

protected

Decorator members.

Constructor & Destructor Documentation

DtSimObject::DtSimObject ( )

private

Creates an empty (invalid) object.

DtSimObject::DtSimObject ( const DtSimObject & )

private

DtSimObject::DtSimObject	(	const DtSimulationServices *	simManager,
		const DtUUID &	uuid
	)

explicit

CTOR – Even though this takes a state data it will not keep a reference to that state data. It is only used to keep the pointer to the current frame state.

DtSimObject::DtSimObject	(	const DtSimulationServices *	simManager,
		const DtEntityIdentifier &	id
	)

explicit

DtSimObject::DtSimObject	(	const DtSimulationServices *	simManager,
		const makVrf::DtExternalCurrentFrameState *
	)

explicit

virtual DtSimObject::~DtSimObject ( )

virtual

DTOR.

Member Function Documentation

DtSimObject& DtSimObject::operator= ( const DtUUID & )

DtSimObject& DtSimObject::operator= ( const DtSimObject & rhs )

inline

References operator=(), and uuid().

Referenced by operator=().

bool DtSimObject::operator== ( const DtUUID & rhs ) const

bool DtSimObject::operator== ( const DtSimObject & rhs ) const

inline

References uuid().

bool DtSimObject::operator!= ( const DtUUID & rhs ) const

inline

bool DtSimObject::operator!= ( const DtSimObject & rhs ) const

inline

const DtUUID& DtSimObject::uuid ( ) const

@ Convenience accessors for various pieces of state Data

Referenced by operator=(), and operator==().

const DtString& DtSimObject::objectName ( ) const

DtString DtSimObject::label ( ) const

DtEntityType DtSimObject::entityType ( ) const

DtObjectType DtSimObject::objectType ( ) const

bool DtSimObject::isClutterEntity ( ) const

Appearance attribute information.

makVrf::DtVrfObjectGeometry DtSimObject::objectGeometry ( ) const

Geometry.

Dt3dBoundingVolume DtSimObject::boundingVolume ( ) const

DtVector DtSimObject::localBoundingVolumeCenterPosition ( ) const

DtExtent DtSimObject::extent ( ) const

DtExtent DtSimObject::roughExtent ( ) const

Little bit bigger bounding box than extent() might give.

void DtSimObject::expandExtent ( DtExtent & extent ) const

const makVrf::DtIffStateComponent* DtSimObject::iffStateComponent ( ) const

Associated components.

std::vector<const makVrf::DtLaserDesignatorStateComponent*> DtSimObject::laserDesignatorStateComponents ( ) const

template<typename T_Component >

const T_Component* DtSimObject::getStateComponent ( ) const

inline

General call to get any component that does not have a method.

template<typename T_Component >

std::vector<const T_Component*> DtSimObject::getStateComponentList ( ) const

inline

template<typename T_Component >

bool DtSimObject::hasStateComponent ( ) const

inline

makVrf::DtRwVrfKinematicState DtSimObject::kinematicState ( ) const

Overall kinematic state.

const DtVector& DtSimObject::worldPosition ( ) const

TSP information Position.

const DtVector& DtSimObject::localPosition ( ) const

Overall kinematic state.

const DtVector& DtSimObject::parentPosition ( ) const

Overall kinematic state.

double DtSimObject::distSquaredTo ( const DtVector & ) const

Overall kinematic state.

bool DtSimObject::hasLocationChanged ( ) const

In the last frame update, did the location of this object change.

bool DtSimObject::objectVerticesChanged ( ) const

Whether or not (if this is a multi point object) the body (object) vertices have changed (meaning has the user edited the vertices)

bool DtSimObject::worldVerticesChanged ( ) const

Whether or not the vertices of the object have changed from their last frame world positions. This can happen if the object is embarked and the host object has moved, or, if the user has edited the vertices.

bool DtSimObject::haveVerticesChanged ( ) const

Returns true if object or world vertices have changed.

virtual void DtSimObject::frameAdvanced ( )

virtual

Overall kinematic state.

virtual void DtSimObject::firstFrameAdvance ( )

virtual

Overall kinematic state.

const DtTaitBryan& DtSimObject::topographicOrientation ( ) const

Orientation.

const DtTaitBryan& DtSimObject::worldOrientation ( ) const

Overall kinematic state.

const DtTaitBryan& DtSimObject::localOrientation ( ) const

Overall kinematic state.

const DtTaitBryan& DtSimObject::parentOrientation ( ) const

Overall kinematic state.

const DtTaitBryan& DtSimObject::localOrientationWrtDatabase ( ) const

Overall kinematic state.

const DtDcm& DtSimObject::localOrientationMatrix ( ) const

Overall kinematic state.

const DtDcm& DtSimObject::parentOrientationMatrix ( ) const

Overall kinematic state.

const DtDcm& DtSimObject::worldOrientationMatrix ( ) const

Overall kinematic state.

double DtSimObject::heading ( ) const

Overall kinematic state.

double DtSimObject::pitch ( ) const

Overall kinematic state.

double DtSimObject::roll ( ) const

Overall kinematic state.

virtual bool DtSimObject::isLocal ( ) const

virtual

Returns true if this object is a locally simulated object.

Reimplemented in DtLocalObject.

DtForceType DtSimObject::forceType ( ) const

The force type of this object.

const DtEntityIdentifier& DtSimObject::entityId ( ) const

DIS object identifier.

const DtEntityIdentifier& DtSimObject::objectIdentifier ( ) const

inline

bool DtSimObject::isDestroyed ( ) const

Convenience method to see if this object is destroyed. Is not applicable to all object types (e.g. tactical graphics)

int DtSimObject::damageState ( ) const

const DtString& DtSimObject::globalId ( ) const

bool DtSimObject::isUnit ( ) const

Unit specific information Returns true if this object has a DtAggregateStateComponent.

const DtPlatformSimObjectFacade& DtSimObject::platformSimObjectFacade ( ) const

Convenience return. Check for nullptr as this is only valid after the first advance frame of this object.

const DtVrfSimulatedSimObjectFacade& DtSimObject::vrfSimulatedSimObjectFacade ( ) const

Convenience return. Check for nullptr as this is only valid after the first advance frame of this object.

bool DtSimObject::isEntityOrUnit ( ) const

Returns true if this object does not have the environmental state component.

bool DtSimObject::isSimulatedObject ( ) const

inline

bool DtSimObject::isEntity ( ) const

Returns true if this object does not have the environmental state or aggregate state component.

bool DtSimObject::isEmbarked ( ) const

Embarkation status.

bool DtSimObject::embarkedOnHighFidelityObject ( ) const

Embarkation status.

DtUUID DtSimObject::embarkedOn ( ) const

If embarked, the parent this object is embarked on.

DtSimObjectReference DtSimObject::simObjectEmbarkedOn ( ) const

Embarkation status.

bool DtSimObject::isEmbarkedOn ( const DtUUID & ) const

Embarkation status.

bool DtSimObject::isValid ( ) const

Returns true if myExternalCurrentFrameState is not nullptr. Not virtual on purpose as even though local object subclasses from this, this only wants to check if the read portion is valid.

Referenced by DtLocalObject::addStateComponent().

int DtSimObject::sessionId ( ) const

bool DtSimObject::isVrfSimulatedObject ( ) const

bool DtSimObject::isOnTopOf ( const DtSimObject * o ) const

bool DtSimObject::isOnTopOf	(	const DtSimObject *	o,
		double	d
	)		const

Calls isOnTopOf with localPosition()

bool DtSimObject::isOnTopOf	(	const DtSimObject *	o,
		double	d,
		const DtVector &	position
	)		const

bool DtSimObject::isDeleted ( ) const

Returns true if this object was valid and has since been deleted.

virtual DtVrfLocalObjectCreateInformation DtSimObject::vrfLocalObjectCreateInformation ( ) const

virtual

Enough information to create an object list this as a local object.

virtual void DtSimObject::makeInvalid ( )

virtual

Make this invalid by clearing the myExternalCurrentFrameState. This will also set the myIsDeleted flag to true.

Reimplemented in DtLocalObject.

const DtSimulationServices* DtSimObject::simulationServices ( ) const

inline

const DtVrfObjectParameters* DtSimObject::parameters ( ) const

inline

VR-Forces parameters.

DtVrfObjectParameters* DtSimObject::duplicateParameters ( )

This call is not thread safe. Only call outside of component ticks when you want do duplicate the parameters to be able to modify them for this object only. This is used by the remote attachment system. Once created this will replace the myParameters.

double DtSimObject::totalMass ( ) const

Will look up unit specific data for mass.

const Coordinate_System* DtSimObject::coordinateSystem ( ) const

const DtLocalVertexList& DtSimObject::localVertices ( ) const

const DtVertexList& DtSimObject::worldVertices ( ) const

const DtLocalVertexList& DtSimObject::relativeVertices ( ) const

DtVector DtSimObject::locationRelativeTo	(	const DtVector &	,
		const DtSimObject *	relativeTo
	)		const

Given the local position vector, return a location that is relative to this entity given that position (in parent coordinates)

DtVector DtSimObject::velocityRelativeTo	(	const DtVector &	,
		const DtSimObject *	relativeTo
	)		const

Given the local velocity vector, return a velocity that is relative to this entity given that velocity (in parent coordinates)

DtVector DtSimObject::accelerationRelativeTo	(	const DtVector &	,
		const DtSimObject *	relativeTo
	)		const

Given the local acceleration vector, return an acceleration that is relative to this entity given that acceleration (in parent coordinates)

DtTaitBryan DtSimObject::orientationRelativeTo	(	const DtTaitBryan &	,
		const DtSimObject *	relativeTo
	)		const

Given the local orientation vector, return an orientation that is relative to this entity given that orientation (in parent coordinates)

const DtRwProperties& DtSimObject::parameterProperties ( ) const

Since this is a function of the object parameters, this will always return a value whether or not this is vrf simulated.

double DtSimObject::distanceToLocalVector ( const DtVector & ) const

Returns the distance from this objects local distance to the given local vector.

DtSimObjectReference DtSimObject::simObjectReference ( ) const

Returns the original instance to this state data by looking up the legion global id in the state data manager.

unsigned long long DtSimObject::legionGlobalId ( ) const

The internal legion global id that this object represents.

DtString DtSimObject::awaiting ( ) const

inline

If awaiting, who awaiting for.

bool DtSimObject::advancedFrame ( ) const

inline

Will be true if this object has advanced at least one frame.

DtSimObjectReference DtSimObject::superior ( ) const

DtUUID DtSimObject::superiorUUID ( ) const

const DtSimObjectReferenceList& DtSimObject::attachments ( ) const

bool DtSimObject::isTopLevel ( ) const

Convenience method to see if this is a top level object. It is if it is local and the entity type is DtTopLevelEntityType.

MAKVRinTerra::DtFeatureGeometry DtSimObject::featureGeometry ( ) const

Compute DtFeatureGeometry representation of object geometry.

const DtAttachedTerrain* DtSimObject::terrainAttachedTo ( ) const

virtual void DtSimObject::clearDecorators ( )

virtual

This code will keep track of DtSimObject decorator only. The DtLocalObject will be able to use this decorator, however, it will also keep a "next frame" decorator for the decorator that only works on DtLocalObject.

Reimplemented in DtLocalObject.

DtSimObjectDecorator* DtSimObject::getOrCreateDecorator ( const std::string & Decorator ) const

This will get or create a decorator based on the decorator name. This is not virtual such that the DtLocalObject can implement its own version. DO NOT delete this returned pointer. This class owns the decorator.

const makVrf::DtSimulatedObjectStateComponent* DtSimObject::currentFrameSimulatedObjectStateComponent ( ) const

inline

const makVrf::DtLocationStateComponent* DtSimObject::currentFrameLocationStateComponent ( ) const

inline

const makVrf::DtVrfGeometryStateComponent* DtSimObject::currentFrameVrfGeometryStateComponent ( ) const

inline

const makVrf::DtEntityStateComponent* DtSimObject::currentFrameEntityStateComponent ( ) const

inline

const makVrf::DtVrfStateComponent* DtSimObject::currentFrameVrfStateComponent ( ) const

inline

void DtSimObject::tickDecorators ( )

protected

void DtSimObject::cacheComponents ( )

protected

void DtSimObject::clearCachedComponents ( )

protected

virtual void DtSimObject::createNavigationDecorator ( )

protectedvirtual

Reimplemented in DtLocalObject.

void DtSimObject::stateDataAdded ( makVrf::DtStateData * )

protected

virtual void DtSimObject::setupVrfObjectParameters ( )

protectedvirtual

Reimplemented in DtLocalObject.

virtual void DtSimObject::setUUID ( const DtUUID & )

protectedvirtual

Reimplemented in DtLocalObject.

bool DtSimObject::checkAndConnectForVrfStateComponent ( )

protected

void DtSimObject::uuidChanged	(	const DtUUID &	,
		const DtUUID &
	)

protected

void DtSimObject::objectNameChanged	(	const DtString &	oldText,
		const DtString &	newText
	)

protected

void DtSimObject::attachmentsChanged ( )

protected

virtual void DtSimObject::completeSetup ( )

protectedvirtual

Reimplemented in DtLocalObject.

void DtSimObject::extendedDataUpdated ( )

protected

void DtSimObject::superiorChanged ( )

protected

virtual void DtSimObject::isClutterChanged ( )

protectedvirtual

Reimplemented in DtLocalObject.

virtual void DtSimObject::hostChanged	(	const DtUUID &	oldHost,
		const DtUUID &	newHost
	)

protectedvirtual

Reimplemented in DtLocalObject.

virtual void DtSimObject::usingParameterSource ( const DtString & )

protectedvirtual

Called when the parameter is set up, this is the source it is using.

Reimplemented in DtLocalObject.

virtual void DtSimObject::externalFrameStateToBeDestroyed ( )

protectedvirtual

void DtSimObject::resetUUID ( const DtUUID & )

private

Called only when the original UUID has changed. If this already has a pointer to the external state will only set the new UUID, else it will try and look up the new data. This is not thread safe, so, make sure to only call in a way that you know will not cause threading issues.

VRF4API_METHOD const DtSimObject* DtSimObject::vrfState ( )