DtVrfObject is used to represent any type of simulated object (entities, aggregate, control objects) in a VR-Forces application. More...

Inheritance diagram for DtVrfObject:

[legend]

List of all members.

Public Types

typedef std::pair < DtVrfObjectCallbackFunction, void * >	DtVrfObjectCallbackDataPair
	Definitions of container types used in the postInitFromParameters callback mechansim.
typedef std::pair< DtVrfObject *, DtVrfObjectCallbackDataPair >	DtVrfObjectCallbackDataPair2
	Definitions of container types used in the postInitFromParameters callback mechansim.
Public Member Functions
	DtVrfObject (const DtObjectType &objectType, DtVrfObjectManager vrfObjectManager, bool createLocalObject=true, bool publishLocalObject=true, const DtEntityIdentifier &objectIdentifier=DtEntityIdentifier::nullId(), const DtGlobalObjectDesignator globalId=0, DtReflectedObject reflectedObject=0, const DtString &objectName=DtString::nullString(), const DtString &objectLabel=DtString::nullString(), DtForceType forceType=DtForceOther, const DtList vertices=0, const DtTaitBryan orientation=0, bool projection=false, bool closedFigure=false, const DtAppearance &appearance=DtAppearance::nullAppearance(), const DtString &readerWriterName="vrf-object", DtReaderWriterRegistry parentRegistry=0)
virtual	~DtVrfObject ()
	destructor
virtual bool	create ()
	Virtual construction - must be called before any other member functions are called.
virtual void	createCommunicationsInterface ()
	Allows an external process to invoke creation of a communications interface, if myCommunicationInterface is NULL.
virtual void	createCommunicationsInterface (const DtRadioDescriptorList &descList)
	Allows an external process to invoke creation of a communications interface, if myCommunicationInterface is NULL, and pass a radio descriptor list.
virtual void	createSetDataManager ()
	Allows an external process to invoke creation of a DtSetDataManager, if mySetDataManager is NULL.
virtual bool	init ()
	Initialization - must be called after create() and before any other member functions are called.
virtual void	tick ()
	Called by create().
virtual bool	createRepository (DtVrfObjectParameters *parameterEntry)
	Override createRepository() to check if repository created in base class version is a DtSimVrfObjectBaseStateRepository (or a derived type).
virtual bool	createTaskManager ()
virtual bool	createComponentManager ()
virtual bool	createVrfObjectPlanManager ()
	Creates myVrfObjectPlanManager based on the type specified in mySubComponentTypes.
virtual bool	createRadio ()
virtual const DtSimManager *	simManager () const
	Get a pointer to our sim manager.
virtual DtSimManager *	simManager ()
virtual DtSimTaskManager *	taskManager () const
	Get pointers to our various types of subcomponents.
virtual DtSimComponentManager *	componentManager () const
virtual DtVrfObjectPlanManager *	vrfObjectPlanManager () const
virtual DtSimBaseRadio *	radio () const
virtual DtVrfObjectStateRepository *	vrfState () const
virtual DtExtent	extent () const
	Returns the extent of the vrfObject, if the vrfObject has one.
virtual void	expandExtent (DtExtent &extent) const
	If the vrfObject has geometry, and thus an extent, then this function expands the specified extent to include the vrfObjects extent.
virtual void	sendVrfObjectCreated (unsigned long requestId=0)
	Create and send a DtVrfObjectCreated message about ourself.
virtual void	setupFromMessageContent (DtIfModifyVrfObject *ifModVrfObject)
	Setup self from interface messages.
virtual bool	isVrfSimulatedObject ()
	Returns true if object is being simulated by a VR-Forces-simulated object, false if not.
virtual void	setIsVrfSimulatedObject (bool b)
virtual bool	isSimulatingComponents () const
	returns true if object is simulating components VR-Forces components can be attached to non- VR-Forces entities.
virtual void	putSelf (FILE *fp, int indentLevel=0, bool writeUnspecified=true, const DtFilename &path=DtReaderWriter::appPath())
	Override to write out <use-default> string for unspecified parameters.
virtual void	getSelf (DtlObjPtr args, const DtFilename &searchPath, const DtVariableBindingsList &variableBindings)
	Override to do additional setup required when reading older oob, ovl files.
virtual bool	setObjectName (const DtString &name, bool rename=true)
	Override to inform the vrfObjectManager when the name changes.
virtual void	addNameAlias (const DtString &name)
	Adds a new string which can be used to reference this object by name.
virtual void	unregisterAliases ()
	Unregisters all aliases with object manager and removes the aliases from the local alias list.
virtual void	addVrfObjectChangedCallback (DtVrfObjectCallbackFunction function, void *userData)
	WARNING: These methods are obsolete but have been retained for backward compatibility.
virtual void	removeVrfObjectChangedCallback (DtVrfObjectCallbackFunction function, void *userData)
virtual void	addVrfObjectPredicateCallback (DtVrfObjectPredicateCallbackFunction function, const DtVrfObjectPredicate &predicate, DtTime evaluationPeriod=0, void *userData=0)
	Add/remove a callback function to be invoked when the DtVrfObject predicate object associated with it returns true().
virtual void	removeVrfObjectPredicateCallback (DtVrfObjectPredicateCallbackFunction function, const DtVrfObjectPredicate &predicate, DtTime evaluationPeriod=0, void *userData=0)
virtual int	predicateCallbackCount () const
	For testing.
virtual void	invokeVrfObjectPredicateCallbacks ()
	Called each tick.
virtual void	setCoordinateSystem (const Coordinate_System *coordinateSystem)
	Sets the coordinate system in mySimState (a DtVrfObjectStateRepository) and in myOvlVertices.
virtual const DtVrfObjectManager *	simObjectManager () const
virtual DtVrfObjectManager *	simObjectManager ()
virtual void	setSimObjectManager (DtVrfObjectManager *simObjectManager)
virtual bool	createNetInterface ()
virtual void	setGlobalId (const DtGlobalObjectDesignator &id)
	Set/get the entity's global Id.
virtual const DtGlobalObjectDesignator &	globalId () const
virtual bool	baseSetObjectName (const DtString &name)
	Set/get the name of the object.
virtual const DtString &	objectName () const
virtual const DtString &	objectLabel () const
	Set/get the label of the object.
virtual void	setObjectLabel (const DtString &objectLabel)
virtual const DtString &	overlayParent () const
	Set/get the overlay parent of the object.
virtual void	setOverlayParent (const DtString &overlayParent)
virtual DtStateRepository *	netState ()
	VR-Link network state repository.
virtual const DtStateRepository *	netState () const
virtual DtSimObjectNetInterface *	netInterface ()
	VR-Forces network interface.
virtual const DtSimObjectNetInterface *	netInterface () const
virtual void	setNetInterface (DtSimObjectNetInterface *netInterface)
virtual void	setObjectIdentifier (const DtEntityIdentifier &objectId)
	Set/get the object identifier (DIS/RPR site:host:entity).
virtual const DtEntityIdentifier &	objectIdentifier () const
virtual bool	isLocal () const
	Returns true if object is local (has the same simulation address as the manager), false if not.
virtual DtString	type () const
	set by factory on creation
virtual DtString	objectClassType () const
virtual void	setObjectClassType (const DtString &objectClassType)
	same as type()
virtual void	clearVerticesChangedCallbacks ()
	Clear out vertices changed callback list.
virtual void	clearRelativeVerticesChangedCallbacks ()
	Clear out relative vertices changed callback list.
virtual void	clearPredicateCallbacks ()
	Clear out object predicate callback list.
virtual DtSimObjectStateRepository *	simState ()
virtual const DtSimObjectStateRepository *	simState () const
virtual void	setSimState (DtVrfObjectStateRepository *simState)
void	setEntityType (const DtEntityType &entityType)
const DtEntityType &	entityType () const
void	setDestroyed (bool destroyed)
bool	isDestroyed () const
virtual void	place (const DtVector &location, bool *dataAvailable=0, bool requireAllData=false)
	place entity at 'location', on the ground, keeping its current heading
virtual void	place (const DtReal heading, bool *dataAvailable=0, bool requireAllData=false)
	give entity the specified 'heading', but stay at its current location
virtual void	place (const DtVector &location, const DtReal heading, bool *dataAvailable=0, bool requireAllData=false)
	place entity at specified 'location' and 'heading' on the ground
const DtString &	echelonIdString () const
virtual DtVrfObject *	leadEntity () const
virtual const DtString &	firstSubordinate () const
virtual const DtString &	lastSubordinate () const
virtual const DtString &	firstHealthySubordinate () const
	Returns first healthy subordinate if it exists, 0 if not.
virtual void	echelonIdChanged ()
virtual const DtObjectId &	objectId () const
virtual const DtObjectType &	objectType () const
virtual bool	isEmbarked () const
virtual bool	isEmbarkedOn (const DtString &parent) const
DtAttachedTerrain *	terrainAttachedTo ()
const DtAttachedTerrain *	terrainAttachedTo () const
virtual const DtPhysicalWorld *	physicalWorld () const
virtual DtPhysicalWorld *	physicalWorld ()
void	setAboutToBeRemoved (bool)
	Set to true when object is about to be removed.
bool	aboutToBeRemoved () const
virtual DtSetDataManager *	setDataManager ()
virtual DtVrfObjectCommunicationInterface *	communicationInterface ()
virtual DtVrfObjectTerrainPreloadManager *	terrainPreloadManager ()
DtVrfObjectSubComponentTypes *	vrfSubComponentTypes () const
	For use in virtual construction.
virtual bool	hasPlan () const
virtual bool	executingPlan () const
virtual bool	isCurrentlyTasked () const
virtual DtU8	getNextEmitterSystemId ()

virtual void	addVerticesChangedCallback (DtVrfObjectCallbackFunction function, void *userData)
	Adds/removes a callback to be invoked whenever an object's local vertices change.
virtual void	removeVerticesChangedCallback (DtVrfObjectCallbackFunction function, void *userData)
	Adds/removes a callback to be invoked whenever an object's local vertices change.

virtual void	addRelativeVerticesChangedCallback (DtVrfObjectCallbackFunction function, void *userData)
	Adds/removes a callback to be invoked whenever an object's relative vertices change.
virtual void	removeRelativeVerticesChangedCallback (DtVrfObjectCallbackFunction function, void *userData)
	Adds/removes a callback to be invoked whenever an object's relative vertices change.

virtual void	setPublishObject (bool publishObject)
	Set/get flag indicating whether or not object should be published.
virtual bool	publishObject () const
	Set/get flag indicating whether or not object should be published.

virtual DtOutputStream &	objectConsoleDebug () const
virtual DtOutputStream &	objectConsoleVerbose () const
virtual DtOutputStream &	objectConsoleInfo () const
virtual DtOutputStream &	objectConsoleWarn () const
virtual DtOutputStream &	objectConsoleError () const

virtual DtObjectConsole *	objectConsole ()
	Returns a pointer to the object console member of this object.
virtual const DtObjectConsole *	objectConsole () const
	Returns a pointer to the object console member of this object.

virtual void	addPostInitFromParamsCallback (DtVrfObjectCallbackFunction fcn, void *usr)
	Add/remove callback function to be invoked immediately following the point at which the newly created object gets initialized from its parameter entry.
virtual void	removePostInitFromParamsCallback (DtVrfObjectCallbackFunction fcn, void *usr)
	Add/remove callback function to be invoked immediately following the point at which the newly created object gets initialized from its parameter entry.

virtual void	addObjectAboutToBeRemovedCallback (DtVrfObjectCallbackList::DtCallbackFunctionType fcn, void *usr)
	Callback that is invoked when the entity is about to be removed from the simulation.
virtual void	removeObjectAboutToBeRemovedCallback (DtVrfObjectCallbackList::DtCallbackFunctionType fcn, void *usr)
	Callback that is invoked when the entity is about to be removed from the simulation.
virtual void	invokeVrfObjectAboutToBeRemovedCallbacks ()
	Callback that is invoked when the entity is about to be removed from the simulation.
Static Public Member Functions
static void	addSimObjectCreatorFcn (const DtString &type, DtSimObjectCreatorFcn fcn)
static DtSimObjectFactory *	factory ()
	a DtSimObjectFactory is allocated by the DtSimCreator, and this pointer is set.
static void	setFactory (DtSimObjectFactory *factory)
static void	setDefaultNotifyLevel (DtNotifyLevelType level)
	Sets the notify level for all object consoles.
static DtNotifyLevelType	defaultNotifyLevel ()
static DtVrfObject *	creator (const DtObjectType &objectType, DtVrfObjectManager simObjectManager, bool createLocalObject=true, bool publishLocalObject=true, const DtEntityIdentifier &objectIdentifier=DtEntityIdentifier::nullId(), const DtGlobalObjectDesignator globalId=0, DtReflectedObject reflectedObject=0, const DtString &objectName=DtString::nullString(), const DtString &objectLabel=DtString::nullString(), DtForceType forceType=DtForceOther, const DtList vertices=0, const DtTaitBryan orientation=0, bool projection=false, bool closedFigure=false, const DtAppearance &appearance=DtAppearance::nullAppearance(), const DtString &readerWriterName=DtString::nullString(), DtReaderWriterRegistry parentRegistry=0)
	Returns a newly created DtVrfObject.
static DtVrfObject *	createObject (const DtObjectType &objectType, DtVrfObjectManager vrfObjectManager, const DtString &classType, bool createLocalObject=true, bool publishLocalObject=true, const DtEntityIdentifier &objectIdentifier=DtEntityIdentifier::nullId(), const DtGlobalObjectDesignator globalId=0, DtReflectedObject reflectedObject=0, const DtString &objectName=DtString::nullString(), const DtString &objectLabel=DtString::nullString(), DtForceType forceType=DtForceOther, const DtList vertices=0, const DtTaitBryan orientation=0, bool projection=false, bool closedFigure=false, const DtAppearance &appearance=DtAppearance::nullAppearance(), const DtString &readerWriterName=DtString::nullString(), DtReaderWriterRegistry parentRegistry=0)
	Create and initialize a new sim object, using the factory.
static DtVrfObject *	createObject (const DtObjectType &objectType, DtVrfObjectManager vrfObjectManager, const DtString &classType, bool createLocalObject=true, bool publishLocalObject=true, const DtEntityIdentifier &objectIdentifier=DtEntityIdentifier::nullId(), const DtGlobalObjectDesignator globalId=0, DtReflectedObject reflectedObject=0, const DtString &objectName=DtString::nullString(), const DtString &objectLabel=DtString::nullString(), DtForceType forceType=DtForceOther, const DtVector &location=DtVector::zero(), const DtTaitBryan orientation=0, bool projection=false, bool closedFigure=false, const DtAppearance &appearance=DtAppearance::nullAppearance(), const DtString &readerWriterName=DtString::nullString(), DtReaderWriterRegistry *parentRegistry=0)
	Create and initialize a new sim object, using the factory.
static DtVrfObject *	createAndInit (DtVrfObjectManager *vrfObjectManager, DtlObjPtr mtlStream)
	Create and initialize a new sim object from a mtl stream.
static void	verticesChangedCallback (DtVrfObject obj, DtVrfObjectPredicateEvaluator predicateEval, void *userData)
	Invokes all vertices-changed callbacks that have registered with the object.
static void	relativeVerticesChangedCallback (DtVrfObject obj, DtVrfObjectPredicateEvaluator predicateEval, void *userData)
	Invokes all relative-vertices-changed callbacks.
static void	postInitFromParamsCallback (DtVrfObjectStateRepository &stateRepository, void *usr)
	Callback function registered with object's state repository.
Protected Member Functions
	DtVrfObject ()
	Abstract base classes should not be constructed.
	DtVrfObject (const DtVrfObject &orig)
	copy constructor
DtVrfObject &	operator= (const DtVrfObject &orig)
	assignment operator
virtual void	setupStateRepository ()
	Called by init() after state repository's init() has been called.
virtual void	setupNetInterface ()
	Called by init() after net interface's init() has been called.
void	emptyVertexList ()
	Non virtual utility function - called in destructor.
void	copyVertexList (const DtList &orig)
	Non-virtual utility function called in constructor.
virtual void	validateObjectType ()
	Validates the object type to make sure there are no -1s in the object type.
virtual void	processPostInitFromParamsCallback (DtVrfObjectCallbackFunction fcn, void *usr)
	Invokes callback added through a call to addPostInitFromParamsCallback.
virtual void	initializeCommunicationInterfaceCallbacks ()
	Adds admin content callback registration.
virtual void	processSetOverlayLayerTask (const DtVrfObjectMessage *msg)
Static Protected Member Functions
static void	setOverlayLayerTaskCallback (const DtVrfObjectMessage msg, void usr)
Protected Attributes
DtRwString	myObjectClassType
DtEntityIdentifier	myObjectIdentifier
DtRwObjectType	myObjectType
	passed in to constructor, held for SR construction
DtRwString	myObjectName
DtRwString	myObjectLabel
DtRwString	myOverlayParent
DtGlobalObjectDesignator	myGlobalId
DtVrfObjectManager *	mySimObjectManager
DtVrfObjectStateRepository *	mySimState
DtSimObjectNetInterface *	myNetInterface
DtRwBoolean	myPublishObject
bool	myCreateLocalObject
	isLocal() used to check simulation address against object identifier to see if this was a local object, but myCreateLocalObject should already contain this information
bool	myIsVrfSimulatedObject
	Returns true if this is a vrf simulated object.
DtReflectedObject *	myReflectedObject
	Passed into constructor - held only to pass into create() function for virtual construction.
DtForceType	myForceType
DtList	myVertices
DtTaitBryan	myOrientation
bool	myProjection
bool	myClosedFigure
DtAppearance	myAppearance
DtVrfObjectSubComponentTypes *	mySubComponentTypes
	Used in create().
DtSimManager *	mySimManager
DtSimTaskManager *	myTaskManager
DtSimBaseRadio *	myRadio
DtSimComponentManager *	myComponentManager
DtVrfObjectPlanManager *	myVrfObjectPlanManager
DtLocalVertexList	myOvlVertices
	The following member data are backward compatible reading of ovl files No accessors/mutators provided.
DtRwVector	myOvlTargetLocation
DtRwVector	myOvlStartPoint
DtRwVector	myOvlEndPoint
DtObstacleAreaCompatilibility	myOvlObstacleArea
DtRwBoolean	myOvlObstacleIsBreached
DtList	myPredicateCallbackList
	List of predicate function callbacks.
DtList	myVerticesChangedCallbackList
	List of DtSimObjectCallbackFunction's, to be invoked when the object's position changes.
DtList	myRelativeVerticesChangedCallbackList
	List of DtSimObjectCallbackFunction's, to be invoked when the object's relative position changes.
DtVrfObjectCallbackList	myAboutToBeRemovedCallbackList
DtList	myNameAliasList
bool	myAboutToBeRemoved
	Set to true if this object is about to be removed from the object manager list.
DtObjectConsole *	myObjectConsole
DtSetDataManager *	mySetDataManager
DtVrfObjectCommunicationInterface *	myCommunicationInterface
DtU8	myNextEmitterSystemId
DtVrfObjectTerrainPreloadManager *	myTerrainPreloadManager
Static Protected Attributes
static DtSimObjectFactory *	theFactory
static int	theDefaultNotifyLevel
virtual void	processReadDRThresholdSettings (const DtSettingsObject *settings)
	Callback function registered with the DtVrfSimSettings class.
static void	readDRThresholdSettingsCallback (const DtSettingsObject settings, void usr)
	Callback function registered with the DtVrfSimSettings class.

Detailed Description

DtVrfObject is used to represent any type of simulated object (entities, aggregate, control objects) in a VR-Forces application.

It has the following elements:

state repository
- network interface
- radio (used to send/receive tasks, set data requests, reports)
- component manager (set of sensors, controllers, actuators for simulating behaviors)
- task manager (handles skip task requests, manages assumption of tasks by from one entity to another)
- organization manager (echelon organization)

Member Typedef Documentation

typedef std::pair<DtVrfObjectCallbackFunction, void*> DtVrfObject::DtVrfObjectCallbackDataPair

Definitions of container types used in the postInitFromParameters callback mechansim.

typedef std::pair<DtVrfObject*, DtVrfObjectCallbackDataPair> DtVrfObject::DtVrfObjectCallbackDataPair2

Definitions of container types used in the postInitFromParameters callback mechansim.

Constructor & Destructor Documentation

DtVrfObject::DtVrfObject ( ) [protected]

Abstract base classes should not be constructed.

DtVrfObject::DtVrfObject	(	const DtObjectType &	objectType,
		DtVrfObjectManager *	vrfObjectManager,
		bool	createLocalObject = `true`,
		bool	publishLocalObject = `true`,
		const DtEntityIdentifier &	objectIdentifier = `DtEntityIdentifier::nullId()`,
		const DtGlobalObjectDesignator *	globalId = `0`,
		DtReflectedObject *	reflectedObject = `0`,
		const DtString &	objectName = `DtString::nullString()`,
		const DtString &	objectLabel = `DtString::nullString()`,
		DtForceType	forceType = `DtForceOther`,
		const DtList *	vertices = `0`,
		const DtTaitBryan *	orientation = `0`,
		bool	projection = `false`,
		bool	closedFigure = `false`,
		const DtAppearance &	appearance = `DtAppearance::nullAppearance()`,
		const DtString &	readerWriterName = `"vrf-object"`,
		DtReaderWriterRegistry *	parentRegistry = `0`
	)

virtual DtVrfObject::~DtVrfObject ( ) [virtual]

destructor

DtVrfObject::DtVrfObject ( const DtVrfObject & orig ) [protected]

copy constructor

Member Function Documentation

virtual bool DtVrfObject::create ( ) [virtual]

Virtual construction - must be called before any other member functions are called.

virtual void DtVrfObject::createCommunicationsInterface ( ) [virtual]

Allows an external process to invoke creation of a communications interface, if myCommunicationInterface is NULL.

virtual void DtVrfObject::createCommunicationsInterface ( const DtRadioDescriptorList & descList ) [virtual]

Allows an external process to invoke creation of a communications interface, if myCommunicationInterface is NULL, and pass a radio descriptor list.

virtual void DtVrfObject::createSetDataManager ( ) [virtual]

Allows an external process to invoke creation of a DtSetDataManager, if mySetDataManager is NULL.

virtual bool DtVrfObject::init ( ) [virtual]

Initialization - must be called after create() and before any other member functions are called.

virtual void DtVrfObject::tick ( ) [virtual]

Called by create().

Ticks object's organization manager, task manager, and component manager, and then calls down to base class tick. Calls invokeVrfObjectPredicateCallbacks.

virtual bool DtVrfObject::createRepository ( DtVrfObjectParameters * parameterEntry ) [virtual]

Override createRepository() to check if repository created in base class version is a DtSimVrfObjectBaseStateRepository (or a derived type).

If it is, returns true, if not Returns false.

virtual bool DtVrfObject::createTaskManager ( ) [virtual]

virtual bool DtVrfObject::createComponentManager ( ) [virtual]

virtual bool DtVrfObject::createVrfObjectPlanManager ( ) [virtual]

Creates myVrfObjectPlanManager based on the type specified in mySubComponentTypes.

virtual bool DtVrfObject::createRadio ( ) [virtual]

virtual const DtSimManager* DtVrfObject::simManager ( ) const [virtual]

Get a pointer to our sim manager.

virtual DtSimManager* DtVrfObject::simManager ( ) [virtual]

virtual DtSimTaskManager* DtVrfObject::taskManager ( ) const [virtual]

Get pointers to our various types of subcomponents.

virtual DtSimComponentManager* DtVrfObject::componentManager ( ) const [virtual]

virtual DtVrfObjectPlanManager* DtVrfObject::vrfObjectPlanManager ( ) const [virtual]

virtual DtSimBaseRadio* DtVrfObject::radio ( ) const [virtual]

virtual DtVrfObjectStateRepository* DtVrfObject::vrfState ( ) const [virtual]

virtual DtExtent DtVrfObject::extent ( ) const [virtual]

Returns the extent of the vrfObject, if the vrfObject has one.

If the vrfObject does not have an extent, and uninitialized extent is returned.

Implementation Detail: The extent is determined by transforming the vrfObjects local bounding volume to it's current location/orientation and then fitting an axis-aligned extent around the resulting world bounding volume.

virtual void DtVrfObject::expandExtent ( DtExtent & extent ) const [virtual]

If the vrfObject has geometry, and thus an extent, then this function expands the specified extent to include the vrfObjects extent.

See the DtSsExtentIntersector for more information on why this function is necessary.

virtual void DtVrfObject::sendVrfObjectCreated ( unsigned long requestId = 0 ) [virtual]

Create and send a DtVrfObjectCreated message about ourself.

requestId is the requestId to be used in the message (request Ids are used to link a DtIfVrfCreated message to a DtCreateVrfObject message).

virtual void DtVrfObject::setupFromMessageContent ( DtIfModifyVrfObject * ifModVrfObject ) [virtual]

Setup self from interface messages.

virtual bool DtVrfObject::isVrfSimulatedObject ( ) [virtual]

Returns true if object is being simulated by a VR-Forces-simulated object, false if not.

virtual void DtVrfObject::setIsVrfSimulatedObject ( bool b ) [virtual]

virtual bool DtVrfObject::isSimulatingComponents ( ) const [virtual]

returns true if object is simulating components VR-Forces components can be attached to non- VR-Forces entities.

In that case a call to isLocal() will be false, and a call to isVrfSimulatedObject() might be true. Neither will indicate if the components are being simulated on this back end. Method isSimulatingComponents() will interrogate the component manager. The presence of components in the component manager indicates that this back end is responsible for handling ride-along attachment.

virtual void DtVrfObject::putSelf	(	FILE *	fp,
		int	indentLevel = `0`,
		bool	writeUnspecified = `true`,
		const DtFilename &	path = `DtReaderWriter::appPath()`
	)		`[virtual]`

Override to write out <use-default> string for unspecified parameters.

Reimplemented from DtReaderWriter.

virtual void DtVrfObject::getSelf	(	DtlObjPtr	args,
		const DtFilename &	searchPath,
		const DtVariableBindingsList &	variableBindings
	)		`[virtual]`

Override to do additional setup required when reading older oob, ovl files.

virtual bool DtVrfObject::setObjectName	(	const DtString &	name,
		bool	rename = `true`
	)		`[virtual]`

Override to inform the vrfObjectManager when the name changes.

Returns true if successful. Names which are too long may cause a failure, see baseSetObjectName(). If the baseSetObjectName() fails and rename is true, this function generates the next standard name for the object, calls baseSetObjectName with that name and then returns false. If rename is false when the set name fails, the name is left unchanged and the function returns false.

virtual void DtVrfObject::addNameAlias ( const DtString & name ) [virtual]

Adds a new string which can be used to reference this object by name.

The object will register the alias with the ObjectManager.

virtual void DtVrfObject::unregisterAliases ( ) [virtual]

Unregisters all aliases with object manager and removes the aliases from the local alias list.

virtual void DtVrfObject::addVrfObjectChangedCallback	(	DtVrfObjectCallbackFunction	function,
		void *	userData
	)		`[virtual]`

WARNING: These methods are obsolete but have been retained for backward compatibility.

These methods may be removed in a future release. If you are testing for changes in an object's vertices, then the methods addVerticesChangedCallback and removeVerticesChangedCallback should be used instead. These methods are now equivalent to the {add/remove}VerticesChangedCallback functions. If you need to check for changes to the object other than/in addition to changes to vertices, then define your own DtVrfObjectPredicate function, and register a callback associated with that predicate object using the addVrfObjectPredicateCallback function.

Register/remove a callback function to be invoked when the object changes.

virtual void DtVrfObject::removeVrfObjectChangedCallback	(	DtVrfObjectCallbackFunction	function,
		void *	userData
	)		`[virtual]`

virtual void DtVrfObject::addVerticesChangedCallback	(	DtVrfObjectCallbackFunction	function,
		void *	userData
	)		`[virtual]`

Adds/removes a callback to be invoked whenever an object's local vertices change.

If an object is attached to another object, this callback will be called for every movement of the parent object. If you desire callbacks invoked only on modification of the geometry, use addRelativeVerticesChangedCallback().

virtual void DtVrfObject::removeVerticesChangedCallback	(	DtVrfObjectCallbackFunction	function,
		void *	userData
	)		`[virtual]`

Adds/removes a callback to be invoked whenever an object's local vertices change.

If an object is attached to another object, this callback will be called for every movement of the parent object. If you desire callbacks invoked only on modification of the geometry, use addRelativeVerticesChangedCallback().

virtual void DtVrfObject::addRelativeVerticesChangedCallback	(	DtVrfObjectCallbackFunction	function,
		void *	userData
	)		`[virtual]`

Adds/removes a callback to be invoked whenever an object's relative vertices change.

I.e: A route attached to a moving object will have its local vertices changing, but not it's relative vertices.

virtual void DtVrfObject::removeRelativeVerticesChangedCallback	(	DtVrfObjectCallbackFunction	function,
		void *	userData
	)		`[virtual]`

Adds/removes a callback to be invoked whenever an object's relative vertices change.

I.e: A route attached to a moving object will have its local vertices changing, but not it's relative vertices.

virtual void DtVrfObject::addVrfObjectPredicateCallback	(	DtVrfObjectPredicateCallbackFunction	function,
		const DtVrfObjectPredicate &	predicate,
		DtTime	evaluationPeriod = `0`,
		void *	userData = `0`
	)		`[virtual]`

Add/remove a callback function to be invoked when the DtVrfObject predicate object associated with it returns true().

virtual void DtVrfObject::removeVrfObjectPredicateCallback	(	DtVrfObjectPredicateCallbackFunction	function,
		const DtVrfObjectPredicate &	predicate,
		DtTime	evaluationPeriod = `0`,
		void *	userData = `0`
	)		`[virtual]`

virtual int DtVrfObject::predicateCallbackCount ( ) const [virtual]

For testing.

Returns the number of predicate callbacks registered with this object.

virtual void DtVrfObject::invokeVrfObjectPredicateCallbacks ( ) [virtual]

Called each tick.

Iterates through myPredicateCallbackList, calling the predicate object's isTrue() function. If it time to test the predicate (isTimeToTest()) and the predicate's isTrue() function returns true, it invokes the associated callback function.

virtual void DtVrfObject::setCoordinateSystem ( const Coordinate_System * coordinateSystem ) [virtual]

Sets the coordinate system in mySimState (a DtVrfObjectStateRepository) and in myOvlVertices.

virtual const DtVrfObjectManager* DtVrfObject::simObjectManager ( ) const [virtual]

virtual DtVrfObjectManager* DtVrfObject::simObjectManager ( ) [virtual]

virtual void DtVrfObject::setSimObjectManager ( DtVrfObjectManager * simObjectManager ) [virtual]

virtual bool DtVrfObject::createNetInterface ( ) [virtual]

virtual void DtVrfObject::setGlobalId ( const DtGlobalObjectDesignator & id ) [virtual]

Set/get the entity's global Id.

The global Id can be used to uniquely identify an entity across all other applications/federates. Under HLA/RPR, DtGlobalObjectDesignator is typdef'd to a DtString, and under DIS, it is typedef'd to a DtObjectId.

virtual const DtGlobalObjectDesignator& DtVrfObject::globalId ( ) const [virtual]

virtual bool DtVrfObject::baseSetObjectName ( const DtString & name ) [virtual]

Set/get the name of the object.

Returns true if the name set was successful. Since there are length restrictions on the name (depending on the type of net interface and protocol being used) name setting may fail.

virtual const DtString& DtVrfObject::objectName ( ) const [virtual]

virtual const DtString& DtVrfObject::objectLabel ( ) const [virtual]

Set/get the label of the object.

virtual void DtVrfObject::setObjectLabel ( const DtString & objectLabel ) [virtual]

virtual const DtString& DtVrfObject::overlayParent ( ) const [virtual]

Set/get the overlay parent of the object.

virtual void DtVrfObject::setOverlayParent ( const DtString & overlayParent ) [virtual]

virtual DtStateRepository* DtVrfObject::netState ( ) [virtual]

VR-Link network state repository.

virtual const DtStateRepository* DtVrfObject::netState ( ) const [virtual]

virtual DtSimObjectNetInterface* DtVrfObject::netInterface ( ) [virtual]

VR-Forces network interface.

virtual const DtSimObjectNetInterface* DtVrfObject::netInterface ( ) const [virtual]

virtual void DtVrfObject::setNetInterface ( DtSimObjectNetInterface * netInterface ) [virtual]

virtual void DtVrfObject::setObjectIdentifier ( const DtEntityIdentifier & objectId ) [virtual]

Set/get the object identifier (DIS/RPR site:host:entity).

virtual const DtEntityIdentifier& DtVrfObject::objectIdentifier ( ) const [virtual]

virtual bool DtVrfObject::isLocal ( ) const [virtual]

Returns true if object is local (has the same simulation address as the manager), false if not.

virtual void DtVrfObject::setPublishObject ( bool publishObject ) [virtual]

Set/get flag indicating whether or not object should be published.

Note:: This will not cause the object to become or stop publishing after the object has been created.

virtual bool DtVrfObject::publishObject ( ) const [virtual]

Set/get flag indicating whether or not object should be published.

Note:: This will not cause the object to become or stop publishing after the object has been created.

virtual DtString DtVrfObject::type ( ) const [virtual]

set by factory on creation

virtual DtString DtVrfObject::objectClassType ( ) const [virtual]

virtual void DtVrfObject::setObjectClassType ( const DtString & objectClassType ) [virtual]

same as type()

virtual void DtVrfObject::clearVerticesChangedCallbacks ( ) [virtual]

Clear out vertices changed callback list.

Should only be called by the DtVrfObjectManager, upon queuing object for removal and deletion.

virtual void DtVrfObject::clearRelativeVerticesChangedCallbacks ( ) [virtual]

Clear out relative vertices changed callback list.

Should only be called by the DtVrfObjectManager, upon queuing object for removal and deletion.

virtual void DtVrfObject::clearPredicateCallbacks ( ) [virtual]

Clear out object predicate callback list.

Should only be called by the DtVrfObjectManager, upon queuing object for removal and deletion.

static void DtVrfObject::addSimObjectCreatorFcn	(	const DtString &	type,
		DtSimObjectCreatorFcn	fcn
	)		`[static]`

static DtSimObjectFactory* DtVrfObject::factory ( ) [static]

a DtSimObjectFactory is allocated by the DtSimCreator, and this pointer is set.

The DtSimCreator deletes this pointer when it is deleted. This is done this way because we don't allow static initialization

Reimplemented from DtReaderWriter.

static void DtVrfObject::setFactory ( DtSimObjectFactory * factory ) [static]

virtual DtSimObjectStateRepository* DtVrfObject::simState ( ) [virtual]

virtual const DtSimObjectStateRepository* DtVrfObject::simState ( ) const [virtual]

virtual void DtVrfObject::setSimState ( DtVrfObjectStateRepository * simState ) [virtual]

void DtVrfObject::setEntityType ( const DtEntityType & entityType )

const DtEntityType& DtVrfObject::entityType ( ) const

void DtVrfObject::setDestroyed ( bool destroyed )

bool DtVrfObject::isDestroyed ( ) const

virtual void DtVrfObject::place	(	const DtVector &	location,
		bool *	dataAvailable = `0`,
		bool	requireAllData = `false`
	)		`[virtual]`

place entity at 'location', on the ground, keeping its current heading

Parameters:

Input
location	new location for the entity
requireAllData	if true and dataAvailable is also specified this call will not make any changes to the entity unless all intersections have terrain data available.
Output
dataAvailable	prevents the call from blocking due to terrain paging and will get a true value if the terrain intersections are successful. See DtVrfMovingObjectStateRepository::clampToGround for more information.

virtual void DtVrfObject::place	(	const DtReal	heading,
		bool *	dataAvailable = `0`,
		bool	requireAllData = `false`
	)		`[virtual]`

give entity the specified 'heading', but stay at its current location

Parameters:

Input
heading	new heading for the entity
requireAllData	if true and dataAvailable is also specified this call will not make any changes to the entity unless all intersections have terrain data available.
Output
dataAvailable	prevents the call from blocking due to terrain paging and will get a true value if the terrain intersections are successful. See DtVrfMovingObjectStateRepository::clampToGround for more information.

virtual void DtVrfObject::place	(	const DtVector &	location,
		const DtReal	heading,
		bool *	dataAvailable = `0`,
		bool	requireAllData = `false`
	)		`[virtual]`

place entity at specified 'location' and 'heading' on the ground

Parameters:

Input
location	new location for the entity
heading	new heading for the entity
requireAllData	if true and dataAvailable is also specified this call will not make any changes to the entity unless all intersections have terrain data available.
Output
dataAvailable	prevents the call from blocking due to terrain paging and will get a true value if the terrain intersections are successful. See DtVrfMovingObjectStateRepository::clampToGround for more information.

const DtString& DtVrfObject::echelonIdString ( ) const

virtual DtVrfObject* DtVrfObject::leadEntity ( ) const [virtual]

virtual const DtString& DtVrfObject::firstSubordinate ( ) const [virtual]

virtual const DtString& DtVrfObject::lastSubordinate ( ) const [virtual]

virtual const DtString& DtVrfObject::firstHealthySubordinate ( ) const [virtual]

Returns first healthy subordinate if it exists, 0 if not.

virtual void DtVrfObject::echelonIdChanged ( ) [inline, virtual]

virtual const DtObjectId& DtVrfObject::objectId ( ) const [virtual]

virtual const DtObjectType& DtVrfObject::objectType ( ) const [virtual]

virtual bool DtVrfObject::isEmbarked ( ) const [virtual]

Returns:: True if the state repository has a parent attachment

virtual bool DtVrfObject::isEmbarkedOn ( const DtString & parent ) const [virtual]

Returns:: True if this entity is embarked on the parent, or is embarked on something that is embarked on the parent

DtAttachedTerrain* DtVrfObject::terrainAttachedTo ( )

const DtAttachedTerrain* DtVrfObject::terrainAttachedTo ( ) const

virtual const DtPhysicalWorld* DtVrfObject::physicalWorld ( ) const [virtual]

virtual DtPhysicalWorld* DtVrfObject::physicalWorld ( ) [virtual]

void DtVrfObject::setAboutToBeRemoved ( bool b ) [inline]

Set to true when object is about to be removed.

References myAboutToBeRemoved.

bool DtVrfObject::aboutToBeRemoved ( ) const [inline]

References myAboutToBeRemoved.

virtual DtOutputStream& DtVrfObject::objectConsoleDebug ( ) const [virtual]

Returns:: The stream that is routed to the object's console.

virtual DtOutputStream& DtVrfObject::objectConsoleVerbose ( ) const [virtual]

Returns:: The stream that is routed to the object's console.

virtual DtOutputStream& DtVrfObject::objectConsoleInfo ( ) const [virtual]

Returns:: The stream that is routed to the object's console.

virtual DtOutputStream& DtVrfObject::objectConsoleWarn ( ) const [virtual]

Returns:: The stream that is routed to the object's console.

virtual DtOutputStream& DtVrfObject::objectConsoleError ( ) const [virtual]

Returns:: The stream that is routed to the object's console.

virtual DtObjectConsole* DtVrfObject::objectConsole ( ) [virtual]

Returns a pointer to the object console member of this object.

virtual const DtObjectConsole* DtVrfObject::objectConsole ( ) const [virtual]

Returns a pointer to the object console member of this object.

virtual DtSetDataManager* DtVrfObject::setDataManager ( ) [virtual]

Returns:: The DtSetDataManager for this object. Any part of the object wishing notification of a set data request should register with this manager instead of registering directly with the radio. Any set data request can be invoked on the entity by passing it into this manager.

virtual DtVrfObjectCommunicationInterface* DtVrfObject::communicationInterface ( ) [virtual]

Returns:: The DtVrfObjectCommunicationInterface for this object. This is the central point for all processing of messages to/from this object, whether they are though a radio or though the internal communication mechanism of VR-Forces.

virtual DtVrfObjectTerrainPreloadManager* DtVrfObject::terrainPreloadManager ( ) [virtual]

Returns:: The terrain preload manager for this object. Use this to register providers which have data to help determine what parts of the terrain will be needed by this object in the near future.

DtVrfObjectSubComponentTypes* DtVrfObject::vrfSubComponentTypes ( ) const

For use in virtual construction.

Casts mySubComponentTypes to derived type.

virtual bool DtVrfObject::hasPlan ( ) const [virtual]

Returns:: True if this object has a plan associated with it. Does not mean the entity is executing the plan. Use executingPlan() for this.

virtual bool DtVrfObject::executingPlan ( ) const [virtual]

Returns:: True if the object is currently executing it's plan.

virtual bool DtVrfObject::isCurrentlyTasked ( ) const [virtual]

Returns:: True if this object is currently tasked

virtual void DtVrfObject::addPostInitFromParamsCallback	(	DtVrfObjectCallbackFunction	fcn,
		void *	usr
	)		`[virtual]`

Add/remove callback function to be invoked immediately following the point at which the newly created object gets initialized from its parameter entry.

The call to add a callback must be called before DtVrfObject::init gets called.

virtual void DtVrfObject::removePostInitFromParamsCallback	(	DtVrfObjectCallbackFunction	fcn,
		void *	usr
	)		`[virtual]`

Add/remove callback function to be invoked immediately following the point at which the newly created object gets initialized from its parameter entry.

The call to add a callback must be called before DtVrfObject::init gets called.

virtual DtU8 DtVrfObject::getNextEmitterSystemId ( ) [virtual]

Returns:: A new integer emitter system ID that has not been returned previously from this function, on an object-by-object basis. : This ID is not saved, so it will start from 0 after the scenario is loaded.

static void DtVrfObject::setDefaultNotifyLevel ( DtNotifyLevelType level ) [static]

Sets the notify level for all object consoles.

static DtNotifyLevelType DtVrfObject::defaultNotifyLevel ( ) [static]

Returns:: The current default notification level.

static DtVrfObject* DtVrfObject::creator	(	const DtObjectType &	objectType,
		DtVrfObjectManager *	simObjectManager,
		bool	createLocalObject = `true`,
		bool	publishLocalObject = `true`,
		const DtEntityIdentifier &	objectIdentifier = `DtEntityIdentifier::nullId()`,
		const DtGlobalObjectDesignator *	globalId = `0`,
		DtReflectedObject *	reflectedObject = `0`,
		const DtString &	objectName = `DtString::nullString()`,
		const DtString &	objectLabel = `DtString::nullString()`,
		DtForceType	forceType = `DtForceOther`,
		const DtList *	vertices = `0`,
		const DtTaitBryan *	orientation = `0`,
		bool	projection = `false`,
		bool	closedFigure = `false`,
		const DtAppearance &	appearance = `DtAppearance::nullAppearance()`,
		const DtString &	readerWriterName = `DtString::nullString()`,
		DtReaderWriterRegistry *	parentRegistry = `0`
	)		`[static]`

Returns a newly created DtVrfObject.

This is the function that gets registered with the factory.

static DtVrfObject* DtVrfObject::createObject	(	const DtObjectType &	objectType,
		DtVrfObjectManager *	vrfObjectManager,
		const DtString &	classType,
		bool	createLocalObject = `true`,
		bool	publishLocalObject = `true`,
		const DtEntityIdentifier &	objectIdentifier = `DtEntityIdentifier::nullId()`,
		const DtGlobalObjectDesignator *	globalId = `0`,
		DtReflectedObject *	reflectedObject = `0`,
		const DtString &	objectName = `DtString::nullString()`,
		const DtString &	objectLabel = `DtString::nullString()`,
		DtForceType	forceType = `DtForceOther`,
		const DtList *	vertices = `0`,
		const DtTaitBryan *	orientation = `0`,
		bool	projection = `false`,
		bool	closedFigure = `false`,
		const DtAppearance &	appearance = `DtAppearance::nullAppearance()`,
		const DtString &	readerWriterName = `DtString::nullString()`,
		DtReaderWriterRegistry *	parentRegistry = `0`
	)		`[static]`

Create and initialize a new sim object, using the factory.

static DtVrfObject* DtVrfObject::createObject	(	const DtObjectType &	objectType,
		DtVrfObjectManager *	vrfObjectManager,
		const DtString &	classType,
		bool	createLocalObject = `true`,
		bool	publishLocalObject = `true`,
		const DtEntityIdentifier &	objectIdentifier = `DtEntityIdentifier::nullId()`,
		const DtGlobalObjectDesignator *	globalId = `0`,
		DtReflectedObject *	reflectedObject = `0`,
		const DtString &	objectName = `DtString::nullString()`,
		const DtString &	objectLabel = `DtString::nullString()`,
		DtForceType	forceType = `DtForceOther`,
		const DtVector &	location = `DtVector::zero()`,
		const DtTaitBryan *	orientation = `0`,
		bool	projection = `false`,
		bool	closedFigure = `false`,
		const DtAppearance &	appearance = `DtAppearance::nullAppearance()`,
		const DtString &	readerWriterName = `DtString::nullString()`,
		DtReaderWriterRegistry *	parentRegistry = `0`
	)		`[static]`

Create and initialize a new sim object, using the factory.

static DtVrfObject* DtVrfObject::createAndInit	(	DtVrfObjectManager *	vrfObjectManager,
		DtlObjPtr	mtlStream
	)		`[static]`

Create and initialize a new sim object from a mtl stream.

static void DtVrfObject::verticesChangedCallback	(	DtVrfObject *	obj,
		DtVrfObjectPredicateEvaluator *	predicateEval,
		void *	userData
	)		`[static]`

Invokes all vertices-changed callbacks that have registered with the object.

Updates the predicate's (DtLclVerticesNotEqualPredicate) vertices.

static void DtVrfObject::relativeVerticesChangedCallback	(	DtVrfObject *	obj,
		DtVrfObjectPredicateEvaluator *	predicateEval,
		void *	userData
	)		`[static]`

Invokes all relative-vertices-changed callbacks.

static void DtVrfObject::postInitFromParamsCallback	(	DtVrfObjectStateRepository &	stateRepository,
		void *	usr
	)		`[static]`

Callback function registered with object's state repository.

Gets called immediately after DtVrfObjectStateRepository::initializeFromParameters gets called. Calls processPostInitFromParamsCallback.

static void DtVrfObject::readDRThresholdSettingsCallback	(	const DtSettingsObject *	settings,
		void *	usr
	)		`[static]`

Callback function registered with the DtVrfSimSettings class.

Called by DtVrfObject::init().

virtual void DtVrfObject::processReadDRThresholdSettings ( const DtSettingsObject * settings ) [virtual]

Callback function registered with the DtVrfSimSettings class.

Called by DtVrfObject::init().

virtual void DtVrfObject::addObjectAboutToBeRemovedCallback	(	DtVrfObjectCallbackList::DtCallbackFunctionType	fcn,
		void *	usr
	)		`[virtual]`

Callback that is invoked when the entity is about to be removed from the simulation.

virtual void DtVrfObject::removeObjectAboutToBeRemovedCallback	(	DtVrfObjectCallbackList::DtCallbackFunctionType	fcn,
		void *	usr
	)		`[virtual]`

Callback that is invoked when the entity is about to be removed from the simulation.

virtual void DtVrfObject::invokeVrfObjectAboutToBeRemovedCallbacks ( ) [virtual]

Callback that is invoked when the entity is about to be removed from the simulation.

DtVrfObject& DtVrfObject::operator= ( const DtVrfObject & orig ) [protected]

assignment operator

virtual void DtVrfObject::setupStateRepository ( ) [protected, virtual]

Called by init() after state repository's init() has been called.

virtual void DtVrfObject::setupNetInterface ( ) [protected, virtual]

Called by init() after net interface's init() has been called.

void DtVrfObject::emptyVertexList ( ) [protected]

Non virtual utility function - called in destructor.

void DtVrfObject::copyVertexList ( const DtList & orig ) [protected]

Non-virtual utility function called in constructor.

virtual void DtVrfObject::validateObjectType ( ) [protected, virtual]

Validates the object type to make sure there are no -1s in the object type.

If there are, it will change them to 0's

virtual void DtVrfObject::processPostInitFromParamsCallback	(	DtVrfObjectCallbackFunction	fcn,
		void *	usr
	)		`[protected, virtual]`

Invokes callback added through a call to addPostInitFromParamsCallback.

virtual void DtVrfObject::initializeCommunicationInterfaceCallbacks ( ) [protected, virtual]

Adds admin content callback registration.

Currently registers for DtSetOverlayLayerAdmin message

static void DtVrfObject::setOverlayLayerTaskCallback	(	const DtVrfObjectMessage *	msg,
		void *	usr
	)		`[static, protected]`

virtual void DtVrfObject::processSetOverlayLayerTask ( const DtVrfObjectMessage * msg ) [protected, virtual]

Member Data Documentation

DtRwString DtVrfObject::myObjectClassType [protected]

DtSimObjectFactory* DtVrfObject::theFactory [static, protected]

Reimplemented from DtReaderWriter.

DtEntityIdentifier DtVrfObject::myObjectIdentifier [protected]

DtRwObjectType DtVrfObject::myObjectType [protected]

passed in to constructor, held for SR construction

DtRwString DtVrfObject::myObjectName [protected]

DtRwString DtVrfObject::myObjectLabel [protected]

DtRwString DtVrfObject::myOverlayParent [protected]

DtGlobalObjectDesignator DtVrfObject::myGlobalId [protected]

DtVrfObjectManager* DtVrfObject::mySimObjectManager [protected]

DtVrfObjectStateRepository* DtVrfObject::mySimState [protected]

DtSimObjectNetInterface* DtVrfObject::myNetInterface [protected]

DtRwBoolean DtVrfObject::myPublishObject [protected]

bool DtVrfObject::myCreateLocalObject [protected]

isLocal() used to check simulation address against object identifier to see if this was a local object, but myCreateLocalObject should already contain this information

bool DtVrfObject::myIsVrfSimulatedObject [protected]

Returns true if this is a vrf simulated object.

Locally set to the same value as passed into constructor for createLocal

DtReflectedObject* DtVrfObject::myReflectedObject [protected]

Passed into constructor - held only to pass into create() function for virtual construction.

DtForceType DtVrfObject::myForceType [protected]

DtList DtVrfObject::myVertices [protected]

DtTaitBryan DtVrfObject::myOrientation [protected]

bool DtVrfObject::myProjection [protected]

bool DtVrfObject::myClosedFigure [protected]

DtAppearance DtVrfObject::myAppearance [protected]

DtVrfObjectSubComponentTypes* DtVrfObject::mySubComponentTypes [protected]

Used in create().

DtSimManager* DtVrfObject::mySimManager [protected]

DtSimTaskManager* DtVrfObject::myTaskManager [protected]

DtSimBaseRadio* DtVrfObject::myRadio [protected]

DtSimComponentManager* DtVrfObject::myComponentManager [protected]

DtVrfObjectPlanManager* DtVrfObject::myVrfObjectPlanManager [protected]

DtLocalVertexList DtVrfObject::myOvlVertices [protected]

The following member data are backward compatible reading of ovl files No accessors/mutators provided.

They are just used in reading old ovl files.

DtRwVector DtVrfObject::myOvlTargetLocation [protected]

DtRwVector DtVrfObject::myOvlStartPoint [protected]

DtRwVector DtVrfObject::myOvlEndPoint [protected]

DtObstacleAreaCompatilibility DtVrfObject::myOvlObstacleArea [protected]

DtRwBoolean DtVrfObject::myOvlObstacleIsBreached [protected]

DtList DtVrfObject::myPredicateCallbackList [protected]

List of predicate function callbacks.

Users can register callbacks associated with a DtVrfObjectPredicate object. This class evaluates the isTrue() function associated with each predicate object. When isTrue() returns true, it invokes the callback function that it was registered with.

DtList DtVrfObject::myVerticesChangedCallbackList [protected]

List of DtSimObjectCallbackFunction's, to be invoked when the object's position changes.

DtList DtVrfObject::myRelativeVerticesChangedCallbackList [protected]

List of DtSimObjectCallbackFunction's, to be invoked when the object's relative position changes.

DtVrfObjectCallbackList DtVrfObject::myAboutToBeRemovedCallbackList [protected]

DtList DtVrfObject::myNameAliasList [protected]

bool DtVrfObject::myAboutToBeRemoved [protected]

Set to true if this object is about to be removed from the object manager list.

Referenced by aboutToBeRemoved(), and setAboutToBeRemoved().

DtObjectConsole* DtVrfObject::myObjectConsole [protected]

DtSetDataManager* DtVrfObject::mySetDataManager [protected]

DtVrfObjectCommunicationInterface* DtVrfObject::myCommunicationInterface [protected]