DtSimManager Class Reference

The simulation engine is controlled by a single,top-level class called the Simulation Manager. More...

Public Member Functions
	DtSimManager (DtExerciseConn *connection)
	constructor
virtual	~DtSimManager ()
	destructor
virtual bool	init ()
	creates all the other pieces.
virtual const DtVrfSimOptionsInterface *	simOptions () const
	Access sim options object.
virtual void	setSimOptions (const DtVrfSimOptionsInterface &)
	Takes ownership.
virtual bool	createExerciseClock ()
	Exercise clock for back-end.
virtual bool	createScheduler ()
virtual bool	createMessageInterface ()
virtual bool	createFrameRateMonitor ()
virtual bool	createVrfSimSettingsManager ()
	Creates the DtVrfSimSettingsManager.
virtual bool	createParallelTickManager ()
virtual void	tick ()
	Ticks the scheduler and then all registered tick callbacks.
virtual void	sleep () const
	Calls DtSleep(0.01) when the simulation is paused or when the mean frame rate is above the frame rate specified by targetFrameRate().
virtual bool	deliverMessage (const DtSimInterfaceMessage &msg)
virtual bool	receiveMessage (const DtSimInterfaceMessage &msg)
virtual bool	createAndDeliverMessage (const DtSimulationAddress &recipient, const DtSimInterfaceContent &content, bool overrideTimestampOrder=true)
virtual DtExerciseConn *	exerciseConn ()
	exerciseConn() provides access to the virtual network.
virtual DtExerciseClock *	exerciseClock ()
	exerciseClock() provides access to the current dT, current exercise time and current elapsed time.
virtual DtFrameRateMonitor *	frameRateMonitor ()
	provides access to the frameRateMonitor, which is responsible for providing frame rate statistics as requested.
virtual DtParallelTickManager *	parallelTickManager ()
	Access parallelTickManager which can be used to execute code concurrently in the main thread.
virtual DtScheduler *	scheduler ()
	scheduler() is used to schedule, control, and delete internal events.
virtual void	setVrfObjectManager (DtVrfObjectManager *entityManager)
	vrfObjectManager() provides access to all the objects in the system; both local and remote.
virtual DtVrfObjectManager *	vrfObjectManager ()
virtual const DtVrfObjectManager *	vrfObjectManager () const
virtual void	setEmbeddedEntityInfoManager (DtEmbeddedEntityInfoManager *eeInfManager)
	embeddedEntityInfoManager() manages and provides information caches that concern Embedded Entities, including whether a particular type has embedded entities, and the available tasks/sets that those entities are capable of.
virtual DtEmbeddedEntityInfoManager *	embeddedEntityInfoManager ()
virtual const DtEmbeddedEntityInfoManager *	embeddedEntityInfoManager () const
virtual void	setModelSet (const DtModelSet &)
	Model set is all entries that can be created from the model sets loaded with the simulationModelSet.
const DtModelSet *	modelSet () const
virtual void	setScriptedTaskManager (DtScriptedTaskManager *)
	scriptedTaskManager() provides access to all the scripted tasks in the system.
virtual DtScriptedTaskManager *	scriptedTaskManager ()
virtual const DtScriptedTaskManager *	scriptedTaskManager () const
virtual void	setScenarioEventManager (DtScenarioEventManager *)
	scenarioEventManager() provides access to all the scenario events in the system.
virtual DtScenarioEventManager *	scenarioEventManager ()
virtual const DtScenarioEventManager *	scenarioEventManager () const
virtual void	setHazardAreaManager (DtHazardAreaManager *)
	hazardAreaManager() provides access to all the hazard areas in the system.
virtual DtHazardAreaManager *	hazardAreaManager ()
virtual const DtHazardAreaManager *	hazardAreaManager () const
virtual void	setIntelCollectionAreaManager (DtIntelCollectionAreaManager *)
	intelCollectionAreaManager() provides access to all the intel collection areas in the system.
virtual DtIntelCollectionAreaManager *	intelCollectionAreaManager ()
virtual const DtIntelCollectionAreaManager *	intelCollectionAreaManager () const
virtual void	setScriptedObjectsMovementManager (DtScriptedObjectsMovementManager *)
	scriptedObjectsMovementManager() provides access to all the scripted movement objects in the system.
virtual DtScriptedObjectsMovementManager *	scriptedObjectsMovementManager ()
virtual const DtScriptedObjectsMovementManager *	scriptedObjectsMovementManager () const
virtual void	setAggregateSpatialModel (DtAggregateSpatialModel *aggregateSpatialModel)
	aggregateSpatialModel() provides an up to date view of all aggregates' location (location, velocity, orientation, and bounding geometry).
virtual DtAggregateSpatialModel *	aggregateSpatialModel ()
virtual const DtAggregateSpatialModel *	aggregateSpatialModel () const
virtual void	setDetonationManager (DtDetonationManager *detonationManager)
	Manages the detonation callbacks generated by the simulation.
virtual DtDetonationManager *	detonationManager ()
virtual void	setFireManager (DtFireManager *fireManager)
	Manages the fire callbacks (fire/detonation interactions) generated by the simulation.
virtual DtFireManager *	fireManager ()
virtual void	setJoyDeviceManager (DtJoyDeviceManager *joyDeviceManager)
	joyDeviceManager() is used to access the joystick manager.
virtual const DtJoyDeviceManager *	joyDeviceManager () const
virtual DtJoyDeviceManager *	joyDeviceManager ()
virtual DtVrfSimSettingsManager *	vrfSimSettingsManager ()
	Returns the DtVrfSimSettingsManager.
virtual void	addMessageCallback (int type, DtMessageCallbackFcn fcn, void *usrData)
	Add/Remove a function to be called when a particular message type is received.
virtual void	removeMessageCallback (int type, DtMessageCallbackFcn fcn, void *usrData)
virtual DtVrfMessageInterface *	messageInterface () const
	messageInterface() provides access to the interface used to send messages between the simulation back-end and a (logically or physically) remote front-end command interface.
virtual DtInterfaceMessageExecutive *	messageExecutive ()
virtual void	registerInterfaceCallbacks ()
	Register callbacks on the sim manager's interface message executive.
virtual bool	processExtendedPropertySettings ()
	Processes the settings which specify the extended property attributes available to VRF objects.
virtual const DtSimulationAddress &	messageAddress () const
	This is the address that should be used as the sender for all messages originating from the backend.
virtual unsigned long	sequenceNumber ()
	Gets the sequence number of the current scenario.
virtual void	setSequenceNumber (unsigned long sequenceNumber)
	Sets the sequence number – should only be called from classes which actually create and send out the number in a load scenario message.
DtResourceMonitor *	resourceMonitor ()
	Get/set resource monitor.
void	setResourceMonitor (DtResourceMonitor *)
virtual int	vrfSessionId () const
	Returns the session id from the message interface.
virtual int	vrfMessageVersionSupported () const
	Returns the vrf message version from the message interface.
virtual void	runForDuration (double)
	Starts a run duration.
virtual double	runDurationTime () const
virtual void	stopSimulationDurationTimer ()
	Stops the current duration run timer.
virtual void	processRunDurationComplete ()
virtual void	addSimulationRunDurationCallback (DtRunDurationCallbackFcn tickFunction, void *userData)
	Adds callbacks for simulation completion from duration timeout.
virtual void	removeSimulationRunDurationCallback (DtRunDurationCallbackFcn tickFunction, void *userData)
virtual void	setSetScenarioStartTimeAtLocalOnFirstObjectCreation (bool, int defaultTime=36000)
	Sets whether or not to set the simulation time to the specified local time at todays date when the first object is created at the location of the created object.
virtual bool	shouldSetScenarioStartTimeAtLocalOnFirstObjectCreation () const
virtual int	setScenarioStartTimeAtLocalOnFirstObjectCreation () const
virtual void	setTargetFrameRate (int rate)
	The frame rate above which the back-end will call sleep() in order to yield CPU time to other processes.
virtual int	targetFrameRate () const
	The frame rate above which the back-end will call sleep() in order to yield CPU time to other processes.
virtual void	addTickEntry (DtSimTickFunction tickFunction, void *userData)
	Callback that will be called every simulation tick of the system.
virtual void	removeTickEntry (DtSimTickFunction tickFunction, void *userData)
	Callback that will be called every simulation tick of the system.
virtual void	addPostTickEntry (DtSimTickFunction tickFunction, void *userData)
	Callbacks invoked at the end of the tick function.
virtual void	removePostTickEntry (DtSimTickFunction tickFunction, void *userData)
	Callbacks invoked at the end of the tick function.
virtual void	setPhysicalWorld (DtPhysicalWorld *newPhysicalWorld)
virtual DtPhysicalWorld *	physicalWorld ()
virtual const DtPhysicalWorld *	physicalWorld () const
virtual void	setCommModelManager (DtCommModelManager *newCommModelManager)
virtual DtCommModelManager *	commModelManager ()
virtual const DtCommModelManager *	commModelManager () const
virtual void	setSimTerrainRequestManager (DtSimTerrainRequestManager *newSimTerrainRequestManager)
virtual DtSimTerrainRequestManager *	simTerrainRequestManager ()
virtual const DtSimTerrainRequestManager *	simTerrainRequestManager () const
virtual void	setGlobalPlanManager (DtGlobalPlanManager *planManager)
	The global plan manager tracks and executes all "global plans" which are plans that are not associated with a particular entity, but rather with the simulation as a whole.
virtual const DtGlobalPlanManager *	globalPlanManager () const
	The global plan manager tracks and executes all "global plans" which are plans that are not associated with a particular entity, but rather with the simulation as a whole.
virtual DtGlobalPlanManager *	globalPlanManager ()
	The global plan manager tracks and executes all "global plans" which are plans that are not associated with a particular entity, but rather with the simulation as a whole.
virtual void	setStealthCommandsManager (DtStealthCommandsManager *planManager)
	The stealth commands manager maintains and executes stealth commands.
virtual const DtStealthCommandsManager *	stealthCommandsManager () const
	The stealth commands manager maintains and executes stealth commands.
virtual DtStealthCommandsManager *	stealthCommandsManager ()
	The stealth commands manager maintains and executes stealth commands.
virtual void	setHostilityManager (DtHostilityManager *hostilityManager)
	The hostility manager keeps track of which forces are hostile to each other.
virtual const DtHostilityManager *	hostilityManager () const
	The hostility manager keeps track of which forces are hostile to each other.
virtual DtHostilityManager *	hostilityManager ()
	The hostility manager keeps track of which forces are hostile to each other.
virtual void	setScenarioExtrasMgr (DtScenarioExtrasMgr *scenarioExtrasMgr)
	The hostility manager keeps track of which forces are hostile to each other.
virtual const DtScenarioExtrasMgr *	scenarioExtrasMgr () const
	The hostility manager keeps track of which forces are hostile to each other.
virtual DtScenarioExtrasMgr *	scenarioExtrasMgr ()
	The hostility manager keeps track of which forces are hostile to each other.
virtual void	setDynamicFeaturesManager (DtDynamicFeaturesManager *mgr)
	The dynamic features manager allows sim objects to be added to feature layers.
virtual const DtDynamicFeaturesManager *	dynamicFeaturesManager () const
	The dynamic features manager allows sim objects to be added to feature layers.
virtual DtDynamicFeaturesManager *	dynamicFeaturesManager ()
	The dynamic features manager allows sim objects to be added to feature layers.

Static Public Member Functions
static void	TickFunction (void *userData)
	This function is registered on the execution list for the sim thread (called pvPacketThread, currently).
static void	randSeedCallback (DtSimMessage *msg, void *usr)
	Callbacks registered on the simManagers Message executive.
static void	runDurationCompleteCallback (DtTimer *)
	Callback for when duration run timer has completed.
static void	setAppDataDir (const DtString &)
static const DtString &	appDataDir ()

Protected Attributes
DtVrfSimOptionsInterface *	mySimOptions
DtScheduler *	myScheduler
	Objects we create.
DtExerciseClock *	myExerciseClock
	The simulation back-end's clock.
DtNoArgumentCallbackList	myTickList
DtNoArgumentCallbackList	myPostTickList
DtFrameRateMonitor *	myFrameRateMonitor
DtVrfSimSettingsManager *	myVrfSimSettingsManager
DtVrfMessageInterface *	myMessageInterface
	out message interface
DtExerciseConn *	myExerciseConn
	Objects we hold pointers onto for others.
DtPhysicalWorld *	myPhysicalWorld
DtCommModelManager *	myCommModelManager
DtSimTerrainRequestManager *	mySimTerrainRequestManager
DtVrfObjectManager *	myVrfObjectManager
DtEmbeddedEntityInfoManager *	myEmbeddedEntityInfoManager
DtAggregateSpatialModel *	myAggregateSpatialModel
DtDetonationManager *	myDetonationManager
DtFireManager *	myFireManager
DtGlobalPlanManager *	myGlobalPlanManager
DtStealthCommandsManager *	myStealthCommandsManager
DtJoyDeviceManager *	myJoyDeviceManager
DtHostilityManager *	myHostilityManager
DtScenarioExtrasMgr *	myScenarioExtrasMgr
DtResourceMonitor *	myResourceMonitor
DtScriptedTaskManager *	myScriptedTaskManager
DtScenarioEventManager *	myScenarioEventManager
DtHazardAreaManager *	myHazardAreaManager
DtIntelCollectionAreaManager *	myIntelCollectionAreaManager
DtScriptedObjectsMovementManager *	myScriptedObjectsMovementManager
DtDynamicFeaturesManager *	myDynamicFeaturesManager
DtParallelTickManager *	myParallelTickManager
DtModelSet *	myModelSet
int	myTargetFrameRate
DtTimer *	mySimulationDurationTimer
	If non-null this scenario is only scheduled to run for the given amount of time delta from the current simulation time.
DtNoArgumentCallbackList	mySimulationDurationCallbackList
double	myRunDurationTime
bool	mySetScenarioStartTimeAtLocalOnFirstObjectCreation
int	mySetScenarioStartTimeAtLocalOnFirstObjectCreationToTime

Private Member Functions
	DtSimManager (const DtSimManager &orig)
	Copy constructor - not implemented.
DtSimManager &	operator= (const DtSimManager &orig)
	Assignment operator - not implemented.

Detailed Description

The simulation engine is controlled by a single,top-level class called the Simulation Manager.

All the objects in the simulation backend are owned by the Simulation Manager. The Simulation Manager will be called via a tick() member function once each simulation frame, at which time it will process incoming messages and provide execution control to all the other objects it manages.

Examples using DtSimManager include

• addConditionalSim
• addPSR
• addSimCommandSim
• objectManager
• settingsManagerSim

Constructor & Destructor Documentation

DtSimManager::DtSimManager

(

DtExerciseConn *

connection

)

constructor

virtual DtSimManager::~DtSimManager ( )

virtual

destructor

DtSimManager::DtSimManager ( const DtSimManager &  orig )

private

Copy constructor - not implemented.

Note

This class is not copyable.

Member Function Documentation

DtSimManager& DtSimManager::operator= ( const DtSimManager &  orig )

private

Assignment operator - not implemented.

Note

This class is not assignable.

virtual bool DtSimManager::init ( )

virtual

creates all the other pieces.

Note that the object id generator is created and set in the DtVrfObjectIdGenerator class as the default generator to use. If yo have not set a new creator in the factory, reset in the DtVrfObjectIdGenerator class after init() is called

virtual const DtVrfSimOptionsInterface* DtSimManager::simOptions ( ) const

virtual

Access sim options object.

virtual void DtSimManager::setSimOptions ( const DtVrfSimOptionsInterface &  )

virtual

Takes ownership.

virtual bool DtSimManager::createExerciseClock ( )

virtual

Exercise clock for back-end.

Maintains concept of simulation time, frame rate and the various frame rate modes (variable, fixed-frame best effort, fixed-frame run to complete). If application is HLA13 or HLA1516 (i.e. if DtHLA is defined), creates a clock of type DtHlaExerciseClock. Otherwise, creates a a clock of type DtExerciseClock. DtHlaExerciseClock is extended to include the concept of HLA time management mode. Clock may optionally be configured to enable time regulating and constrained modes. Configurable through the vrfSim.mtl parameter file.

virtual bool DtSimManager::createScheduler ( )

virtual

virtual bool DtSimManager::createMessageInterface ( )

virtual

virtual bool DtSimManager::createFrameRateMonitor ( )

virtual

virtual bool DtSimManager::createVrfSimSettingsManager ( )

virtual

Creates the DtVrfSimSettingsManager.

virtual bool DtSimManager::createParallelTickManager ( )

virtual

virtual void DtSimManager::tick ( )

virtual

Ticks the scheduler and then all registered tick callbacks.

Calls sleep().

virtual void DtSimManager::setTargetFrameRate ( int  rate )

virtual

The frame rate above which the back-end will call sleep() in order to yield CPU time to other processes.

Once the frame rate drops below this level, the back-end will no longer sleep. This parameter only takes effect when the simulation is running in variable frame mode.

virtual int DtSimManager::targetFrameRate ( ) const

virtual

The frame rate above which the back-end will call sleep() in order to yield CPU time to other processes.

Once the frame rate drops below this level, the back-end will no longer sleep. This parameter only takes effect when the simulation is running in variable frame mode.

virtual void DtSimManager::sleep ( ) const

virtual

Calls DtSleep(0.01) when the simulation is paused or when the mean frame rate is above the frame rate specified by targetFrameRate().

virtual bool DtSimManager::deliverMessage ( const DtSimInterfaceMessage &  msg )

virtual

virtual bool DtSimManager::receiveMessage ( const DtSimInterfaceMessage &  msg )

virtual

virtual bool DtSimManager::createAndDeliverMessage ( const DtSimulationAddress &  recipient, const DtSimInterfaceContent &  content, bool  overrideTimestampOrder = true  )

virtual

virtual void DtSimManager::addTickEntry ( DtSimTickFunction  tickFunction, void *  userData  )

virtual

Callback that will be called every simulation tick of the system.

Note

DtSimTickFunction was previously (VRF 3.10) a method that took an argument of DtSimTickArguments*, but now takes a void*. This has been changed to make it more consistent with other callbacks in VR-Forces. A special subclass of DtSimTickArguments is no longer required. Simply pass any pointer in when registering the callback, and this same pointer will be passed back to the callback method when it is invoked.

virtual void DtSimManager::removeTickEntry ( DtSimTickFunction  tickFunction, void *  userData  )

virtual

Callback that will be called every simulation tick of the system.

Note

DtSimTickFunction was previously (VRF 3.10) a method that took an argument of DtSimTickArguments*, but now takes a void*. This has been changed to make it more consistent with other callbacks in VR-Forces. A special subclass of DtSimTickArguments is no longer required. Simply pass any pointer in when registering the callback, and this same pointer will be passed back to the callback method when it is invoked.

static void DtSimManager::setAppDataDir ( const DtString &  )

static

Set/get the appData directory. Note that setting this after initialization might not catch all cases where this is used. Default is ../appData

static const DtString& DtSimManager::appDataDir ( )

static

Set/get the appData directory. Note that setting this after initialization might not catch all cases where this is used. Default is ../appData

virtual void DtSimManager::addPostTickEntry ( DtSimTickFunction  tickFunction, void *  userData  )

virtual

Callbacks invoked at the end of the tick function.

The callback function signature is: void callback(void* usr)

virtual void DtSimManager::removePostTickEntry ( DtSimTickFunction  tickFunction, void *  userData  )

virtual

Callbacks invoked at the end of the tick function.

The callback function signature is: void callback(void* usr)

virtual DtExerciseConn* DtSimManager::exerciseConn ( )

virtual

exerciseConn() provides access to the virtual network.

Use it to send or register callbacks for interactions (but see the interaction manager below).

virtual DtExerciseClock* DtSimManager::exerciseClock ( )

virtual

exerciseClock() provides access to the current dT, current exercise time and current elapsed time.

virtual DtFrameRateMonitor* DtSimManager::frameRateMonitor ( )

virtual

provides access to the frameRateMonitor, which is responsible for providing frame rate statistics as requested.

Note

The frame rate monitor registers for and responds to frame rate request messages.

virtual DtParallelTickManager* DtSimManager::parallelTickManager ( )

virtual

Access parallelTickManager which can be used to execute code concurrently in the main thread.

virtual DtScheduler* DtSimManager::scheduler ( )

virtual

scheduler() is used to schedule, control, and delete internal events.

virtual void DtSimManager::setPhysicalWorld ( DtPhysicalWorld *  newPhysicalWorld )

virtual

Returns

A pointer to the physical world.

Note

This function should never return false.

virtual DtPhysicalWorld* DtSimManager::physicalWorld ( )

virtual

Returns

A pointer to the physical world.

Note

This function should never return false.

virtual const DtPhysicalWorld* DtSimManager::physicalWorld ( ) const

virtual

Returns

A pointer to the physical world.

Note

This function should never return false.

virtual void DtSimManager::setCommModelManager ( DtCommModelManager *  newCommModelManager )

virtual

Returns

A pointer to the DtCommModelManager.

virtual DtCommModelManager* DtSimManager::commModelManager ( )

virtual

Returns

A pointer to the DtCommModelManager.

virtual const DtCommModelManager* DtSimManager::commModelManager ( ) const

virtual

Returns

A pointer to the DtCommModelManager.

virtual void DtSimManager::setSimTerrainRequestManager ( DtSimTerrainRequestManager *  newSimTerrainRequestManager )

virtual

Returns

A pointer to the DtSimTerrainRequestManager.

virtual DtSimTerrainRequestManager* DtSimManager::simTerrainRequestManager ( )

virtual

Returns

A pointer to the DtSimTerrainRequestManager.

virtual const DtSimTerrainRequestManager* DtSimManager::simTerrainRequestManager ( ) const

virtual

Returns

A pointer to the DtSimTerrainRequestManager.

virtual void DtSimManager::setVrfObjectManager ( DtVrfObjectManager *  entityManager )

virtual

vrfObjectManager() provides access to all the objects in the system; both local and remote.

Objects include entities, control objects.

virtual DtVrfObjectManager* DtSimManager::vrfObjectManager ( )

virtual

virtual const DtVrfObjectManager* DtSimManager::vrfObjectManager ( ) const

virtual

virtual void DtSimManager::setEmbeddedEntityInfoManager ( DtEmbeddedEntityInfoManager *  eeInfManager )

virtual

embeddedEntityInfoManager() manages and provides information caches that concern Embedded Entities, including whether a particular type has embedded entities, and the available tasks/sets that those entities are capable of.

virtual DtEmbeddedEntityInfoManager* DtSimManager::embeddedEntityInfoManager ( )

virtual

virtual const DtEmbeddedEntityInfoManager* DtSimManager::embeddedEntityInfoManager ( ) const

virtual

virtual void DtSimManager::setModelSet ( const DtModelSet &  )

virtual

Model set is all entries that can be created from the model sets loaded with the simulationModelSet.

const DtModelSet* DtSimManager::modelSet

(

)

const

virtual void DtSimManager::setScriptedTaskManager ( DtScriptedTaskManager *  )

virtual

scriptedTaskManager() provides access to all the scripted tasks in the system.

virtual DtScriptedTaskManager* DtSimManager::scriptedTaskManager ( )

virtual

virtual const DtScriptedTaskManager* DtSimManager::scriptedTaskManager ( ) const

virtual

virtual void DtSimManager::setScenarioEventManager ( DtScenarioEventManager *  )

virtual

scenarioEventManager() provides access to all the scenario events in the system.

virtual DtScenarioEventManager* DtSimManager::scenarioEventManager ( )

virtual

virtual const DtScenarioEventManager* DtSimManager::scenarioEventManager ( ) const

virtual

virtual void DtSimManager::setHazardAreaManager ( DtHazardAreaManager *  )

virtual

hazardAreaManager() provides access to all the hazard areas in the system.

virtual DtHazardAreaManager* DtSimManager::hazardAreaManager ( )

virtual

virtual const DtHazardAreaManager* DtSimManager::hazardAreaManager ( ) const

virtual

virtual void DtSimManager::setIntelCollectionAreaManager ( DtIntelCollectionAreaManager *  )

virtual

intelCollectionAreaManager() provides access to all the intel collection areas in the system.

virtual DtIntelCollectionAreaManager* DtSimManager::intelCollectionAreaManager ( )

virtual

virtual const DtIntelCollectionAreaManager* DtSimManager::intelCollectionAreaManager ( ) const

virtual

virtual void DtSimManager::setScriptedObjectsMovementManager ( DtScriptedObjectsMovementManager *  )

virtual

scriptedObjectsMovementManager() provides access to all the scripted movement objects in the system.

virtual DtScriptedObjectsMovementManager* DtSimManager::scriptedObjectsMovementManager ( )

virtual

virtual const DtScriptedObjectsMovementManager* DtSimManager::scriptedObjectsMovementManager ( ) const

virtual

virtual void DtSimManager::setAggregateSpatialModel ( DtAggregateSpatialModel *  aggregateSpatialModel )

virtual

aggregateSpatialModel() provides an up to date view of all aggregates' location (location, velocity, orientation, and bounding geometry).

virtual DtAggregateSpatialModel* DtSimManager::aggregateSpatialModel ( )

virtual

virtual const DtAggregateSpatialModel* DtSimManager::aggregateSpatialModel ( ) const

virtual

virtual void DtSimManager::setDetonationManager ( DtDetonationManager *  detonationManager )

virtual

Manages the detonation callbacks generated by the simulation.

Notifies the appropriate registered DtVrfObjects (entities) of detonations they should process.

virtual DtDetonationManager* DtSimManager::detonationManager ( )

virtual

virtual void DtSimManager::setFireManager ( DtFireManager *  fireManager )

virtual

Manages the fire callbacks (fire/detonation interactions) generated by the simulation.

Notifies the appropriate registered DtVrfObjects (entities) of fire interactions and detonation interactions they should process for under-fire determination.

virtual DtFireManager* DtSimManager::fireManager ( )

virtual

virtual void DtSimManager::setGlobalPlanManager ( DtGlobalPlanManager *  planManager )

virtual

The global plan manager tracks and executes all "global plans" which are plans that are not associated with a particular entity, but rather with the simulation as a whole.

virtual const DtGlobalPlanManager* DtSimManager::globalPlanManager ( ) const

virtual

The global plan manager tracks and executes all "global plans" which are plans that are not associated with a particular entity, but rather with the simulation as a whole.

virtual DtGlobalPlanManager* DtSimManager::globalPlanManager ( )

virtual

The global plan manager tracks and executes all "global plans" which are plans that are not associated with a particular entity, but rather with the simulation as a whole.

virtual void DtSimManager::setStealthCommandsManager ( DtStealthCommandsManager *  planManager )

virtual

The stealth commands manager maintains and executes stealth commands.

virtual const DtStealthCommandsManager* DtSimManager::stealthCommandsManager ( ) const

virtual

The stealth commands manager maintains and executes stealth commands.

virtual DtStealthCommandsManager* DtSimManager::stealthCommandsManager ( )

virtual

The stealth commands manager maintains and executes stealth commands.

virtual void DtSimManager::setJoyDeviceManager ( DtJoyDeviceManager *  joyDeviceManager )

virtual

joyDeviceManager() is used to access the joystick manager.

virtual const DtJoyDeviceManager* DtSimManager::joyDeviceManager ( ) const

virtual

virtual DtJoyDeviceManager* DtSimManager::joyDeviceManager ( )

virtual

virtual void DtSimManager::setHostilityManager ( DtHostilityManager *  hostilityManager )

virtual

The hostility manager keeps track of which forces are hostile to each other.

virtual const DtHostilityManager* DtSimManager::hostilityManager ( ) const

virtual

The hostility manager keeps track of which forces are hostile to each other.

virtual DtHostilityManager* DtSimManager::hostilityManager ( )

virtual

The hostility manager keeps track of which forces are hostile to each other.

virtual void DtSimManager::setScenarioExtrasMgr ( DtScenarioExtrasMgr *  scenarioExtrasMgr )

virtual

The hostility manager keeps track of which forces are hostile to each other.

virtual const DtScenarioExtrasMgr* DtSimManager::scenarioExtrasMgr ( ) const

virtual

The hostility manager keeps track of which forces are hostile to each other.

virtual DtScenarioExtrasMgr* DtSimManager::scenarioExtrasMgr ( )

virtual

The hostility manager keeps track of which forces are hostile to each other.

virtual void DtSimManager::setDynamicFeaturesManager ( DtDynamicFeaturesManager *  mgr )

virtual

The dynamic features manager allows sim objects to be added to feature layers.

virtual const DtDynamicFeaturesManager* DtSimManager::dynamicFeaturesManager ( ) const

virtual

The dynamic features manager allows sim objects to be added to feature layers.

virtual DtDynamicFeaturesManager* DtSimManager::dynamicFeaturesManager ( )

virtual

The dynamic features manager allows sim objects to be added to feature layers.

virtual DtVrfSimSettingsManager* DtSimManager::vrfSimSettingsManager ( )

virtual

Returns the DtVrfSimSettingsManager.

virtual void DtSimManager::addMessageCallback ( int  type, DtMessageCallbackFcn  fcn, void *  usrData  )

virtual

Add/Remove a function to be called when a particular message type is received.

virtual void DtSimManager::removeMessageCallback ( int  type, DtMessageCallbackFcn  fcn, void *  usrData  )

virtual

virtual DtVrfMessageInterface* DtSimManager::messageInterface ( ) const

virtual

messageInterface() provides access to the interface used to send messages between the simulation back-end and a (logically or physically) remote front-end command interface.

virtual DtInterfaceMessageExecutive* DtSimManager::messageExecutive ( )

virtual

static void DtSimManager::TickFunction ( void *  userData )

static

This function is registered on the execution list for the sim thread (called pvPacketThread, currently).

It actually calls the simManager->tick().

virtual void DtSimManager::registerInterfaceCallbacks ( )

virtual

Register callbacks on the sim manager's interface message executive.

If you override this make sure you call the base function, or the entity manager will stop responding to those messages.

virtual bool DtSimManager::processExtendedPropertySettings ( )

virtual

Processes the settings which specify the extended property attributes available to VRF objects.

virtual const DtSimulationAddress& DtSimManager::messageAddress ( ) const

virtual

This is the address that should be used as the sender for all messages originating from the backend.

static void DtSimManager::randSeedCallback ( DtSimMessage *  msg, void *  usr  )

static

Callbacks registered on the simManagers Message executive.

virtual unsigned long DtSimManager::sequenceNumber ( )

virtual

Gets the sequence number of the current scenario.

virtual void DtSimManager::setSequenceNumber ( unsigned long  sequenceNumber )

virtual

Sets the sequence number – should only be called from classes which actually create and send out the number in a load scenario message.

DtResourceMonitor * DtSimManager::resourceMonitor ( )

inline

Get/set resource monitor.

References myResourceMonitor.

void DtSimManager::setResourceMonitor ( DtResourceMonitor *  m )

inline

References myResourceMonitor.

virtual int DtSimManager::vrfSessionId ( ) const

virtual

Returns the session id from the message interface.

virtual int DtSimManager::vrfMessageVersionSupported ( ) const

virtual

Returns the vrf message version from the message interface.

virtual void DtSimManager::runForDuration ( double  )

virtual

Starts a run duration.

If there is an existing run duration cancels that duration and creates a new one. When the run duration is complete the timer is removed and the scenario is paused

virtual double DtSimManager::runDurationTime ( ) const

virtual

virtual void DtSimManager::stopSimulationDurationTimer ( )

virtual

Stops the current duration run timer.

static void DtSimManager::runDurationCompleteCallback ( DtTimer *  )

static

Callback for when duration run timer has completed.

virtual void DtSimManager::processRunDurationComplete ( )

virtual

virtual void DtSimManager::addSimulationRunDurationCallback ( DtRunDurationCallbackFcn  tickFunction, void *  userData  )

virtual

Adds callbacks for simulation completion from duration timeout.

virtual void DtSimManager::removeSimulationRunDurationCallback ( DtRunDurationCallbackFcn  tickFunction, void *  userData  )

virtual

virtual void DtSimManager::setSetScenarioStartTimeAtLocalOnFirstObjectCreation ( bool  , int  defaultTime = 36000  )

virtual

Sets whether or not to set the simulation time to the specified local time at todays date when the first object is created at the location of the created object.

Default is false

virtual bool DtSimManager::shouldSetScenarioStartTimeAtLocalOnFirstObjectCreation ( ) const

virtual

virtual int DtSimManager::setScenarioStartTimeAtLocalOnFirstObjectCreation ( ) const

virtual

Member Data Documentation

DtVrfSimOptionsInterface* DtSimManager::mySimOptions

protected

DtScheduler* DtSimManager::myScheduler

protected

Objects we create.

DtExerciseClock* DtSimManager::myExerciseClock

protected

The simulation back-end's clock.

Note that this clock is different from the clock associated with the exercise connection. The simulation time maintained by the exercise clock may be offset relative to the exercise connection's clock.

DtNoArgumentCallbackList DtSimManager::myTickList

protected

DtNoArgumentCallbackList DtSimManager::myPostTickList

protected

DtFrameRateMonitor* DtSimManager::myFrameRateMonitor

protected

DtVrfSimSettingsManager* DtSimManager::myVrfSimSettingsManager

protected

DtVrfMessageInterface* DtSimManager::myMessageInterface

protected

out message interface

DtExerciseConn* DtSimManager::myExerciseConn

protected

Objects we hold pointers onto for others.

DtPhysicalWorld* DtSimManager::myPhysicalWorld

protected

DtCommModelManager* DtSimManager::myCommModelManager

protected

DtSimTerrainRequestManager* DtSimManager::mySimTerrainRequestManager

protected

DtVrfObjectManager* DtSimManager::myVrfObjectManager

protected

DtEmbeddedEntityInfoManager* DtSimManager::myEmbeddedEntityInfoManager

protected

DtAggregateSpatialModel* DtSimManager::myAggregateSpatialModel

protected

DtDetonationManager* DtSimManager::myDetonationManager

protected

DtFireManager* DtSimManager::myFireManager

protected

DtGlobalPlanManager* DtSimManager::myGlobalPlanManager

protected

DtStealthCommandsManager* DtSimManager::myStealthCommandsManager

protected

DtJoyDeviceManager* DtSimManager::myJoyDeviceManager

protected

DtHostilityManager* DtSimManager::myHostilityManager

protected

DtScenarioExtrasMgr* DtSimManager::myScenarioExtrasMgr

protected

DtResourceMonitor* DtSimManager::myResourceMonitor

protected

Referenced by resourceMonitor(), and setResourceMonitor().

DtScriptedTaskManager* DtSimManager::myScriptedTaskManager

protected

DtScenarioEventManager* DtSimManager::myScenarioEventManager

protected

DtHazardAreaManager* DtSimManager::myHazardAreaManager

protected

DtIntelCollectionAreaManager* DtSimManager::myIntelCollectionAreaManager

protected

DtScriptedObjectsMovementManager* DtSimManager::myScriptedObjectsMovementManager

protected

DtDynamicFeaturesManager* DtSimManager::myDynamicFeaturesManager

protected

DtParallelTickManager* DtSimManager::myParallelTickManager

protected

DtModelSet* DtSimManager::myModelSet

protected

int DtSimManager::myTargetFrameRate

protected

DtTimer* DtSimManager::mySimulationDurationTimer

protected

If non-null this scenario is only scheduled to run for the given amount of time delta from the current simulation time.

DtNoArgumentCallbackList DtSimManager::mySimulationDurationCallbackList

protected

double DtSimManager::myRunDurationTime

protected

bool DtSimManager::mySetScenarioStartTimeAtLocalOnFirstObjectCreation

protected

int DtSimManager::mySetScenarioStartTimeAtLocalOnFirstObjectCreationToTime

protected

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

• /exports/nfedora7-1/nightly/docs/vrforcesDevelopment.tot/include/vrfcore/simManager.h