DtMultiVehicleFed Class Reference

multiVehicleFed.h More...

Collaboration diagram for DtMultiVehicleFed:

Public Types
enum	mode { PARALLEL =1, SERIAL =2 }

Public Member Functions
	DtMultiVehicleFed ()
	Constructor. More...
virtual	~DtMultiVehicleFed ()
	Pure Virtual destructor. More...
DtExerciseConn *	exerciseConn ()
void	initializeExConn (DtTime theTimeOutInterval, DtF18Initializer *initializer)
void	initializeFleet (int appNumOffset, int theNumVehicles, const DtF18Initializer *initializer)
void	drainInput (double tMaxRealElapsed)
int	numberRemoteEntities () const
void	simulate ()
void	publish ()
double	sleep (double deltaTime)
void	dismantleFleet ()
void	dismantleExConn ()
void	setExecutionMode (mode theMode)
mode	executionMode () const
void	setSimTime (double time)
double	simTime () const

Protected Member Functions
DtVehicleSim *	vehicleFactory (int num, int appNumOffset, const DtF18Initializer *initializer, DtObjectPublisherContainer &pubContainer)
DtString &	getVehicleName (int num, const DtString &baseName, DtString &name)
void	processDetonation (const DtDetonationInteraction *theDetonation)

Static Protected Member Functions
static void	theDetonationCb (DtDetonationInteraction *theDetonation, void *theUserData)

Private Attributes
mode	myMode
DtTime	mySimTime
DtClock *	myClock
DtExerciseConn *	myExConn
DtReflectedEntityList *	myRel
DtParallelExecutionContainer < DtVehicleSim >	mySimulatedVehicles
DtObjectPublisherContainer	myPublishedObjects

Detailed Description

multiVehicleFed.h

This example describes two ways to exploit parallel execution.

1.The general purpose DtParallelExecutionContainer<> which executes a member method on all objects in the container in parallel, and waits for all to complete. Because the specified method will be called from multiple threads, that method must be carefully designed, for example it should be careful when writing or reading variables used by other threads (or avoid this completely if possible).

1. DtPublisherContainer which calls tick() or forceUpdate() on all contained DtObjectPublisher objects. This assumes those methods are thread safe. DtPublisherContainer is simply a convenient specialization of DtParallelExecutionContainer.

CAUTION - the containers themselves are NOT thread safe, and you MUST NOT MODIFY the contents of these containers WHILE THEY'RE EXECUTING a method in parallel. Instead, use a thread safe collection to hold the modifications (e.g. concurrent_vector from the Intel Thread Building Blocks, already included with VR Link), then copy that collection into a DtParallelExecutionContainer or DtPublisherContainer.

These two containers may be used at the discretion of the application designer as needed, in any combination. This example could be written with a single DtParallelExecutionContainer<DtVehicleSim>.

This example may be switched between parallel and serial execution for comparison or debugging using setExecutionMode().A DtMultiVehicleFed object corresponds to a single simulation with one or more simulated vehicles.

Member Enumeration Documentation

enum DtMultiVehicleFed::mode

Enumerator
PARALLEL
SERIAL

Constructor & Destructor Documentation

DtMultiVehicleFed::DtMultiVehicleFed

(

)

Constructor.

virtual DtMultiVehicleFed::~DtMultiVehicleFed ( )

virtual

Pure Virtual destructor.

Member Function Documentation

void DtMultiVehicleFed::dismantleExConn

(

)

void DtMultiVehicleFed::dismantleFleet

(

)

void DtMultiVehicleFed::drainInput

(

double

tMaxRealElapsed

)

mode DtMultiVehicleFed::executionMode

(

)

const

DtExerciseConn* DtMultiVehicleFed::exerciseConn ( )

inline

References myExConn.

DtString& DtMultiVehicleFed::getVehicleName ( int  num, const DtString &  baseName, DtString &  name  )

protected

void DtMultiVehicleFed::initializeExConn	(	DtTime	theTimeOutInterval,
		DtF18Initializer *	initializer
	)

void DtMultiVehicleFed::initializeFleet	(	int	appNumOffset,
		int	theNumVehicles,
		const DtF18Initializer *	initializer
	)

int DtMultiVehicleFed::numberRemoteEntities

(

)

const

void DtMultiVehicleFed::processDetonation ( const DtDetonationInteraction *  theDetonation )

protected

void DtMultiVehicleFed::publish

(

)

void DtMultiVehicleFed::setExecutionMode

(

mode

theMode

)

void DtMultiVehicleFed::setSimTime

(

double

time

)

double DtMultiVehicleFed::simTime

(

)

const

void DtMultiVehicleFed::simulate

(

)

double DtMultiVehicleFed::sleep

(

double

deltaTime

)

static void DtMultiVehicleFed::theDetonationCb ( DtDetonationInteraction *  theDetonation, void *  theUserData  )

staticprotected

DtVehicleSim* DtMultiVehicleFed::vehicleFactory ( int  num, int  appNumOffset, const DtF18Initializer *  initializer, DtObjectPublisherContainer &  pubContainer  )

protected

Member Data Documentation

DtClock* DtMultiVehicleFed::myClock

private

DtExerciseConn* DtMultiVehicleFed::myExConn

private

Referenced by exerciseConn().

mode DtMultiVehicleFed::myMode

private

DtObjectPublisherContainer DtMultiVehicleFed::myPublishedObjects

private

DtReflectedEntityList* DtMultiVehicleFed::myRel

private

DtTime DtMultiVehicleFed::mySimTime

private

DtParallelExecutionContainer<DtVehicleSim> DtMultiVehicleFed::mySimulatedVehicles

private

---

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

• multiVehicleFed.h