Inheritance diagram for makVrf::DtHlaExerciseClock:

Public Member Functions
	DtHlaExerciseClock (DtExerciseConn *exerciseConn)

virtual	~DtHlaExerciseClock ()

virtual void	init ()

virtual void	tick (DtCommunicationManagerPerformanceTimerInformation *performanceTimerInformation=nullptr) override

virtual DtTime	fedTime () const

virtual DtTime	lookahead () const

virtual DtTime	epsilon () const

virtual DtTime	effectiveSimTime () const

virtual void	setInitialSimTime (DtTime time)

virtual bool	enableTimeManagementMode (DtTime lookaheadInterval)

virtual bool	disableTimeManagementMode ()

virtual bool	isInTimeManagementMode () const

Public Member Functions inherited from DtExerciseClock
	DtExerciseClock ()

	DtExerciseClock (const DtExerciseClock &orig)

DtExerciseClock &	operator= (const DtExerciseClock &orig)

virtual	~DtExerciseClock ()

virtual void	reset ()

virtual void	pause ()

virtual void	resume ()

virtual bool	isPaused () const

virtual void	setFixedFrameMode (DtTime dT)

virtual bool	isFixedFrameMode () const

virtual void	setRunToCompleteFrameMode ()

virtual bool	isRunToCompleteFrameMode () const

virtual void	setHybridFrameMode (DtTime dT)

virtual bool	isHybridFrameMode () const

virtual void	setFixedFrameRate (DtTime dT)

virtual DtTime	fixedFrameRate () const

virtual void	setTimeMultiplier (DtFloat64 timeMultiplier)

virtual DtFloat64	timeMultiplier () const

virtual void	setFastForwardSettings (const DtFastForwardSettings &settings)

virtual DtString &	elapsedSimTimeString (DtString &strBuffer) const

virtual void	setExerciseStartTime (DtTime time)

virtual DtTime	exerciseStartTime () const

virtual DtString &	exerciseStartTimeString (DtString &strBuffer) const

virtual DtTime	exerciseTime () const

virtual DtString &	exerciseTimeString (DtString &strBuffer) const

virtual void	setExerciseConnectionClockTime (double)

virtual void	set_dT (DtTime dT)

virtual DtTime	dT () const

virtual void	setTimeStampType (DtTimeStampType)

DtTimeStampType	timeStampType () const

virtual double	simTimeScale () const

virtual void	addTimeMultiplierUpdateCallback (DtCallbackList< DtFloat64 >::DtCallbackFunctionType, void *usr)

virtual void	removeTimeMultiplierUpdateCallback (DtCallbackList< DtFloat64 >::DtCallbackFunctionType fcn, void *usr)

Public Member Functions inherited from DtSimClock
	DtSimClock ()

	DtSimClock (const DtSimClock &orig)

DtSimClock &	operator= (const DtSimClock &orig)

virtual	~DtSimClock ()

Static Public Member Functions
static void	timeAdvanceGrantedCb (DtTimeManagementControl tmControl, void usr)

Static Public Member Functions inherited from DtSimClock
static DtTime	stringToSeconds (const DtString &timeString)

static DtString &	secondsToElapsedTimeString (DtTime seconds, DtString &strBuffer)

static DtString &	secondsToExerciseTimeString (DtTime seconds, DtString &strBuffer)

static void	secondsToDaysHoursMinutesSeconds (DtTime secondsInput, int &days, int &hours, int &minutes, DtTime &seconds)

static DtTime	daysHoursMinutesSecondsToSeconds (DtTime days, DtTime hours, DtTime minutes, DtTime seconds)

static bool	processElapsedTimeString (const char *input, int &numDigitsFound, int &value1, int &value2, int &value3, int &value4)

Protected Member Functions
virtual bool	startRegulatingTime (DtTime lookaheadInterval)

virtual bool	stopRegulatingTime ()

virtual bool	isTimeRegulating () const

virtual bool	enableTimeConstrainedMode ()

virtual bool	disableTimeConstrainedMode ()

virtual bool	isTimeConstrained () const

virtual RTI::FedTime *	createFederationTime (DtTime time=0.0) const

virtual RTI::FedTime *	createFederationTimeInterval (DtTime time=0.0) const

virtual DtTimeManagementControl *	createTimeManagementControl () const

virtual void	processTimeAdvanceGrantedCb (DtTimeManagementControl *tmControl)

Protected Attributes
DtExerciseConn *	myExerciseConn

DtTimeManagementControl *	myTimeManagementControl

RTI::FedTime *	myInitialFederationTime

DtTime	myInitialSimTime

RTI::FedTime *	myFederationTime

RTI::FedTime *	myEffectiveFederationTime

RTI::FedTime *	myLookahead

DtTime	myEpsilon

Protected Attributes inherited from DtExerciseClock
enum DtExerciseClock::FrameMode	myFrameMode

bool	myFirstFrame

bool	myPaused

DtTime	myLastRealTime

DtTime	my_dT

DtFloat64	myTimeMultiplier

DtTime	myFixedFrameRate

DtTime	myExerciseStartTime

double	mySimTimeScale

DtTime	myLastSetSimTime

int	myFrameSinceOverrunPrintCount

int	myFrameOverrunCount

double	myMaxOverrunTime

DtTimeStampType	myTimeStampType

double	myExerciseConnectionClockTime

bool	myUsingFastForwardFrameSettings

FrameMode	myDefaultFrameMode

DtTime	myDefaultFixedFrameRate

DtFastForwardSettings	myFastForwardSettings

DtCallbackList< DtFloat64 >	myTimeMultiplierUpdateCallbacks

Private Member Functions
	DtHlaExerciseClock (const DtHlaExerciseClock &orig)

DtHlaExerciseClock &	operator= (const DtHlaExerciseClock &orig)

Additional Inherited Members
Protected Types inherited from DtExerciseClock
enum	FrameMode { FmRunToComplete, FmFixed, FmHybrid }

Constructor & Destructor Documentation

makVrf::DtHlaExerciseClock::DtHlaExerciseClock ( DtExerciseConn * exerciseConn )

constructor

virtual makVrf::DtHlaExerciseClock::~DtHlaExerciseClock ( )

virtual

destructor

makVrf::DtHlaExerciseClock::DtHlaExerciseClock ( const DtHlaExerciseClock & orig )

private

copy constructor - not implemented

Member Function Documentation

virtual void makVrf::DtHlaExerciseClock::init ( )

virtual

Initializes the clock - must be called before any other member functions are called.

Reimplemented from DtExerciseClock.

virtual void makVrf::DtHlaExerciseClock::tick ( DtCommunicationManagerPerformanceTimerInformation * performanceTimerInformation = nullptr )

overridevirtual

If in time constrained mode, call advanceFedTime() to advance federation (logical) time by my_dT.

Reimplemented from DtExerciseClock.

virtual DtTime makVrf::DtHlaExerciseClock::fedTime ( ) const

virtual

HLA federation (logical) time.

virtual DtTime makVrf::DtHlaExerciseClock::lookahead ( ) const

virtual

virtual DtTime makVrf::DtHlaExerciseClock::epsilon ( ) const

virtual

virtual DtTime makVrf::DtHlaExerciseClock::effectiveSimTime ( ) const

virtual

Returns: Effective sim time (the time that should be set in the DtExerciseConn). If in time-managed mode, this is the federation time plus the lookahead (it is related to simTime() by a fixed offset). If not in time-managed mode, returns simTime().

virtual void makVrf::DtHlaExerciseClock::setInitialSimTime ( DtTime time )

virtual

Set the initial simulation time (time recorded in a scenario file). Initializes myInitialSimTime and myInitialFederationTime (if in time management mode). Then calls down to base class setSimTime().

virtual bool makVrf::DtHlaExerciseClock::enableTimeManagementMode ( DtTime lookaheadInterval )

virtual

Returns whether or not exercise clock is in HLA time management mode (i.e. is time regulating and constrained).

virtual bool makVrf::DtHlaExerciseClock::disableTimeManagementMode ( )

virtual

virtual bool makVrf::DtHlaExerciseClock::isInTimeManagementMode ( ) const

virtual

static void makVrf::DtHlaExerciseClock::timeAdvanceGrantedCb	(	DtTimeManagementControl *	tmControl,
		void *	usr
	)

static

Called when time advance request is granted by RTI. Calls processTimeAdvanceGrantedCb().

virtual bool makVrf::DtHlaExerciseClock::startRegulatingTime ( DtTime lookaheadInterval )

protectedvirtual

HLA time regulating mode. Applications that expect to send interactions in time management mode should be time regulating.

virtual bool makVrf::DtHlaExerciseClock::stopRegulatingTime ( )

protectedvirtual

virtual bool makVrf::DtHlaExerciseClock::isTimeRegulating ( ) const

protectedvirtual

virtual bool makVrf::DtHlaExerciseClock::enableTimeConstrainedMode ( )

protectedvirtual

HLA time constrained mode.

virtual bool makVrf::DtHlaExerciseClock::disableTimeConstrainedMode ( )

protectedvirtual

virtual bool makVrf::DtHlaExerciseClock::isTimeConstrained ( ) const

protectedvirtual

virtual RTI::FedTime* makVrf::DtHlaExerciseClock::createFederationTime ( DtTime time = 0.0 ) const

protectedvirtual

Returns: New instance of a federation time object.

virtual RTI::FedTime* makVrf::DtHlaExerciseClock::createFederationTimeInterval ( DtTime time = 0.0 ) const

protectedvirtual

Returns: New instance of a federation time object.

virtual DtTimeManagementControl* makVrf::DtHlaExerciseClock::createTimeManagementControl ( ) const

protectedvirtual

Called by init() to create myTimeManagementControl member.

Returns: new instance of a DtTimeManagementControl object.

virtual void makVrf::DtHlaExerciseClock::processTimeAdvanceGrantedCb ( DtTimeManagementControl * tmControl )

protectedvirtual

Updates myEffectiveFederationTime and sets this new time in the exercise connection.

DtHlaExerciseClock& makVrf::DtHlaExerciseClock::operator= ( const DtHlaExerciseClock & orig )

private

assignment operator - not implemented

Member Data Documentation

DtExerciseConn* makVrf::DtHlaExerciseClock::myExerciseConn

protected

DtTimeManagementControl* makVrf::DtHlaExerciseClock::myTimeManagementControl

protected

RTI::FedTime* makVrf::DtHlaExerciseClock::myInitialFederationTime

protected

This time is set when simulation start time is set. Used to compute the current simulation time.

DtTime makVrf::DtHlaExerciseClock::myInitialSimTime

protected

RTI::FedTime* makVrf::DtHlaExerciseClock::myFederationTime

protected

RTI::FedTime* makVrf::DtHlaExerciseClock::myEffectiveFederationTime

protected

RTI::FedTime* makVrf::DtHlaExerciseClock::myLookahead

protected

DtTime makVrf::DtHlaExerciseClock::myEpsilon

protected

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

/data/exports/nrhent7-1/nightly/docs/vrForces.vrf5-1-branch/include/vrlinkNetworkInterface/hlaExerciseClock.h

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Private Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation