DtDirectedEnergyFirePublisher Class Reference

Inheritance diagram for DtDirectedEnergyFirePublisher:

Collaboration diagram for DtDirectedEnergyFirePublisher:

Public Types
typedef DtDirectedEnergyFireRepository *(*	DtStateRepCreator )()
	Function prototype for functions that create DtDirectedEnergyFireRepositories.

Public Member Functions
	DtDirectedEnergyFirePublisher (DtDirectedEnergyFireRepository *stateRepToUse, DtExerciseConn *conn)
	constructor
	DtDirectedEnergyFirePublisher (DtExerciseConn *conn)
	constructor
virtual	~DtDirectedEnergyFirePublisher ()
	destructor
virtual void	tick ()
	This function should be called once per frame for each directedEnergyFire object.
virtual void	setPulsedBeamMode (bool pulseOnPulseOff)
	If this is set, the detonation PDU will not be send on Weapon OFF.
virtual DtDirectedEnergyFireRepository *	directedEnergyFireStateRep ()
	Returns a pointer to the DirectedEnergyFireRepository - through which you can set or inspect current state information.
virtual DtDirectedEnergyFireRepository *	defr ()
	Synonym for directedEnergyFireStateRep().
virtual DtDirectedEnergyFireDecoder *	decoder ()
	Returns a pointer to the Decoder being used to decode PDUs that we send back into the asSeenByRemote ESR.
virtual DtDirectedEnergyFireEncoder *	encoder ()
	Returns a pointer to the Encoder being used to encode current state into an entity state PDU.
virtual const DtEventId &	eventId () const
	Get the directedEnergyFire's event id.
virtual void	forceUpdate ()
	Force a state update to be sent during the next call to tick, even if nothing would normally cause a send.
virtual const DtObjectId &	localId () const
	The localId is the same as the globalId, a DtEntityIdentifier unique to this object.
virtual const DtObjectId &	id () const
	The id is the same as the globalId, a DtEntityIdentifier unique to this object.
virtual const DtGlobalObjectDesignator &	globalId () const
	The entityIdentifier unique to this object.
Public Member Functions inherited from DtObjectPublisher
	DtObjectPublisher (DtExerciseConn *conn, DtStateRepository *stateRep, DtStateRepository *asSeenByRemote, bool okToDeleteStateRep=true)
	Constructor takes an DtExerciseConn which must have a lifetime greater than the ObjectPubliser.
virtual	~DtObjectPublisher ()
	Destructor.
virtual DtStateRepository *	stateRep ()
	Returns a pointer to the DtStateRepository - through which you can set or inspect current state information.
virtual DtStateRepository *	sr ()
	Returns a pointer to the DtStateRepository - through which you can set or inspect current state information.
virtual DtExerciseConn *	exerciseConn ()
	Get our exercise connection.
virtual void	parallelTick ()
	Tick (update) this object in parallel threads.
virtual void	setTimeThreshold (DtTime time)
	Set the heartbeat rate for this object.
virtual DtTime	timeThreshold () const
	The heartbeat rate for this object.
virtual DtStateRepository *	approximateRemoteStateRep ()
	Returns a pointer to the approximate remote DtStateRepository – This state repository contains the contents of the last sent message.
virtual DtTime	lastTimeUpdated () const
	Returns the value of wallclock time at the time an update was last received for the entity.
virtual DtTime	lastSimTimeUpdated () const
	Returns the value of sim time at the time an update was last received for the entity.
virtual void	setUseCustomThreshold (bool useCustom)
	Sets whether or not this object will use a custom threshold value, or the default.
virtual bool	useCustomThreshold ()
	Returns whether or not this object will use a custom threshold value, or the default.

Static Public Member Functions
static void	setStateRepCreator (DtStateRepCreator creator)
	Give us a function to be used for creating SRs.
static DtStateRepCreator	stateRepCreator (void)
Static Public Member Functions inherited from DtObjectPublisher
static void	setDfltTimeThreshold (DtTime time)
	Set the default heartbeat rate.
static DtTime	dfltTimeThreshold ()
	The default heartbeat rate, see setDfltTimeThreshold().

Protected Member Functions
void	init (const DtEventId &=DtEventId::nullId())
	Not virtual since called from constructor.
virtual void	startEngagement ()
virtual void	finishEngagement ()
	Completes the Directed Energy Fire Engagement.
virtual void	sendFirePdu ()
	Send Fire PDU.
virtual void	sendDetonationPdu ()
	Send Detonation PDU.
	DtDirectedEnergyFirePublisher (const DtDirectedEnergyFirePublisher &)
	copy constructor – Not Implemented
DtDirectedEnergyFirePublisher &	operator= (const DtDirectedEnergyFirePublisher &)
	assignment operator – Not Implemented
Protected Member Functions inherited from DtObjectPublisher
virtual void	send (DtPdu *pdu) const
	Puts the PDU on the network and updates timestamps.

Protected Attributes
DtDirectedEnergyFireDecoder *	myDecoder
DtDirectedEnergyFireEncoder *	myEncoder
bool	myPulseBeamMode
bool	myEngagementInProgress
bool	myHaveSentFire
Protected Attributes inherited from DtObjectPublisher
DtExerciseConn *	myExConn
DtStateRepository *	myStateRep
DtStateRepository *	myAsSeenByRemote
bool	myOkToDeleteStateRepFlag
bool	myUseCustomThreshold
DtTime	myTimeThreshold
DtTime	mySimTimeLastUpdate
	Set in const send() method.
DtTime	myRealTimeLastUpdate
	Set in const send() method.

Static Protected Attributes
static DtStateRepCreator	theStateRepCreator
Static Protected Attributes inherited from DtObjectPublisher
static DtTime	theDfltTimeThreshold

Member Typedef Documentation

typedef DtDirectedEnergyFireRepository*(* DtDirectedEnergyFirePublisher::DtStateRepCreator)()

Function prototype for functions that create DtDirectedEnergyFireRepositories.

Constructor & Destructor Documentation

DtDirectedEnergyFirePublisher::DtDirectedEnergyFirePublisher	(	DtDirectedEnergyFireRepository *	stateRepToUse,
		DtExerciseConn *	conn
	)

constructor

DtDirectedEnergyFirePublisher::DtDirectedEnergyFirePublisher

(

DtExerciseConn *

conn

)

constructor

virtual DtDirectedEnergyFirePublisher::~DtDirectedEnergyFirePublisher ( )

virtual

destructor

DtDirectedEnergyFirePublisher::DtDirectedEnergyFirePublisher ( const DtDirectedEnergyFirePublisher &  )

protected

copy constructor – Not Implemented

Member Function Documentation

virtual DtDirectedEnergyFireDecoder* DtDirectedEnergyFirePublisher::decoder ( )

inlinevirtual

Returns a pointer to the Decoder being used to decode PDUs that we send back into the asSeenByRemote ESR.

DtDirectedEnergyFireRepository * DtDirectedEnergyFirePublisher::defr ( )

inlinevirtual

Synonym for directedEnergyFireStateRep().

References DtObjectPublisher::myStateRep.

Referenced by directedEnergyFireStateRep().

DtDirectedEnergyFireRepository * DtDirectedEnergyFirePublisher::directedEnergyFireStateRep ( )

inlinevirtual

Returns a pointer to the DirectedEnergyFireRepository - through which you can set or inspect current state information.

References defr().

virtual DtDirectedEnergyFireEncoder* DtDirectedEnergyFirePublisher::encoder ( )

inlinevirtual

Returns a pointer to the Encoder being used to encode current state into an entity state PDU.

virtual const DtEventId& DtDirectedEnergyFirePublisher::eventId ( ) const

virtual

Get the directedEnergyFire's event id.

virtual void DtDirectedEnergyFirePublisher::finishEngagement ( )

protectedvirtual

Completes the Directed Energy Fire Engagement.

Call during tick() when weapon off and pulseBeamMode false This reinitializes internal state and sends the detonation pdu.

void DtDirectedEnergyFirePublisher::forceUpdate ( )

inlinevirtual

Force a state update to be sent during the next call to tick, even if nothing would normally cause a send.

Implements DtObjectPublisher.

References myEncoder, and DtStateEncoder::setSendNeeded().

virtual const DtGlobalObjectDesignator& DtDirectedEnergyFirePublisher::globalId ( ) const

virtual

The entityIdentifier unique to this object.

Implements DtObjectPublisher.

virtual const DtObjectId& DtDirectedEnergyFirePublisher::id ( ) const

virtual

The id is the same as the globalId, a DtEntityIdentifier unique to this object.

Implements DtObjectPublisher.

void DtDirectedEnergyFirePublisher::init ( const DtEventId &  = DtEventId::nullId() )

protected

Not virtual since called from constructor.

virtual const DtObjectId& DtDirectedEnergyFirePublisher::localId ( ) const

virtual

The localId is the same as the globalId, a DtEntityIdentifier unique to this object.

Implements DtObjectPublisher.

DtDirectedEnergyFirePublisher& DtDirectedEnergyFirePublisher::operator= ( const DtDirectedEnergyFirePublisher &  )

protected

assignment operator – Not Implemented

virtual void DtDirectedEnergyFirePublisher::sendDetonationPdu ( )

protectedvirtual

Send Detonation PDU.

virtual void DtDirectedEnergyFirePublisher::sendFirePdu ( )

protectedvirtual

Send Fire PDU.

virtual void DtDirectedEnergyFirePublisher::setPulsedBeamMode ( bool  pulseOnPulseOff )

virtual

If this is set, the detonation PDU will not be send on Weapon OFF.

In order to complete the engagement you must set this false so the next tick will send the detonation (if the weapon is off)

static void DtDirectedEnergyFirePublisher::setStateRepCreator ( DtStateRepCreator  creator )

static

Give us a function to be used for creating SRs.

virtual void DtDirectedEnergyFirePublisher::startEngagement ( )

protectedvirtual

static DtStateRepCreator DtDirectedEnergyFirePublisher::stateRepCreator ( void  )

static

virtual void DtDirectedEnergyFirePublisher::tick ( )

virtual

This function should be called once per frame for each directedEnergyFire object.

It determines if any data needs to be sent to the other exercise participants, and if so then it sends the data.

Implements DtObjectPublisher.

Member Data Documentation

DtDirectedEnergyFireDecoder* DtDirectedEnergyFirePublisher::myDecoder

protected

DtDirectedEnergyFireEncoder* DtDirectedEnergyFirePublisher::myEncoder

protected

Referenced by forceUpdate().

bool DtDirectedEnergyFirePublisher::myEngagementInProgress

protected

bool DtDirectedEnergyFirePublisher::myHaveSentFire

protected

bool DtDirectedEnergyFirePublisher::myPulseBeamMode

protected

DtStateRepCreator DtDirectedEnergyFirePublisher::theStateRepCreator

staticprotected

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

• directedEnergyFirePublisher.h