The DtFireManager class exists to centralize the processing of fire interactions. More...

Public Types
typedef bool(*	DtFireProcessingFunction )(const DtFireContext &fireContext, void *usr)
typedef std::map< DtVrfObject *, DtGlobalObjectDesignator >	DtRegisteredVrfObjects
typedef std::map< DtVrfObject *, DtFireProcessingFunction >	DtFireCallbackFuncs
typedef std::map< DtVrfObject , void >	DtFireCallbackObjects

Public Member Functions
	DtFireManager (DtSimManager &simManager)
	Constructs the fire manager.
virtual	~DtFireManager ()
	The destructor.
virtual bool	init ()
	Initializes the fire manager.
virtual bool	reinitialize ()
	Same as init, but intended to be called after the object has already been created.
virtual bool	registerFireTarget (DtVrfObject &entity, DtGlobalObjectDesignator entityId, void *callbackObject, DtFireProcessingFunction func)
	Entities that wish to receive fire notifications (technically, it is usually the under-fire sensors which register for the entity) call this function.
virtual bool	registerFireTargetForRemoval (DtVrfObject &entity)
	Registers the entity pointer for later removal from the fire targets containers.
virtual bool	unRegisterFireTarget (DtVrfObject &entity)
	Removes the entity from the fire manager's container of fire targets.
virtual void	sendFireInteraction (DtFireInteraction &fire)
	Send the fully initialized fire interaction.

Protected Member Functions
bool	testInvariant () const
	The Fire Manager's invariant:
virtual void	processDetonation (const DtDetonationInteraction &fire)
	Process the detonation interaction by properly creating a detonation context for the interaction, and then notifying all the appropriate entities.
virtual void	processFire (const DtFireInteraction &fire)
	Process the fire interaction by properly creating a fire context for the interaction, and then notifying all the appropriate entities.
virtual void	determineUnderFire (const DtDetonationInteraction &detonation)
	This is used for determining if the entity is under fire.
virtual void	determineUnderFire (const DtFireInteraction &fireInter)
	This is used for determining if the entity is under fire.
virtual void	removeQueuedFireTargets ()
	Unregisters all fire targets that have been registered to be removed.
	DtFireManager (const DtFireManager &orig)
	Not defined! copy constructor.
DtFireManager &	operator= (const DtFireManager &other)
	assignment operator

Static Protected Member Functions
static void	detonationCallback (DtDetonationInteraction fireInter, void usr)
	The callback that processes detonation interactions for the purpose of determining under fire status.
static void	fireCallback (DtFireInteraction fireInter, void usr)
	Same as detonationCallback, but for DtFireInteractions.

Protected Attributes
DtRegisteredVrfObjects	myFireTargets
	A container of vrfObjects that have registered for fire interaction processing.
DtFireCallbackFuncs	myFireCallbacks
	The callback functions registered by the vrfObjects.
DtFireCallbackObjects	myFireCallbackObjects
	To ensure that the callback has all the data necessary, this callback object is registered by the vrfObject and is supplied along with the detonation context to the registered detonation callback.
std::vector< DtVrfObject * >	myFireTargetsToBeRemoved
	This container contains all the fire targets to be removed.
DtSimManager &	mySimManager

Detailed Description

The DtFireManager class exists to centralize the processing of fire interactions.

Components register with the manager, providing a pointer to a DtVrfObject as well as the object's global designator, and a under-fire determination function to call when the fire affects the registered vrfobject. The detonation manager determines the entity or entities the detonation affects, and notifies them and only them through the supplied callback functions.

Member Typedef Documentation

typedef bool(* DtFireManager::DtFireProcessingFunction)(const DtFireContext &fireContext, void *usr)

typedef std::map<DtVrfObject*, DtGlobalObjectDesignator> DtFireManager::DtRegisteredVrfObjects

typedef std::map<DtVrfObject*, DtFireProcessingFunction> DtFireManager::DtFireCallbackFuncs

typedef std::map<DtVrfObject*, void*> DtFireManager::DtFireCallbackObjects

Constructor & Destructor Documentation

DtFireManager::DtFireManager ( DtSimManager & simManager )

Constructs the fire manager.

Parameters

simManager A pointer to the simulation manager for the simulation.

virtual DtFireManager::~DtFireManager ( )

virtual

The destructor.

Removes the DtFireInteraction callback from the exercise connection.

DtFireManager::DtFireManager ( const DtFireManager & orig )

protected

Not defined! copy constructor.

Member Function Documentation

virtual bool DtFireManager::init ( )

virtual

Initializes the fire manager.

removes any registered callbacks from the exercise connection
clears all managed lists
registers for fire interactions callbacks with the exercise connection

Returns: a boolean signifying success or failure.

virtual bool DtFireManager::reinitialize ( )

virtual

Same as init, but intended to be called after the object has already been created.

Removes the registered callbacks from the connection manager, and then calls init() to finish initialization.

Returns: a boolean representing success or failure in reseting the object to initial state.

See Also: init

virtual bool DtFireManager::registerFireTarget	(	DtVrfObject &	entity,
		DtGlobalObjectDesignator	entityId,
		void *	callbackObject,
		DtFireProcessingFunction	func
	)

virtual

Entities that wish to receive fire notifications (technically, it is usually the under-fire sensors which register for the entity) call this function.

By supplying the entity, the entity ID, a callback function and a pointer to the expected callback object (usually the sensor component itself, as a void*, this manager can then notify the appropriate sensor when fire interactions occur so that they can determine under-fire status.

virtual bool DtFireManager::registerFireTargetForRemoval ( DtVrfObject & entity )

virtual

Registers the entity pointer for later removal from the fire targets containers.

All elements registered to be removed will be removed the next time it determines under fire status.

Detailed description: Because sensors are not ticked when the entity is destroyed, they will only discover they should be unregistered when callbacks are called. But removing the registered entity then is problematic, so they register to be removed later.

virtual bool DtFireManager::unRegisterFireTarget ( DtVrfObject & entity )

virtual

Removes the entity from the fire manager's container of fire targets.

Parameters

entity the address of the entity to be unregistered.

Note: If the entity pointer is NULL, then nothing is unregistered.

Returns: a boolean indicating the success or failure of the unregistration.

virtual void DtFireManager::sendFireInteraction ( DtFireInteraction & fire )

virtual

Send the fully initialized fire interaction.

bool DtFireManager::testInvariant ( ) const

protected

The Fire Manager's invariant:

The simulation manager must have a valid terrain database.
The terrain database must have a valid coordinate system.

Returns: A boolean signifying whether or not the variant is still valid.

static void DtFireManager::detonationCallback	(	DtDetonationInteraction *	fireInter,
		void *	usr
	)

staticprotected

The callback that processes detonation interactions for the purpose of determining under fire status.

Calls processDetonation to actually process the detonation interaction.

Parameters

detInter	the detonation interaction to process
usr	a void pointer to a DtFireManager. As this is a static function, this is provided when this function is registered in order to be able to properly handle the callback.

See Also: init; processDetonation

virtual void DtFireManager::processDetonation ( const DtDetonationInteraction & fire )

protectedvirtual

Process the detonation interaction by properly creating a detonation context for the interaction, and then notifying all the appropriate entities.

For entity impact and proximate fire interactions, only the specified entity is notified. For fire and ground proximate interactions, all entities within range are notified. For ground impacts, entities in range are only notified if the munition was a missile.

See Also: getDirectFireSurfaceAndAngleOfIncidence; processIndirectFire

static void DtFireManager::fireCallback	(	DtFireInteraction *	fireInter,
		void *	usr
	)

staticprotected

Same as detonationCallback, but for DtFireInteractions.

See Also: init; processFire

virtual void DtFireManager::processFire ( const DtFireInteraction & fire )

protectedvirtual

Process the fire interaction by properly creating a fire context for the interaction, and then notifying all the appropriate entities.

For entity impact and proximate fire interactions, only the specified entity is notified. For fire and ground proximate interactions, all entities within range are notified. For ground impacts, entities in range are only notified if the munition was a missile.

See Also: getDirectFireSurfaceAndAngleOfIncidence; processIndirectFire

virtual void DtFireManager::determineUnderFire ( const DtDetonationInteraction & detonation )

protectedvirtual

This is used for determining if the entity is under fire.

virtual void DtFireManager::determineUnderFire ( const DtFireInteraction & fireInter )

protectedvirtual

This is used for determining if the entity is under fire.

virtual void DtFireManager::removeQueuedFireTargets ( )

protectedvirtual

Unregisters all fire targets that have been registered to be removed.

DtFireManager& DtFireManager::operator= ( const DtFireManager & other )

protected

assignment operator

Member Data Documentation

DtRegisteredVrfObjects DtFireManager::myFireTargets

protected

A container of vrfObjects that have registered for fire interaction processing.

DtFireCallbackFuncs DtFireManager::myFireCallbacks

protected

The callback functions registered by the vrfObjects.

When a fire interaction occurs, the callback associated with the appropriate entity is used.

DtFireCallbackObjects DtFireManager::myFireCallbackObjects

protected

To ensure that the callback has all the data necessary, this callback object is registered by the vrfObject and is supplied along with the detonation context to the registered detonation callback.

std::vector<DtVrfObject*> DtFireManager::myFireTargetsToBeRemoved

protected

This container contains all the fire targets to be removed.

DtSimManager& DtFireManager::mySimManager

protected

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

/exports/nfedora7-1/nightly/docs/vrforcesDevelopment.vrf4-4-branch/include/vrfobjcore/fireManager.h

Public Types

Public Member Functions

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Detailed Description

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation