Instances of DtBaseEntityStateRepository are used to maintain basic state information needed by all kinds of entities. More...

Inheritance diagram for DtBaseEntityStateRepository:

Collaboration diagram for DtBaseEntityStateRepository:

List of all members.

Public Member Functions
	DtBaseEntityStateRepository ()
	default constructor
virtual	~DtBaseEntityStateRepository ()
	destructor
	DtBaseEntityStateRepository (const DtBaseEntityStateRepository &orig)
	copy constructor
DtBaseEntityStateRepository &	operator= (const DtBaseEntityStateRepository &orig)
	assignment operator
virtual DtStateRepository *	clone (bool copy=false) const
	Return a copy/empty object of the same type as this.
void	setTimeStampType (DtTimeStampType type)
	Set/Get flag indicating whether we're using absolute timestamps for dead reckoning.
DtTimeStampType	timeStampType () const
virtual void	setHlaObjectManager (DtHlaObjectManager *mgr)
	Set the HLA/DIS object manager.
virtual void	setAmAsSeenByRemote (bool val)
	Mark this state repository as an AsSeenByRemote copy.
virtual const DtDcm &	bodyToGeoc (DtTime aTime) const
	Get the body to geocentric coordinate matrix.
virtual const DtDcm &	bodyToGeoc () const
	Get the body to geocentric coordinate matrix.
virtual const DtDcm &	relativeBodyToHost (DtTime aTime) const
	Get the body to host DCM.
virtual const DtDcm &	relativeBodyToHost () const
	Get the body to host DCM.
virtual void	setEntityId (const DtEntityIdentifier &id)
	Set the entity's identifier.
virtual const DtEntityIdentifier &	entityId () const
	The entity's identifier.
virtual void	setEntityType (const DtEntityType &type)
	Set the entity type.
virtual const DtEntityType &	entityType () const
	The entity type.
virtual void	setFederateId (const DtFederateId &id)
	Set the federate ID (part of entity ID).
virtual const DtFederateId &	federateId () const
	The federate ID (part of entity ID).
virtual void	setApproximator (DtApproximator *approx)
	Get and set the approximator used to provide approximated position and orientation information for the entity.
virtual DtApproximator *	approximator () const
virtual void	setRelativeApproximator (DtApproximator *approx)
virtual DtApproximator *	relativeApproximator () const
virtual void	useDeadReckoner (DtDeadReckoner *dr)
	Tells the DtBaseEntity to use dr as its DtApproximator, and to notify it when DR algorithm changes.
virtual void	useRelativeDeadReckoner (DtDeadReckoner *dr)
	Tells the DtBaseEntity to use dr as its DtApproximator, and to notify it when DR algorithm changes.
virtual void	useDeadReckoner (bool yesNo=true)
	Create and use a new (private) dead-reckoner as our approximator.
virtual void	useRelativeDeadReckoner (bool yesNo=true)
	Create and use a new (private) dead-reckoner as our approximator.
virtual DtDeadReckoner *	usingDeadReckoner ()
	If the ESR is using a dead reckoner, returns it. Else returns NULL.
virtual DtDeadReckoner *	usingRelativeDeadReckoner ()
	If the ESR is using a dead reckoner, returns it. Else returns NULL.
virtual void	useSmoother (DtSmoother *sm)
	Tells the ESR to use sm as its approximator, and to notify it when DR algorithm changes.
virtual void	useRelativeSmoother (DtSmoother *sm)
	Tells the ESR to use sm as its approximator, and to notify it when DR algorithm changes.
virtual void	useSmoother (bool yesNo=true)
	Create and use a new (private) smoother as our approximator.
virtual void	useRelativeSmoother (bool yesNo=true)
	Create and use a new (private) smoother as our approximator.
virtual DtSmoother *	usingSmoother ()
	If the ESR is using a smoother, returns it. Else returns NULL.
virtual DtSmoother *	usingRelativeSmoother ()
	If the ESR is using a smoother, returns it. Else returns NULL.
virtual DtThresholder *	thresholder ()
	Returns the SR's thresholder, which contains thresholds needed for encoding.
virtual const DtThresholder &	thresholder () const
	Returns a const reference the SR's thresholder, which contains thresholds needed for encoding.
virtual DtClock *	clock () const
	The clock being used for dead reckoning calculations.
virtual void	setClock (DtClock *clock)
	Sets the clock being used for dead reckoning calculations.
virtual void	printData () const
	Print the state data to the DtInfo stream.
void	printDataToStream (std::ostream &str) const
	Prints the state data to the specified stream.
virtual void	setTimeForSets (DtTime time)
virtual DtTime	timeForSets () const
void	computeSpatialFromRelativeSpatial ()
	If this unit has a host, update the esr to reflect the current state of the host.
DtBaseEntityStateRepository *	hostEsr () const
	Returns null if there isn't a host.
Spatial Attributes
TSPI (Time, Space, and Position Information). Velocity, acceleration, and location in Geocentric World Coordinates. Orientation is represented as a DtTaitBryan which is a set of three Euler Angles in Geocentric World Coordinates. RotationalVelocity is in the Units Body Coordinates. These attributes are mandatory fields for DIS and the RPR FOM, however some fields may not be available through some FOM Mappers. Also, various spatial attributes may be affected if the entity is attached to another entity via the IsPartOf attributes. Examples Embark
virtual void	setLocation (const DtVector &location, DtTime aTime)
	Set the location of the center of mass in geocentric world coordinates at aTime.
virtual void	setLocation (const DtVector &location)
	Set the location of the center of mass in geocentric world coordinates at current simulation time, as set in clock()->simTime().
virtual const DtVector &	location (DtTime aTime) const
	The location in geocentric world coordinates at aTime.
virtual const DtVector &	location () const
	The location in geocentric world coordinates at the current simulation time, as set in clock()->simTime().
virtual const DtVector &	lastSetLocation () const
	Return the value last passed to setLocation, regardless of whether we have an approximator.
virtual void	setVelocity (const DtVector &Velocity, DtTime aTime)
	Set the velocity in meters per second at aTime.
virtual void	setVelocity (const DtVector &Velocity)
	The velocity in meters per second at the current simulation time, as set in clock()->simTime().
virtual const DtVector &	velocity (DtTime aTime) const
	The velocity in meters per second at aTime.
virtual const DtVector &	velocity () const
	The velocity at the current simulation time, as set in clock()->simTime().
virtual const DtVector &	lastSetVelocity () const
	Return the value last passed to setVelocity, regardless of whether we have an approximator.
virtual void	setAcceleration (const DtVector &Acceleration, DtTime aTime)
	Sets the acceleration at aTime.
virtual void	setAcceleration (const DtVector &Acceleration)
	Sets the acceleration at the current simulation time, as set in clock()->simTime().
virtual const DtVector &	acceleration (DtTime aTime) const
	Return the acceleration at aTime.
virtual const DtVector &	acceleration () const
	The acceleration at the current simulation time, as set in clock()->simTime().
virtual const DtVector &	lastSetAcceleration () const
	The value last passed to setAcceleration, regardless of whether we have an approximator.
virtual void	setOrientation (const DtTaitBryan &orient, DtTime aTime)
	Set the orientation at aTime.
virtual void	setOrientation (const DtTaitBryan &orient)
	Set the orientation at the current simulation time, as set in clock()->simTime().
virtual const DtTaitBryan &	orientation (DtTime aTime) const
	The orientation at the passed time.
virtual const DtTaitBryan &	orientation () const
	The orientation at the current simulation time, as set in clock()->simTime().
virtual const DtTaitBryan &	lastSetOrientation () const
	The value last passed to setOrientation, regardless of whether we have an approximator.
virtual void	setRotationalVelocity (const DtVector &BodyRates, DtTime aTime)
	Set the rotational velocity of an entity at aTime.
virtual void	setRotationalVelocity (const DtVector &BodyRates)
	Set the rotational velocity of an entity at the current simulation time, as set in clock()->simTime().
virtual const DtVector &	rotationalVelocity (DtTime aTime) const
	The rotational velocity of an entity at aTime.
virtual const DtVector &	rotationalVelocity () const
	The rotational velocity of an entity at the current simulation time, as set in clock()->simTime().
virtual const DtVector &	lastSetRotationalVelocity () const
	Return the value last passed to setRotationalVelocity, regardless of whether we have an approximator.
virtual void	setFrozen (bool on)
	Set entity frozen state. True indicates frozen.
virtual bool	frozen () const
	The frozen state of an entity.
virtual void	setAlgorithm (DtDeadReckonTypes alg)
	Set the dead reckoning algorithm.
virtual DtDeadReckonTypes	algorithm () const
	The dead reckoning algorithm.
Relative Spatial Attributes
Relative TSPI (Time, Space, and Position Information). These attributes are only used if this entity is part of another entity. At a minimum the hostGlobalId() attribute must be set to point to the entity which is hosting this entity. When this entity is part of another entity both the relative spatial attributes as well as the "normal" spatial attributes must be filled in. RelativeVelocity, RelativeAcceleration, and RelativeLocation in body coordinates, relative to a host entity. RelativeOrientataion is represented as a DtTaitBryan which is a set of three Euler angles in geocentric world coordinates. RelativeRotationalVelocity is in the units body coordinates and is the same as the Spatial attribute rotationalVelocity. These attributes are optional attributes for both DIS and the RPR FOM.
virtual void	setRelativeLocation (const DtVector &location, DtTime aTime)
	Set the location of the center of mass in world coordinates at the given time.
virtual void	setRelativeLocation (const DtVector &location)
	Set the location of the center of mass in world coordinates at the simTime as set by clock()->simTime().
virtual const DtVector &	relativeLocation (DtTime aTime) const
	The relativeLocation of the entity with respect to the hostGlobalId() or "Host" at the given time.
virtual const DtVector &	relativeLocation () const
	The relativeLocation of the entity with respect to the hostGlobalId() or "Host" at simTime as set by clock()->simTime().
virtual const DtVector &	lastSetRelativeLocation () const
	Return the value last passed to setLocation, regardless of whether we have an approximator.
virtual void	setRelativeVelocity (const DtVector &Velocity, DtTime aTime)
	Set the relative velocity of the entity in meters per second with respect to the host at aTime.
virtual void	setRelativeVelocity (const DtVector &Velocity)
	Set the relative velocity of the entity in meters per second with respect to the host at simTime.
virtual const DtVector &	relativeVelocity (DtTime aTime) const
	The relative velocity of the entity with respect to the host at aTime.
virtual const DtVector &	relativeVelocity () const
	The relative velocity of the entity with respect to the host at simTime.
virtual const DtVector &	lastSetRelativeVelocity () const
	Return the value last passed to setVelocity, regardless of whether we have an approximator.
virtual void	setRelativeAcceleration (const DtVector &Acceleration, DtTime aTime)
	Set the relative acceleration of the entity with respect to the host at aTime.
virtual void	setRelativeAcceleration (const DtVector &Acceleration)
	Set the relative acceleration of the entity with respect to the host at simTime.
virtual const DtVector &	relativeAcceleration (DtTime aTime) const
	The relativeAcceleration of the entity with respect to the host at aTime.
virtual const DtVector &	relativeAcceleration () const
	The relativeAcceleration of the entity with respect to the host at simTime.
virtual const DtVector &	lastSetRelativeAcceleration () const
	Return the value last passed to setAcceleration, regardless of whether we have an approximator.
virtual void	setRelativeOrientation (const DtTaitBryan &orient, DtTime aTime)
	Set the relative orientation of the entity with respect to the host.
virtual void	setRelativeOrientation (const DtTaitBryan &orient)
	Set the relative orientation of the entity with respect to the host.
virtual const DtTaitBryan &	relativeOrientation (DtTime aTime) const
	The relative orientation of the entity with respect to the host.
virtual const DtTaitBryan &	relativeOrientation () const
	The relative orientation of the entity with respect to the host.
virtual const DtTaitBryan &	lastSetRelativeOrientation () const
	Return the value last passed to setOrientation, regardless of whether we have an approximator.
virtual void	setRelativeRotationalVelocity (const DtVector &BodyRates, DtTime aTime)
	Set the relative rotational velocity.
virtual void	setRelativeRotationalVelocity (const DtVector &BodyRates)
	Set the relative rotational velocity.
virtual const DtVector &	relativeRotationalVelocity (DtTime aTime) const
	The relative rotational velocity.
virtual const DtVector &	relativeRotationalVelocity () const
	The relative rotational velocity.
virtual const DtVector &	lastSetRelativeRotationalVelocity () const
	Return the value last passed value to setRotationalVelocity, regardless of whether we have an approximator.
virtual void	setRelativeFrozen (bool onOff)
	Set relative frozen.
virtual bool	relativeFrozen () const
	Returns if the entity is frozen.
virtual void	setRelativeAlgorithm (DtDeadReckonTypes alg)
	Set the dead reckoning algorithm.
virtual DtDeadReckonTypes	relativeAlgorithm () const
	The dead reckoning algorithm.
Is Part Of Attributes
These attributes are used to indicate that this entity is attached to another entity (the host entity). The host entity is identified through a DtGlobalDesignator set in the setHostGlobalId() function. Once this function is set, the relative spatial attributes need to filled in. Entities can be attached to other entities in DIS and in RPR FOM 2 draft 17, but not in RPR FOM 1.0. Please see the RPR FOM GRIM, or IEEE-1278.1a for more information about the mechanics of entity attachment. These attributes are optional fields for DIS and the RPR FOM.
virtual const DtGlobalObjectDesignator &	hostGlobalId () const
	Returns the globalID of the attached host.
virtual void	setHostGlobalId (const DtGlobalObjectDesignator &id)
	Sets the globalId of the attached host.
virtual void	clearHostGlobalId ()
	Unattaches this entity from its host.
virtual const DtNature &	nature () const
	The nature of this entity to the host.
virtual void	setNature (const DtNature newVal)
	Sets the nature of this entity to the host.
virtual const DtPosition &	partPosition () const
	The Part Position this entity is preforming on the host.
virtual void	setPartPosition (const DtPosition newVal)
	Sets the Part Position this entity is preforming on the host.
virtual const DtStationName &	stationName () const
	The station name this entity is assigned to on the host.
virtual void	setStationName (const DtStationName newVal)
	Sets the station name this entity is assigned to on the host.
virtual const DtU16 &	stationNumber () const
	The station number this entity is assigned to on the host.
virtual void	setStationNumber (const DtU16 newVal)
	Sets the station number this entity is assigned to on the host.
virtual const DtVector &	relativePosition () const
	The relative position on the host.
virtual void	setRelativePosition (const DtVector &newVal)
	Set the relative position on the host.
virtual const DtFloat32 &	range () const
	The range to the host.
virtual void	setRange (const DtFloat32 newVal)
	Set the range to the host.
virtual const DtFloat32 &	bearing () const
	The bearing to host.
virtual void	setBearing (const DtFloat32 newVal)
	Set the bearing to host.
Protected Member Functions
DtBaseEntityStateRepository *	self () const
	Cast off const-ness for trivial internal change.
Protected Attributes
DtClock *	myClock
	Clock to be used for dead reckoning calculations -- it is set to the same clock used by the exConn.
DtApproximator *	myApproximator
	Holds what's currently being used as our approximator.
DtApproximator *	myRelativeApproximator
DtDeadReckoner *	myDeadReckoner
	Holds what was most recently passed to useDeadReckoner.
DtDeadReckoner *	myRelativeDeadReckoner
DtSmoother *	mySmoother
	Holds what was most recently passed to useSmoother.
DtSmoother *	myRelativeSmoother
DtDeadReckoner *	myDfltDeadReckoner
	Created and deleted by this ESR if needed.
DtSmoother *	myDfltSmoother
DtDeadReckoner *	myDfltRelativeDeadReckoner
DtSmoother *	myDfltRelativeSmoother
DtVector	myLocation
	spatial attributes
DtVector	myVelocity
DtVector	myAcceleration
DtTaitBryan	myOrientation
DtVector	myRotationalVelocity
DtDeadReckonTypes	myAlgorithm
bool	myFrozen
DtVector	myRelativeLocation
	relativeSpatial attributes
DtVector	myRelativeVelocity
DtVector	myRelativeAcceleration
DtTaitBryan	myRelativeOrientation
DtVector	myRelativeRotationalVelocity
DtDeadReckonTypes	myRelativeAlgorithm
bool	myRelativeFrozen
DtGlobalObjectDesignator	myHostGlobalId
	isPartOf attributes Never set myHostGlobalId outside of the mutator function setHostGlobalId() this will invalidate myHostGlobalIdSetFlag which is used to determine if myHostGlobalId is valid, when it contains a 0:0:0 entityID.
bool	myHostGlobalIdSetFlag
DtNature	myNature
DtPosition	myPartPosition
DtStationName	myStationName
DtU16	myStationNumber
DtVector	myRelativePosition
DtFloat32	myRange
DtFloat32	myBearing
DtHlaObjectManager *	myObjectManager
	others
bool	myAmAsSeenByRemote
	This flag is checked by the spatial attribute accessors and if it's false, calls computeSpatialFromRelativeSpatial()
DtVector	myLastSetLocation
	place holder variables for spatial data.
DtVector	myLastSetVelocity
DtVector	myLastSetAcceleration
DtTaitBryan	myLastSetOrientation
DtVector	myLastSetRotationalVelocity
DtVector	myLastSetRelativeLocation
	place holder variables for relative spatial data.
DtVector	myLastSetRelativeVelocity
DtVector	myLastSetRelativeAcceleration
DtTaitBryan	myLastSetRelativeOrientation
DtVector	myLastSetRelativeRotationalVelocity
DtDcm	myBodyToGeoc
bool	myBodyToGeocDirty
DtDcm	myRelativeBodyToHost
bool	myRelativeBodyToHostDirty
DtTimeStampType	myTimeStampType
DtEntityIdentifier	myEntityId
DtFederateId	myFederateId
	Set by call to federateId.
DtEntityType	myEntityType
DtThresholder	myThresholder
DtTime	myTimeForSets
Friends
class	DtBaseEntityDecoder
	Used by DtBaseEntityDecoder to support absolute DR in HLA.

Detailed Description

Instances of DtBaseEntityStateRepository are used to maintain basic state information needed by all kinds of entities.

Examples

Constructor & Destructor Documentation

DtBaseEntityStateRepository::DtBaseEntityStateRepository ( )

default constructor

virtual DtBaseEntityStateRepository::~DtBaseEntityStateRepository ( ) [virtual]

destructor

DtBaseEntityStateRepository::DtBaseEntityStateRepository ( const DtBaseEntityStateRepository & orig )

copy constructor

Member Function Documentation

virtual const DtVector& DtBaseEntityStateRepository::acceleration ( DtTime aTime ) const [virtual]

Return the acceleration at aTime.

virtual const DtVector& DtBaseEntityStateRepository::acceleration ( ) const [virtual]

The acceleration at the current simulation time, as set in clock()->simTime().

virtual DtDeadReckonTypes DtBaseEntityStateRepository::algorithm ( ) const [virtual]

The dead reckoning algorithm.

virtual DtApproximator* DtBaseEntityStateRepository::approximator ( ) const [virtual]

virtual const DtFloat32& DtBaseEntityStateRepository::bearing ( ) const [virtual]

The bearing to host.

virtual const DtDcm& DtBaseEntityStateRepository::bodyToGeoc ( DtTime aTime ) const [virtual]

Get the body to geocentric coordinate matrix.

virtual const DtDcm& DtBaseEntityStateRepository::bodyToGeoc ( ) const [virtual]

Get the body to geocentric coordinate matrix.

virtual void DtBaseEntityStateRepository::clearHostGlobalId ( ) [virtual]

Unattaches this entity from its host.

This function should be used instead of setHostGlobalId with an empty ID.

virtual DtClock* DtBaseEntityStateRepository::clock ( ) const [virtual]

The clock being used for dead reckoning calculations.

This is usually configured and updated via the DtExerciseConn instance.

virtual DtStateRepository* DtBaseEntityStateRepository::clone ( bool copy = false ) const [virtual]

Return a copy/empty object of the same type as this.

Implements DtStateRepository.

Reimplemented in DtAggregateStateRepository, DtEntityStateRepository, and MyEntityStateRep.

void DtBaseEntityStateRepository::computeSpatialFromRelativeSpatial ( )

If this unit has a host, update the esr to reflect the current state of the host.

Function is no-op if hostEsr() returns null.

const DtEntityIdentifier & DtBaseEntityStateRepository::entityId ( ) const [inline, virtual]

The entity's identifier.

References myEntityId.

const DtEntityType & DtBaseEntityStateRepository::entityType ( ) const [inline, virtual]

The entity type.

References myEntityType.

const DtFederateId & DtBaseEntityStateRepository::federateId ( ) const [inline, virtual]

The federate ID (part of entity ID).

References DtEntityIdentifier::host(), myEntityId, myFederateId, DtSimulationAddress::setApplicationId(), DtSimulationAddress::setSiteId(), and DtEntityIdentifier::site().

virtual bool DtBaseEntityStateRepository::frozen ( ) const [virtual]

The frozen state of an entity.

Reimplemented in DtEntityStateRepository.

DtBaseEntityStateRepository* DtBaseEntityStateRepository::hostEsr ( ) const

Returns null if there isn't a host.

This func inspects the hostGlobalId member and returns the esr of that unit.

virtual const DtGlobalObjectDesignator& DtBaseEntityStateRepository::hostGlobalId ( ) const [virtual]

Returns the globalID of the attached host.

const DtVector & DtBaseEntityStateRepository::lastSetAcceleration ( ) const [inline, virtual]

The value last passed to setAcceleration, regardless of whether we have an approximator.

References myLastSetAcceleration.

const DtVector & DtBaseEntityStateRepository::lastSetLocation ( ) const [inline, virtual]

Return the value last passed to setLocation, regardless of whether we have an approximator.

References myLastSetLocation.

const DtTaitBryan & DtBaseEntityStateRepository::lastSetOrientation ( ) const [inline, virtual]

The value last passed to setOrientation, regardless of whether we have an approximator.

References myLastSetOrientation.

const DtVector & DtBaseEntityStateRepository::lastSetRelativeAcceleration ( ) const [inline, virtual]

Return the value last passed to setAcceleration, regardless of whether we have an approximator.

References myLastSetRelativeAcceleration.

const DtVector & DtBaseEntityStateRepository::lastSetRelativeLocation ( ) const [inline, virtual]

Return the value last passed to setLocation, regardless of whether we have an approximator.

References myLastSetRelativeLocation.

const DtTaitBryan & DtBaseEntityStateRepository::lastSetRelativeOrientation ( ) const [inline, virtual]

Return the value last passed to setOrientation, regardless of whether we have an approximator.

References myLastSetRelativeOrientation.

const DtVector & DtBaseEntityStateRepository::lastSetRelativeRotationalVelocity ( ) const [inline, virtual]

Return the value last passed value to setRotationalVelocity, regardless of whether we have an approximator.

relative Spatial

References myLastSetRelativeRotationalVelocity.

const DtVector & DtBaseEntityStateRepository::lastSetRelativeVelocity ( ) const [inline, virtual]

Return the value last passed to setVelocity, regardless of whether we have an approximator.

References myLastSetRelativeVelocity.

const DtVector & DtBaseEntityStateRepository::lastSetRotationalVelocity ( ) const [inline, virtual]

Return the value last passed to setRotationalVelocity, regardless of whether we have an approximator.

spatial

References myLastSetRotationalVelocity.

const DtVector & DtBaseEntityStateRepository::lastSetVelocity ( ) const [inline, virtual]

Return the value last passed to setVelocity, regardless of whether we have an approximator.

References myLastSetVelocity.

virtual const DtVector& DtBaseEntityStateRepository::location ( DtTime aTime ) const [virtual]

The location in geocentric world coordinates at aTime.

The returned location will be computed using the relative location if hostGlobalId() is set. For more information see the Embark example.

virtual const DtVector& DtBaseEntityStateRepository::location ( ) const [virtual]

The location in geocentric world coordinates at the current simulation time, as set in clock()->simTime().

The returned location will be computed using the relative location if hostGlobalId() is set. For more information see the Embark example.

virtual const DtNature& DtBaseEntityStateRepository::nature ( ) const [virtual]

The nature of this entity to the host.

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

assignment operator

virtual const DtTaitBryan& DtBaseEntityStateRepository::orientation ( DtTime aTime ) const [virtual]

The orientation at the passed time.

virtual const DtTaitBryan& DtBaseEntityStateRepository::orientation ( ) const [virtual]

The orientation at the current simulation time, as set in clock()->simTime().

virtual const DtPosition& DtBaseEntityStateRepository::partPosition ( ) const [virtual]

The Part Position this entity is preforming on the host.

virtual void DtBaseEntityStateRepository::printData ( ) const [virtual]

Print the state data to the DtInfo stream.

Users should prefer to use printDataToStream() instead.

Implements DtStateRepository.

Reimplemented in DtEntityStateRepository, DtAggregateStateRepository, and MyEntityStateRep.

void DtBaseEntityStateRepository::printDataToStream ( std::ostream & str ) const [virtual]

Prints the state data to the specified stream.

Reimplemented from DtStateRepository.

Reimplemented in DtEntityStateRepository, and DtAggregateStateRepository.

virtual const DtFloat32& DtBaseEntityStateRepository::range ( ) const [virtual]

The range to the host.

virtual const DtVector& DtBaseEntityStateRepository::relativeAcceleration ( DtTime aTime ) const [virtual]

The relativeAcceleration of the entity with respect to the host at aTime.

virtual const DtVector& DtBaseEntityStateRepository::relativeAcceleration ( ) const [virtual]

The relativeAcceleration of the entity with respect to the host at simTime.

virtual DtDeadReckonTypes DtBaseEntityStateRepository::relativeAlgorithm ( ) const [virtual]

The dead reckoning algorithm.

virtual DtApproximator* DtBaseEntityStateRepository::relativeApproximator ( ) const [virtual]

virtual const DtDcm& DtBaseEntityStateRepository::relativeBodyToHost ( DtTime aTime ) const [virtual]

Get the body to host DCM.

virtual const DtDcm& DtBaseEntityStateRepository::relativeBodyToHost ( ) const [virtual]

Get the body to host DCM.

virtual bool DtBaseEntityStateRepository::relativeFrozen ( ) const [virtual]

Returns if the entity is frozen.

virtual const DtVector& DtBaseEntityStateRepository::relativeLocation ( DtTime aTime ) const [virtual]

The relativeLocation of the entity with respect to the hostGlobalId() or "Host" at the given time.

virtual const DtVector& DtBaseEntityStateRepository::relativeLocation ( ) const [virtual]

The relativeLocation of the entity with respect to the hostGlobalId() or "Host" at simTime as set by clock()->simTime().

virtual const DtTaitBryan& DtBaseEntityStateRepository::relativeOrientation ( DtTime aTime ) const [virtual]

The relative orientation of the entity with respect to the host.

virtual const DtTaitBryan& DtBaseEntityStateRepository::relativeOrientation ( ) const [virtual]

The relative orientation of the entity with respect to the host.

virtual const DtVector& DtBaseEntityStateRepository::relativePosition ( ) const [virtual]

The relative position on the host.

virtual const DtVector& DtBaseEntityStateRepository::relativeRotationalVelocity ( DtTime aTime ) const [virtual]

The relative rotational velocity.

virtual const DtVector& DtBaseEntityStateRepository::relativeRotationalVelocity ( ) const [virtual]

The relative rotational velocity.

virtual const DtVector& DtBaseEntityStateRepository::relativeVelocity ( DtTime aTime ) const [virtual]

The relative velocity of the entity with respect to the host at aTime.

virtual const DtVector& DtBaseEntityStateRepository::relativeVelocity ( ) const [virtual]

The relative velocity of the entity with respect to the host at simTime.

virtual const DtVector& DtBaseEntityStateRepository::rotationalVelocity ( DtTime aTime ) const [virtual]

The rotational velocity of an entity at aTime.

virtual const DtVector& DtBaseEntityStateRepository::rotationalVelocity ( ) const [virtual]

The rotational velocity of an entity at the current simulation time, as set in clock()->simTime().

DtBaseEntityStateRepository* DtBaseEntityStateRepository::self ( ) const [protected]

Cast off const-ness for trivial internal change.

Non-virtual since can't override on return type.

Reimplemented in DtEntityStateRepository, and DtAggregateStateRepository.

virtual void DtBaseEntityStateRepository::setAcceleration	(	const DtVector &	Acceleration,
		DtTime	aTime
	)		`[virtual]`

Sets the acceleration at aTime.

virtual void DtBaseEntityStateRepository::setAcceleration ( const DtVector & Acceleration ) [virtual]

Sets the acceleration at the current simulation time, as set in clock()->simTime().

virtual void DtBaseEntityStateRepository::setAlgorithm ( DtDeadReckonTypes alg ) [virtual]

Set the dead reckoning algorithm.

void DtBaseEntityStateRepository::setAmAsSeenByRemote ( bool val ) [inline, virtual]

Mark this state repository as an AsSeenByRemote copy.

Publishers maintain two instances of a state repository for every object published. This attribute is set by the publisher to mark this state repository instance as the asSeenByRemote instance. Developers should not set this. The function is used to compute dead reckoned values.

References myAmAsSeenByRemote.

virtual void DtBaseEntityStateRepository::setApproximator ( DtApproximator * approx ) [virtual]

Get and set the approximator used to provide approximated position and orientation information for the entity.

If your approximator is a DtDeadReckoner, use useDeadReckoner instead of setApproximator. If it's a smoother, use useSmoother. Caller of setApproximator has the responsibility to delete approx after the StateRep no longer needs it.

virtual void DtBaseEntityStateRepository::setBearing ( const DtFloat32 newVal ) [virtual]

Set the bearing to host.

virtual void DtBaseEntityStateRepository::setClock ( DtClock * clock ) [virtual]

Sets the clock being used for dead reckoning calculations.

This is usually configured and updated via the DtExerciseConn instance.

Reimplemented in DtEntityStateRepository.

void DtBaseEntityStateRepository::setEntityId ( const DtEntityIdentifier & id ) [inline, virtual]

Set the entity's identifier.

References myEntityId.

void DtBaseEntityStateRepository::setEntityType ( const DtEntityType & type ) [inline, virtual]

Set the entity type.

References myEntityType.

void DtBaseEntityStateRepository::setFederateId ( const DtFederateId & id ) [inline, virtual]

Set the federate ID (part of entity ID).

References myEntityId, DtEntityIdentifier::setHost(), and DtEntityIdentifier::setSite().

virtual void DtBaseEntityStateRepository::setFrozen ( bool on ) [virtual]

Set entity frozen state. True indicates frozen.

Reimplemented in DtEntityStateRepository.

virtual void DtBaseEntityStateRepository::setHlaObjectManager ( DtHlaObjectManager * mgr ) [virtual]

Set the HLA/DIS object manager.

This gets called in two places. If the ent is local it gets called in the DtEntityPublisher's constructor. If it's remote it gets called in the DtRelflectedEntity's constructor. Entities moving relative to other ents must know the other ents location etc. They can get that info from the other ents stateRep which can be found in the ObjectManager lists.

virtual void DtBaseEntityStateRepository::setHostGlobalId ( const DtGlobalObjectDesignator & id ) [virtual]

Sets the globalId of the attached host.

This function should only be used to attach this entity to another entity, or change which entity it is attached to. If you wish to unattach this entity from its current host, you need to call clearHostGlobalId(). It is possible to attach to a host of ID "0:0:0" in DIS.

virtual void DtBaseEntityStateRepository::setLocation	(	const DtVector &	location,
		DtTime	aTime
	)		`[virtual]`

Set the location of the center of mass in geocentric world coordinates at aTime.

virtual void DtBaseEntityStateRepository::setLocation ( const DtVector & location ) [virtual]

Set the location of the center of mass in geocentric world coordinates at current simulation time, as set in clock()->simTime().

virtual void DtBaseEntityStateRepository::setNature ( const DtNature newVal ) [virtual]

Sets the nature of this entity to the host.

virtual void DtBaseEntityStateRepository::setOrientation	(	const DtTaitBryan &	orient,
		DtTime	aTime
	)		`[virtual]`

Set the orientation at aTime.

virtual void DtBaseEntityStateRepository::setOrientation ( const DtTaitBryan & orient ) [virtual]

Set the orientation at the current simulation time, as set in clock()->simTime().

virtual void DtBaseEntityStateRepository::setPartPosition ( const DtPosition newVal ) [virtual]

Sets the Part Position this entity is preforming on the host.

virtual void DtBaseEntityStateRepository::setRange ( const DtFloat32 newVal ) [virtual]

Set the range to the host.

virtual void DtBaseEntityStateRepository::setRelativeAcceleration	(	const DtVector &	Acceleration,
		DtTime	aTime
	)		`[virtual]`

Set the relative acceleration of the entity with respect to the host at aTime.

virtual void DtBaseEntityStateRepository::setRelativeAcceleration ( const DtVector & Acceleration ) [virtual]

Set the relative acceleration of the entity with respect to the host at simTime.

virtual void DtBaseEntityStateRepository::setRelativeAlgorithm ( DtDeadReckonTypes alg ) [virtual]

Set the dead reckoning algorithm.

virtual void DtBaseEntityStateRepository::setRelativeApproximator ( DtApproximator * approx ) [virtual]

virtual void DtBaseEntityStateRepository::setRelativeFrozen ( bool onOff ) [virtual]

Set relative frozen.

virtual void DtBaseEntityStateRepository::setRelativeLocation	(	const DtVector &	location,
		DtTime	aTime
	)		`[virtual]`

Set the location of the center of mass in world coordinates at the given time.

virtual void DtBaseEntityStateRepository::setRelativeLocation ( const DtVector & location ) [virtual]

Set the location of the center of mass in world coordinates at the simTime as set by clock()->simTime().

virtual void DtBaseEntityStateRepository::setRelativeOrientation	(	const DtTaitBryan &	orient,
		DtTime	aTime
	)		`[virtual]`

Set the relative orientation of the entity with respect to the host.

virtual void DtBaseEntityStateRepository::setRelativeOrientation ( const DtTaitBryan & orient ) [virtual]

Set the relative orientation of the entity with respect to the host.

virtual void DtBaseEntityStateRepository::setRelativePosition ( const DtVector & newVal ) [virtual]

Set the relative position on the host.

virtual void DtBaseEntityStateRepository::setRelativeRotationalVelocity	(	const DtVector &	BodyRates,
		DtTime	aTime
	)		`[virtual]`

Set the relative rotational velocity.

virtual void DtBaseEntityStateRepository::setRelativeRotationalVelocity ( const DtVector & BodyRates ) [virtual]

Set the relative rotational velocity.

virtual void DtBaseEntityStateRepository::setRelativeVelocity	(	const DtVector &	Velocity,
		DtTime	aTime
	)		`[virtual]`

Set the relative velocity of the entity in meters per second with respect to the host at aTime.

virtual void DtBaseEntityStateRepository::setRelativeVelocity ( const DtVector & Velocity ) [virtual]

Set the relative velocity of the entity in meters per second with respect to the host at simTime.

virtual void DtBaseEntityStateRepository::setRotationalVelocity	(	const DtVector &	BodyRates,
		DtTime	aTime
	)		`[virtual]`

Set the rotational velocity of an entity at aTime.

virtual void DtBaseEntityStateRepository::setRotationalVelocity ( const DtVector & BodyRates ) [virtual]

Set the rotational velocity of an entity at the current simulation time, as set in clock()->simTime().

virtual void DtBaseEntityStateRepository::setStationName ( const DtStationName newVal ) [virtual]

Sets the station name this entity is assigned to on the host.

virtual void DtBaseEntityStateRepository::setStationNumber ( const DtU16 newVal ) [virtual]

Sets the station number this entity is assigned to on the host.

virtual void DtBaseEntityStateRepository::setTimeForSets ( DtTime time ) [virtual]

void DtBaseEntityStateRepository::setTimeStampType ( DtTimeStampType type ) [inline]

Set/Get flag indicating whether we're using absolute timestamps for dead reckoning.

This flag will be set to DtAbsolute by the decoders only if incoming state messages indicate that the sender is using absolute time stamps, AND our local exercise connection indicates that we are using absolute timestamping.

References myTimeStampType.

virtual void DtBaseEntityStateRepository::setVelocity	(	const DtVector &	Velocity,
		DtTime	aTime
	)		`[virtual]`

Set the velocity in meters per second at aTime.

virtual void DtBaseEntityStateRepository::setVelocity ( const DtVector & Velocity ) [virtual]

The velocity in meters per second at the current simulation time, as set in clock()->simTime().

virtual const DtStationName& DtBaseEntityStateRepository::stationName ( ) const [virtual]

The station name this entity is assigned to on the host.

virtual const DtU16& DtBaseEntityStateRepository::stationNumber ( ) const [virtual]

The station number this entity is assigned to on the host.

DtThresholder * DtBaseEntityStateRepository::thresholder ( ) [inline, virtual]

Returns the SR's thresholder, which contains thresholds needed for encoding.

References myThresholder.

const DtThresholder & DtBaseEntityStateRepository::thresholder ( ) const [inline, virtual]

Returns a const reference the SR's thresholder, which contains thresholds needed for encoding.

References myThresholder.

virtual DtTime DtBaseEntityStateRepository::timeForSets ( ) const [virtual]

DtTimeStampType DtBaseEntityStateRepository::timeStampType ( ) const [inline]

References myTimeStampType.

virtual void DtBaseEntityStateRepository::useDeadReckoner ( DtDeadReckoner * dr ) [virtual]

Tells the DtBaseEntity to use dr as its DtApproximator, and to notify it when DR algorithm changes.

Caller is responsible for deleting dr, but only after the StateRep no longer needs it.

virtual void DtBaseEntityStateRepository::useDeadReckoner ( bool yesNo = true ) [virtual]

Create and use a new (private) dead-reckoner as our approximator.

virtual void DtBaseEntityStateRepository::useRelativeDeadReckoner ( DtDeadReckoner * dr ) [virtual]

Tells the DtBaseEntity to use dr as its DtApproximator, and to notify it when DR algorithm changes.

Caller is responsible for deleting dr, but only after the StateRep no longer needs it.

virtual void DtBaseEntityStateRepository::useRelativeDeadReckoner ( bool yesNo = true ) [virtual]

Create and use a new (private) dead-reckoner as our approximator.

virtual void DtBaseEntityStateRepository::useRelativeSmoother ( DtSmoother * sm ) [virtual]

Tells the ESR to use sm as its approximator, and to notify it when DR algorithm changes.

Caller is responsible for deleting sm, but only after the StateRep no longer needs it.

virtual void DtBaseEntityStateRepository::useRelativeSmoother ( bool yesNo = true ) [virtual]

Create and use a new (private) smoother as our approximator.

virtual void DtBaseEntityStateRepository::useSmoother ( DtSmoother * sm ) [virtual]

Tells the ESR to use sm as its approximator, and to notify it when DR algorithm changes.

Caller is responsible for deleting sm, but only after the StateRep no longer needs it.

virtual void DtBaseEntityStateRepository::useSmoother ( bool yesNo = true ) [virtual]

Create and use a new (private) smoother as our approximator.

virtual DtDeadReckoner* DtBaseEntityStateRepository::usingDeadReckoner ( ) [virtual]

If the ESR is using a dead reckoner, returns it. Else returns NULL.

virtual DtDeadReckoner* DtBaseEntityStateRepository::usingRelativeDeadReckoner ( ) [virtual]

If the ESR is using a dead reckoner, returns it. Else returns NULL.

virtual DtSmoother* DtBaseEntityStateRepository::usingRelativeSmoother ( ) [virtual]

If the ESR is using a smoother, returns it. Else returns NULL.

virtual DtSmoother* DtBaseEntityStateRepository::usingSmoother ( ) [virtual]

If the ESR is using a smoother, returns it. Else returns NULL.

virtual const DtVector& DtBaseEntityStateRepository::velocity ( DtTime aTime ) const [virtual]

The velocity in meters per second at aTime.

virtual const DtVector& DtBaseEntityStateRepository::velocity ( ) const [virtual]

The velocity at the current simulation time, as set in clock()->simTime().

Friends And Related Function Documentation

friend class DtBaseEntityDecoder [friend]

Used by DtBaseEntityDecoder to support absolute DR in HLA.

Member Data Documentation

DtVector DtBaseEntityStateRepository::myAcceleration [protected]

DtDeadReckonTypes DtBaseEntityStateRepository::myAlgorithm [protected]

bool DtBaseEntityStateRepository::myAmAsSeenByRemote [protected]

This flag is checked by the spatial attribute accessors and if it's false, calls computeSpatialFromRelativeSpatial()

Referenced by setAmAsSeenByRemote().

DtApproximator* DtBaseEntityStateRepository::myApproximator [protected]

Holds what's currently being used as our approximator.

DtFloat32 DtBaseEntityStateRepository::myBearing [protected]

DtDcm DtBaseEntityStateRepository::myBodyToGeoc [protected]

bool DtBaseEntityStateRepository::myBodyToGeocDirty [protected]

DtClock* DtBaseEntityStateRepository::myClock [protected]

Clock to be used for dead reckoning calculations -- it is set to the same clock used by the exConn.

DtDeadReckoner* DtBaseEntityStateRepository::myDeadReckoner [protected]

Holds what was most recently passed to useDeadReckoner.

DtDeadReckoner* DtBaseEntityStateRepository::myDfltDeadReckoner [protected]

Created and deleted by this ESR if needed.

DtDeadReckoner* DtBaseEntityStateRepository::myDfltRelativeDeadReckoner [protected]

DtSmoother* DtBaseEntityStateRepository::myDfltRelativeSmoother [protected]

DtSmoother* DtBaseEntityStateRepository::myDfltSmoother [protected]

DtEntityIdentifier DtBaseEntityStateRepository::myEntityId [protected]

Referenced by entityId(), federateId(), setEntityId(), and setFederateId().

DtEntityType DtBaseEntityStateRepository::myEntityType [protected]

Referenced by entityType(), and setEntityType().

DtFederateId DtBaseEntityStateRepository::myFederateId [mutable, protected]

Set by call to federateId.

Referenced by federateId().

bool DtBaseEntityStateRepository::myFrozen [protected]

DtGlobalObjectDesignator DtBaseEntityStateRepository::myHostGlobalId [protected]

isPartOf attributes Never set myHostGlobalId outside of the mutator function setHostGlobalId() this will invalidate myHostGlobalIdSetFlag which is used to determine if myHostGlobalId is valid, when it contains a 0:0:0 entityID.

bool DtBaseEntityStateRepository::myHostGlobalIdSetFlag [protected]

DtVector DtBaseEntityStateRepository::myLastSetAcceleration [protected]

Referenced by lastSetAcceleration().

DtVector DtBaseEntityStateRepository::myLastSetLocation [protected]

place holder variables for spatial data.

Needed since the accessors compute world coords for carried units.

Referenced by lastSetLocation().

DtTaitBryan DtBaseEntityStateRepository::myLastSetOrientation [protected]

Referenced by lastSetOrientation().

DtVector DtBaseEntityStateRepository::myLastSetRelativeAcceleration [protected]

Referenced by lastSetRelativeAcceleration().

DtVector DtBaseEntityStateRepository::myLastSetRelativeLocation [protected]