Public Types
enum	Direction { Left, Right, Up, Down, Forward, Backward }
	Move the eyepoint. More...
Public Member Functions
	DtStealthRemoteController (DtCustomRemoteControlSender *sender, const DtGlobalObjectDesignator &targetStealthId=SEND_TO_ALL)
	Create a DtStealthRemoteController that can send view control msgs using a custom message sender.
	DtStealthRemoteController (DtExerciseConn *c, const DtGlobalObjectDesignator &targetStealthId=SEND_TO_ALL)
	Create a DtStealthRemoteController for sending and receiving view control using the given exercise connection.
	DtStealthRemoteController (int port, int exercise_id, int site_id, int application_num, const DtGlobalObjectDesignator &targetStealthId=SEND_TO_ALL)
	Constructors.
	DtStealthRemoteController (int port, const DtInetAddr &destAddr, int exercise_id, int site_id, int application_num, const DtGlobalObjectDesignator &targetStealthId=SEND_TO_ALL)
	DtStealthRemoteController (DtInetSocket *skt, int exercise_id, int site_id, int application_num, const DtGlobalObjectDesignator &targetStealthId=SEND_TO_ALL)
virtual	~DtStealthRemoteController ()
virtual void	setTargetStealthId (const DtGlobalObjectDesignator &id)
	Set/Get current target stealth (Can be DtEntityIdentifier::nullId)
virtual const DtGlobalObjectDesignator &	targetStealthId () const
virtual void	setControllerId (const DtGlobalObjectDesignator &id)
	Set/Get the controller id.
virtual const DtGlobalObjectDesignator &	controllerId () const
virtual void	addViewModeChangeCallback (RemoteViewChangedCb fn, void *usr, const DtGlobalObjectDesignator &stealthid=SEND_TO_ALL)
	Set callback to be invoked when view mode changes (For the target stealth, mirroring must be enabled).
virtual void	removeViewModeChangeCallback (RemoteViewChangedCb fn, void *usr, const DtGlobalObjectDesignator &stealthid=SEND_TO_ALL)
virtual void	requestCurrentViewMode (const DtGlobalObjectDesignator &id=SEND_TO_ALL) const
	Request the current view mode (includes info about attached ents)
virtual void	setPrimary (const DtGlobalObjectDesignator &id) const
	Modify the currently attached entities.
virtual void	setSecondary (const DtGlobalObjectDesignator &id) const
virtual void	setPrimarySecondary (const DtGlobalObjectDesignator &primary, const DtGlobalObjectDesignator &secondary) const
virtual void	setGroup (const DtGlobalObjectDesignatorList &list) const
virtual void	addToGroup (const DtGlobalObjectDesignatorList &list) const
virtual void	removeFromGroup (const DtGlobalObjectDesignatorList &list) const
virtual void	reset () const
	Reset the current view mode.
virtual void	moveEyepoint (Direction d) const
virtual void	turnEyepoint (Direction d) const
virtual void	setStepsize (float stepsize) const
	Set the stepsize and turnrate stepsize = meters/sec turnrate = radians/sec.
virtual void	setTurnrate (float turnrate) const
virtual void	increaseStepsize () const
	Increase/Decrease the stepsize and turnrate using the Stealth's default increment.
virtual void	increaseTurnrate () const
virtual void	decreaseStepsize () const
virtual void	decreaseTurnrate () const
virtual void	set (const DtVector geoc=NULL, const DtTaitBryan ori=NULL) const
	Set a new viewer position or orientation (in geocentric) without changing changing the current view mode.
virtual void	setMode (DtViewerCommand m, const DtVector geocPos=NULL, const DtTaitBryan geocOri=NULL) const
	Change the current view mode to the mode specified by m; If a geocentric position or database orientation is set, initilize the viewer position to this position.
virtual void	setAbsoluteMode (const DtVector geoc=NULL, const DtTaitBryan ori=NULL) const
	Change the current view mode to absolute.
virtual void	setCompassMode (const DtGlobalObjectDesignator primary=NULL, const float radius=NULL, const float azimuth=NULL, const float elevation=NULL) const
	Change the current view mode to Compass.
virtual void	setMimicMode (const DtGlobalObjectDesignator primary=NULL, const DtVector offset=NULL) const
	Change the current view mode to Mimic.
virtual void	setTurretMode (const DtGlobalObjectDesignator primary, const DtVector offset) const
	Change the current view mode to Turret mode (aka OffsetMimic).
virtual void	setOrbitMode (const DtGlobalObjectDesignator primary=NULL, const float radius=NULL, const float azimuth=NULL, const float elevation=NULL, const float *azimuthRate=NULL) const
	Change the current view mode to Orbit.
virtual void	setPivotMode (const DtVector pivotPt=NULL, const float radius=NULL, const float azimuth=NULL, const float elevation=NULL) const
	Change the current view mode to Pivot.
virtual void	setTetherMode (const DtGlobalObjectDesignator primary=NULL, const DtVector offset=NULL, const DtTaitBryan *ori=NULL) const
	Change the current view mode to Tether.
virtual void	setTrackMode (const DtGlobalObjectDesignator primary=NULL, const DtVector geoc=NULL) const
	Change the current view mode to Track.
virtual void	setMimicTrackMode (const DtGlobalObjectDesignator attach=NULL, const DtGlobalObjectDesignator track=NULL, const DtVector *offset=NULL) const
	Change the current view mode to MimicTrack.
virtual void	setTetherTrackMode (const DtGlobalObjectDesignator attach=NULL, const DtGlobalObjectDesignator track=NULL, const DtVector *offset=NULL) const
	Change the current view mode to TetherTrack.
virtual void	setGroupMode (const DtGlobalObjectDesignatorList grp=NULL, const float radius=NULL, const float azimuth=NULL, const float elevation=NULL) const
	Change the current view mode to Group.
virtual void	setWideGroupMode (const DtGlobalObjectDesignatorList grp=NULL, const float radius=NULL, const float azimuth=NULL, const float elevation=NULL) const
	Change the current view mode to WideGroup.
virtual void	setOverlayEnabled (bool b) const
	Turn the stealth overlay on/off.
virtual void	setSmoothing (DtSmoothingOption option) const
	Set how stealth smooths entities.
virtual void	setSmoothingPeriod (double period) const
	Set the smoothing period.
virtual void	setSoundEnabled (bool onOff) const
	Turn sound on/off.
virtual void	setEntityLabelsEnabled (bool onOff) const
	Turn entity labels on/off.
virtual void	setTrailingEffectsEnabled (bool onOff) const
	Turn trailing effects on/off.
virtual void	setTrajectoryHistoriesEnabled (bool onOff) const
	Turn trajectory histories on/off.
virtual void	setAggregateLevel (int level) const
	Set the aggregate level.
virtual void	setAggregateHighestOnly (bool onOff) const
	Enable/disable whether nested aggregate members are shown.
virtual void	setGroundClampingEnabled (bool onOff) const
	Turn ground clamping on/off.
virtual void	setGroundClampRange (double range) const
	Set the ground clamp range.
virtual void	setTimeOfDay (double time) const
	Set the time of day.
virtual void	setNearClippingPlane (double clip) const
	Set the value for the near clipping plane.
virtual void	setFarClippingPlane (double clip) const
	Set the value for the far clipping plane.
virtual void	setVerticalFieldOfView (double fov) const
	Set the vertical fov.
virtual void	setFogEnabled (bool onOff) const
	Turn fog on/off.
virtual void	setDatabaseToLoad (const DtString &db) const
	Load the given database.
virtual void	setDate (const DtString &str) const
	Set the date str = formatted date (MM/DD/YYYY)
virtual void	exit ()
	Tell the stealth to exit.
virtual void	setClouds (bool b)
	Toggle the clouds.
virtual void	setSkyDome (bool b)
	Toggle the sky dome.
virtual void	setMirrorMessageEveryFrame (bool b)
	Toggle mirroring the Stealth location every frame.
virtual void	setMirroring (bool b)
	Toggle mirroring the Stealth location.
virtual void	setBroadcasting (bool b)
	Toggle broadcasting the Stealth location.
virtual void	setClusteringLabels (bool b)
	Toggle displaying the clustering labels.
virtual void	setTacticalGraphicsLabels (bool b)
	Toggle displaying the tactical graphics labels.
virtual void	setShowAggregates (bool b)
	Toggle displaying aggregates.
virtual void	setShowEmitters (bool b)
	Toggle displaying emitters.
virtual void	setXr (bool b)
	Toggle XR mode.
virtual void	setHatLabels (bool b)
	Toggle height above terrain labels and lines (XR only)
virtual void	setCurrentModelSet (const DtString &str)
	Set the current model set (XR only)
virtual void	setNextModelSet ()
	Go to the next model set (XR only)
virtual void	setPrevModelSet ()
	Go to the prev model set (XR only)
virtual void	setCurrentTextureSet (const DtString &str)
	Set the current texture (XR only; valid for loaded MAP files only)
virtual void	setNextTextureSet ()
	Show the next texture (XR only; valid for loaded MAP files only)
virtual void	setPrevTextureSet ()
	Show the previous texture (XR only; valid for loaded MAP files only)
virtual void	setTerrainScale (double s)
	Set the terrain scale (XR only)
virtual void	setObjectScale (double s)
	Set the object scale (XR only)
virtual void	startVideoRecording ()
	Start video capture using a generated file name based on capture directory, filenameBase, a timestamp, and .avi extension.
virtual void	startVideoRecording (const DtString &filename)
	Start video capture to the file specified.
virtual void	stopVideoRecording ()
	Stop video capture (no-op if not currently recording)
virtual void	pauseVideoRecording ()
	Pause video capture (no-op if not recording or already paused)
virtual void	unpauseVideoRecording ()
	Unpause video capture (no-op if video capture not currently paused)
virtual void	setVideoCaptureRecordInsets (bool videoCaptureRecordInsets)
	Tell the stealth if it should record inset windows in addition to the main window.
virtual void	setVideoCaptureFramesPerSecond (int videoCaptureFramesPerSecond)
	Specify the frame rate to use for video capture.
virtual void	setVideoCaptureFilenameBase (const DtString &videoCaptureFilenameBase)
	Specify the filename base used for generated filenames ("MAK-Stealth" by default)
virtual void	setVideoCaptureDirectory (const DtString &videoCaptureDirectory)
	specify the directory to use when generating a filename
virtual void	setConstrainWithFloor (bool b)
	Toggle constraining view to view floor.
virtual void	setFloor (double h)
	Set the height above the view floor to keep the eyepoint.
virtual void	setConstrainViewToAll (bool b)
	Toggle constraining view to all database geometry.
virtual void	setBlockedDistance (double d)
	Set the distance to stop before going through constraining geometry.
virtual void	setUseNearClipForBlockedDistance (bool b)
	Use the near clipping plane as the blocked distance.
virtual void	loadFeatures (const DtString &filename)
	Load a feature file.
virtual void	clearFeatures ()
	clear all features loaded from feature files
virtual void	setIgnoreCommandsSentFromUs (bool)
	Set to false to send callbacks out for commands sent by the originating stealth.
virtual void	send (const DtStealthControlPdu &pdu) const
	Use this function to send a stealth control PDU directly.
Static Public Attributes
static const DtGlobalObjectDesignator	SEND_TO_ALL = DtEntityIdentifier::nullId()
	Returns a wild-card designator Id.
Protected Member Functions
virtual void	processStealthControl (DtStealthControlInteraction *inter) const
virtual void	sendGroupPdu (const DtGlobalObjectDesignatorList grp, const float radius, const float azimuth, const float elevation, int grpCmd) const
Static Protected Member Functions
static void	processStealthControlCb (DtStealthControlInteraction inter, void usr)
Protected Attributes
DtGlobalObjectDesignator	myId
DtGlobalObjectDesignator	myTargetId
DtList *	myViewChangedCbList
DtExerciseConn *	myExConn
DtCustomRemoteControlSender *	mySender
bool	myCreatedExConn
bool	myIgnoreCommandsSentFromUs

Member Enumeration Documentation

enum DtStealthRemoteController::Direction

Move the eyepoint.

Enumerator:

Left
Right
Up
Down
Forward
Backward

Constructor & Destructor Documentation

DtStealthRemoteController::DtStealthRemoteController	(	DtCustomRemoteControlSender *	sender,
		const DtGlobalObjectDesignator &	targetStealthId = `SEND_TO_ALL`
	)

Create a DtStealthRemoteController that can send view control msgs using a custom message sender.

Use this creator if you would like to send view control msgs without a VR-Link license.

DtStealthRemoteController::DtStealthRemoteController	(	DtExerciseConn *	c,
		const DtGlobalObjectDesignator &	targetStealthId = `SEND_TO_ALL`
	)

Create a DtStealthRemoteController for sending and receiving view control using the given exercise connection.

References myExConn, and processStealthControlCb().

DtStealthRemoteController::DtStealthRemoteController	(	int	port,
		int	exercise_id,
		int	site_id,
		int	application_num,
		const DtGlobalObjectDesignator &	targetStealthId = `SEND_TO_ALL`
	)

Constructors.

References myExConn, and processStealthControlCb().

DtStealthRemoteController::DtStealthRemoteController	(	int	port,
		const DtInetAddr &	destAddr,
		int	exercise_id,
		int	site_id,
		int	application_num,
		const DtGlobalObjectDesignator &	targetStealthId = `SEND_TO_ALL`
	)

References myExConn, and processStealthControlCb().

DtStealthRemoteController::DtStealthRemoteController	(	DtInetSocket *	skt,
		int	exercise_id,
		int	site_id,
		int	application_num,
		const DtGlobalObjectDesignator &	targetStealthId = `SEND_TO_ALL`
	)

References myExConn, and processStealthControlCb().

DtStealthRemoteController::~DtStealthRemoteController ( ) [virtual]

References myCreatedExConn, myExConn, myViewChangedCbList, and processStealthControlCb().

Member Function Documentation

void DtStealthRemoteController::setTargetStealthId ( const DtGlobalObjectDesignator & id ) [virtual]

Set/Get current target stealth (Can be DtEntityIdentifier::nullId)

References myTargetId.

const DtGlobalObjectDesignator & DtStealthRemoteController::targetStealthId ( ) const [virtual]

References myTargetId.

Referenced by send().

void DtStealthRemoteController::setControllerId ( const DtGlobalObjectDesignator & id ) [virtual]

Set/Get the controller id.

References myId.

const DtGlobalObjectDesignator & DtStealthRemoteController::controllerId ( ) const [virtual]

References myId.

Referenced by processStealthControl(), and send().

void DtStealthRemoteController::addViewModeChangeCallback	(	RemoteViewChangedCb	fn,
		void *	usr,
		const DtGlobalObjectDesignator &	stealthid = `SEND_TO_ALL`
	)		`[virtual]`

Set callback to be invoked when view mode changes (For the target stealth, mirroring must be enabled).

----------------------------------------------------- View Mode Control -----------------------------------------------------

References myViewChangedCbList.

void DtStealthRemoteController::removeViewModeChangeCallback	(	RemoteViewChangedCb	fn,
		void *	usr,
		const DtGlobalObjectDesignator &	stealthid = `SEND_TO_ALL`
	)		`[virtual]`

References CbStruct::fn, CbStruct::id, myViewChangedCbList, and CbStruct::usr.

void DtStealthRemoteController::requestCurrentViewMode ( const DtGlobalObjectDesignator & id = SEND_TO_ALL ) const [virtual]

Request the current view mode (includes info about attached ents)

References send().

void DtStealthRemoteController::setPrimary ( const DtGlobalObjectDesignator & id ) const [virtual]

Modify the currently attached entities.

References DtIGNORE_GROUP_IDS, DtIGNORE_SECONDARY_ID, send(), DtStealthControlPdu::setIgnoreFlags(), and DtModelessVCPdu::setPrimary().

void DtStealthRemoteController::setSecondary ( const DtGlobalObjectDesignator & id ) const [virtual]

References DtIGNORE_GROUP_IDS, DtIGNORE_PRIMARY_ID, send(), DtStealthControlPdu::setIgnoreFlags(), and DtModelessVCPdu::setSecondary().

void DtStealthRemoteController::setPrimarySecondary	(	const DtGlobalObjectDesignator &	primary,
		const DtGlobalObjectDesignator &	secondary
	)		const `[virtual]`

References DtIGNORE_GROUP_IDS, send(), DtStealthControlPdu::setIgnoreFlags(), DtModelessVCPdu::setPrimary(), and DtModelessVCPdu::setSecondary().

void DtStealthRemoteController::setGroup ( const DtGlobalObjectDesignatorList & list ) const [virtual]

References DtIGNORE_PRIMARY_ID, DtIGNORE_SECONDARY_ID, send(), DtModelessVCPdu::setEntityToAdd(), DtStealthControlPdu::setIgnoreFlags(), DtModelessVCPdu::setNumEntitiesToAdd(), and DtModelessVCPdu::setNumEntitiesToRemove().

void DtStealthRemoteController::addToGroup ( const DtGlobalObjectDesignatorList & list ) const [virtual]

References DtIGNORE_PRIMARY_ID, DtIGNORE_SECONDARY_ID, send(), DtModelessVCPdu::setEntityToAdd(), DtStealthControlPdu::setIgnoreFlags(), DtModelessVCPdu::setNumEntitiesToAdd(), and DtModelessVCPdu::setNumEntitiesToRemove().

void DtStealthRemoteController::removeFromGroup ( const DtGlobalObjectDesignatorList & list ) const [virtual]

References DtIGNORE_PRIMARY_ID, DtIGNORE_SECONDARY_ID, send(), DtModelessVCPdu::setEntityToRemove(), DtStealthControlPdu::setIgnoreFlags(), DtModelessVCPdu::setNumEntitiesToAdd(), and DtModelessVCPdu::setNumEntitiesToRemove().

void DtStealthRemoteController::reset ( ) const [virtual]

Reset the current view mode.

References send(), DtStealthControlPdu::setIgnoreFlags(), and DtMoveVCPdu::setReset().

void DtStealthRemoteController::moveEyepoint ( DtStealthRemoteController::Direction d ) const [virtual]

References DtIGNORE_STEP_CMD, send(), DtStealthControlPdu::setIgnoreFlags(), and DtMoveVCPdu::setMove().

void DtStealthRemoteController::turnEyepoint ( DtStealthRemoteController::Direction d ) const [virtual]

References DtIGNORE_TURN_CMD, send(), DtStealthControlPdu::setIgnoreFlags(), and DtMoveVCPdu::setTurn().

void DtStealthRemoteController::setStepsize ( float stepsize ) const [virtual]

Set the stepsize and turnrate stepsize = meters/sec turnrate = radians/sec.

References send(), and DtOptionsPdu::setStepsize().

void DtStealthRemoteController::setTurnrate ( float turnrate ) const [virtual]

References send(), and DtOptionsPdu::setTurnrate().

void DtStealthRemoteController::increaseStepsize ( ) const [virtual]

Increase/Decrease the stepsize and turnrate using the Stealth's default increment.

References send(), and DtOptionsPdu::setIncrementStepsize().

void DtStealthRemoteController::increaseTurnrate ( ) const [virtual]

References send(), and DtOptionsPdu::setIncrementTurnrate().

void DtStealthRemoteController::decreaseStepsize ( ) const [virtual]

References send(), and DtOptionsPdu::setDecrementStepsize().

void DtStealthRemoteController::decreaseTurnrate ( ) const [virtual]

References send(), and DtOptionsPdu::setDecrementTurnrate().

void DtStealthRemoteController::set	(	const DtVector *	geoc = `NULL`,
		const DtTaitBryan *	ori = `NULL`
	)		const `[virtual]`

Set a new viewer position or orientation (in geocentric) without changing changing the current view mode.

Does nothing if both arguments are NULL.

References DtIGNORE_EAST, DtIGNORE_HEADING, DtIGNORE_HEIGHT, DtIGNORE_NORTH, DtIGNORE_PITCH, DtIGNORE_ROLL, send(), DtStealthControlPdu::setIgnoreFlags(), DtMoveVCPdu::setOrientation(), and DtMoveVCPdu::setPosition().

void DtStealthRemoteController::setMode	(	DtViewerCommand	m,
		const DtVector *	geocPos = `NULL`,
		const DtTaitBryan *	geocOri = `NULL`
	)		const `[virtual]`

Change the current view mode to the mode specified by m; If a geocentric position or database orientation is set, initilize the viewer position to this position.

References DtViewerPivot, setAbsoluteMode(), setCompassMode(), setGroupMode(), setMimicMode(), setMimicTrackMode(), setOrbitMode(), setPivotMode(), setTetherMode(), setTetherTrackMode(), and setTrackMode().

void DtStealthRemoteController::setAbsoluteMode	(	const DtVector *	geoc = `NULL`,
		const DtTaitBryan *	ori = `NULL`
	)		const `[virtual]`

Change the current view mode to absolute.

If any of the optional parameters are set, these values will be used to initialize the view: geoc = start position (geocentric coords) ori = start orientation (database heading/pitch/roll) ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_EAST, DtIGNORE_HEADING, DtIGNORE_HEIGHT, DtIGNORE_NORTH, DtIGNORE_PITCH, DtIGNORE_ROLL, send(), DtStealthControlPdu::setIgnoreFlags(), DtAbsoluteVCPdu::setOrientation(), and DtAbsoluteVCPdu::setWorldLocation().

Referenced by setMode().

void DtStealthRemoteController::setCompassMode	(	const DtGlobalObjectDesignator *	primary = `NULL`,
		const float *	radius = `NULL`,
		const float *	azimuth = `NULL`,
		const float *	elevation = `NULL`
	)		const `[virtual]`

Change the current view mode to Compass.

If any of the optional parameters are set, these values will be used to initialize the view: primary = id of primary entity radius = distance from center of the primary object azimuth = angle to move left/right around entity (radians) elevation = angle to move up/down around entity (radians) ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_BODY_HEADING, DtIGNORE_PITCH, DtIGNORE_PRIMARY_ID, DtIGNORE_RADIUS, send(), DtCompassVCPdu::setAttachId(), DtCompassVCPdu::setBodyHeading(), DtStealthControlPdu::setIgnoreFlags(), DtCompassVCPdu::setPitch(), and DtCompassVCPdu::setRadius().

Referenced by setMode().

void DtStealthRemoteController::setMimicMode	(	const DtGlobalObjectDesignator *	primary = `NULL`,
		const DtVector *	offset = `NULL`
	)		const `[virtual]`

Change the current view mode to Mimic.

If any of the optional parameters are set, these values will be used to initialize the view: primary = id of primary entity offset = offset (in entity body coords) from the primary entity ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_FORWARD, DtIGNORE_PRIMARY_ID, DtIGNORE_RIGHT, DtIGNORE_UP, send(), DtMimicVCPdu::setAttachId(), DtStealthControlPdu::setIgnoreFlags(), and DtMimicVCPdu::setOffset().

Referenced by setMode().

void DtStealthRemoteController::setTurretMode	(	const DtGlobalObjectDesignator *	primary,
		const DtVector *	offset
	)		const `[virtual]`

Change the current view mode to Turret mode (aka OffsetMimic).

If any of the optional parameters are set, these values will be used to initialize the view: primary = id of primary entity offset = offset (in articulated part local coords) from the primary entity ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_FORWARD, DtIGNORE_PRIMARY_ID, DtIGNORE_RIGHT, DtIGNORE_UP, send(), DtMimicVCPdu::setAttachId(), DtStealthControlPdu::setIgnoreFlags(), and DtMimicVCPdu::setOffset().

void DtStealthRemoteController::setOrbitMode	(	const DtGlobalObjectDesignator *	primary = `NULL`,
		const float *	radius = `NULL`,
		const float *	azimuth = `NULL`,
		const float *	elevation = `NULL`,
		const float *	azimuthRate = `NULL`
	)		const `[virtual]`

Change the current view mode to Orbit.

If any of the optional parameters are set, these values will be used to initialize the view: primary = id of primary entity radius = distance from center of the primary object azimuth = angle to move left/right around entity (radians) elevation = angle to move up/down around entity (radians) velocity = speed to travel left/right around the entity ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_AZIMUTH_RATE, DtIGNORE_HEADING, DtIGNORE_PITCH, DtIGNORE_PRIMARY_ID, DtIGNORE_RADIUS, send(), DtOrbitVCPdu::setAttachId(), DtOrbitVCPdu::setAzimuthRate(), DtOrbitVCPdu::setHeading(), DtStealthControlPdu::setIgnoreFlags(), DtOrbitVCPdu::setPitch(), and DtOrbitVCPdu::setRadius().

Referenced by setMode().

void DtStealthRemoteController::setPivotMode	(	const DtVector *	pivotPt = `NULL`,
		const float *	radius = `NULL`,
		const float *	azimuth = `NULL`,
		const float *	elevation = `NULL`
	)		const `[virtual]`

Change the current view mode to Pivot.

If any of the optional parameters are set, these values will be used to initialize the view: pivotPt = geocentric pivot position radius = distance from center of the primary object azimuth = angle to move left/right around entity (radians) elevation = angle to move up/down around entity (radians) ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_BODY_HEADING, DtIGNORE_EAST, DtIGNORE_HEIGHT, DtIGNORE_NORTH, DtIGNORE_PITCH, DtIGNORE_RADIUS, send(), DtPivotVCPdu::setBodyHeading(), DtStealthControlPdu::setIgnoreFlags(), DtPivotVCPdu::setPitch(), DtPivotVCPdu::setPivotPoint(), and DtPivotVCPdu::setRadius().

Referenced by setMode().

void DtStealthRemoteController::setTetherMode	(	const DtGlobalObjectDesignator *	primary = `NULL`,
		const DtVector *	offset = `NULL`,
		const DtTaitBryan *	ori = `NULL`
	)		const `[virtual]`

Change the current view mode to Tether.

If any of the optional parameters are set, these values will be used to initialize the view: primary = id of primary entity offset = offset (in body coords) from center of the primary object ori = orientation (in body coords) relative to the orientation of the object ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_EAST_OFFSET, DtIGNORE_HEADING, DtIGNORE_HEIGHT_OFFSET, DtIGNORE_NORTH_OFFSET, DtIGNORE_PITCH, DtIGNORE_PRIMARY_ID, DtIGNORE_ROLL, send(), DtTetherVCPdu::setAttachId(), DtStealthControlPdu::setIgnoreFlags(), DtTetherVCPdu::setOrientation(), and DtTetherVCPdu::setTopoUpOffset().

Referenced by setMode().

void DtStealthRemoteController::setTrackMode	(	const DtGlobalObjectDesignator *	primary = `NULL`,
		const DtVector *	geoc = `NULL`
	)		const `[virtual]`

Change the current view mode to Track.

If any of the optional parameters are set, these values will be used to initialize the view: primary = id of primary entity geoc = start position (in geocentric coords) ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_EAST, DtIGNORE_HEIGHT, DtIGNORE_NORTH, DtIGNORE_PRIMARY_ID, send(), DtStealthControlPdu::setIgnoreFlags(), DtTrackVCPdu::setTrackId(), and DtTrackVCPdu::setWorldLocation().

Referenced by setMode().

void DtStealthRemoteController::setMimicTrackMode	(	const DtGlobalObjectDesignator *	attach = `NULL`,
		const DtGlobalObjectDesignator *	track = `NULL`,
		const DtVector *	offset = `NULL`
	)		const `[virtual]`

Change the current view mode to MimicTrack.

If any of the optional parameters are set, these values will be used to initialize the view: attach = id of primary entity (view looks from this entity) track = id of secondary entity (view looks at this entity) offset = offset (in body coords) from the center of the primary entity ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_EAST, DtIGNORE_HEIGHT, DtIGNORE_NORTH, DtIGNORE_PRIMARY_ID, DtIGNORE_SECONDARY_ID, send(), DtMimicTrackVCPdu::setAttachId(), DtStealthControlPdu::setIgnoreFlags(), DtMimicTrackVCPdu::setOffset(), and DtMimicTrackVCPdu::setTrackId().

Referenced by setMode().

void DtStealthRemoteController::setTetherTrackMode	(	const DtGlobalObjectDesignator *	attach = `NULL`,
		const DtGlobalObjectDesignator *	track = `NULL`,
		const DtVector *	offset = `NULL`
	)		const `[virtual]`

Change the current view mode to TetherTrack.

If any of the optional parameters are set, these values will be used to initialize the view: attach = id of primary entity (view looks from this entity) track = id of secondary entity (view looks at this entity) offset = offset (in body coords) from the center of the primary entity ; otherwise, the view with adopt the state from the last view.

References DtIGNORE_FORWARD, DtIGNORE_PRIMARY_ID, DtIGNORE_RIGHT, DtIGNORE_SECONDARY_ID, DtIGNORE_UP, send(), DtTetherTrackVCPdu::setAttachId(), DtStealthControlPdu::setIgnoreFlags(), DtTetherTrackVCPdu::setOffset(), and DtTetherTrackVCPdu::setTrackId().

Referenced by setMode().

void DtStealthRemoteController::setGroupMode	(	const DtGlobalObjectDesignatorList *	grp = `NULL`,
		const float *	radius = `NULL`,
		const float *	azimuth = `NULL`,
		const float *	elevation = `NULL`
	)		const `[virtual]`

Change the current view mode to Group.

If any of the optional parameters are set, these values will be used to initialize the view: grp = list of ids that compose the group radius = distance from center of the mass azimuth = angle to move left/right around entities (radians) elevation = angle to move up/down around entities (radians) ; otherwise, the view with adopt the state from the last view.

References DtCMD_GROUP, and sendGroupPdu().

Referenced by setMode().

void DtStealthRemoteController::setWideGroupMode	(	const DtGlobalObjectDesignatorList *	grp = `NULL`,
		const float *	radius = `NULL`,
		const float *	azimuth = `NULL`,
		const float *	elevation = `NULL`
	)		const `[virtual]`

Change the current view mode to WideGroup.

If any of the optional parameters are set, these values will be used to initialize the view: radius = distance from center of the mass azimuth = angle to move left/right around entities (radians) elevation = angle to move up/down around entities (radians) ; otherwise, the view with adopt the state from the last view.

References DtCMD_WIDE_GROUP, and sendGroupPdu().

void DtStealthRemoteController::setOverlayEnabled ( bool b ) const [virtual]

Turn the stealth overlay on/off.

----------------------------------------------------- Misc Options -----------------------------------------------------

References send(), and DtOptionsPdu::setOverlayOption().

void DtStealthRemoteController::setSmoothing ( DtSmoothingOption option ) const [virtual]

Set how stealth smooths entities.

References send(), and DtOptionsPdu::setSmoothing().

void DtStealthRemoteController::setSmoothingPeriod ( double period ) const [virtual]

Set the smoothing period.

References send(), and DtOptionsPdu::setSmoothingPeriod().

void DtStealthRemoteController::setSoundEnabled ( bool onOff ) const [virtual]

Turn sound on/off.

References send(), and DtOptionsPdu::setSound().

void DtStealthRemoteController::setEntityLabelsEnabled ( bool onOff ) const [virtual]

Turn entity labels on/off.

References send(), and DtOptionsPdu::setEntityLabels().

void DtStealthRemoteController::setTrailingEffectsEnabled ( bool onOff ) const [virtual]

Turn trailing effects on/off.

References send(), and DtOptionsPdu::setTrailingEffects().

void DtStealthRemoteController::setTrajectoryHistoriesEnabled ( bool onOff ) const [virtual]

Turn trajectory histories on/off.

References send(), and DtOptionsPdu::setTrajectoryHistory().

void DtStealthRemoteController::setAggregateLevel ( int level ) const [virtual]

Set the aggregate level.

References send(), and DtOptionsPdu::setAggregateLevel().

void DtStealthRemoteController::setAggregateHighestOnly ( bool onOff ) const [virtual]

Enable/disable whether nested aggregate members are shown.

References send(), and DtOptionsPdu::setAggregateHighestOnly().

void DtStealthRemoteController::setGroundClampingEnabled ( bool onOff ) const [virtual]

Turn ground clamping on/off.

References send(), and DtOptionsPdu::setGroundClamping().

void DtStealthRemoteController::setGroundClampRange ( double range ) const [virtual]

Set the ground clamp range.

References send(), and DtOptionsPdu::setClampRange().

void DtStealthRemoteController::setTimeOfDay ( double time ) const [virtual]

Set the time of day.

References send(), and DtOptionsPdu::setTimeOfDay().

void DtStealthRemoteController::setNearClippingPlane ( double clip ) const [virtual]

Set the value for the near clipping plane.

References send(), and DtOptionsPdu::setNearClip().

void DtStealthRemoteController::setFarClippingPlane ( double clip ) const [virtual]

Set the value for the far clipping plane.

References send(), and DtOptionsPdu::setFarClip().

void DtStealthRemoteController::setVerticalFieldOfView ( double fov ) const [virtual]

Set the vertical fov.

References send(), and DtOptionsPdu::setFov().

void DtStealthRemoteController::setFogEnabled ( bool onOff ) const [virtual]

Turn fog on/off.

References send(), and DtOptionsPdu::setFog().

void DtStealthRemoteController::setDatabaseToLoad ( const DtString & db ) const [virtual]

Load the given database.

References send(), and DtOptionsPdu::setDatabaseToLoad().

void DtStealthRemoteController::setDate ( const DtString & str ) const [virtual]

Set the date str = formatted date (MM/DD/YYYY)

References send(), and DtOptionsPdu::setDate().

void DtStealthRemoteController::exit ( ) [virtual]

Tell the stealth to exit.

References send(), and DtOptionsPdu::setExit().

void DtStealthRemoteController::setClouds ( bool b ) [virtual]

Toggle the clouds.

References send(), and DtOptionsPdu::setClouds().

void DtStealthRemoteController::setSkyDome ( bool b ) [virtual]

Toggle the sky dome.

References send(), and DtOptionsPdu::setSkyDome().

void DtStealthRemoteController::setMirrorMessageEveryFrame ( bool b ) [virtual]

Toggle mirroring the Stealth location every frame.

References send(), and DtOptionsPdu::setMirrorMessageEveryFrame().

void DtStealthRemoteController::setMirroring ( bool b ) [virtual]

Toggle mirroring the Stealth location.

References send(), and DtOptionsPdu::setMirroring().

void DtStealthRemoteController::setBroadcasting ( bool b ) [virtual]

Toggle broadcasting the Stealth location.

References send(), and DtOptionsPdu::setBroadcasting().

void DtStealthRemoteController::setClusteringLabels ( bool b ) [virtual]

Toggle displaying the clustering labels.

References send(), and DtOptionsPdu::setClusteringLabels().

void DtStealthRemoteController::setTacticalGraphicsLabels ( bool b ) [virtual]

Toggle displaying the tactical graphics labels.

References send(), and DtOptionsPdu::setTacticalGraphicsLabels().

void DtStealthRemoteController::setShowAggregates ( bool b ) [virtual]

Toggle displaying aggregates.

References send(), and DtOptionsPdu::setShowAggregates().

void DtStealthRemoteController::setShowEmitters ( bool b ) [virtual]

Toggle displaying emitters.

References send(), and DtOptionsPdu::setShowEmitters().

void DtStealthRemoteController::setXr ( bool b ) [virtual]

Toggle XR mode.

References send(), and DtOptionsPdu::setXr().

void DtStealthRemoteController::setHatLabels ( bool b ) [virtual]

Toggle height above terrain labels and lines (XR only)

References send(), and DtOptionsPdu::setHatLabels().

void DtStealthRemoteController::setCurrentModelSet ( const DtString & str ) [virtual]

Set the current model set (XR only)

References send(), and DtOptionsPdu::setCurrentModelSet().

void DtStealthRemoteController::setNextModelSet ( ) [virtual]

Go to the next model set (XR only)

References send(), and DtOptionsPdu::setShowNextModelSet().

void DtStealthRemoteController::setPrevModelSet ( ) [virtual]

Go to the prev model set (XR only)

References send(), and DtOptionsPdu::setShowPrevModelSet().

void DtStealthRemoteController::setCurrentTextureSet ( const DtString & str ) [virtual]

Set the current texture (XR only; valid for loaded MAP files only)

References send(), and DtOptionsPdu::setCurrentTextureSet().

void DtStealthRemoteController::setNextTextureSet ( ) [virtual]

Show the next texture (XR only; valid for loaded MAP files only)

References send(), and DtOptionsPdu::setShowNextTextureSet().

void DtStealthRemoteController::setPrevTextureSet ( ) [virtual]

Show the previous texture (XR only; valid for loaded MAP files only)

References send(), and DtOptionsPdu::setShowPrevTextureSet().

void DtStealthRemoteController::setTerrainScale ( double s ) [virtual]

Set the terrain scale (XR only)

References send(), and DtOptionsPdu::setTerrainScale().

void DtStealthRemoteController::setObjectScale ( double s ) [virtual]

Set the object scale (XR only)

References send(), and DtOptionsPdu::setObjectScale().

void DtStealthRemoteController::startVideoRecording ( ) [virtual]

Start video capture using a generated file name based on capture directory, filenameBase, a timestamp, and .avi extension.

References DtOptionsPdu::Record, send(), and DtOptionsPdu::setVideoCaptureCommand().

void DtStealthRemoteController::startVideoRecording ( const DtString & filename ) [virtual]

Start video capture to the file specified.

References DtOptionsPdu::Record, send(), DtOptionsPdu::setVideoCaptureCommand(), and DtOptionsPdu::setVideoCaptureFilename().

void DtStealthRemoteController::stopVideoRecording ( ) [virtual]

Stop video capture (no-op if not currently recording)

References send(), DtOptionsPdu::setVideoCaptureCommand(), and DtOptionsPdu::Stop.

void DtStealthRemoteController::pauseVideoRecording ( ) [virtual]

Pause video capture (no-op if not recording or already paused)

References DtOptionsPdu::Pause, send(), and DtOptionsPdu::setVideoCaptureCommand().

void DtStealthRemoteController::unpauseVideoRecording ( ) [virtual]

Unpause video capture (no-op if video capture not currently paused)

References send(), DtOptionsPdu::setVideoCaptureCommand(), and DtOptionsPdu::Unpause.

void DtStealthRemoteController::setVideoCaptureRecordInsets ( bool videoCaptureRecordInsets ) [virtual]

Tell the stealth if it should record inset windows in addition to the main window.

References send(), and DtOptionsPdu::setVideoCaptureRecordInsets().

void DtStealthRemoteController::setVideoCaptureFramesPerSecond ( int videoCaptureFramesPerSecond ) [virtual]

Specify the frame rate to use for video capture.

References send(), and DtOptionsPdu::setVideoCaptureFramesPerSecond().

void DtStealthRemoteController::setVideoCaptureFilenameBase ( const DtString & videoCaptureFilenameBase ) [virtual]

Specify the filename base used for generated filenames ("MAK-Stealth" by default)

References send(), and DtOptionsPdu::setVideoCaptureFilenameBase().

void DtStealthRemoteController::setVideoCaptureDirectory ( const DtString & videoCaptureDirectory ) [virtual]

specify the directory to use when generating a filename

References send(), and DtOptionsPdu::setVideoCaptureDirectory().

void DtStealthRemoteController::setConstrainWithFloor ( bool b ) [virtual]

Toggle constraining view to view floor.

References send(), and DtOptionsPdu::setConstrainWithFloor().

void DtStealthRemoteController::setFloor ( double h ) [virtual]

Set the height above the view floor to keep the eyepoint.

References send(), and DtOptionsPdu::setFloor().

void DtStealthRemoteController::setConstrainViewToAll ( bool b ) [virtual]

Toggle constraining view to all database geometry.

References send(), and DtOptionsPdu::setConstrainToAll().

void DtStealthRemoteController::setBlockedDistance ( double d ) [virtual]

Set the distance to stop before going through constraining geometry.

References send(), and DtOptionsPdu::setBlockedDistance().

void DtStealthRemoteController::setUseNearClipForBlockedDistance ( bool b ) [virtual]

Use the near clipping plane as the blocked distance.

References send(), and DtOptionsPdu::setUseNearClipForBlockedDistance().

void DtStealthRemoteController::loadFeatures ( const DtString & filename ) [virtual]

Load a feature file.

References DtOptionsPdu::FeatureLoad, send(), DtOptionsPdu::setFeatureCommand(), and DtOptionsPdu::setFeatureFilename().

void DtStealthRemoteController::clearFeatures ( ) [virtual]

clear all features loaded from feature files

References DtOptionsPdu::FeatureClear, send(), and DtOptionsPdu::setFeatureCommand().

void DtStealthRemoteController::setIgnoreCommandsSentFromUs ( bool b ) [virtual]

Set to false to send callbacks out for commands sent by the originating stealth.

By default originating stealth ignores it's own reflected commands

References myIgnoreCommandsSentFromUs.

void DtStealthRemoteController::send ( const DtStealthControlPdu & pdu ) const [virtual]

Use this function to send a stealth control PDU directly.

References controllerId(), myExConn, mySender, DtCustomRemoteControlSender::send(), DtStealthControlPdu::senderId(), targetStealthId(), and DtStealthControlPdu::viewerId().

Referenced by addToGroup(), clearFeatures(), decreaseStepsize(), decreaseTurnrate(), exit(), increaseStepsize(), increaseTurnrate(), loadFeatures(), moveEyepoint(), pauseVideoRecording(), removeFromGroup(), requestCurrentViewMode(), reset(), sendGroupPdu(), set(), setAbsoluteMode(), setAggregateHighestOnly(), setAggregateLevel(), setBlockedDistance(), setBroadcasting(), setClouds(), setClusteringLabels(), setCompassMode(), setConstrainViewToAll(), setConstrainWithFloor(), setCurrentModelSet(), setCurrentTextureSet(), setDatabaseToLoad(), setDate(), setEntityLabelsEnabled(), setFarClippingPlane(), setFloor(), setFogEnabled(), setGroundClampingEnabled(), setGroundClampRange(), setGroup(), setHatLabels(), setMimicMode(), setMimicTrackMode(), setMirroring(), setMirrorMessageEveryFrame(), setNearClippingPlane(), setNextModelSet(), setNextTextureSet(), setObjectScale(), setOrbitMode(), setOverlayEnabled(), setPivotMode(), setPrevModelSet(), setPrevTextureSet(), setPrimary(), setPrimarySecondary(), setSecondary(), setShowAggregates(), setShowEmitters(), setSkyDome(), setSmoothing(), setSmoothingPeriod(), setSoundEnabled(), setStepsize(), setTacticalGraphicsLabels(), setTerrainScale(), setTetherMode(), setTetherTrackMode(), setTimeOfDay(), setTrackMode(), setTrailingEffectsEnabled(), setTrajectoryHistoriesEnabled(), setTurnrate(), setTurretMode(), setUseNearClipForBlockedDistance(), setVerticalFieldOfView(), setVideoCaptureDirectory(), setVideoCaptureFilenameBase(), setVideoCaptureFramesPerSecond(), setVideoCaptureRecordInsets(), setXr(), startVideoRecording(), stopVideoRecording(), turnEyepoint(), and unpauseVideoRecording().

void DtStealthRemoteController::processStealthControlCb	(	DtStealthControlInteraction *	inter,
		void *	usr
	)		`[static, protected]`

Referenced by DtStealthRemoteController(), and ~DtStealthRemoteController().

void DtStealthRemoteController::processStealthControl ( DtStealthControlInteraction * inter ) const [protected, virtual]

References controllerId(), CbStruct::fn, CbStruct::id, myIgnoreCommandsSentFromUs, myViewChangedCbList, SEND_TO_ALL, DtStealthControlPdu::senderId(), CbStruct::usr, and DtStealthControlPdu::viewerId().

void DtStealthRemoteController::sendGroupPdu	(	const DtGlobalObjectDesignatorList *	grp,
		const float *	radius,
		const float *	azimuth,
		const float *	elevation,
		int	grpCmd
	)		const `[protected, virtual]`