Detailed Description

DtPilotSimLogic manages aircraft simulation behavior including flight controls, weapons systems, sensors, and aircraft-specific functionality. It provides methods for controlling aircraft systems and responding to simulation events while acting as the main control logic for pilot entities.

#include <pilotSimLogic.h>

Inheritance diagram for makVre::DtPilotSimLogic:

[legend]

Classes
struct	CmLaunchParameters

Public Member Functions
	DtPilotSimLogic ()

virtual	~DtPilotSimLogic () override

virtual bool	initialize (DtPlayerStation *player, DtInitTable &config) override

virtual void	tick (double dt) override

virtual void	shutdown () override

virtual const char *	type () const override

virtual void	sendJoystickMessage (const std::string &functionGroup, const std::string &function, double val, double delay=0)

virtual bool	useRTD ()

virtual DtFlightControlsInputLogic &	flightControls ()

virtual DtPilotInstrumentsInputLogic &	instrumentControls ()

virtual bool	isHelo ()

virtual bool	isCargoDoorOpen ()

virtual void	openCargoDoor ()

virtual void	closeCargoDoor ()

virtual bool	isSlidingDoorOpen ()

virtual void	openSlidingDoor ()

virtual void	closeSlidingDoor ()

virtual bool	isSlingLoadDoorOpen ()

virtual void	openSlingLoadDoor ()

virtual void	closeSlingLoadDoor ()

virtual bool	isLandingGearDown ()

virtual void	requestSarImage ()

virtual void	gimbalTrackLaserCode (int laserCode, bool continuousTrack)

virtual void	gimbalTrackMgrsCoord (const std::string &mgrsCoord)

virtual void	cycleGimbalSensorMode ()

virtual void	setAutopilot (const std::string &newMode, bool stayDisabledIfOff=false)

virtual void	toggleAutopilot ()

virtual void	resetInPlace (float val=1) override

virtual void	setFlap (int flap)

virtual void	setAutopilotMode (const std::string &value)

virtual void	setAutopilotHeading (const std::string &value)

virtual void	setAutopilotAltitude (const std::string &value)

virtual void	setAutopilotSpeed (const std::string &value)

virtual void	setAutopilotRoute (const std::string &value)

virtual void	suppressWarnings ()

Joystick Function Processing
Methods for processing joystick inputs. The input value range is typically 0.0 to 1.0 and can represent either an axis value or a button value.
virtual void	trigger (double val)

virtual void	toggleObserverAttachMode (double val)

virtual void	toggleLasingState ()

virtual void	setLaserCode (int val)

virtual void	setBullseye (const DtEntityIdentifier &target)

virtual void	gimbalTrackDesignatedRadarTrack ()

virtual CmLaunchParameters	countermeasuresLaunchParameters (const std::string &countermeasuresName)

virtual void	clearTrackingLocation ()

virtual void	toggleNorthReference (double val)

Public Member Functions inherited from makVre::DtEntityControlLogic
	DtEntityControlLogic ()

virtual	~DtEntityControlLogic () override

virtual bool	postInitialize () override

virtual void	setExtendedData (const std::string &key, const std::string &value, DtEntityIdentifier entity=DtEntityIdentifier::nullId())

virtual void	setMouseControlEnabled (bool enabled)

virtual bool	isMouseControlEnabled ()

virtual bool	isMouseControlSupportAllowed () const

virtual void	setMouseControlSupportAllowed (bool enable)

virtual const std::vector< std::string > &	joystickGroups () const

virtual makVre::DtVreMessageResult	handleStateMessages (makVre::DtVreMessage *message)

virtual makVre::DtVreMessageResult	handleReset (makVre::DtVreMessage *message)

virtual void	reset (float val)

virtual void	toggleMouseControl (float val)

virtual void	enableMouseControl (float val)

virtual makVre::DtVreMessageResult	handleFocusMessage (makVre::DtVreMessage *message)

Public Member Functions inherited from makVre::DtPlayerComponent
	DtPlayerComponent ()

virtual	~DtPlayerComponent ()

virtual void	setName (const std::string &name)

virtual const std::string &	name ()

virtual DtPlayerStation &	player ()

virtual DtAttributeHandle &	playerAttributeStore ()

virtual const DtAttributeHandle &	playerAttributeStore () const

Protected Member Functions
virtual DtVreMessageResult	handleCycleSelectedWeaponMessage (DtVreMessage *msg)

virtual DtVreMessageResult	handleToggleAutoCountermeasuresMessage (DtVreMessage *msg)

virtual DtVreMessageResult	handleDesignatedTargetsUpdate (DtVreMessage *msg)

virtual DtVreMessageResult	handleWindowCreated (DtVreMessage *msg)

virtual void	addRwrSound (const std::string &key, const std::string &soundFile, double pitch, double volume, bool repeatSound)

virtual void	playRwrSound (const std::string &key)

virtual void	stopRwrSounds ()

virtual void	stopLasingLocation ()

virtual void	startLasingLocation ()

Message Handler Methods
Methods for handling various message types from the message manager
virtual DtVreMessageResult	handleSimState (DtVreMessage *msg) override

virtual DtVreMessageResult	handleCockpitInitialized (DtVreMessage *msg)

virtual DtVreMessageResult	handleRwrCatalogRequest (DtVreMessage *msg)

virtual DtVreMessageResult	handleRwrPlaySound (DtVreMessage *msg)

virtual DtVreMessageResult	handleEntityStateStringMessage (DtVreMessage *msg)

virtual DtVreMessageResult	handleSetRwrSoundsEnabledMessage (DtVreMessage *msg)

virtual DtVreMessageResult	handleGimbalCycleSensorModeMessage (DtVreMessage *msg)

Protected Member Functions inherited from makVre::DtEntityControlLogic
virtual void	takeControlOfPlayerEntity ()

virtual void	releaseControlOfPlayerEntity ()

Protected Member Functions inherited from makVre::DtPlayerComponent
virtual void	initializeStateAttributes ()

Protected Attributes
bool	myUseRTD

DtFlightControlsInputLogic *	myFlightControlsInputLogic

DtPilotInstrumentsInputLogic *	myInstrumentsInputLogic

int	myAttachType

DtVector	myAttachOffset

DtTaitBryan	myAttachOrientation

std::map< std::string, makAudio::DtSound * >	myRwrSoundMap

DtInitTable	myRwrConfig

bool	myHelo

std::string	myCachedAutopilotMode

double	myLowAltitudeThreshold

double	myStallThreshold

double	myWarningsSuppressed

std::string	myGimbalWindowName

std::string	myGimbalChannelName

std::string	mySensorName

std::vector< std::string >	myGimbalSensorModes

makVrv::DtObserver *	myObserver

DtEntityIdentifier	myDesginatedRadarTarget

std::map< std::string, CmLaunchParameters >	myCmLaunchParameters

Protected Attributes inherited from makVre::DtEntityControlLogic
std::vector< std::string >	myJoystickFunctionGroups

DtInputLogic	myCommonInputLogic

std::string	myInputConfigFile

bool	myMouseControlEnabled

bool	myMouseControlSupportAllowed

Protected Attributes inherited from makVre::DtPlayerComponent
std::string	myName

DtInitTable	myConfig

DtPlayerStation *	myPlayer

makVrv::DtDe *	myDe

DtEntityResolver *	myResolver

DtAttributeCallbackManager	myAttributeCallbacks

Constructor & Destructor Documentation

◆ DtPilotSimLogic()

makVre::DtPilotSimLogic::DtPilotSimLogic ( )

Default constructor.

◆ ~DtPilotSimLogic()

virtual makVre::DtPilotSimLogic::~DtPilotSimLogic ( )

overridevirtual

Virtual destructor.

Member Function Documentation

◆ initialize()

virtual bool makVre::DtPilotSimLogic::initialize	(	DtPlayerStation *	player,
		DtInitTable &	config )

overridevirtual

Initializes the pilot simulation logic component.

Parameters

player	Pointer to the player station
config	Configuration settings for initialization

Returns: True if initialization was successful, false otherwise

Reimplemented from makVre::DtEntityControlLogic.

References makVre::DtPlayerComponent::player().

◆ tick()

virtual void makVre::DtPilotSimLogic::tick ( double dt )

overridevirtual

Updates simulation state for the current frame.

Parameters

dt	Delta time since the last frame in seconds

Reimplemented from makVre::DtEntityControlLogic.

◆ shutdown()

virtual void makVre::DtPilotSimLogic::shutdown ( )

overridevirtual

Cleans up resources when the component is being shut down.

Reimplemented from makVre::DtEntityControlLogic.

◆ type()

virtual const char * makVre::DtPilotSimLogic::type ( ) const

overridevirtual

Returns the component type identifier.

Returns: The component type string

Reimplemented from makVre::DtEntityControlLogic.

◆ sendJoystickMessage()

virtual void makVre::DtPilotSimLogic::sendJoystickMessage	(	const std::string &	functionGroup,
		const std::string &	function,
		double	val,
		double	delay = 0 )

virtual

Sends a joystick control message to the simulation.

Parameters

functionGroup	Function group name for the joystick control
function	Function name for the joystick control
val	Input value for the function
delay	Optional delay in seconds before the message is processed

◆ useRTD()

virtual bool makVre::DtPilotSimLogic::useRTD ( )

virtual

Checks if real-time dynamics are enabled.

Returns: True if real-time dynamics are enabled, false otherwise

◆ flightControls()

virtual DtFlightControlsInputLogic & makVre::DtPilotSimLogic::flightControls ( )

virtual

Gets a reference to the flight controls input logic.

Returns: Reference to the flight controls input logic component

◆ instrumentControls()

virtual DtPilotInstrumentsInputLogic & makVre::DtPilotSimLogic::instrumentControls ( )

virtual

Gets a reference to the instrument controls input logic.

Returns: Reference to the instrument controls input logic component

◆ isHelo()

virtual bool makVre::DtPilotSimLogic::isHelo ( )

inlinevirtual

Checks if the aircraft is a helicopter.

Returns: True if the aircraft is a helicopter, false if it's fixed-wing

References myHelo.

◆ isCargoDoorOpen()

virtual bool makVre::DtPilotSimLogic::isCargoDoorOpen ( )

virtual

Checks if the cargo door is open.

Returns: True if the cargo door is open, false otherwise

◆ openCargoDoor()

virtual void makVre::DtPilotSimLogic::openCargoDoor ( )

virtual

Opens the cargo door.

◆ closeCargoDoor()

virtual void makVre::DtPilotSimLogic::closeCargoDoor ( )

virtual

Closes the cargo door.

◆ isSlidingDoorOpen()

virtual bool makVre::DtPilotSimLogic::isSlidingDoorOpen ( )

virtual

Checks if the sliding door is open.

Returns: True if the sliding door is open, false otherwise

◆ openSlidingDoor()

virtual void makVre::DtPilotSimLogic::openSlidingDoor ( )

virtual

Opens the sliding door.

◆ closeSlidingDoor()

virtual void makVre::DtPilotSimLogic::closeSlidingDoor ( )

virtual

Closes the sliding door.

◆ isSlingLoadDoorOpen()

virtual bool makVre::DtPilotSimLogic::isSlingLoadDoorOpen ( )

virtual

Checks if the sling load door is open.

Returns: True if the sling load door is open, false otherwise

◆ openSlingLoadDoor()

virtual void makVre::DtPilotSimLogic::openSlingLoadDoor ( )

virtual

Opens the sling load door.

◆ closeSlingLoadDoor()

virtual void makVre::DtPilotSimLogic::closeSlingLoadDoor ( )

virtual

Closes the sling load door.

◆ isLandingGearDown()

virtual bool makVre::DtPilotSimLogic::isLandingGearDown ( )

virtual

Checks if the landing gear is down.

Returns: True if the landing gear is down, false if it's up

◆ requestSarImage()

virtual void makVre::DtPilotSimLogic::requestSarImage ( )

virtual

Requests a Synthetic Aperture Radar (SAR) image.

◆ gimbalTrackLaserCode()

virtual void makVre::DtPilotSimLogic::gimbalTrackLaserCode	(	int	laserCode,
		bool	continuousTrack )

virtual

Commands the gimbal sensor to track a laser code.

Parameters

laserCode	The laser code to track
continuousTrack	Flag indicating whether to continuously track the code

◆ gimbalTrackMgrsCoord()

virtual void makVre::DtPilotSimLogic::gimbalTrackMgrsCoord ( const std::string & mgrsCoord )

virtual

Commands the gimbal sensor to track an MGRS coordinate.

Parameters

mgrsCoord MGRS coordinate string to track

◆ cycleGimbalSensorMode()

virtual void makVre::DtPilotSimLogic::cycleGimbalSensorMode ( )

virtual

Cycles to the next gimbal sensor mode.

Cycles through available sensor modes which typically include IR (infrared), NVG (night vision), and OTW (out-the-window/normal vision).

◆ setAutopilot()

virtual void makVre::DtPilotSimLogic::setAutopilot	(	const std::string &	newMode,
		bool	stayDisabledIfOff = false )

virtual

Sets the autopilot mode.

Parameters

newMode	New autopilot mode to set ("OFF", "PATH", "ALT/HDG/SPD", "ALT", "HDG", "SPD")
stayDisabledIfOff	If true and the mode is set to "OFF", autopilot will remain off when toggled

Pass an empty string to cycle to the next setting.

◆ toggleAutopilot()

virtual void makVre::DtPilotSimLogic::toggleAutopilot ( )

virtual

Toggles the autopilot on/off.

◆ resetInPlace()

virtual void makVre::DtPilotSimLogic::resetInPlace ( float val = 1 )

overridevirtual

Resets the aircraft in its current location.

Parameters

val	Input value, typically 1.0 for activation

Overloaded to handle special case when the aircraft is on the ground

Reimplemented from makVre::DtEntityControlLogic.

◆ setFlap()

virtual void makVre::DtPilotSimLogic::setFlap ( int flap )

virtual

Sets the flap position.

Parameters

flap	Flap position index to set

◆ setAutopilotMode()

virtual void makVre::DtPilotSimLogic::setAutopilotMode ( const std::string & value )

virtual

Sets the autopilot mode extended data.

Parameters

value Mode value as a string

◆ setAutopilotHeading()

virtual void makVre::DtPilotSimLogic::setAutopilotHeading ( const std::string & value )

virtual

Sets the autopilot heading extended data.

Parameters

value Heading value as a string

◆ setAutopilotAltitude()

virtual void makVre::DtPilotSimLogic::setAutopilotAltitude ( const std::string & value )

virtual

Sets the autopilot altitude extended data.

Parameters

value Altitude value as a string

◆ setAutopilotSpeed()

virtual void makVre::DtPilotSimLogic::setAutopilotSpeed ( const std::string & value )

virtual

Sets the autopilot speed extended data.

Parameters

value Speed value as a string

◆ setAutopilotRoute()

virtual void makVre::DtPilotSimLogic::setAutopilotRoute ( const std::string & value )

virtual

Sets the autopilot route extended data.

Parameters

value Route value as a string

◆ suppressWarnings()

virtual void makVre::DtPilotSimLogic::suppressWarnings ( )

virtual

Suppresses warning messages temporarily.

Suppresses audio and visual warnings for a configured duration

◆ trigger()

virtual void makVre::DtPilotSimLogic::trigger ( double val )

virtual

Handles joystick trigger input.

Parameters

val	Input value, typically 1.0 for activation

◆ toggleObserverAttachMode()

virtual void makVre::DtPilotSimLogic::toggleObserverAttachMode ( double val )

virtual

Toggles between first-person and third-person view modes.

Parameters

val	Input value, typically 1.0 for activation

◆ toggleLasingState()

virtual void makVre::DtPilotSimLogic::toggleLasingState ( )

virtual

Toggles the laser designator on/off.

◆ setLaserCode()

virtual void makVre::DtPilotSimLogic::setLaserCode ( int val )

virtual

Sets the laser designator code.

Parameters

val	Laser code to set

◆ setBullseye()

virtual void makVre::DtPilotSimLogic::setBullseye ( const DtEntityIdentifier & target )

virtual

Sets the target as the bullseye reference point.

Parameters

target Entity identifier of the target to set as bullseye

◆ gimbalTrackDesignatedRadarTrack()

virtual void makVre::DtPilotSimLogic::gimbalTrackDesignatedRadarTrack ( )

virtual

Commands the gimbal sensor to track a radar-detected entity.

Directs the gimbal sensor to slew to and track the currently designated radar target

◆ countermeasuresLaunchParameters()

virtual CmLaunchParameters makVre::DtPilotSimLogic::countermeasuresLaunchParameters ( const std::string & countermeasuresName )

virtual

Gets the launch parameters for a specific countermeasure type.

Parameters

countermeasuresName Name of the countermeasures type

Returns: Launch parameters for the specified countermeasures

◆ clearTrackingLocation()

virtual void makVre::DtPilotSimLogic::clearTrackingLocation ( )

virtual

Clears the cached location the gimbaled sensor is pointing at.

◆ toggleNorthReference()

virtual void makVre::DtPilotSimLogic::toggleNorthReference ( double val )

virtual

Toggles between true north and magnetic north reference.

Parameters

val	Input value, typically 1.0 for activation

◆ handleSimState()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleSimState ( DtVreMessage * msg )

overrideprotectedvirtual

Handles simulation state messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

Updates state attributes based on ownship simulation state.

Reimplemented from makVre::DtEntityControlLogic.

◆ handleCockpitInitialized()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleCockpitInitialized ( DtVreMessage * msg )

protectedvirtual

Handles cockpit initialized messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

Updates the master warning enabled/disabled state on cockpit initialization.

◆ handleRwrCatalogRequest()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleRwrCatalogRequest ( DtVreMessage * msg )

protectedvirtual

Handles RWR catalog request messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

Updates the Radar Warning Receiver with the configured catalog when the RWR is initialized.

◆ handleRwrPlaySound()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleRwrPlaySound ( DtVreMessage * msg )

protectedvirtual

Handles RWR play sound messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

Plays the specified RWR sound or stops all sounds when "Stop" is specified.

◆ handleEntityStateStringMessage()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleEntityStateStringMessage ( DtVreMessage * msg )

protectedvirtual

Handles entity state string messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

Updates the "selectedWeaponLabel" state attribute when the "SelectedWeapon" state property is updated.

◆ handleSetRwrSoundsEnabledMessage()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleSetRwrSoundsEnabledMessage ( DtVreMessage * msg )

protectedvirtual

Handles RWR sounds enabled messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

Sets the "rwrSoundsEnabled" state attribute.

◆ handleGimbalCycleSensorModeMessage()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleGimbalCycleSensorModeMessage ( DtVreMessage * msg )

protectedvirtual

Handles gimbal cycle sensor mode messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

If this message is intended for this entity, cycles the gimbal view by calling cycleGimbalSensorMode(). This causes the gimbal view of the Multi-Functional Display to cycle to the next sensor view (typically IR, NVG, and Out-the-Window). This message can be received from a GL Studio mouse button click or controller input.

◆ handleCycleSelectedWeaponMessage()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleCycleSelectedWeaponMessage ( DtVreMessage * msg )

protectedvirtual

Handles cycle selected weapon messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

If this message is intended for this entity, cycles the selected weapon. This message is received from an MFD button click when the Weapons and Stores panel is activated.

◆ handleToggleAutoCountermeasuresMessage()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleToggleAutoCountermeasuresMessage ( DtVreMessage * msg )

protectedvirtual

Handles toggle auto countermeasures messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

If this message is intended for this entity, toggles automatic countermeasures on/off. This message is received from an MFD button click when the Weapons and Stores panel is activated.

◆ handleDesignatedTargetsUpdate()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleDesignatedTargetsUpdate ( DtVreMessage * msg )

protectedvirtual

Handles designated targets update messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

Handles radar target selection messages, which are received from a radar 'z' button click when in radar MFD or cursor select from joystick. Allows the gimbal sensor to track a radar-detected entity.

◆ handleWindowCreated()

virtual DtVreMessageResult makVre::DtPilotSimLogic::handleWindowCreated ( DtVreMessage * msg )

protectedvirtual

Handles window created messages.

Parameters

msg	Pointer to the message being processed

Returns: Message processing result

Caches the window and channel name for the gimbaled sensor when windows are created.

◆ addRwrSound()

virtual void makVre::DtPilotSimLogic::addRwrSound	(	const std::string &	key,
		const std::string &	soundFile,
		double	pitch,
		double	volume,
		bool	repeatSound )

protectedvirtual

Adds a sound to the RWR sound system.

Parameters

key	Identifier key for the sound
soundFile	Path to the sound file
pitch	Pitch adjustment for the sound
volume	Volume level for the sound
repeatSound	Whether the sound should loop

◆ playRwrSound()

virtual void makVre::DtPilotSimLogic::playRwrSound ( const std::string & key )

protectedvirtual

Plays a specific RWR sound.

Parameters

key	Identifier key of the sound to play

◆ stopRwrSounds()

virtual void makVre::DtPilotSimLogic::stopRwrSounds ( )

protectedvirtual

Stops all currently playing RWR sounds.

◆ stopLasingLocation()

virtual void makVre::DtPilotSimLogic::stopLasingLocation ( )

protectedvirtual

Stops the laser designator.

Deactivates the laser designator and stops lasing the current location

◆ startLasingLocation()

virtual void makVre::DtPilotSimLogic::startLasingLocation ( )

protectedvirtual

Starts the laser designator.

Activates the laser designator and begins lasing the current target location

Member Data Documentation

◆ myUseRTD

bool makVre::DtPilotSimLogic::myUseRTD

protected

Flag indicating if real-time dynamics are enabled.

◆ myFlightControlsInputLogic

DtFlightControlsInputLogic* makVre::DtPilotSimLogic::myFlightControlsInputLogic

protected

Pointer to the flight controls input logic component.

◆ myInstrumentsInputLogic

DtPilotInstrumentsInputLogic* makVre::DtPilotSimLogic::myInstrumentsInputLogic

protected

Pointer to the instruments input logic component.

◆ myAttachType

int makVre::DtPilotSimLogic::myAttachType

protected

Current observer attachment type.

◆ myAttachOffset

DtVector makVre::DtPilotSimLogic::myAttachOffset

protected

Offset vector for observer attachment.

◆ myAttachOrientation

DtTaitBryan makVre::DtPilotSimLogic::myAttachOrientation

protected

Orientation for observer attachment.

◆ myRwrSoundMap

std::map<std::string, makAudio::DtSound*> makVre::DtPilotSimLogic::myRwrSoundMap

protected

Map of RWR sounds indexed by sound key.

Sounds to play for various RWR events, such as when a new contact is added.

◆ myRwrConfig

DtInitTable makVre::DtPilotSimLogic::myRwrConfig

protected

Cached RWR configuration table.

Caches the Radar Warning Receiver catalog to send to the RWR once it's initialized.

◆ myHelo

bool makVre::DtPilotSimLogic::myHelo

protected

Flag indicating if the aircraft is a helicopter.

Referenced by isHelo().

◆ myCachedAutopilotMode

std::string makVre::DtPilotSimLogic::myCachedAutopilotMode

protected

Previously set autopilot mode.

◆ myLowAltitudeThreshold

double makVre::DtPilotSimLogic::myLowAltitudeThreshold

protected

Altitude threshold for low altitude warnings in meters.

◆ myStallThreshold

double makVre::DtPilotSimLogic::myStallThreshold

protected

Airspeed threshold for stall warnings in meters per second.

◆ myWarningsSuppressed

double makVre::DtPilotSimLogic::myWarningsSuppressed

protected

Time remaining for warning suppression in seconds.

◆ myGimbalWindowName

std::string makVre::DtPilotSimLogic::myGimbalWindowName

protected

Name of the window containing the gimbal display.

◆ myGimbalChannelName

std::string makVre::DtPilotSimLogic::myGimbalChannelName

protected

Name of the channel containing the gimbal display.

◆ mySensorName

std::string makVre::DtPilotSimLogic::mySensorName

protected

Name of the current sensor.

◆ myGimbalSensorModes

std::vector<std::string> makVre::DtPilotSimLogic::myGimbalSensorModes

protected

Vector of available gimbal sensor modes.

The different gimbal sensor modes (IR, NVG, Out-the-Window). The first element of the vector is the current mode. When cycling modes, the vector elements are rotated.

IR: infrared sensor view
NVG: night vision sensor view
Out-the-Window: regular view without special effects

◆ myObserver

makVrv::DtObserver* makVre::DtPilotSimLogic::myObserver

protected

Pointer to the observer for getting position and orientation.

Used in gun fire to get observer X,Y,Z & H,P,R

◆ myDesginatedRadarTarget

DtEntityIdentifier makVre::DtPilotSimLogic::myDesginatedRadarTarget

protected

Entity identifier of the currently designated radar target.

◆ myCmLaunchParameters

std::map<std::string, CmLaunchParameters> makVre::DtPilotSimLogic::myCmLaunchParameters

protected

Map of countermeasures launch parameters indexed by name.

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

include/roles/pilot/vrePilotFrontend/pilotSimLogic.h

Detailed Description

Classes

Public Member Functions

Protected Member Functions

Protected Attributes

Constructor & Destructor Documentation

◆ DtPilotSimLogic()

◆ ~DtPilotSimLogic()

Member Function Documentation

◆ initialize()

◆ tick()

◆ shutdown()

◆ type()

◆ sendJoystickMessage()

◆ useRTD()

◆ flightControls()

◆ instrumentControls()

◆ isHelo()

◆ isCargoDoorOpen()

◆ openCargoDoor()

◆ closeCargoDoor()

◆ isSlidingDoorOpen()

◆ openSlidingDoor()

◆ closeSlidingDoor()

◆ isSlingLoadDoorOpen()

◆ openSlingLoadDoor()

◆ closeSlingLoadDoor()

◆ isLandingGearDown()

◆ requestSarImage()

◆ gimbalTrackLaserCode()

◆ gimbalTrackMgrsCoord()

◆ cycleGimbalSensorMode()

◆ setAutopilot()

◆ toggleAutopilot()

◆ resetInPlace()

◆ setFlap()

◆ setAutopilotMode()

◆ setAutopilotHeading()

◆ setAutopilotAltitude()

◆ setAutopilotSpeed()

◆ setAutopilotRoute()

◆ suppressWarnings()

◆ trigger()

◆ toggleObserverAttachMode()

◆ toggleLasingState()

◆ setLaserCode()

◆ setBullseye()

◆ gimbalTrackDesignatedRadarTrack()

◆ countermeasuresLaunchParameters()

◆ clearTrackingLocation()

◆ toggleNorthReference()

◆ handleSimState()

◆ handleCockpitInitialized()

◆ handleRwrCatalogRequest()

◆ handleRwrPlaySound()

◆ handleEntityStateStringMessage()

◆ handleSetRwrSoundsEnabledMessage()

◆ handleGimbalCycleSensorModeMessage()

◆ handleCycleSelectedWeaponMessage()

◆ handleToggleAutoCountermeasuresMessage()

◆ handleDesignatedTargetsUpdate()

◆ handleWindowCreated()

◆ addRwrSound()

◆ playRwrSound()

◆ stopRwrSounds()

◆ stopLasingLocation()

◆ startLasingLocation()

Member Data Documentation

◆ myUseRTD

◆ myFlightControlsInputLogic

◆ myInstrumentsInputLogic

◆ myAttachType

◆ myAttachOffset

◆ myAttachOrientation

◆ myRwrSoundMap

◆ myRwrConfig

◆ myHelo

◆ myCachedAutopilotMode

◆ myLowAltitudeThreshold

◆ myStallThreshold