Detailed Description

DtVreGunJoyActuator provides a model of a turret mounted gun controllable via joystick. It extends the ballistic gun actuator and adds the ability to aim the gun using joystick inputs without needing a separate aiming actuator. The component manages firing mechanics, ammunition tracking, weapon switching, and projectile creation for various turret-mounted weapons.

Uses Descriptor Type: DtVreBallisticGunDescriptor

#include <vreGunJoyActuator.h>

Inheritance diagram for makVre::DtVreGunJoyActuator:

[legend]

Classes
struct	DtFireResult

struct	Munition

Public Member Functions
	DtVreGunJoyActuator (const DtString &name, DtLocalObject owner, DtSimulationServices simManager, DtComponentDescriptor desc=0, DtReaderWriterRegistry parentRegistry=0)

virtual	~DtVreGunJoyActuator () override

virtual bool	init () override

virtual const char *	type () const override

virtual void	tick () override

virtual void	preFirstTickInit () override

virtual void	updateStateProperties ()

Public Member Functions inherited from makVre::DtVreSimComponent< DtBallisticGunJoy >
	DtVreSimComponent (const DtString &name, DtLocalObject owner, DtSimulationServices simManager, DtComponentDescriptor desc=0, DtReaderWriterRegistry parentRegistry=0)

virtual	~DtVreSimComponent ()

bool	isPlayerControlled (const std::string &role="") const

DtString	entitySystemName () const

Public Member Functions inherited from makVre::DtBallisticGunJoy
	DtBallisticGunJoy (const DtString &name, DtLocalObject owner, DtSimulationServices simManager, DtComponentDescriptor desc, DtReaderWriterRegistry const parentRegistry=0)

virtual	~DtBallisticGunJoy () override

virtual void	setComponentDescriptor (DtComponentDescriptor *descriptor) override

virtual DtReal	setTarget (makVrf::DtArticulatedPartStateRepository *rotBody)

virtual makVrfEvents::DtFireEvent *	manualFireInteraction (makVrf::DtArticulatedPartStateRepository *rotBody)

virtual makVrfEvents::DtDetonationEvent *	manualDetonationInteraction (makVrf::DtArticulatedPartStateRepository *rotBody, DtReal &detTime, DtReal dist)

virtual DtUUID	targetSelection (makVrf::DtArticulatedPartStateRepository *rotBody, DtReal &dist)

virtual DtReal	distanceToTarget ()

Static Public Member Functions
static DtSimComponent *	creator (const DtString &name, DtLocalObject owner, DtSimulationServices simManager, DtComponentDescriptor desc=0, DtReaderWriterRegistry parentRegistry=0)

Static Public Member Functions inherited from makVre::DtBallisticGunJoy
static void	detonationCallback (DtTimer *timer)

static DtSimComponent *	creator (const DtString &name, DtLocalObject owner, DtSimulationServices simManager, DtComponentDescriptor desc=0, DtReaderWriterRegistry parentRegistry=0)

Protected Member Functions
virtual DtVreMessageResult	handleCommanderOverride (DtVreMessage *msg)

virtual double	getAmmoLoadTime (const DtEntityType &ammoType)

bool	aimGunElevation ()

virtual bool	createPortGroups () override

virtual bool	createPorts () override

virtual bool	aimGun () override

virtual void	getFireResult (const DtVector &shooterPosition, const DtTaitBryan shooterOrienation, DtFireResult &fireResult)

virtual bool	createFlyOutProjectile (const DtVector &shooterPosition, const DtTaitBryan shooterOrienation)

virtual void	createDetonation (const DtVector &detonationPosition, const DtFireResult &fireResult)

virtual makVrfEvents::DtFireEvent *	createFireInteraction (const DtVector &firingPosition, const DtTaitBryan firingOrientation)

virtual makVrfEvents::DtDetonationEvent *	createDetonationInteraction (const DtVector &firingPosition, const DtTaitBryan firingOrientation, const DtFireResult &fireResult, DtReal &detTime)

virtual void	decrementResource ()

virtual int	currentResourceCount () const

	DtVreGunJoyActuator ()

	DtVreGunJoyActuator (const DtVreGunJoyActuator &orig)

const DtVreGunJoyActuator &	operator= (const DtVreGunJoyActuator &orig)

void	setCurrentMunition (int munition)

DtSimResource *	findResource (DtEntityType resourceType)

const DtSimResource *	findResource (DtEntityType resourceType) const

virtual makVre::DtVreMessageResult	handleFireInput (makVre::DtVreMessage *msg)

virtual makVre::DtVreMessageResult	handleWeaponGeometry (makVre::DtVreMessage *msg)

virtual void	initializeResource (const DtSimResource *resource)

virtual DtSimMunition *	getMunitionFromResourceType (const DtEntityType &resourceType) const

virtual const DtSimResource *	lookupMunitionResource (const DtEntityType &resource) const

Protected Attributes
DtVreBallisticGunDescriptor *	myVreBallisticGunDescriptor

makVre::DtAmmoLoadTimeList	myAmmoLoadTimeList

DtInputPortGroup *	myWeaponPortGroup

DtBooleanInputPort *	myFirePort

DtBooleanInputPort *	myNextWeaponPort

DtBooleanInputPort *	myPreviousWeaponPort

DtBooleanOutputPort *	myFiringPort

DtVreAmmunitionManager *	myAmmunitionManager

std::vector< Munition >	myMunitions

bool	myIsFiring

int	myCurrentMunition

DtVector	myWorldFiringPosition

DtTaitBryan	myWorldFiringOrientation

bool	myOverrideArtPartGeometry

bool	myCommanderOverrideActive

bool	myPreviouslyEngaged

double	myDisengageElapsedTime

double	myReturnGunToCgfControlDuration = 2.0

Protected Attributes inherited from makVre::DtBallisticGunJoy
bool	myReportedNoArticulation

DtConstrainedAnalogInputPort *	myElevationPort

DtBooleanInputPort *	myActiveJoystickPort

Constructor & Destructor Documentation

◆ DtVreGunJoyActuator() [1/3]

makVre::DtVreGunJoyActuator::DtVreGunJoyActuator	(	const DtString &	name,
		DtLocalObject *	owner,
		DtSimulationServices *	simManager,
		DtComponentDescriptor *	desc = 0,
		DtReaderWriterRegistry *	parentRegistry = 0 )

Constructor.

Parameters

name	The name of this component
owner	The local object that owns this component
simManager	The simulation services manager
desc	Component descriptor with configuration parameters
parentRegistry	Optional parent registry for reader/writer functionality

Creates a new gun joystick actuator component with the specified parameters.

Referenced by DtVreGunJoyActuator(), and operator=().

◆ ~DtVreGunJoyActuator()

virtual makVre::DtVreGunJoyActuator::~DtVreGunJoyActuator ( )

overridevirtual

Virtual destructor.

Cleans up resources used by the gun joystick actuator component, including ammunition manager and port connections.

◆ DtVreGunJoyActuator() [2/3]

makVre::DtVreGunJoyActuator::DtVreGunJoyActuator ( )

protected

Default constructor (not implemented)

Default constructor is protected and not implemented to prevent creation of instances without proper initialization.

◆ DtVreGunJoyActuator() [3/3]

makVre::DtVreGunJoyActuator::DtVreGunJoyActuator ( const DtVreGunJoyActuator & orig )

protected

Copy constructor (not implemented)

Copy constructor is protected and not implemented to prevent copy construction.

References DtVreGunJoyActuator().

Member Function Documentation

◆ init()

virtual bool makVre::DtVreGunJoyActuator::init ( )

overridevirtual

Initializes the gun joystick actuator.

Returns: True if initialization is successful, false otherwise

Performs initial setup of the gun joystick actuator, including port connections, ammunition management, and message handling. Called during component initialization.

◆ type()

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

overridevirtual

Gets the type identifier for this component.

Returns: String identifying the component type (DtVreGunJoyActuatorType)

Implements the DtSimComponent::type() method to return the type identifier for this component.

Reimplemented from makVre::DtBallisticGunJoy.

◆ tick()

virtual void makVre::DtVreGunJoyActuator::tick ( )

overridevirtual

Updates the actuator state each simulation frame.

Processes input controls, manages firing state, aims the gun using joystick inputs, and handles ammunition consumption during each simulation frame. This is the main update method called every simulation tick.

Reimplemented from makVre::DtBallisticGunJoy.

◆ preFirstTickInit()

virtual void makVre::DtVreGunJoyActuator::preFirstTickInit ( )

overridevirtual

Performs initialization before the first simulation tick.

Sets up initial states and configurations before the simulation begins, including loading ammunition types and initializing resources. This initialization is performed once before the first tick of the simulation.

◆ updateStateProperties()

virtual void makVre::DtVreGunJoyActuator::updateStateProperties ( )

virtual

Updates the state properties for the gun actuator.

Synchronizes and updates simulation state properties related to the gun actuator, such as ammunition counts, and weapon status. This method ensures that the current state of the gun is accurately reflected in the simulation's state properties for use by the VRE Frontend, networking, and other systems that monitor or display weapon status.

Typically called after firing, reloading, or changing ammunition to keep state properties consistent with the gun's actual state.

◆ creator()

static DtSimComponent * makVre::DtVreGunJoyActuator::creator	(	const DtString &	name,
		DtLocalObject *	owner,
		DtSimulationServices *	simManager,
		DtComponentDescriptor *	desc = 0,
		DtReaderWriterRegistry *	parentRegistry = 0 )

static

Factory method to create a new instance of this component.

Parameters

name	The name for the new component
owner	The local object that will own this component
simManager	The simulation services manager
desc	Optional component descriptor
parentRegistry	Optional parent registry for reader/writer functionality

Returns: Pointer to the newly created component

Static factory method used by the component creation system to instantiate new instances of this component type.

◆ handleCommanderOverride()

virtual DtVreMessageResult makVre::DtVreGunJoyActuator::handleCommanderOverride ( DtVreMessage * msg )

protectedvirtual

Handles commander override message.

Parameters

msg	Pointer to the message containing override parameters

Returns: Message processing result indicating success or failure

Processes CommanderOverride messages, which activate or deactivate commander override mode. When in commander override mode, direct control inputs take precedence over AI control or other input methods.

◆ getAmmoLoadTime()

virtual double makVre::DtVreGunJoyActuator::getAmmoLoadTime ( const DtEntityType & ammoType )

protectedvirtual

Gets the load time for a specific ammunition type.

Parameters

ammoType The entity type ID of the ammunition

Returns: The load time in seconds for the specified ammunition type

Looks up the load time for the given ammunition type from the configured ammunition load time list. This determines how long it takes to switch to this ammunition type.

◆ aimGunElevation()

bool makVre::DtVreGunJoyActuator::aimGunElevation ( )

protected

Controls the elevation aspect of gun aiming.

Returns: True if elevation aiming is complete, false otherwise

Adjusts the elevation component of the gun's aim based on input controls. This method specifically handles the vertical movement of the gun turret.

◆ createPortGroups()

virtual bool makVre::DtVreGunJoyActuator::createPortGroups ( )

overrideprotectedvirtual

Creates the port groups for weapon control.

Returns: True if port groups are successfully created, false otherwise

Overridden to create the weapon control input port group. This method creates the port group structure needed for handling weapon control inputs via joystick.

◆ createPorts()

virtual bool makVre::DtVreGunJoyActuator::createPorts ( )

overrideprotectedvirtual

Creates the input and output ports for the actuator.

Returns: True if ports are successfully created, false otherwise

Overridden to create local ports for weapon control inputs (fire, next/previous weapon) and outputs (firing state) needed for joystick control.

Reimplemented from makVre::DtBallisticGunJoy.

◆ aimGun()

virtual bool makVre::DtVreGunJoyActuator::aimGun ( )

overrideprotectedvirtual

Aims the gun based on joystick input ports.

Returns: True if aiming is complete, false otherwise

Aims the gun based on joystick input ports. Uses the elevation input port to determine the correct elevation angle and the azimuth input port to determine the correct azimuth angle. Returns true when the gun has reached the desired aim position.

◆ getFireResult()

virtual void makVre::DtVreGunJoyActuator::getFireResult	(	const DtVector &	shooterPosition,
		const DtTaitBryan	shooterOrienation,
		DtFireResult &	fireResult )

protectedvirtual

Calculates the result of firing the weapon.

Parameters

shooterPosition	The geocentric position of the shooter
shooterOrienation	The orientation of the shooter
fireResult	Output parameter that will contain the fire result

Calculates the result of firing the weapon from the given position and orientation. This includes determining if a target was hit, the range to the target, and the detonation result. The results are stored in the provided fireResult structure.

◆ createFlyOutProjectile()

virtual bool makVre::DtVreGunJoyActuator::createFlyOutProjectile	(	const DtVector &	shooterPosition,
		const DtTaitBryan	shooterOrienation )

protectedvirtual

Creates a flyout projectile from the weapon.

Parameters

shooterPosition	The geocentric position of the shooter
shooterOrienation	The orientation of the shooter

Returns: True if projectile was successfully created, false otherwise

Creates a physical flyout projectile from the weapon at the specified position and with the specified orientation. This creates a visual representation of the projectile as it moves through the simulation.

◆ createDetonation()

virtual void makVre::DtVreGunJoyActuator::createDetonation	(	const DtVector &	detonationPosition,
		const DtFireResult &	fireResult )

protectedvirtual

Creates a detonation at the specified position.

Parameters

detonationPosition	The geocentric position where detonation occurs
fireResult	The fire result containing detonation parameters

Creates a detonation at the given position using the fire result to determine detonation characteristics. This handles the effects and damage processing when a projectile reaches its target or maximum range.

◆ createFireInteraction()

virtual makVrfEvents::DtFireEvent * makVre::DtVreGunJoyActuator::createFireInteraction	(	const DtVector &	firingPosition,
		const DtTaitBryan	firingOrientation )

protectedvirtual

Creates a fire event for interaction processing.

Parameters

firingPosition	The geocentric position of the firing point
firingOrientation	The orientation of the firing point

Returns: Pointer to the created fire event, or nullptr if creation failed

Creates and initializes a fire event based on the specified position and orientation. This event represents the firing of the weapon and is used in the interaction system.

◆ createDetonationInteraction()

virtual makVrfEvents::DtDetonationEvent * makVre::DtVreGunJoyActuator::createDetonationInteraction	(	const DtVector &	firingPosition,
		const DtTaitBryan	firingOrientation,
		const DtFireResult &	fireResult,
		DtReal &	detTime )

protectedvirtual

Creates a detonation event for interaction processing.

Parameters

firingPosition	The geocentric position of the firing point
firingOrientation	The orientation of the firing point
fireResult	The results of the firing calculation
detTime	Output parameter that will contain the detonation time

Returns: Pointer to the created detonation event, or nullptr if creation failed

Creates and initializes a detonation event based on the specified position, orientation, and fire result. This event represents the detonation of a projectile and is used in the interaction system. The detonation time is calculated and returned in the detTime parameter.

◆ decrementResource()

virtual void makVre::DtVreGunJoyActuator::decrementResource ( )

protectedvirtual

Decrements the ammunition resource count.

Decrements the available ammunition count for the current munition type. This is called after firing the weapon to reflect ammunition consumption.

◆ currentResourceCount()

virtual int makVre::DtVreGunJoyActuator::currentResourceCount ( ) const

protectedvirtual

Gets the current ammunition resource count.

Returns: The number of available rounds for the current munition type

Returns the number of available rounds remaining for the currently selected munition type. Used to track ammunition availability.

◆ operator=()

const DtVreGunJoyActuator & makVre::DtVreGunJoyActuator::operator= ( const DtVreGunJoyActuator & orig )

protected

Assignment operator (not implemented)

Returns: Reference to this object

Assignment operator is protected and not implemented to prevent assignment.

References DtVreGunJoyActuator().

◆ setCurrentMunition()

void makVre::DtVreGunJoyActuator::setCurrentMunition ( int munition )

protected

Sets the current munition type for the weapon.

Parameters

munition Index of the munition type to set as current

Updates the current munition type used by the weapon, which affects the ammunition type consumed and the firing characteristics.

◆ findResource() [1/2]

DtSimResource * makVre::DtVreGunJoyActuator::findResource ( DtEntityType resourceType )

protected

Finds a specific resource by type.

Parameters

resourceType The entity type of the resource to find

Returns: Pointer to the resource if found, nullptr otherwise

Searches for and returns a pointer to a resource of the specified type. This is used to access ammunition resources for the weapon.

◆ findResource() [2/2]

const DtSimResource * makVre::DtVreGunJoyActuator::findResource ( DtEntityType resourceType ) const

protected

Finds a specific resource by type (const version)

Parameters

resourceType The entity type of the resource to find

Returns: Const pointer to the resource if found, nullptr otherwise

Const version of findResource that searches for and returns a constant pointer to a resource of the specified type.

◆ handleFireInput()

virtual makVre::DtVreMessageResult makVre::DtVreGunJoyActuator::handleFireInput ( makVre::DtVreMessage * msg )

protectedvirtual

Handles fire input messages from external sources.

Parameters

msg	Pointer to the message containing fire input parameters

Returns: Message processing result indicating success or failure

Processes FireInput messages, which provide external control over the firing state of the weapon. This allows the weapon to be fired through message-based commands rather than joystick inputs.

◆ handleWeaponGeometry()

virtual makVre::DtVreMessageResult makVre::DtVreGunJoyActuator::handleWeaponGeometry ( makVre::DtVreMessage * msg )

protectedvirtual

Handles weapon geometry messages for positioning.

Parameters

msg	Pointer to the message containing weapon geometry parameters

Returns: Message processing result indicating success or failure

Processes WeaponGeometry messages, which provide information about the position and orientation of the weapon. This is used for external control of weapon positioning, overriding articulated part geometry.

◆ initializeResource()

virtual void makVre::DtVreGunJoyActuator::initializeResource ( const DtSimResource * resource )

protectedvirtual

Initializes a resource for use with this weapon.

Parameters

resource Pointer to the resource to initialize

Sets up a simulation resource for use with this weapon, including configuring any necessary properties based on the weapon characteristics. This is typically called during initialization for each available ammunition type.

◆ getMunitionFromResourceType()

virtual DtSimMunition * makVre::DtVreGunJoyActuator::getMunitionFromResourceType ( const DtEntityType & resourceType ) const

protectedvirtual

Gets a munition object from a resource type.

Parameters

resourceType The entity type of the resource

Returns: Pointer to the munition object, or nullptr if not found

Retrieves a munition object corresponding to the specified resource type. This translates between resource types and the actual munition objects that define the projectile characteristics.

◆ lookupMunitionResource()

virtual const DtSimResource * makVre::DtVreGunJoyActuator::lookupMunitionResource ( const DtEntityType & resource ) const

protectedvirtual

Looks up a munition resource by entity type.

Parameters

resource The entity type of the resource to find

Returns: Const pointer to the resource if found, nullptr otherwise

Looks up a munition resource by its entity type. This method searches through available resources to find a matching munition resource.

Member Data Documentation

◆ myVreBallisticGunDescriptor

DtVreBallisticGunDescriptor* makVre::DtVreGunJoyActuator::myVreBallisticGunDescriptor

protected

Cached pointer to the ballistic gun descriptor.

Caching expected derived descriptor pointer for convenience. Contains the configuration parameters for this gun component.

◆ myAmmoLoadTimeList

makVre::DtAmmoLoadTimeList makVre::DtVreGunJoyActuator::myAmmoLoadTimeList

protected

List of ammunition load times.

Contains the load time information for different ammunition types, used to determine how long it takes to switch between ammunitions.

◆ myWeaponPortGroup

DtInputPortGroup* makVre::DtVreGunJoyActuator::myWeaponPortGroup

protected

Port group for weapon control inputs.

◆ myFirePort

DtBooleanInputPort* makVre::DtVreGunJoyActuator::myFirePort

protected

Input port for fire command.

◆ myNextWeaponPort

DtBooleanInputPort* makVre::DtVreGunJoyActuator::myNextWeaponPort

protected

Input port for next weapon selection.

◆ myPreviousWeaponPort

DtBooleanInputPort* makVre::DtVreGunJoyActuator::myPreviousWeaponPort

protected

Input port for previous weapon selection.

◆ myFiringPort

DtBooleanOutputPort* makVre::DtVreGunJoyActuator::myFiringPort

protected

Output port for firing state.

◆ myAmmunitionManager

DtVreAmmunitionManager* makVre::DtVreGunJoyActuator::myAmmunitionManager

protected

Manager for ammunition resources.

Handles tracking and management of ammunition resources for this weapon, including finding, loading, and decrementing ammunition counts.

◆ myMunitions

std::vector<Munition> makVre::DtVreGunJoyActuator::myMunitions

protected

List of available munitions for this weapon.

◆ myIsFiring

bool makVre::DtVreGunJoyActuator::myIsFiring

protected

Flag indicating whether the weapon is currently firing.

◆ myCurrentMunition

int makVre::DtVreGunJoyActuator::myCurrentMunition

protected

Index of the currently selected munition type.

◆ myWorldFiringPosition

DtVector makVre::DtVreGunJoyActuator::myWorldFiringPosition

protected

Current world position for firing the weapon.

◆ myWorldFiringOrientation

DtTaitBryan makVre::DtVreGunJoyActuator::myWorldFiringOrientation

protected

Current world orientation for firing the weapon.

◆ myOverrideArtPartGeometry

bool makVre::DtVreGunJoyActuator::myOverrideArtPartGeometry

protected

Flag for overriding articulated part geometry.

Set to true when FireInput and WeaponGeometry messages are used for firing the weapon, false when using joystick input. Determines how myWorldFiringPosition and myWorldFiringOrientation values are set (either from FireInput/WeaponGeometry messages, or from articulated parts).

◆ myCommanderOverrideActive

bool makVre::DtVreGunJoyActuator::myCommanderOverrideActive

protected

Flag for commander override mode.

When true, indicates that commander override mode is active, which gives direct control inputs precedence over AI control or other input methods.

◆ myPreviouslyEngaged

bool makVre::DtVreGunJoyActuator::myPreviouslyEngaged

protected

Flag tracking previous engagement state.

Keeps track of engagement state so weapon can unload on disengagement. This prevents VR-Forces from using non-optimal ammunition under CGF control, which could occur when this component loads a munition and then CGF control fires on a valid target that might not be the best match by level of DIS enumeration specificity.

◆ myDisengageElapsedTime

double makVre::DtVreGunJoyActuator::myDisengageElapsedTime

protected

Elapsed time since player disengaged from gunner role.

Accumulates time in seconds since the player disengaged from the gunner role. Used to buffer the aimGun function to prevent CGF from immediately resetting gun elevation to 0 when swapping roles. Reset to 0.0 when player regains control.

See also: myReturnGunToCgfControlDuration

◆ myReturnGunToCgfControlDuration

double makVre::DtVreGunJoyActuator::myReturnGunToCgfControlDuration = 2.0

protected

Duration before returning gun control to CGF.

Time in seconds to wait after player disengages before allowing CGF to control gun aiming. This prevents unwanted elevation resets during role swaps. The value is read from the descriptor during initialization.

Note: Default value is 2.0 seconds

See also: myDisengageElapsedTime; DtVreBallisticGunDescriptor::returnGunToCGFControlDuration()

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

include/vrfExtensions/vreVrfmodel/vreGunJoyActuator.h

Detailed Description

Classes

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Constructor & Destructor Documentation

◆ DtVreGunJoyActuator() [1/3]

◆ ~DtVreGunJoyActuator()

◆ DtVreGunJoyActuator() [2/3]

◆ DtVreGunJoyActuator() [3/3]

Member Function Documentation

◆ init()

◆ type()

◆ tick()

◆ preFirstTickInit()

◆ updateStateProperties()

◆ creator()

◆ handleCommanderOverride()

◆ getAmmoLoadTime()

◆ aimGunElevation()

◆ createPortGroups()

◆ createPorts()

◆ aimGun()

◆ getFireResult()

◆ createFlyOutProjectile()

◆ createDetonation()

◆ createFireInteraction()

◆ createDetonationInteraction()

◆ decrementResource()

◆ currentResourceCount()

◆ operator=()

◆ setCurrentMunition()

◆ findResource() [1/2]

◆ findResource() [2/2]

◆ handleFireInput()

◆ handleWeaponGeometry()

◆ initializeResource()

◆ getMunitionFromResourceType()

◆ lookupMunitionResource()

Member Data Documentation

◆ myVreBallisticGunDescriptor

◆ myAmmoLoadTimeList

◆ myWeaponPortGroup

◆ myFirePort

◆ myNextWeaponPort

◆ myPreviousWeaponPort

◆ myFiringPort

◆ myAmmunitionManager

◆ myMunitions

◆ myIsFiring

◆ myCurrentMunition

◆ myWorldFiringPosition

◆ myWorldFiringOrientation

◆ myOverrideArtPartGeometry

◆ myCommanderOverrideActive

◆ myPreviouslyEngaged

◆ myDisengageElapsedTime

◆ myReturnGunToCgfControlDuration