DtWeaponInfoInterface Class Reference

Abstract interface class for Weapon Information. This is used by DtWeaponInterfaceList. All code that is accessing information about weapons will have access to this base class only, and only be able to read the data. Weapon controllers will have derived versions that implement key functions for their specific weapon.

Inheritance diagram for DtWeaponInfoInterface:

Public Types
enum	TargetApplicability {   TargetApplicability_Unspecified = 0, TargetApplicability_NotApplicable = 1, TargetApplicability_Overkill = 2, TargetApplicability_Applicable = 3,   TargetApplicability_Ideal = 4 }
enum	WeaponStatus {   WeaponStatus_Busy = 1, WeaponStatus_Disabled = 2, WeaponStatus_OutOfAmmo = 4, WeaponStatus_Suppressed = 8,   WeaponStatus_Stowed = 16 }

Public Member Functions
	DtWeaponInfoInterface ()
virtual	~DtWeaponInfoInterface ()=0
virtual DtString	displayName () const =0
virtual DtU32	status () const =0
virtual DtString	statusString () const
virtual bool	ready () const
virtual bool	hasStatus (WeaponStatus testStatus) const
virtual std::list < DtSimTaskMessageType >	fireTaskTypes () const
virtual DtSimTask *	createFireTask (const DtRwLocationReference &location) const =0
virtual bool	withinTargetRegion (const DtVector &localPosition) const =0
virtual double	maximumRange () const =0
virtual double	minimumRange () const =0
virtual TargetApplicability	targetApplicability (const DtEntityType &type) const =0
virtual bool	targetAmmunition (const DtEntityType &type) const =0
virtual const std::list < DtEntityType > &	desiredAmmunition () const =0
virtual const std::list < DtArtPartType > &	mountPartList () const =0
virtual DtArtPartType	systemTurretNumber () const =0
virtual bool	controlExternalTurret () const =0
virtual const std::set < DtString > &	requiredTokens () const =0
virtual bool	autonomousFire () const =0
virtual const std::list < DtEntityType > &	autonomousTargetTypes () const =0
virtual const DtRwProperties *	weaponProperties () const =0
virtual int	priority () const =0

Static Public Member Functions
static std::string	targetApplicabilityString (TargetApplicability app)

Member Enumeration Documentation

enum DtWeaponInfoInterface::TargetApplicability

Enumerator
TargetApplicability_Unspecified
TargetApplicability_NotApplicable
TargetApplicability_Overkill
TargetApplicability_Applicable
TargetApplicability_Ideal

enum DtWeaponInfoInterface::WeaponStatus

Enumerator
WeaponStatus_Busy
WeaponStatus_Disabled
WeaponStatus_OutOfAmmo
WeaponStatus_Suppressed
WeaponStatus_Stowed

Constructor & Destructor Documentation

DtWeaponInfoInterface::DtWeaponInfoInterface

(

)

virtual DtWeaponInfoInterface::~DtWeaponInfoInterface ( )

pure virtual

Member Function Documentation

static std::string DtWeaponInfoInterface::targetApplicabilityString ( TargetApplicability  app )

static

virtual DtString DtWeaponInfoInterface::displayName ( ) const

pure virtual

Implemented in DtGenericWeaponInfo.

virtual DtU32 DtWeaponInfoInterface::status ( ) const

pure virtual

Weapon status bitfield. 0 indicates the weapon is in the "ready" state. For any non-0 value, the details of the status can be checked using the WeaponStatus bitfields on this return value.

Implemented in DtGenericWeaponInfo.

virtual DtString DtWeaponInfoInterface::statusString ( ) const

virtual

Returns

A string representation of the status.

virtual bool DtWeaponInfoInterface::ready ( ) const

virtual

Returns

true if the weapon is ready to be used. For any return other than true, status() provides details.

virtual bool DtWeaponInfoInterface::hasStatus ( WeaponStatus  testStatus ) const

virtual

Returns

True if this weapon curent has the indicated testStatus bit set in its status flags.

virtual std::list<DtSimTaskMessageType> DtWeaponInfoInterface::fireTaskTypes ( ) const

virtual

Task types that can be used to fire this weapon.

Reimplemented in DtGenericWeaponInfo.

virtual DtSimTask* DtWeaponInfoInterface::createFireTask ( const DtRwLocationReference &  location ) const

pure virtual

Returns

a new task to fire on the specified location.

Note

This may return null if a task cannot be generated for any reason.

Implemented in DtGenericWeaponInfo.

virtual bool DtWeaponInfoInterface::withinTargetRegion ( const DtVector &  localPosition ) const

pure virtual

Returns

True if the provided local coordinate is within the defined target region for this weapon.

Implemented in DtGenericWeaponInfo.

virtual double DtWeaponInfoInterface::maximumRange ( ) const

pure virtual

Returns

the maximum range of the weapon.

Implemented in DtGenericWeaponInfo.

virtual double DtWeaponInfoInterface::minimumRange ( ) const

pure virtual

Returns

the minimum range of the weapon.

Implemented in DtGenericWeaponInfo.

virtual TargetApplicability DtWeaponInfoInterface::targetApplicability ( const DtEntityType &  type ) const

pure virtual

Returns

A general applicability of this weapon for the specified target type.

Implemented in DtGenericWeaponInfo.

virtual bool DtWeaponInfoInterface::targetAmmunition ( const DtEntityType &  type ) const

pure virtual

Returns

Check if this weapon has ammunition for the specified target type.

Implemented in DtGenericWeaponInfo.

virtual const std::list<DtEntityType>& DtWeaponInfoInterface::desiredAmmunition ( ) const

pure virtual

List of the ammunition that is desired to be used by this weapon.

Implemented in DtGenericWeaponInfo.

virtual const std::list<DtArtPartType>& DtWeaponInfoInterface::mountPartList ( ) const

pure virtual

A list of articulated parts to which this weapon is attached. That is, its parent part, that parent's part, etc. Used to determine when different weapons are dependent on the same part. The list contains articulated part type numbers.

Implemented in DtGenericWeaponInfo.

virtual DtArtPartType DtWeaponInfoInterface::systemTurretNumber ( ) const

pure virtual

The articulated part corresponding to the turret in this gun system (as opposed to an ancestor part).

Implemented in DtGenericWeaponInfo.

virtual bool DtWeaponInfoInterface::controlExternalTurret ( ) const

pure virtual

Indicates that this weapon is controlling parent parts outside of the system to turn the gun. I.e., a tank MG is controlling the main turret in order to reach targets outside the normal slew range of the MG.

Implemented in DtGenericWeaponInfo.

virtual const std::set<DtString>& DtWeaponInfoInterface::requiredTokens ( ) const

pure virtual

List of resources required to operate the weapon; these are tokens that are reserved when the weapon operates, but are not consumed. There is no token reservation system; other components just check to see if their tokens against this set to see if there is a conflict. These tokens may represent crew members, for example.

Implemented in DtGenericWeaponInfo.

virtual bool DtWeaponInfoInterface::autonomousFire ( ) const

pure virtual

Indicates whether on not this weapon should be used by VR-Forces autonomous fire controllers.

Implemented in DtGenericWeaponInfo.

virtual const std::list<DtEntityType>& DtWeaponInfoInterface::autonomousTargetTypes ( ) const

pure virtual

Returns the entity types which this weapon would be used against for autonomous fire.

Implemented in DtGenericWeaponInfo.

virtual const DtRwProperties* DtWeaponInfoInterface::weaponProperties ( ) const

pure virtual

Implemented in DtGenericWeaponInfo.

virtual int DtWeaponInfoInterface::priority ( ) const

pure virtual

Priority of this weapon. Used to compare to other weapons on this platform if there are conflicts.

Note

Lower numbers indicate higher priority.

Implemented in DtGenericWeaponInfo.

---

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

• /data/exports/nrhent7-1/nightly/docs/vrForces.vrf5-2-branch/include/vrfobjcore/weaponInfoInterface.h