Detailed Description

This class represents the data gathered by an RWR about a particular emitter (radar) detected in the environment. It provides information about the contact's position, signal characteristics, and emitter identification. This is a readable/writable class that can store and read itself from a file. Note that entity IDs are not persisted, as they change between scenario runs.

#include <rwRwrContactInfo.h>

Inheritance diagram for DtRwRwrContactInfo:

[legend]

Public Member Functions
	DtRwRwrContactInfo ()

	DtRwRwrContactInfo (const DtString &name, DtReaderWriterRegistry *const parentRegistry=NULL)

	DtRwRwrContactInfo (const DtSymbolString &name, DtReaderWriterRegistry *const parentRegistry=NULL)

	DtRwRwrContactInfo (const DtRwRwrContactInfo &orig, DtReaderWriterRegistry *const parentRegistry=NULL)

virtual	~DtRwRwrContactInfo () override

DtRwRwrContactInfo &	operator= (const DtRwRwrContactInfo &orig)

virtual void	setContactAzimuth (double azimuth)

virtual double	contactAzimuth () const

virtual void	setContactElevation (double elevation)

virtual double	contactElevation () const

virtual void	setContactRange (double range)

virtual double	contactRange () const

virtual void	setContactRadarMode (int mode)

virtual int	contactRadarMode () const

virtual void	setContactPower (double power)

virtual double	contactPower () const

virtual void	setEmitterSystemId (const DtString &id)

virtual DtString	emitterSystemId () const

DtRwTemplatedUUIDList &	targets ()

virtual DtRwRwrContactInfo *	clone () const

bool	operator== (const DtRwRwrContactInfo &other) const

bool	operator!= (const DtRwRwrContactInfo &rhs)

virtual char *	encode (char *buffer) const

virtual const char *	decode (const char *buffer)

virtual int	getSize () const

Protected Attributes
DtRwReal	myContactAzimuth

DtRwReal	myContactElevation

DtRwReal	myContactRange

DtRwInt	myRadarMode

DtRwReal	mySignalPower

DtRwString	myEmitterSystemId

DtRwTemplatedUUIDList	myTargets

Constructor & Destructor Documentation

◆ DtRwRwrContactInfo() [1/4]

DtRwRwrContactInfo::DtRwRwrContactInfo ( )

Default constructor.

Initializes an RWR contact info object with default values.

Referenced by clone(), DtRwRwrContactInfo(), operator!=(), operator=(), and operator==().

◆ DtRwRwrContactInfo() [2/4]

DtRwRwrContactInfo::DtRwRwrContactInfo	(	const DtString &	name,
		DtReaderWriterRegistry *const	parentRegistry = NULL )

Constructor with name.

Parameters

name	The name of the RWR contact
parentRegistry	Optional reader-writer registry for serialization

◆ DtRwRwrContactInfo() [3/4]

DtRwRwrContactInfo::DtRwRwrContactInfo	(	const DtSymbolString &	name,
		DtReaderWriterRegistry *const	parentRegistry = NULL )

Constructor with symbol name.

Parameters

name	The symbol name of the RWR contact
parentRegistry	Optional reader-writer registry for serialization

◆ DtRwRwrContactInfo() [4/4]

DtRwRwrContactInfo::DtRwRwrContactInfo	(	const DtRwRwrContactInfo &	orig,
		DtReaderWriterRegistry *const	parentRegistry = NULL )

Copy constructor.

Parameters

orig	The RWR contact info to copy from
parentRegistry	Optional reader-writer registry for serialization

References DtRwRwrContactInfo().

◆ ~DtRwRwrContactInfo()

virtual DtRwRwrContactInfo::~DtRwRwrContactInfo ( )

overridevirtual

Virtual destructor.

Member Function Documentation

◆ operator=()

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

Assignment operator.

Parameters

orig	The RWR contact info to copy from

Returns: Reference to this object after assignment

References DtRwRwrContactInfo().

◆ setContactAzimuth()

virtual void DtRwRwrContactInfo::setContactAzimuth ( double azimuth )

virtual

Sets the contact's azimuth relative to the platform's heading.

Parameters

azimuth The azimuth angle in degrees

Sets the azimuth angle (in degrees) of the contact relative to the platform's heading. Negative azimuth values indicate the contact is towards the left.

◆ contactAzimuth()

virtual double DtRwRwrContactInfo::contactAzimuth ( ) const

virtual

Gets the contact's azimuth.

Returns: The azimuth angle in degrees relative to the platform's heading

◆ setContactElevation()

virtual void DtRwRwrContactInfo::setContactElevation ( double elevation )

virtual

Sets the contact's elevation angle.

Parameters

elevation The elevation angle in degrees

Sets the elevation angle (in degrees) of the contact relative to the platform.

◆ contactElevation()

virtual double DtRwRwrContactInfo::contactElevation ( ) const

virtual

Gets the contact's elevation angle.

Returns: The elevation angle in degrees

◆ setContactRange()

virtual void DtRwRwrContactInfo::setContactRange ( double range )

virtual

Sets the range to the contact.

Parameters

range The range in meters

Sets the straight-line distance to the contact in meters.

◆ contactRange()

virtual double DtRwRwrContactInfo::contactRange ( ) const

virtual

Gets the range to the contact.

Returns: The range in meters

◆ setContactRadarMode()

virtual void DtRwRwrContactInfo::setContactRadarMode ( int mode )

virtual

Sets the radar mode of the contact.

Parameters

mode	The radar mode identifier

Sets the operational mode of the radar emitter that this contact represents.

◆ contactRadarMode()

virtual int DtRwRwrContactInfo::contactRadarMode ( ) const

virtual

Gets the radar mode of the contact.

Returns: The radar mode identifier

◆ setContactPower()

virtual void DtRwRwrContactInfo::setContactPower ( double power )

virtual

Sets the received signal power.

Parameters

power The signal power in Watts

Sets the power of the signal received from this contact, measured in Watts.

◆ contactPower()

virtual double DtRwRwrContactInfo::contactPower ( ) const

virtual

Gets the received signal power.

Returns: The signal power in Watts

◆ setEmitterSystemId()

virtual void DtRwRwrContactInfo::setEmitterSystemId ( const DtString & id )

virtual

Sets the emitter system identifier.

Parameters

id	The emitter system identifier string

Sets the identifier for the emitter system type of this contact.

◆ emitterSystemId()

virtual DtString DtRwRwrContactInfo::emitterSystemId ( ) const

virtual

Gets the emitter system identifier.

Returns: The emitter system identifier string

◆ targets()

DtRwTemplatedUUIDList & DtRwRwrContactInfo::targets ( )

Gets the list of target UUIDs associated with this contact.

Returns: Reference to the list of target UUIDs

Returns a reference to the list of entity UUIDs targeted by this emitter.

◆ clone()

virtual DtRwRwrContactInfo * DtRwRwrContactInfo::clone ( ) const

virtual

Creates a deep copy of this object.

Returns: Pointer to a newly created clone of this object

Returns a dynamically allocated copy of this RWR contact info.

References DtRwRwrContactInfo().

◆ operator==()

bool DtRwRwrContactInfo::operator== ( const DtRwRwrContactInfo & other ) const

Equality comparison operator.

Parameters

other The RWR contact info to compare with

Returns: True if the objects are equal, false otherwise

References DtRwRwrContactInfo().

◆ operator!=()

bool DtRwRwrContactInfo::operator!= ( const DtRwRwrContactInfo & rhs )

inline

Inequality comparison operator.

Parameters

rhs	The RWR contact info to compare with

Returns: True if the objects are not equal, false otherwise

References DtRwRwrContactInfo().

◆ encode()

virtual char * DtRwRwrContactInfo::encode ( char * buffer ) const

virtual

Encodes this object to a buffer.

Parameters

buffer The buffer to encode into

Returns: Pointer to the buffer after the encoded data

◆ decode()

virtual const char * DtRwRwrContactInfo::decode ( const char * buffer )

virtual

Decodes this object from a buffer.

Parameters

buffer The buffer to decode from

Returns: Pointer to the buffer after the decoded data

◆ getSize()

virtual int DtRwRwrContactInfo::getSize ( ) const

virtual

Gets the size of the encoded data in bytes.

Returns: The size in bytes

Member Data Documentation

◆ myContactAzimuth

DtRwReal DtRwRwrContactInfo::myContactAzimuth

protected

Azimuth angle to the contact relative to platform heading (degrees)

◆ myContactElevation

DtRwReal DtRwRwrContactInfo::myContactElevation

protected

Elevation angle to the contact relative to platform (degrees)

◆ myContactRange

DtRwReal DtRwRwrContactInfo::myContactRange

protected

Range to the contact (meters)

◆ myRadarMode

DtRwInt DtRwRwrContactInfo::myRadarMode

protected

Operational mode of the radar emitter.

◆ mySignalPower

DtRwReal DtRwRwrContactInfo::mySignalPower

protected

Received signal power (Watts)

◆ myEmitterSystemId

DtRwString DtRwRwrContactInfo::myEmitterSystemId

protected

Identifier for the emitter system type.

◆ myTargets

DtRwTemplatedUUIDList DtRwRwrContactInfo::myTargets

protected

List of entity UUIDs targeted by this emitter.

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

include/vrfExtensions/vreVrfMessages/rwRwrContactInfo.h

Detailed Description

Public Member Functions

Protected Attributes

Constructor & Destructor Documentation

◆ DtRwRwrContactInfo() [1/4]

◆ DtRwRwrContactInfo() [2/4]

◆ DtRwRwrContactInfo() [3/4]

◆ DtRwRwrContactInfo() [4/4]

◆ ~DtRwRwrContactInfo()

Member Function Documentation

◆ operator=()

◆ setContactAzimuth()

◆ contactAzimuth()

◆ setContactElevation()

◆ contactElevation()

◆ setContactRange()

◆ contactRange()

◆ setContactRadarMode()

◆ contactRadarMode()

◆ setContactPower()

◆ contactPower()

◆ setEmitterSystemId()

◆ emitterSystemId()

◆ targets()

◆ clone()

◆ operator==()

◆ operator!=()

◆ encode()

◆ decode()

◆ getSize()

Member Data Documentation

◆ myContactAzimuth

◆ myContactElevation

◆ myContactRange

◆ myRadarMode

◆ mySignalPower

◆ myEmitterSystemId

◆ myTargets