DtRwRadarStateInfo Class Reference

Detailed Description

This class represents the current operational state of a radar system, including its mode, scan patterns, and antenna parameters. It is a readable/writable class that can store itself and read itself from a file. This enables persistent storage of radar configuration between scenario runs.

#include <rwRadarStateInfo.h>

Inheritance diagram for DtRwRadarStateInfo:

Public Member Functions
	DtRwRadarStateInfo ()
	DtRwRadarStateInfo (const DtString &name, DtReaderWriterRegistry *const parentRegistry=NULL)
	DtRwRadarStateInfo (const DtSymbolString &name, DtReaderWriterRegistry *const parentRegistry=NULL)
	DtRwRadarStateInfo (const DtRwRadarStateInfo &orig, DtReaderWriterRegistry *const parentRegistry=NULL)
virtual	~DtRwRadarStateInfo () override
DtRwRadarStateInfo &	operator= (const DtRwRadarStateInfo &orig)
virtual void	setMode (const DtString &val)
virtual DtString	mode () const
virtual void	setSubmode (const DtString &val)
virtual DtString	submode () const
virtual void	setAntennaCenterAzimuth (double val)
virtual double	antennaCenterAzimuth () const
virtual void	setAntennaCenterElevation (double val)
virtual double	antennaCenterElevation () const
virtual void	setAntennaMinElevation (double val)
virtual double	antennaMinElevation () const
virtual void	setAntennaMaxElevation (double val)
virtual double	antennaMaxElevation () const
virtual void	setAntennaGateSize (double val)
virtual double	antennaGateSize () const
virtual void	setAntennaCurrentAzimuth (double val)
virtual double	antennaCurrentAzimuth () const
virtual void	setAntennaCurrentElevation (double val)
virtual double	antennaCurrentElevation () const
virtual void	setAntennaCurrentAzimuthRate (double val)
virtual double	antennaCurrentAzimuthRate () const
virtual void	setBarCount (int val)
virtual int	barCount () const
virtual DtRwRadarStateInfo *	clone () const
bool	operator== (const DtRwRadarStateInfo &other) const
bool	operator!= (const DtRwRadarStateInfo &rhs)
virtual char *	encode (char *buffer) const
virtual const char *	decode (const char *buffer)
virtual int	getSize () const

Protected Attributes
DtRwString	myMode
DtRwString	mySubmode
DtRwReal	myAntennaCenterAzimuth
DtRwReal	myAntennaCenterElevation
DtRwReal	myAntennaMinElevation
DtRwReal	myAntennaMaxElevation
DtRwReal	myAntennaGateSize
DtRwReal	myAntennaCurrentAzimuth
DtRwReal	myAntennaCurrentElevation
DtRwReal	myAntennaCurrentAzimuthRate
DtRwInt	myBarCount

Constructor & Destructor Documentation

DtRwRadarStateInfo() [1/4]

DtRwRadarStateInfo::DtRwRadarStateInfo

(

)

Default constructor.

Initializes a radar state info object with default values.

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

DtRwRadarStateInfo() [2/4]

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

Constructor with name.

Parameters

name	The name of the radar state
parentRegistry	Optional reader-writer registry for serialization

DtRwRadarStateInfo() [3/4]

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

Constructor with symbol name.

Parameters

name	The symbol name of the radar state
parentRegistry	Optional reader-writer registry for serialization

DtRwRadarStateInfo() [4/4]

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

Copy constructor.

Parameters

orig	The radar state info to copy from
parentRegistry	Optional reader-writer registry for serialization

References DtRwRadarStateInfo().

~DtRwRadarStateInfo()

virtual DtRwRadarStateInfo::~DtRwRadarStateInfo ( )

overridevirtual

Virtual destructor.

Member Function Documentation

operator=()

DtRwRadarStateInfo & DtRwRadarStateInfo::operator=

(

const DtRwRadarStateInfo &

orig

)

Assignment operator.

Parameters

orig	The radar state info to copy from

Returns

Reference to this object after assignment

References DtRwRadarStateInfo().

setMode()

virtual void DtRwRadarStateInfo::setMode ( const DtString & val )

virtual

Sets the radar's operating mode.

Parameters

val	The mode string to set (e.g., "Search", "Track", "Standby")

Sets the primary operational mode of the radar system.

mode()

virtual DtString DtRwRadarStateInfo::mode ( ) const

virtual

Gets the radar's operating mode.

Returns

The current radar mode

setSubmode()

virtual void DtRwRadarStateInfo::setSubmode ( const DtString & val )

virtual

Sets the radar's operating submode.

Parameters

val	The submode string to set

Sets the submode within the current operational mode.

submode()

virtual DtString DtRwRadarStateInfo::submode ( ) const

virtual

Gets the radar's operating submode.

Returns

The current radar submode

setAntennaCenterAzimuth()

virtual void DtRwRadarStateInfo::setAntennaCenterAzimuth ( double val )

virtual

Sets the antenna center azimuth angle.

Parameters

val	The center azimuth angle in degrees

Sets the center of the radar's azimuth scan pattern.

antennaCenterAzimuth()

virtual double DtRwRadarStateInfo::antennaCenterAzimuth ( ) const

virtual

Gets the antenna center azimuth angle.

Returns

The center azimuth angle in degrees

setAntennaCenterElevation()

virtual void DtRwRadarStateInfo::setAntennaCenterElevation ( double val )

virtual

Sets the antenna center elevation angle.

Parameters

val	The center elevation angle in degrees

Sets the center of the radar's elevation scan pattern.

antennaCenterElevation()

virtual double DtRwRadarStateInfo::antennaCenterElevation ( ) const

virtual

Gets the antenna center elevation angle.

Returns

The center elevation angle in degrees

setAntennaMinElevation()

virtual void DtRwRadarStateInfo::setAntennaMinElevation ( double val )

virtual

Sets the antenna minimum elevation angle.

Parameters

val	The minimum elevation angle in degrees

Sets the lower limit of the radar's elevation scan pattern.

antennaMinElevation()

virtual double DtRwRadarStateInfo::antennaMinElevation ( ) const

virtual

Gets the antenna minimum elevation angle.

Returns

The minimum elevation angle in degrees

setAntennaMaxElevation()

virtual void DtRwRadarStateInfo::setAntennaMaxElevation ( double val )

virtual

Sets the antenna maximum elevation angle.

Parameters

val	The maximum elevation angle in degrees

Sets the upper limit of the radar's elevation scan pattern.

antennaMaxElevation()

virtual double DtRwRadarStateInfo::antennaMaxElevation ( ) const

virtual

Gets the antenna maximum elevation angle.

Returns

The maximum elevation angle in degrees

setAntennaGateSize()

virtual void DtRwRadarStateInfo::setAntennaGateSize ( double val )

virtual

Sets the antenna gate size.

Parameters

val	The gate size in degrees

Sets the angular size of the radar's detection gate.

antennaGateSize()

virtual double DtRwRadarStateInfo::antennaGateSize ( ) const

virtual

Gets the antenna gate size.

Returns

The gate size in degrees

setAntennaCurrentAzimuth()

virtual void DtRwRadarStateInfo::setAntennaCurrentAzimuth ( double val )

virtual

Sets the antenna current azimuth angle.

Parameters

val	The current azimuth angle in degrees

Sets the current instantaneous azimuth angle of the radar beam.

antennaCurrentAzimuth()

virtual double DtRwRadarStateInfo::antennaCurrentAzimuth ( ) const

virtual

Gets the antenna current azimuth angle.

Returns

The current azimuth angle in degrees

setAntennaCurrentElevation()

virtual void DtRwRadarStateInfo::setAntennaCurrentElevation ( double val )

virtual

Sets the antenna current elevation angle.

Parameters

val	The current elevation angle in degrees

Sets the current instantaneous elevation angle of the radar beam.

antennaCurrentElevation()

virtual double DtRwRadarStateInfo::antennaCurrentElevation ( ) const

virtual

Gets the antenna current elevation angle.

Returns

The current elevation angle in degrees

setAntennaCurrentAzimuthRate()

virtual void DtRwRadarStateInfo::setAntennaCurrentAzimuthRate ( double val )

virtual

Sets the antenna current azimuth scan rate.

Parameters

val	The current azimuth scan rate in degrees per second

Sets the rate at which the radar beam is currently sweeping in azimuth.

antennaCurrentAzimuthRate()

virtual double DtRwRadarStateInfo::antennaCurrentAzimuthRate ( ) const

virtual

Gets the antenna current azimuth scan rate.

Returns

The current azimuth scan rate in degrees per second

setBarCount()

virtual void DtRwRadarStateInfo::setBarCount ( int val )

virtual

Sets the number of scan bars.

Parameters

val	The number of scan bars

Sets the number of horizontal scan bars in the radar's scan pattern.

barCount()

virtual int DtRwRadarStateInfo::barCount ( ) const

virtual

Gets the number of scan bars.

Returns

The number of scan bars

clone()

virtual DtRwRadarStateInfo * DtRwRadarStateInfo::clone ( ) const

virtual

Creates a deep copy of this object.

Returns

Pointer to a newly created clone of this class

Returns a dynamically allocated copy of this radar state info.

References DtRwRadarStateInfo().

operator==()

bool DtRwRadarStateInfo::operator==

(

const DtRwRadarStateInfo &

other

)

const

Equality comparison operator.

Parameters

other

The radar state info to compare with

Returns

True if the objects are equal, false otherwise

References DtRwRadarStateInfo().

operator!=()

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

inline

Inequality comparison operator.

Parameters

rhs	The radar state info to compare with

Returns

True if the objects are not equal, false otherwise

References DtRwRadarStateInfo().

encode()

virtual char * DtRwRadarStateInfo::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 * DtRwRadarStateInfo::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 DtRwRadarStateInfo::getSize ( ) const

virtual

Gets the size of the encoded data in bytes.

Returns

The size in bytes

Member Data Documentation

myMode

DtRwString DtRwRadarStateInfo::myMode

protected

Primary mode of radar operation (e.g., "Search", "Track")

mySubmode

DtRwString DtRwRadarStateInfo::mySubmode

protected

Submode of radar operation within the primary mode.

myAntennaCenterAzimuth

DtRwReal DtRwRadarStateInfo::myAntennaCenterAzimuth

protected

Center azimuth angle of the radar scan pattern (degrees)

myAntennaCenterElevation

DtRwReal DtRwRadarStateInfo::myAntennaCenterElevation

protected

Center elevation angle of the radar scan pattern (degrees)

myAntennaMinElevation

DtRwReal DtRwRadarStateInfo::myAntennaMinElevation

protected

Minimum elevation angle of the radar scan pattern (degrees)

myAntennaMaxElevation

DtRwReal DtRwRadarStateInfo::myAntennaMaxElevation

protected

Maximum elevation angle of the radar scan pattern (degrees)

myAntennaGateSize

DtRwReal DtRwRadarStateInfo::myAntennaGateSize

protected

Angular size of the radar detection gate (degrees)

myAntennaCurrentAzimuth

DtRwReal DtRwRadarStateInfo::myAntennaCurrentAzimuth

protected

Current instantaneous azimuth angle of the radar beam (degrees)

myAntennaCurrentElevation

DtRwReal DtRwRadarStateInfo::myAntennaCurrentElevation

protected

Current instantaneous elevation angle of the radar beam (degrees)

myAntennaCurrentAzimuthRate

DtRwReal DtRwRadarStateInfo::myAntennaCurrentAzimuthRate

protected

Current rate of azimuth scanning (degrees/second)

myBarCount

DtRwInt DtRwRadarStateInfo::myBarCount

protected

Number of horizontal scan bars in the radar scan pattern.

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

• include/vrfExtensions/vreVrfMessages/rwRadarStateInfo.h