Interface content for containing the responses to an radar coverage requests. More...

Inheritance diagram for DtIfRadarCoverageInformationResponse:

Public Member Functions
	DtIfRadarCoverageInformationResponse ()
	default constructor
	DtIfRadarCoverageInformationResponse (const DtIfRadarCoverageInformationResponse &orig)
	copy constructor
const DtIfRadarCoverageInformationResponse &	operator= (const DtIfRadarCoverageInformationResponse &orig)
	assignment operator
virtual	~DtIfRadarCoverageInformationResponse ()
virtual int	type () const
virtual DtSimInterfaceContent *	clone () const
virtual void	printDataToString (DtString &str)
virtual void	setUUID (const DtUUID &)
	The simulation object this radar response is for.
const DtUUID &	uuid () const
virtual void	setDisplayName (const DtString &)
	If the radar range has a name, the name of the range.
const DtString &	displayName () const
virtual void	setRadarRange (double)
	The range of the radar.
double	radarRange () const
virtual void	setRadarCoverage2D (bool)
	If this is a 2D response this flag is true.
virtual bool	radarCoverage2D () const
virtual void	setRadarCoverage3D (bool)
	If this is a 3D response this flag is true.
virtual bool	radarCoverage3D () const
virtual void	setOffset (const DtVector &)
	Sensor offset in body coordinates.
const DtVector &	offset () const
virtual void	setOrigin (const DtVector &)
	Origin of the entity when the radar coverage was calculated. This is in geocentric coordinates.
const DtVector &	origin () const
virtual void	setAzimuthSamplingRate (double d)
	The sampling rate around the circle used.
double	azimuthSamplingRate () const
virtual void	setElevationSamplingRate (double d)
	The sampling rate stepping the elevation used.
double	elevationSamplingRate () const
virtual void	setIsInitialCoverage (bool b)
	True if this is the initial setting (before anything is filled in)
bool	isInitialCoverage () const
virtual void	setElevationValues (double start, double end)
	The elevation values (beginning/end) of the sweep (in radians)
void	getElevationValues (double &start, double &end) const
virtual void	setAzimuthValues (double start, double end)
	The azimuth values (beginning/end) of the sweep (in radians)
void	getAzimuthValues (double &start, double &end) const
virtual void	setIsComplete (bool)
	Whether or not the calculations are complete.
bool	isComplete () const
virtual void	setStartingSegment (int)
	If these are partial (or any) results, the segment at which the results start at.
int	startingSegment () const
Public Member Functions inherited from DtIfIntersectionInformationResponse
	DtIfIntersectionInformationResponse ()
	default constructor
	DtIfIntersectionInformationResponse (const DtIfIntersectionInformationResponse &orig)
	copy constructor
const DtIfIntersectionInformationResponse &	operator= (const DtIfIntersectionInformationResponse &orig)
	assignment operator
virtual	~DtIfIntersectionInformationResponse ()
virtual void	setResponseId (unsigned long)
	This will be set to the request id of the initial request.
unsigned long	responseId () const
virtual void	addIntersectionFor (int intersectionPairIndex, const DtIntersectionInformation &)
	Adds an intersection response.
virtual IntersectionInformation	intersectionsFor (int intersectionPairIndex)
int	numResponses () const
virtual void	setComplete (bool)
	Set to false to indicate this is a partial message and there is more information to come. Default is true.
bool	complete () const
virtual void	setResponseSetSize (int size)
	Sets the number of response sets to expect.
const IntersectionPairInformation &	intersectionPairInformation () const
IntersectionPairInformation &	intersectionPairInformation ()
virtual int	netRepSize () const
virtual bool	setFromNet (const char *contentBuffer, unsigned contentSize)
virtual bool	setToNet ()
Public Member Functions inherited from DtSimInterfaceContent
virtual	~DtSimInterfaceContent ()
virtual bool	update (const DtSimInterfaceContent *data)
virtual char *	netRep ()
virtual void	printContentType (DtString &str)
virtual void	setUseSessionId (bool yesNo)
virtual bool	useSessionId () const

Static Public Member Functions
static DtSimInterfaceContent *	creator ()

Static Public Attributes
static const DtIfRequestRadarCoverageInformation::CoverageType	InitialCoverage = DtIfRequestRadarCoverageInformation::Flag_End

Protected Member Functions
virtual char *	setUncompressedToNet (char *buffer) const
virtual const char *	setUncompressedFromNet (const char *contentBuffer)
virtual int	sizeOfContent () const

Protected Attributes
DtUUID	myUUID
DtString	myDisplayName
double	myRadarRange
int	myCoverageType
DtVector	myOffset
DtVector	myOrigin
double	myAzimuthSamplingRate
double	myElevationSamplingRate
double	myElevationStart
double	myElevationEnd
double	myAzimuthStart
double	myAzimuthEnd
bool	myIsComplete
int	myStartingSegment
Protected Attributes inherited from DtIfIntersectionInformationResponse
DtU32	myResponseId
IntersectionPairInformation	myIntersectionPairInformation
bool	myComplete
DtU32	myUncompressedSize
DtU32	myCompressedSize
bool	myCompressed
const char *	myCompressedBuffer
Protected Attributes inherited from DtSimInterfaceContent
char *	myNetRep
bool	myUseSessionId

Additional Inherited Members
Public Types inherited from DtIfIntersectionInformationResponse
typedef std::vector < DtIntersectionInformation >	IntersectionInformation
typedef std::vector < IntersectionInformation >	IntersectionPairInformation
Static Protected Attributes inherited from DtSimInterfaceContent
static DtInterfaceContentFactory *	myFactory
static DtSimInterfaceContentTypePrinterFcn	theContentTypePrinterFcn

Detailed Description

Interface content for containing the responses to an radar coverage requests.

Note that all point information returned is in geocentric

Constructor & Destructor Documentation

DtIfRadarCoverageInformationResponse::DtIfRadarCoverageInformationResponse ( )

default constructor

DtIfRadarCoverageInformationResponse::DtIfRadarCoverageInformationResponse ( const DtIfRadarCoverageInformationResponse & orig )

copy constructor

virtual DtIfRadarCoverageInformationResponse::~DtIfRadarCoverageInformationResponse ( )

virtual

Member Function Documentation

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

assignment operator

virtual int DtIfRadarCoverageInformationResponse::type ( ) const

virtual

Reimplemented from DtIfIntersectionInformationResponse.

virtual DtSimInterfaceContent* DtIfRadarCoverageInformationResponse::clone ( ) const

virtual

Reimplemented from DtIfIntersectionInformationResponse.

virtual void DtIfRadarCoverageInformationResponse::printDataToString ( DtString & str )

virtual

Reimplemented from DtIfIntersectionInformationResponse.

static DtSimInterfaceContent* DtIfRadarCoverageInformationResponse::creator ( )

static

Reimplemented from DtIfIntersectionInformationResponse.

virtual void DtIfRadarCoverageInformationResponse::setUUID ( const DtUUID & )

virtual

The simulation object this radar response is for.

const DtUUID& DtIfRadarCoverageInformationResponse::uuid ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setDisplayName ( const DtString & )

virtual

If the radar range has a name, the name of the range.

const DtString& DtIfRadarCoverageInformationResponse::displayName ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setRadarRange ( double )

virtual

The range of the radar.

double DtIfRadarCoverageInformationResponse::radarRange ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setRadarCoverage2D ( bool )

virtual

If this is a 2D response this flag is true.

virtual bool DtIfRadarCoverageInformationResponse::radarCoverage2D ( ) const

virtual

virtual void DtIfRadarCoverageInformationResponse::setRadarCoverage3D ( bool )

virtual

If this is a 3D response this flag is true.

virtual bool DtIfRadarCoverageInformationResponse::radarCoverage3D ( ) const

virtual

virtual void DtIfRadarCoverageInformationResponse::setOffset ( const DtVector & )

virtual

Sensor offset in body coordinates.

const DtVector& DtIfRadarCoverageInformationResponse::offset ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setOrigin ( const DtVector & )

virtual

Origin of the entity when the radar coverage was calculated. This is in geocentric coordinates.

const DtVector& DtIfRadarCoverageInformationResponse::origin ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setAzimuthSamplingRate ( double d )

virtual

The sampling rate around the circle used.

double DtIfRadarCoverageInformationResponse::azimuthSamplingRate ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setElevationSamplingRate ( double d )

virtual

The sampling rate stepping the elevation used.

double DtIfRadarCoverageInformationResponse::elevationSamplingRate ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setIsInitialCoverage ( bool b )

virtual

True if this is the initial setting (before anything is filled in)

bool DtIfRadarCoverageInformationResponse::isInitialCoverage ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setElevationValues	(	double	start,
		double	end
	)

virtual

The elevation values (beginning/end) of the sweep (in radians)

void DtIfRadarCoverageInformationResponse::getElevationValues	(	double &	start,
		double &	end
	)		const

inline

virtual void DtIfRadarCoverageInformationResponse::setAzimuthValues	(	double	start,
		double	end
	)

virtual

The azimuth values (beginning/end) of the sweep (in radians)

void DtIfRadarCoverageInformationResponse::getAzimuthValues	(	double &	start,
		double &	end
	)		const

inline

virtual void DtIfRadarCoverageInformationResponse::setIsComplete ( bool )

virtual

Whether or not the calculations are complete.

bool DtIfRadarCoverageInformationResponse::isComplete ( ) const

inline

virtual void DtIfRadarCoverageInformationResponse::setStartingSegment ( int )

virtual

If these are partial (or any) results, the segment at which the results start at.

int DtIfRadarCoverageInformationResponse::startingSegment ( ) const

inline

virtual char* DtIfRadarCoverageInformationResponse::setUncompressedToNet ( char * buffer ) const

protectedvirtual

Reimplemented from DtIfIntersectionInformationResponse.

virtual const char* DtIfRadarCoverageInformationResponse::setUncompressedFromNet ( const char * contentBuffer )

protectedvirtual

Reimplemented from DtIfIntersectionInformationResponse.

virtual int DtIfRadarCoverageInformationResponse::sizeOfContent ( ) const

protectedvirtual

Reimplemented from DtIfIntersectionInformationResponse.

Member Data Documentation

const DtIfRequestRadarCoverageInformation::CoverageType DtIfRadarCoverageInformationResponse::InitialCoverage = DtIfRequestRadarCoverageInformation::Flag_End

static

DtUUID DtIfRadarCoverageInformationResponse::myUUID

protected

DtString DtIfRadarCoverageInformationResponse::myDisplayName

protected

double DtIfRadarCoverageInformationResponse::myRadarRange

protected

int DtIfRadarCoverageInformationResponse::myCoverageType

protected

DtVector DtIfRadarCoverageInformationResponse::myOffset

protected

DtVector DtIfRadarCoverageInformationResponse::myOrigin

protected

double DtIfRadarCoverageInformationResponse::myAzimuthSamplingRate

protected

double DtIfRadarCoverageInformationResponse::myElevationSamplingRate

protected

double DtIfRadarCoverageInformationResponse::myElevationStart

protected

double DtIfRadarCoverageInformationResponse::myElevationEnd

protected

double DtIfRadarCoverageInformationResponse::myAzimuthStart

protected

double DtIfRadarCoverageInformationResponse::myAzimuthEnd

protected

bool DtIfRadarCoverageInformationResponse::myIsComplete

protected

int DtIfRadarCoverageInformationResponse::myStartingSegment

protected

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

/exports/nfedora7-1/nightly/docs/vrforcesDevelopment.tot/include/vrfmsgs/ifRadarCoverageInformationResponse.h

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation