ssRadar Class Reference

Public Types
typedef std::map< int, ssObject * >	ObjectMap
	map of all objects by name used for finding a particular entity

Public Member Functions
	ssRadar ()
	constructor
	~ssRadar ()
	destructor
bool	ComputeOTWRadarView (ssSensor *sensor, int *objectIDMap, double *wpdataMap, int *msIndexMap, double *rangeMap, double *normalMap, double *angleMap, double **powerdensity2D)
bool	ComputeGMTIView (ssSensor *sensor, int *objectIDMap, int *msIndexMap, double *rangeMap, double *normalMap, double *angleMap, double **dopplerFactor)
bool	getRFReceivedPowerDensity2D (ssSensor *sensor, int *objectIDMap, int *msIndexMap, float *rangeMap, double *normalMap, double **power2D, double **powerdensity2D)
	getRFReceivedPowerDensity2D executes the RF Received Power Density capability as a 2D FOV map.
bool	getRFReceivedPowerDensityKE (ssSensor *sensor, int objectID, int msIndex, float range, double *normal, double **power, double **powerdensity)
	getRFReceivedPowerDensityKE executes the RF Received Power Density capability .
bool	get2DRadianceMap (ssSensor *sensor, int *objectIDMap, int *msIndexMap, int *mixtureMap, double *normalMap, double *positionMap, double **radiance2D, bool atmEnable, bool scatterEnable, bool emissionEnable, bool lightEnable)
	get2DRadianceMap executes the SigSim radiance map capability
void	setFrequencyAttributes (ssSensor *sensor, double freqMin, double freqMax, int numBins)
	sets RF frequencies of the sensor
double	getEmitterCenterFrequency (ssSensor *sensor)
	gets the center frequency of the emitter
double	getProjectedRCS (ssSensor *sensor, ssObject *object, ssEnvironment *env)
	gets the single value RCS
double	getSCRCS (ssSensor *sensor, ssObject *object, ssEnvironment *env)
	generates a pixel specific RCS from Scattering Centers SigSim routine: GetProjectedRCS
bool	getTerrainRCS (ssSensor *sensor, ssObject *object, ssEnvironment *env, int *objectIDMap, int *msIndexMap, double *rangeMap, double *normalMap, double **sigma0Mean, double **sigma0StDev)
	gets 2D RCS from terrain maps
void	setEnvironment (ssEnvironment *env)
	sets the environment pointer
ssEnvironment *	getEnvironment ()
	gets the ssEnvironment pointer

Static Public Member Functions
static void	osvSarModelGPU (float *f, float *c, unsigned int width, unsigned int height, unsigned int channels, bool *changed)

Private Member Functions
void	setNumberObjects (unsigned int num)
	sets the number of objects
unsigned int	getNumberObjects ()
	gets the number of objects
void	setObjectMap (ObjectMap map)
	sets the object map
void	setTerrain (ssObject *obj)
	sets the terrain object

Private Attributes
unsigned int	m_numberObjects
	number of objects
ssEnvironment *	m_environment
	environment
ssObject *	m_terrain
	terrain object
Implementation *	m_impl

Friends
class	SigSimRT

Member Typedef Documentation

typedef std::map<int, ssObject *> ssRadar::ObjectMap

map of all objects by name used for finding a particular entity

Constructor & Destructor Documentation

ssRadar::ssRadar

(

)

constructor

ssRadar::~ssRadar

(

)

destructor

Member Function Documentation

bool ssRadar::ComputeOTWRadarView	(	ssSensor *	sensor,
		int *	objectIDMap,
		double *	wpdataMap,
		int *	msIndexMap,
		double *	rangeMap,
		double *	normalMap,
		double *	angleMap,
		double **	powerdensity2D
	)

Parameters

ssSensor	*sensor
int	*objectIDMap
double	*wpdataMap
int	*msIndexMap
float	*rangeMap
double	*normalMap
double	*angleMap
double	**powerdensity2D

Returns

bool

bool ssRadar::ComputeGMTIView	(	ssSensor *	sensor,
		int *	objectIDMap,
		int *	msIndexMap,
		double *	rangeMap,
		double *	normalMap,
		double *	angleMap,
		double **	dopplerFactor
	)

Parameters

ssSensor	*sensor
int	*objectIDMap
int	*msIndexMap
double	*rangeMap
double	*normalMap
double	*angleMap
double	**dopplerFactor

bool ssRadar::getRFReceivedPowerDensity2D	(	ssSensor *	sensor,
		int *	objectIDMap,
		int *	msIndexMap,
		float *	rangeMap,
		double *	normalMap,
		double **	power2D,
		double **	powerdensity2D
	)

getRFReceivedPowerDensity2D executes the RF Received Power Density capability as a 2D FOV map.

Also passes back the reflected power as a 2D map.

Parameters

ssSensor	*sensor
int	*objectIDMap
int	*msIndexMap
float	*rangeMap
double	*normalMap
double	**power2D
double	**powerdensity2D

Returns

bool

bool ssRadar::getRFReceivedPowerDensityKE	(	ssSensor *	sensor,
		int	objectID,
		int	msIndex,
		float	range,
		double *	normal,
		double **	power,
		double **	powerdensity
	)

getRFReceivedPowerDensityKE executes the RF Received Power Density capability .

Also passes back the reflected power .

Parameters

ssSensor	*sensor
int	objectID
int	msIndex
float	range
double	*normal
double	**power
double	**powerdensity

Returns

bool

bool ssRadar::get2DRadianceMap	(	ssSensor *	sensor,
		int *	objectIDMap,
		int *	msIndexMap,
		int *	mixtureMap,
		double *	normalMap,
		double *	positionMap,
		double **	radiance2D,
		bool	atmEnable,
		bool	scatterEnable,
		bool	emissionEnable,
		bool	lightEnable
	)

get2DRadianceMap executes the SigSim radiance map capability

Parameters

ssSensor	*sensor
int	*objectIDMap
int	*msIndexMap
int	*mixtureMap
double	*normalMap
double	*positionMap
double	**radiance2D
bool	atmEnable
bool	scatterEnable
bool	emissionEnable
bool	lightEnable

Returns

bool

static void ssRadar::osvSarModelGPU ( float *  f, float *  c, unsigned int  width, unsigned int  height, unsigned int  channels, bool *  changed  )

static

void ssRadar::setFrequencyAttributes	(	ssSensor *	sensor,
		double	freqMin,
		double	freqMax,
		int	numBins
	)

sets RF frequencies of the sensor

Parameters

double	freqMin
double	freqMax
int	numBins

double ssRadar::getEmitterCenterFrequency

(

ssSensor *

sensor

)

gets the center frequency of the emitter

Returns

double

double ssRadar::getProjectedRCS	(	ssSensor *	sensor,
		ssObject *	object,
		ssEnvironment *	env
	)

gets the single value RCS

Parameters

ssObject	*object
ssEnvironment	*env

Returns

double

double ssRadar::getSCRCS	(	ssSensor *	sensor,
		ssObject *	object,
		ssEnvironment *	env
	)

generates a pixel specific RCS from Scattering Centers SigSim routine: GetProjectedRCS

Parameters

ssObject	*object
ssEnvironment	*env

Returns

double

bool ssRadar::getTerrainRCS	(	ssSensor *	sensor,
		ssObject *	object,
		ssEnvironment *	env,
		int *	objectIDMap,
		int *	msIndexMap,
		double *	rangeMap,
		double *	normalMap,
		double **	sigma0Mean,
		double **	sigma0StDev
	)

gets 2D RCS from terrain maps

Parameters

ssObject	*object
ssEnvironment	*env
int	*objectIDMap
int	*msIndexMap
double	*rangeMap
double	*normalMap
double	**sigma0Mean
double	**sigma0StDev

Returns

bool

void ssRadar::setEnvironment

(

ssEnvironment *

env

)

sets the environment pointer

Parameters

ssEnvironment

*env

ssEnvironment* ssRadar::getEnvironment

(

)

gets the ssEnvironment pointer

Returns

ssEnvironment

void ssRadar::setNumberObjects ( unsigned int  num )

private

sets the number of objects

Parameters

int	unsigned num

unsigned int ssRadar::getNumberObjects ( )

private

gets the number of objects

Returns

unsigned int

void ssRadar::setObjectMap ( ObjectMap  map )

private

sets the object map

Parameters

ObjectMap

map

void ssRadar::setTerrain ( ssObject *  obj )

private

sets the terrain object

Parameters

ssObject

*obj

Friends And Related Function Documentation

friend class SigSimRT

friend

Member Data Documentation

unsigned int ssRadar::m_numberObjects

private

number of objects

ssEnvironment* ssRadar::m_environment

private

environment

ssObject* ssRadar::m_terrain

private

terrain object

Implementation* ssRadar::m_impl

private

---

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

• ssRadar.h