At_Surface.h File Reference

Go to the source code of this file.

Functions
SIGSIM49_API int	UpdateObjectKinematics (OBJECT *object, ellipsoid E, double simtime)
SIGSIM49_API int	ObjectThermalSpinUp (OBJECT *object, double spinupPeriod, METIN *metin)
SIGSIM49_API int	UpdateObjectMSPOLYARRAYTemperatures (OBJECT *object)
SIGSIM49_API jrmbool	ReturnScatterAspect (OBJECT *object, double az, double el, double freq, RCS_ASPECT *aspect)
SIGSIM49_API jrmbool	ReturnRCSAspect (OBJECT *object, double az, double el, double freq, RCS_ASPECT *ra)
SIGSIM49_API jrmComplex	getSigSimTargetRCS (double az_deg, double el_deg, double freq_Hz, RCS_TABLE *rcs_table, enum Polarization pol)
SIGSIM49_API void	getSigSimTargetRCSAllPol (double az_deg, double el_deg, double freq_Hz, RCS_TABLE *rcs_table, jrmComplex *HH, jrmComplex *HV, jrmComplex *VH, jrmComplex *VV)
SIGSIM49_API double	GetProjectedRCS (OBJECT *object, double freq_Hz, LOS_DB_INTERSECT *intersect)
SIGSIM49_API int	GetProjectedRCS_Terrain (OBJECT *terrain, double freq_Hz, LOS_DB_INTERSECT intersect, double *Sigma0Mean, double *Sigma0StDev)
SIGSIM49_API int	Get2DProjectedRCS_Terrain (ellipsoid E, FOV fov, SPECTRAL_DOMAIN spectrum, OBJECT *terrain, int object_id_of_interest, int *object_id_map, int *ms_index_map, double *range_map, VECTOR *normal_map, double **Sigma0Mean, double **Sigma0StDev)
SIGSIM49_API int	GetAtSurfaceRadiance3D (SENSOR sens, double **radiance3D, double **HDR_map, LOS_2D_MAP *los_map, METIN metin, OBJECT *terrain, int num_voiobjects, OBJECT *voiobject, ENVIRONMENTAL_INFLUENCE_MAP eimap, BRDF_MODEL brdf_model, jrmbool emission_enable, jrmbool light_enable)
SIGSIM49_API int	GetAtSurfaceRadiance3D_GPU (SENSOR sens, double **radiance3D, double **HDR_map, double **rdot_map, int *object_index_map, int *ms_index_map, double *range_map, VECTOR *normal_map, METIN metin, OBJECT *terrain, int num_voiobjects, OBJECT *voiobject, ENVIRONMENTAL_INFLUENCE_MAP eimap, BRDF_MODEL brdf_model)
SIGSIM49_API int	GetAtSurfaceRadiance3D_CPU (FOV fov, SPECTRAL_DOMAIN spectrum, double **radiance3D, double **HDR_map, LOS_2D_MAP *los_map, METIN metin, OBJECT *terrain, int num_voiobjects, OBJECT *voiobject, ENVIRONMENTAL_INFLUENCE_MAP eimap, BRDF_MODEL brdf_model)
SIGSIM49_API int	CalcDirectionalRadiance_rademit (METIN *metin, ENVIRONMENTAL_INFLUENCE_MAP eimap, LOS_DB_INTERSECT hitpoint, long nmatls, MATL_PROP_TABLE *mp_table, BRDF_MODEL brdf_model, SENSOR sens, jrmbool emission_enable, jrmbool light_enable, double *atsurface, double *HDR)
SIGSIM49_API int	CalcDirectionalRadiance (METIN *metin, ENVIRONMENTAL_INFLUENCE_MAP eimap, LOS_DB_INTERSECT hitpoint, long nmatls, MATL_PROP_TABLE *mp_table, BRDF_MODEL brdf_model, SPECTRAL_DOMAIN spectrum, double *atsurface, double *HDR)
SIGSIM49_API int	AllocateRFPowerDensity (RF_POWER_DENSITY *rf, long nlambda)
SIGSIM49_API int	AllocateRFPower (RF_POWER *rf, long nlambda)
SIGSIM49_API int	CalcRFReflectedPower_Object (SPECTRAL_DOMAIN spectrum, OBJECT object, LOS_DB_INTERSECT intersect, double **RCS, double *rftrans1way, double *rfnoise1way, RF_POWER *rfpower)
SIGSIM49_API int	CalcRFReflectedPower_Terrain (SPECTRAL_DOMAIN spectrum, OBJECT terrain, LOS_DB_INTERSECT intersect, double **RCS, double *rftrans1way, double *rfnoise1way, RF_POWER *rfpower)
SIGSIM49_API int	CalcRFReflectedPower (SENSOR sens, EULERzyx ifov_orient_NED, METIN metin, OBJECT *terrain, int num_voiobjects, OBJECT *voiobject, LOS_DB_INTERSECT *hitpoint, double **RCS, double **rftrans1way, double **rfnoise1way, RF_POWER *rfpower)
SIGSIM49_API int	CalcRFReflectedPowerKE (FOV sensfov, SPECTRAL_DOMAIN spectrum, EULERzyx *ifov_orient_NED, METIN metin, OBJECT *terrain, int num_voiobjects, OBJECT *voiobject, LOS_DB_INTERSECT *hitpoint, double **RCS, double **rftrans1way, double **rfnoise1way, RF_POWER *rfpower)
SIGSIM49_API int	RFPowerCoherentSum (RF_POWER A, RF_POWER B, RF_POWER *sum, double range_m, SPECTRAL_DOMAIN spectrum)
SIGSIM49_API int	GetRFReflectedPower2DHV_GPU (SENSOR sens, RF_POWER **power2DHV, double **RCS_map, double **rdot_map, double **rftrans1way_map, double **rfnoise1way_map, int *object_index_map, int *ms_index_map, double *range_map, VECTOR *normal_map, METIN metin, OBJECT *terrain, int num_voiobjects, OBJECT *voiobject)
SIGSIM49_API int	GetRFReflectedPower2DHV_CPU (SENSOR sens, RF_POWER **power2DHV, LOS_2D_MAP *los_map, METIN metin, OBJECT *terrain, int num_voiobjects, OBJECT *voiobject)
SIGSIM49_API int	GetTotalRFPower2D (SENSOR sens, double **power2D, RF_POWER *power2DHV)
SIGSIM49_API int	FreePowerHVArrays (RF_POWER *powerHV)
SIGSIM49_API int	FreePower2DHVMap (RF_POWER *power2DHV, int hsamples, int vsamples)
SIGSIM49_API int	FreePowerMap (double *power)
SIGSIM49_API double	WeddingCakeRectangular (double *coef, double theta)
SIGSIM49_API double	WeddingCakeRadial (double *coef, double theta)
SIGSIM49_API double	GaussianRadial (double beamwidth, double theta)
SIGSIM49_API int	GetRFPowerEmitted (dVEC_HV pixel_angle, SPECTRAL_DOMAIN spectrum, TRANSMITTER_RECEIVER *transmitter, RF_POWER *rfpower)
SIGSIM49_API int	GetRFPowerDensityAccepted (dVEC_HV pixel_angle, SPECTRAL_DOMAIN spectrum, TRANSMITTER_RECEIVER *receiver, RF_POWER_DENSITY rfpowerdensity_ataperture, RF_POWER_DENSITY *rfpowerdensity_accepted)
SIGSIM49_API int	GetRFPowerDensityAccepted_2DHV (FOV fov, SPECTRAL_DOMAIN spectrum, TRANSMITTER_RECEIVER *receiver, RF_POWER_DENSITY *rfpowerdensity_ataperture, RF_POWER_DENSITY **rfpowerdensity_accepted)
SIGSIM49_API int	FreePowerDensityHVArrays (RF_POWER_DENSITY *powerdensityHV)
SIGSIM49_API int	FreePowerDensity2DHVMap (RF_POWER_DENSITY *powerdensity2DHV, int hsamples, int vsamples)
SIGSIM49_API int	FreePowerDensityMap (double *powerdensity)

Function Documentation

SIGSIM49_API int UpdateObjectKinematics	(	OBJECT *	object,
		ellipsoid	E,
		double	simtime
	)

SIGSIM49_API int ObjectThermalSpinUp	(	OBJECT *	object,
		double	spinupPeriod,
		METIN *	metin
	)

SIGSIM49_API int UpdateObjectMSPOLYARRAYTemperatures

(

OBJECT *

object

)

SIGSIM49_API jrmbool ReturnScatterAspect	(	OBJECT *	object,
		double	az,
		double	el,
		double	freq,
		RCS_ASPECT *	aspect
	)

SIGSIM49_API jrmbool ReturnRCSAspect	(	OBJECT *	object,
		double	az,
		double	el,
		double	freq,
		RCS_ASPECT *	ra
	)

SIGSIM49_API jrmComplex getSigSimTargetRCS	(	double	az_deg,
		double	el_deg,
		double	freq_Hz,
		RCS_TABLE *	rcs_table,
		enum Polarization	pol
	)

SIGSIM49_API void getSigSimTargetRCSAllPol	(	double	az_deg,
		double	el_deg,
		double	freq_Hz,
		RCS_TABLE *	rcs_table,
		jrmComplex *	HH,
		jrmComplex *	HV,
		jrmComplex *	VH,
		jrmComplex *	VV
	)

SIGSIM49_API double GetProjectedRCS	(	OBJECT *	object,
		double	freq_Hz,
		LOS_DB_INTERSECT *	intersect
	)

SIGSIM49_API int GetProjectedRCS_Terrain	(	OBJECT *	terrain,
		double	freq_Hz,
		LOS_DB_INTERSECT	intersect,
		double *	Sigma0Mean,
		double *	Sigma0StDev
	)

SIGSIM49_API int Get2DProjectedRCS_Terrain	(	ellipsoid	E,
		FOV	fov,
		SPECTRAL_DOMAIN	spectrum,
		OBJECT *	terrain,
		int	object_id_of_interest,
		int *	object_id_map,
		int *	ms_index_map,
		double *	range_map,
		VECTOR *	normal_map,
		double **	Sigma0Mean,
		double **	Sigma0StDev
	)

SIGSIM49_API int GetAtSurfaceRadiance3D	(	SENSOR	sens,
		double **	radiance3D,
		double **	HDR_map,
		LOS_2D_MAP *	los_map,
		METIN	metin,
		OBJECT *	terrain,
		int	num_voiobjects,
		OBJECT *	voiobject,
		ENVIRONMENTAL_INFLUENCE_MAP	eimap,
		BRDF_MODEL	brdf_model,
		jrmbool	emission_enable,
		jrmbool	light_enable
	)

SIGSIM49_API int GetAtSurfaceRadiance3D_GPU	(	SENSOR	sens,
		double **	radiance3D,
		double **	HDR_map,
		double **	rdot_map,
		int *	object_index_map,
		int *	ms_index_map,
		double *	range_map,
		VECTOR *	normal_map,
		METIN	metin,
		OBJECT *	terrain,
		int	num_voiobjects,
		OBJECT *	voiobject,
		ENVIRONMENTAL_INFLUENCE_MAP	eimap,
		BRDF_MODEL	brdf_model
	)

SIGSIM49_API int GetAtSurfaceRadiance3D_CPU	(	FOV	fov,
		SPECTRAL_DOMAIN	spectrum,
		double **	radiance3D,
		double **	HDR_map,
		LOS_2D_MAP *	los_map,
		METIN	metin,
		OBJECT *	terrain,
		int	num_voiobjects,
		OBJECT *	voiobject,
		ENVIRONMENTAL_INFLUENCE_MAP	eimap,
		BRDF_MODEL	brdf_model
	)

SIGSIM49_API int CalcDirectionalRadiance_rademit	(	METIN *	metin,
		ENVIRONMENTAL_INFLUENCE_MAP	eimap,
		LOS_DB_INTERSECT	hitpoint,
		long	nmatls,
		MATL_PROP_TABLE *	mp_table,
		BRDF_MODEL	brdf_model,
		SENSOR	sens,
		jrmbool	emission_enable,
		jrmbool	light_enable,
		double *	atsurface,
		double *	HDR
	)

SIGSIM49_API int CalcDirectionalRadiance	(	METIN *	metin,
		ENVIRONMENTAL_INFLUENCE_MAP	eimap,
		LOS_DB_INTERSECT	hitpoint,
		long	nmatls,
		MATL_PROP_TABLE *	mp_table,
		BRDF_MODEL	brdf_model,
		SPECTRAL_DOMAIN	spectrum,
		double *	atsurface,
		double *	HDR
	)

SIGSIM49_API int AllocateRFPowerDensity	(	RF_POWER_DENSITY *	rf,
		long	nlambda
	)

SIGSIM49_API int AllocateRFPower	(	RF_POWER *	rf,
		long	nlambda
	)

SIGSIM49_API int CalcRFReflectedPower_Object	(	SPECTRAL_DOMAIN	spectrum,
		OBJECT	object,
		LOS_DB_INTERSECT	intersect,
		double **	RCS,
		double *	rftrans1way,
		double *	rfnoise1way,
		RF_POWER *	rfpower
	)

SIGSIM49_API int CalcRFReflectedPower_Terrain	(	SPECTRAL_DOMAIN	spectrum,
		OBJECT	terrain,
		LOS_DB_INTERSECT	intersect,
		double **	RCS,
		double *	rftrans1way,
		double *	rfnoise1way,
		RF_POWER *	rfpower
	)

SIGSIM49_API int CalcRFReflectedPower	(	SENSOR	sens,
		EULERzyx	ifov_orient_NED,
		METIN	metin,
		OBJECT *	terrain,
		int	num_voiobjects,
		OBJECT *	voiobject,
		LOS_DB_INTERSECT *	hitpoint,
		double **	RCS,
		double **	rftrans1way,
		double **	rfnoise1way,
		RF_POWER *	rfpower
	)

SIGSIM49_API int CalcRFReflectedPowerKE	(	FOV	sensfov,
		SPECTRAL_DOMAIN	spectrum,
		EULERzyx *	ifov_orient_NED,
		METIN	metin,
		OBJECT *	terrain,
		int	num_voiobjects,
		OBJECT *	voiobject,
		LOS_DB_INTERSECT *	hitpoint,
		double **	RCS,
		double **	rftrans1way,
		double **	rfnoise1way,
		RF_POWER *	rfpower
	)

SIGSIM49_API int RFPowerCoherentSum	(	RF_POWER	A,
		RF_POWER	B,
		RF_POWER *	sum,
		double	range_m,
		SPECTRAL_DOMAIN	spectrum
	)

SIGSIM49_API int GetRFReflectedPower2DHV_GPU	(	SENSOR	sens,
		RF_POWER **	power2DHV,
		double **	RCS_map,
		double **	rdot_map,
		double **	rftrans1way_map,
		double **	rfnoise1way_map,
		int *	object_index_map,
		int *	ms_index_map,
		double *	range_map,
		VECTOR *	normal_map,
		METIN	metin,
		OBJECT *	terrain,
		int	num_voiobjects,
		OBJECT *	voiobject
	)

SIGSIM49_API int GetRFReflectedPower2DHV_CPU	(	SENSOR	sens,
		RF_POWER **	power2DHV,
		LOS_2D_MAP *	los_map,
		METIN	metin,
		OBJECT *	terrain,
		int	num_voiobjects,
		OBJECT *	voiobject
	)

SIGSIM49_API int GetTotalRFPower2D	(	SENSOR	sens,
		double **	power2D,
		RF_POWER *	power2DHV
	)

SIGSIM49_API int FreePowerHVArrays

(

RF_POWER *

powerHV

)

SIGSIM49_API int FreePower2DHVMap	(	RF_POWER *	power2DHV,
		int	hsamples,
		int	vsamples
	)

SIGSIM49_API int FreePowerMap

(

double *

power

)

SIGSIM49_API double WeddingCakeRectangular	(	double *	coef,
		double	theta
	)

SIGSIM49_API double WeddingCakeRadial	(	double *	coef,
		double	theta
	)

SIGSIM49_API double GaussianRadial	(	double	beamwidth,
		double	theta
	)

SIGSIM49_API int GetRFPowerEmitted	(	dVEC_HV	pixel_angle,
		SPECTRAL_DOMAIN	spectrum,
		TRANSMITTER_RECEIVER *	transmitter,
		RF_POWER *	rfpower
	)

SIGSIM49_API int GetRFPowerDensityAccepted	(	dVEC_HV	pixel_angle,
		SPECTRAL_DOMAIN	spectrum,
		TRANSMITTER_RECEIVER *	receiver,
		RF_POWER_DENSITY	rfpowerdensity_ataperture,
		RF_POWER_DENSITY *	rfpowerdensity_accepted
	)

SIGSIM49_API int GetRFPowerDensityAccepted_2DHV	(	FOV	fov,
		SPECTRAL_DOMAIN	spectrum,
		TRANSMITTER_RECEIVER *	receiver,
		RF_POWER_DENSITY *	rfpowerdensity_ataperture,
		RF_POWER_DENSITY **	rfpowerdensity_accepted
	)

SIGSIM49_API int FreePowerDensityHVArrays

(

RF_POWER_DENSITY *

powerdensityHV

)

SIGSIM49_API int FreePowerDensity2DHVMap	(	RF_POWER_DENSITY *	powerdensity2DHV,
		int	hsamples,
		int	vsamples
	)

SIGSIM49_API int FreePowerDensityMap

(

double *

powerdensity

)