WsfPD_Filter Class Reference

#include <WsfPD_Filter.hpp>

Public Types
enum	SignalType {   cST_TARGET = 1 , cST_BLADE = 2 , cST_CLUTTER = 3 , cST_NOISE_JAM = 4 ,   cST_DECEPT_JAM = 5 , cST_NOISE = 6 , cST_INTERFERENCE = 7 , cST_RWR_SIGNAL = 8 ,   cST_RWR_SENS = 9 , cST_PROCESSED_TARGET = 10 }
using	DbleVec = std::vector<double>
using	DbleDbleVec = std::vector<DbleVec>

Public Member Functions
	WsfPD_Filter (bool aZVF_Flag=false, int aMax_PRFs=16)
virtual	~WsfPD_Filter ()=default
virtual WsfPD_Filter *	Clone () const
virtual bool	Initialize (double aConicalScanRate, double aDecayConst, double aIF_Bandwidth, int aN_PRFs, DbleVec aPRF, double aPW, double aSigmaC)
virtual bool	ProcessInput (UtInput &aInput)
double	pd_response (double aF_Dop, int aFlag, int aPRF_Index)
void	spectral_response_pd (int aPRF_Index, int aCount, DbleVec aFrequencies, DbleVec aPSD, int aMaxPSD_Index, double &aResponse, double &aClutterResponse)
void	set_pd_data (int aN_Filters, int aN_Poles, int aN_PRFs, double aSLR_dB, DbleVec &aFilterBW)
double	get_stop_freq (int aPRF_Index)
double	noise_bandwidth_pd (int aPRF_Index)
double	filter_bandwidth_pd (int aPRF_Index)

Member Typedef Documentation

DbleDbleVec

using WsfPD_Filter::DbleDbleVec = std::vector<DbleVec>

DbleVec

using WsfPD_Filter::DbleVec = std::vector<double>

Member Enumeration Documentation

SignalType

enum WsfPD_Filter::SignalType

Enumerator
cST_TARGET
cST_BLADE
cST_CLUTTER
cST_NOISE_JAM
cST_DECEPT_JAM
cST_NOISE
cST_INTERFERENCE
cST_RWR_SIGNAL
cST_RWR_SENS
cST_PROCESSED_TARGET

Constructor & Destructor Documentation

WsfPD_Filter()

WsfPD_Filter::WsfPD_Filter	(	bool	aZVF_Flag = false,
		int	aMax_PRFs = 16 )

Referenced by Clone(), and ~WsfPD_Filter().

~WsfPD_Filter()

virtual WsfPD_Filter::~WsfPD_Filter ( )

virtualdefault

References WsfPD_Filter().

Member Function Documentation

Clone()

WsfPD_Filter * WsfPD_Filter::Clone ( ) const

virtual

References WsfPD_Filter().

Referenced by WsfRadarMTD_SignalProcessor::WsfRadarMTD_SignalProcessor(), and WsfRadarPD_SignalProcessor::WsfRadarPD_SignalProcessor().

filter_bandwidth_pd()

double WsfPD_Filter::filter_bandwidth_pd

(

int

aPRF_Index

)

get_stop_freq()

double WsfPD_Filter::get_stop_freq

(

int

aPRF_Index

)

Initialize()

bool WsfPD_Filter::Initialize ( double aConicalScanRate, double aDecayConst, double aIF_Bandwidth, int aN_PRFs, DbleVec aPRF, double aPW, double aSigmaC )

virtual

References ok.

noise_bandwidth_pd()

double WsfPD_Filter::noise_bandwidth_pd

(

int

aPRF_Index

)

pd_response()

double WsfPD_Filter::pd_response	(	double	aF_Dop,
		int	aFlag,
		int	aPRF_Index )

References cST_CLUTTER, cST_NOISE_JAM, cST_PROCESSED_TARGET, and pd_response().

Referenced by pd_response().

ProcessInput()

bool WsfPD_Filter::ProcessInput ( UtInput & aInput )

virtual

set_pd_data()

void WsfPD_Filter::set_pd_data	(	int	aN_Filters,
		int	aN_Poles,
		int	aN_PRFs,
		double	aSLR_dB,
		DbleVec &	aFilterBW )

spectral_response_pd()

void WsfPD_Filter::spectral_response_pd	(	int	aPRF_Index,
		int	aCount,
		DbleVec	aFrequencies,
		DbleVec	aPSD,
		int	aMaxPSD_Index,
		double &	aResponse,
		double &	aClutterResponse )

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

• WsfPD_Filter.hpp
• WsfPD_Filter.cpp