#include <WsfStandardAntennaPattern.hpp>

Inheritance diagram for WsfStandardAntennaPattern::StandardData:

Collaboration diagram for WsfStandardAntennaPattern::StandardData:

[legend]

Public Member Functions
	StandardData ()
	~StandardData () override
bool	ProcessInput (WsfAntennaPattern &aPattern, UtInput &aInput) override
bool	Initialize (WsfAntennaPattern &aAntennaPattern) override
double	GetGain (double aFrequency, double aTargetAz, double aTargetEl, double aEBS_Az, double aEBS_El) override
void	ResetPatternType ()
Public Member Functions inherited from WsfAntennaPattern::BaseData
	BaseData ()
	BaseData (const BaseData &aSrc)=default
	~BaseData () override=default
virtual double	PerformGainAdjustment (double aFrequency, double aGain)
virtual void	InitializeAverageGain (double aFrequency)
	Initialize the average gain table if not already initialized.

Static Public Member Functions
static double	BesselJ1 (double aX)
	Calculate Bessel function J1(x).

Public Attributes
PatternType	mPatternType
UtAzElTable *	mTablePtr
double	mPeakGain
double	mInputAzBeamwidth
double	mInputElBeamwidth
double	mAzBeamwidth
double	mElBeamwidth
Public Attributes inherited from WsfAntennaPattern::BaseData
double	mMinimumGain
	The minimum gain that should be returned by any antenna pattern.
double	mGainAdjustment
	A simple gain adjustment.
GainAdjustmentTable	mGainAdjustmentTable
	Frequency-dependent gain adjustment table.
bool	mInitialized
bool	mAvgGainInitialized
bool	mShowAvgGain
std::recursive_mutex	mAvgGainMutex
std::vector< double >	mAvgGain
double	mSampledPeakGain
	The peak gain of the sample. This SHOULD be the peak gain of the pattern.

addition input values for the 'sine' parameters
double	mSineAngleModificationFactor
int	mSineFunctionType

Additional input values for the 'cosecant_squared' pattern.
double	mCscMinElForPeakGain
double	mCscElOfPeakCsc2Boundary
double	mCscMaxElForCsc2

Derived values for the 'cosecant_squared' pattern that are computed when it is first used.
double	mCscMinimumGainAdjusted
double	mCscPeakGainAdjusted
double	mCscK_Az
double	mCscK_El
double	mCscWithinCsc2Factor
double	mCscAboveCsc2Factor
bool	mFirstTime
static double	CircularPattern (double aAzimuth, double aElevation, double aPeakGain, double aBeamwidth)
static double	SinePattern (double aAzimuth, double aElevation, double aPeakGain, double aAzimuthBeamwidth, double aElevationBeamwidth, double aOffset, double aFact, int aType)
	From the routine GENANT.
double	CosecantSquaredPattern (double aAzimuth, double aElevation)
void	ProcessCircularInput (WsfAntennaPattern &aPattern, UtInput &aInput)
void	ProcessCosecantSquaredInput (WsfAntennaPattern &aPattern, UtInput &aInput)
void	ProcessPatternTableInput (WsfAntennaPattern &aPattern, UtInput &aInput)
void	ProcessSineInput (WsfAntennaPattern &aPattern, UtInput &aInput)
void	ProcessUniformInput (WsfAntennaPattern &aPattern, UtInput &aInput)

Constructor & Destructor Documentation

◆ StandardData()

WsfStandardAntennaPattern::StandardData::StandardData ( )

◆ ~StandardData()

WsfStandardAntennaPattern::StandardData::~StandardData ( )

override

References mTablePtr.

Member Function Documentation

◆ BesselJ1()

double WsfStandardAntennaPattern::StandardData::BesselJ1 ( double aX )

static

Calculate Bessel function J1(x).

Referenced by CircularPattern(), and SinePattern().

◆ CircularPattern()

double WsfStandardAntennaPattern::StandardData::CircularPattern	(	double	aAzimuth,
		double	aElevation,
		double	aPeakGain,
		double	aBeamwidth )

staticprotected

Get gain from a uniformly illuminated circular aperture.

Parameters

aAzimuth	Azimuth angle for lookup.
aElevation	Elevation angle for lookup.
aBeamwidth	Beamwidth of the mainbeam (radians????)
aPeakGain	The peak gain in the pattern.

Returns: Absolute gain (NOT in dB).

This is a direct conversion of the routine GENCIR. (Author: A GUENDEL 27 MAR 1984)

References BesselJ1().

Referenced by GetGain().

◆ CosecantSquaredPattern()

double WsfStandardAntennaPattern::StandardData::CosecantSquaredPattern	(	double	aAzimuth,
		double	aElevation )

protected

Calculate the gain in a cosecant squared pattern

This is a direct conversion of the routine COSEC2. (Author: W RING /A GUENDEL MAR 1984)

References mAzBeamwidth, mCscAboveCsc2Factor, mCscElOfPeakCsc2Boundary, mCscK_Az, mCscK_El, mCscMaxElForCsc2, mCscMinElForPeakGain, mCscMinimumGainAdjusted, mCscPeakGainAdjusted, mCscWithinCsc2Factor, mElBeamwidth, mFirstTime, WsfAntennaPattern::BaseData::mMinimumGain, and mPeakGain.

Referenced by GetGain().

◆ GetGain()

double WsfStandardAntennaPattern::StandardData::GetGain	(	double	aFrequency,
		double	aTargetAz,
		double	aTargetEl,
		double	aEBS_Az,
		double	aEBS_El )

overridevirtual

Reimplemented from WsfAntennaPattern::BaseData.

References WsfStandardAntennaPattern::cCIRCULAR_PATTERN, WsfStandardAntennaPattern::cCOSECANT_SQUARED_PATTERN, CircularPattern(), CosecantSquaredPattern(), WsfStandardAntennaPattern::cSINE_PATTERN, WsfStandardAntennaPattern::cTABLE, WsfStandardAntennaPattern::cUNIFORM_PATTERN, mAzBeamwidth, mElBeamwidth, WsfAntennaPattern::BaseData::mMinimumGain, mPatternType, mPeakGain, mSineAngleModificationFactor, mSineFunctionType, mTablePtr, WsfAntennaPattern::BaseData::PerformGainAdjustment(), and SinePattern().

Referenced by WsfStandardAntennaPattern::GetGain().

◆ Initialize()

bool WsfStandardAntennaPattern::StandardData::Initialize ( WsfAntennaPattern & aAntennaPattern )

overridevirtual

Reimplemented from WsfAntennaPattern::BaseData.

References WsfAntennaPattern::WsfAntennaPattern().

◆ ProcessCircularInput()

void WsfStandardAntennaPattern::StandardData::ProcessCircularInput	(	WsfAntennaPattern &	aPattern,
		UtInput &	aInput )

protected

References mAzBeamwidth, mElBeamwidth, mInputAzBeamwidth, mInputElBeamwidth, mPeakGain, WsfAntennaPattern::BaseData::ProcessInput(), and WsfAntennaPattern::WsfAntennaPattern().

Referenced by ProcessInput().

◆ ProcessCosecantSquaredInput()

void WsfStandardAntennaPattern::StandardData::ProcessCosecantSquaredInput	(	WsfAntennaPattern &	aPattern,
		UtInput &	aInput )

protected

References mAzBeamwidth, mCscElOfPeakCsc2Boundary, mCscMaxElForCsc2, mCscMinElForPeakGain, mElBeamwidth, mInputAzBeamwidth, mInputElBeamwidth, mPeakGain, WsfAntennaPattern::BaseData::ProcessInput(), and WsfAntennaPattern::WsfAntennaPattern().

Referenced by ProcessInput().

◆ ProcessInput()

bool WsfStandardAntennaPattern::StandardData::ProcessInput	(	WsfAntennaPattern &	aPattern,
		UtInput &	aInput )

overridevirtual

Reimplemented from WsfAntennaPattern::BaseData.

References WsfStandardAntennaPattern::cCIRCULAR_PATTERN, WsfStandardAntennaPattern::cCOSECANT_SQUARED_PATTERN, WsfStandardAntennaPattern::cSINE_PATTERN, WsfStandardAntennaPattern::cTABLE, WsfStandardAntennaPattern::cUNIFORM_PATTERN, mPatternType, mPeakGain, mTablePtr, ProcessCircularInput(), ProcessCosecantSquaredInput(), WsfAntennaPattern::BaseData::ProcessInput(), ProcessPatternTableInput(), ProcessSineInput(), ProcessUniformInput(), ResetPatternType(), and WsfAntennaPattern::WsfAntennaPattern().

◆ ProcessPatternTableInput()

void WsfStandardAntennaPattern::StandardData::ProcessPatternTableInput	(	WsfAntennaPattern &	aPattern,
		UtInput &	aInput )

protected

References mAzBeamwidth, mElBeamwidth, mInputAzBeamwidth, mInputElBeamwidth, mPeakGain, mTablePtr, WsfAntennaPattern::BaseData::ProcessInput(), and WsfAntennaPattern::WsfAntennaPattern().

Referenced by ProcessInput().

◆ ProcessSineInput()

void WsfStandardAntennaPattern::StandardData::ProcessSineInput	(	WsfAntennaPattern &	aPattern,
		UtInput &	aInput )

protected

References mAzBeamwidth, mElBeamwidth, mInputAzBeamwidth, mInputElBeamwidth, mPeakGain, mSineAngleModificationFactor, mSineFunctionType, WsfAntennaPattern::BaseData::ProcessInput(), and WsfAntennaPattern::WsfAntennaPattern().

Referenced by ProcessInput().

◆ ProcessUniformInput()

void WsfStandardAntennaPattern::StandardData::ProcessUniformInput	(	WsfAntennaPattern &	aPattern,
		UtInput &	aInput )

protected

References mAzBeamwidth, mElBeamwidth, mInputAzBeamwidth, mInputElBeamwidth, mPeakGain, WsfAntennaPattern::BaseData::ProcessInput(), and WsfAntennaPattern::WsfAntennaPattern().

Referenced by ProcessInput().

◆ ResetPatternType()

void WsfStandardAntennaPattern::StandardData::ResetPatternType ( )

References WsfStandardAntennaPattern::cUNIFORM_PATTERN, mPatternType, and mTablePtr.

Referenced by ProcessInput().

◆ SinePattern()

double WsfStandardAntennaPattern::StandardData::SinePattern	(	double	aAzimuth,
		double	aElevation,
		double	aPeakGain,
		double	aAzimuthBeamwidth,
		double	aElevationBeamwidth,
		double	aOffset,
		double	aFact,
		int	aType )