#include <GeomFilter.h>

Public Member Functions
	GeometricFilter (std::vector< vector< TGraphAligned * > > &noise)

virtual void	process (FilteredAnitaEvent *event)

virtual void	processOne (AnalysisWaveform wf, const RawAnitaHeader header=0, int ant=0, int pol=0)

void	setDbCut (double dB)

const char *	tag () const

const char *	description () const

Public Member Functions inherited from FilterOperation
virtual unsigned	nOutputs () const

virtual const char *	outputName (unsigned i) const

virtual unsigned	outputLength (unsigned i) const

virtual void	fillOutput (unsigned i, double *v) const

virtual	~FilterOperation ()

Public Attributes
int	printFlag

Protected Member Functions
void	getNotchandBandwidth (int nfreq, double dBCut, int nAntennasToUse, int nadirFlag, float meanFreqVert, float meanFreqHoriz)

void	getGroupsofAntennas (int nAntennasToUse, int nadirFlag)

void	getClosestNAntennas (int nantennasToUse, double peakPhi, vector< int > &whichAntennasToUse, int nadirFlag)

void	adaptiveFilterPartialPayload (int pol, double dBCut, int nfreq, double frequencies, double bandwidth, double *magPeak, int nantennasToUse, vector< int > &whichAntennasToUse, float &mean_freq)

void	getFrequenciestoCut (int antenna, vector< vector< double > > &antennaFreq, vector< vector< double > > &bandwidth, vector< vector< double > > &PeakMag, vector< double > &uniquefreqs, vector< double > &uniquebandwidth, int nfreq, vector< double > &uniquePhase, vector< double > &uniquePhase_bandwidth)

void	applyAdaptiveFilter_singleAnt (double centerFrequency, double bandWidth, int polFlag, int ant)

TGraph *	interpolatedFilter (TGraph *grWave, Double_t minFreq, Double_t maxFreq)

void	GeomMethod (int ant, int pol, vector< double > Freq, vector< double > bandWidth, vector< double > cutFreqs)

double	solveGamma_plus (double theta, double psi, double delta)

double	solveGamma_minus (double theta, double psi, double delta)

Protected Member Functions inherited from FilterOperation
AnalysisWaveform *	getWf (FilteredAnitaEvent *ev, int i)

AnalysisWaveform *	getWf (FilteredAnitaEvent *ev, int ant, AnitaPol::AnitaPol_t pol)

Detailed Description

A set of basic filter operations that serve as examples and also should be quite useful SimplePassBandFilter just cuts everything outside the pass band in fourier space like a brick wall, with all the ensuing acausal goodness.Geometric filter

Definition at line 21 of file GeomFilter.h.

Inheritance diagram for GeometricFilter:

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Collaboration diagram for GeometricFilter:

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Member Function Documentation

const char* GeometricFilter::description ( ) const

inlinevirtual

human readable description, should provide sufficient information to understand what was done

Implements FilterOperation.

Definition at line 38 of file GeomFilter.h.

void GeometricFilter::process ( FilteredAnitaEvent * event )

virtual

operate on the FilteredAnitaEvent

Implements FilterOperation.

Definition at line 10 of file GeomFilter.cc.

void GeometricFilter::processOne	(	AnalysisWaveform *	awf,
		const RawAnitaHeader *	header = `0`,
		int	ant = `0`,
		int	pol = `0`
	)

virtual

operate on one waveform (ABL added moved this from UniformFitlerOperation so that FilterStrategy could call its this on single waveforms, and the weird argument structure is just so it matches ad sinsub)

Implements FilterOperation.

Definition at line 72 of file GeomFilter.cc.

const char* GeometricFilter::tag ( ) const

inlinevirtual

short name for operation, will be used for output tree name, if there is one

Implements FilterOperation.

Definition at line 37 of file GeomFilter.h.

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

components/AnitaAnalysisFramework/include/GeomFilter.h
components/AnitaAnalysisFramework/src/GeomFilter.cc

Public Member Functions

Public Attributes

Protected Member Functions

Detailed Description

Member Function Documentation