Acclaim::Filters::Notch Class Reference

Filters contiguous frequency bins in the FourierDomain. More...

#include <AcclaimFilters.h>

Public Member Functions
	Notch (Double_t lowEdgeGHz, Double_t highEdgeGHz)
	Constructor for notch. More...
virtual const char *	tag () const
virtual const char *	description () const
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 void	process (FilteredAnitaEvent *fe)
	Applies the notch to all waveforms in an event. More...
Public Member Functions inherited from FilterOperation
virtual	~FilterOperation ()

Protected Member Functions
virtual void	processOne (AnalysisWaveform *g, const RawAnitaHeader *header=0, int ant=0, int pol=0)
	applies the notch to a single waveform More...
Protected Member Functions inherited from FilterOperation
AnalysisWaveform *	getWf (FilteredAnitaEvent *ev, int i)
AnalysisWaveform *	getWf (FilteredAnitaEvent *ev, int ant, AnitaPol::AnitaPol_t pol)

Protected Attributes
TString	fTag
TString	fDescription
TString	fOutputName
Double_t	fLowEdgeGHz
Double_t	fHighEdgeGHz
Double_t	fPowerRemovedByNotch [AnitaPol::kNotAPol][NUM_SEAVEYS]

Detailed Description

Filters contiguous frequency bins in the FourierDomain.

Notch

Definition at line 64 of file AcclaimFilters.h.

Inheritance diagram for Acclaim::Filters::Notch:

Collaboration diagram for Acclaim::Filters::Notch:

Constructor & Destructor Documentation

Acclaim::Filters::Notch::Notch	(	Double_t	lowEdgeGHz,
		Double_t	highEdgeGHz
	)

Constructor for notch.

Parameters

lowEdgeGHz	is the frequency in GHz of the low edge of the notch (i.e. the high pass frequency)
highEdgeGHz	is the frequency in GHz of the high edge of the notch (i.e. the low pass frequency)

Definition at line 179 of file AcclaimFilters.cxx.

Member Function Documentation

virtual const char* Acclaim::Filters::Notch::description ( ) const

inlinevirtual

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

Implements FilterOperation.

Definition at line 76 of file AcclaimFilters.h.

virtual void Acclaim::Filters::Notch::fillOutput ( unsigned  i, double *  v  ) const

inlinevirtual

Fill the ith output

Reimplemented from FilterOperation.

Definition at line 80 of file AcclaimFilters.h.

virtual unsigned Acclaim::Filters::Notch::nOutputs ( ) const

inlinevirtual

The number of output variables (doubles or double arrays) defined by this operation

Reimplemented from FilterOperation.

Definition at line 77 of file AcclaimFilters.h.

virtual unsigned Acclaim::Filters::Notch::outputLength ( unsigned  i ) const

inlinevirtual

The length of the ith output variable (it's a double array of this size)

Reimplemented from FilterOperation.

Definition at line 79 of file AcclaimFilters.h.

virtual const char* Acclaim::Filters::Notch::outputName ( unsigned  i ) const

inlinevirtual

The name of the ith output variable

Reimplemented from FilterOperation.

Definition at line 78 of file AcclaimFilters.h.

void Acclaim::Filters::Notch::process ( FilteredAnitaEvent *  ev )

virtual

Applies the notch to all waveforms in an event.

Also stores the power removed from each channel

Parameters

ev	is the event to which the notch should be applied to all channels

Reimplemented from UniformFilterOperation.

Definition at line 230 of file AcclaimFilters.cxx.

void Acclaim::Filters::Notch::processOne ( AnalysisWaveform *  g, const RawAnitaHeader *  header = 0, int  ant = 0, int  pol = 0  )

protectedvirtual

applies the notch to a single waveform

Parameters

g	is the waveform to which the notch filters should be applied

Implements UniformFilterOperation.

Definition at line 201 of file AcclaimFilters.cxx.

virtual const char* Acclaim::Filters::Notch::tag ( ) const

inlinevirtual

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

Implements FilterOperation.

Definition at line 75 of file AcclaimFilters.h.

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

• components/anitaAnalysisTools/include/AcclaimFilters.h
• components/anitaAnalysisTools/src/AcclaimFilters.cxx