PndEmcFadcFilter Class Reference

FADC FIR (finite impulse response) filter. More...

#include <PndEmcFadcFilter.h>

Inheritance diagram for PndEmcFadcFilter:

Public Types
enum	type { arbitrary = 0, symmetric = 1, antisymmetric = -1 }

Public Member Functions
	PndEmcFadcFilter ()
virtual	~PndEmcFadcFilter ()
virtual void	Filter (const std::vector< Double_t > &in, std::vector< Double_t > &out) const
void	SetData (Double_t data[], Int_t i_size, Int_t i_offset)
Int_t	MinIndex () const
Int_t	MaxIndex () const
Int_t	Size () const
void	Convolute (const PndEmcFadcFilter &filt)
void	Convolute (const PndEmcFadcFilter &lhs, const PndEmcFadcFilter &rhs)
void	Clear ()
void	SetupMA (Int_t i_width)
void	SetupMWD (Int_t i_width, Double_t tau)
void	SetupMatchedFilter (Int_t i_width, PndEmcAbsPulseshape *pulseshape, Double_t sampleRate)
void	SetupBipolarTrapez (Int_t i_rise, Int_t i_flat, Int_t i_width)
void	SetupTrapez (Int_t i_rise, Int_t i_flat)
void	SetupBipolarTriangle (Int_t i_rise)
void	SetupDifferentiator (Int_t i_lag=0, Int_t i_width=1)
void	SetupDoubleDifferentiator (Int_t i_npos=1, Int_t i_nneg=1, Int_t i_nzero=0)
void	SetupPZDifferentiator (Int_t i_lag=0, Double_t d_fac=1.)
void	SetNormalizeFloating (Double_t d_norm=1.)
void	SetNormalizeInteger (Int_t i_shift=0)
std::vector< Double_t >	GetWeights () const

Detailed Description

FADC FIR (finite impulse response) filter.

Definition at line 21 of file PndEmcFadcFilter.h.

Member Enumeration Documentation

type

enum PndEmcFadcFilter::type

Enumerator
arbitrary
symmetric
antisymmetric

Definition at line 24 of file PndEmcFadcFilter.h.

{ arbitrary = 0, symmetric = 1, antisymmetric = -1 };

Constructor & Destructor Documentation

PndEmcFadcFilter()

PndEmcFadcFilter::PndEmcFadcFilter

(

)

~PndEmcFadcFilter()

virtual PndEmcFadcFilter::~PndEmcFadcFilter ( )

virtual

Member Function Documentation

Clear()

void PndEmcFadcFilter::Clear

(

)

Convolute() [1/2]

void PndEmcFadcFilter::Convolute

(

const PndEmcFadcFilter &

filt

)

Convolute() [2/2]

void PndEmcFadcFilter::Convolute	(	const PndEmcFadcFilter &	lhs,
		const PndEmcFadcFilter &	rhs
	)

Filter()

virtual void PndEmcFadcFilter::Filter ( const std::vector< Double_t > &  in, std::vector< Double_t > &  out  ) const

virtual

GetWeights()

std::vector<Double_t> PndEmcFadcFilter::GetWeights ( ) const

inline

Definition at line 53 of file PndEmcFadcFilter.h.

{ return fCoeff; }

MaxIndex()

Int_t PndEmcFadcFilter::MaxIndex

(

)

const

MinIndex()

Int_t PndEmcFadcFilter::MinIndex

(

)

const

SetData()

void PndEmcFadcFilter::SetData	(	Double_t	data[],
		Int_t	i_size,
		Int_t	i_offset
	)

SetNormalizeFloating()

void PndEmcFadcFilter::SetNormalizeFloating

(

Double_t

d_norm = 1.

)

SetNormalizeInteger()

void PndEmcFadcFilter::SetNormalizeInteger

(

Int_t

i_shift = 0

)

SetupBipolarTrapez()

void PndEmcFadcFilter::SetupBipolarTrapez	(	Int_t	i_rise,
		Int_t	i_flat,
		Int_t	i_width
	)

SetupBipolarTriangle()

void PndEmcFadcFilter::SetupBipolarTriangle

(

Int_t

i_rise

)

SetupDifferentiator()

void PndEmcFadcFilter::SetupDifferentiator	(	Int_t	i_lag = 0,
		Int_t	i_width = 1
	)

SetupDoubleDifferentiator()

void PndEmcFadcFilter::SetupDoubleDifferentiator	(	Int_t	i_npos = 1,
		Int_t	i_nneg = 1,
		Int_t	i_nzero = 0
	)

SetupMA()

void PndEmcFadcFilter::SetupMA

(

Int_t

i_width

)

SetupMatchedFilter()

void PndEmcFadcFilter::SetupMatchedFilter	(	Int_t	i_width,
		PndEmcAbsPulseshape *	pulseshape,
		Double_t	sampleRate
	)

SetupMWD()

void PndEmcFadcFilter::SetupMWD	(	Int_t	i_width,
		Double_t	tau
	)

SetupPZDifferentiator()

void PndEmcFadcFilter::SetupPZDifferentiator	(	Int_t	i_lag = 0,
		Double_t	d_fac = 1.
	)

SetupTrapez()

void PndEmcFadcFilter::SetupTrapez	(	Int_t	i_rise,
		Int_t	i_flat
	)

Size()

Int_t PndEmcFadcFilter::Size

(

)

const

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

• PndEmcFadcFilter.h