GET library
GETFilterLow Class Reference

#include <GETFilterLow.hh>

Inheritance diagram for GETFilterLow:
GETFilterCut GETFilter GETProcess

Public Member Functions

Constructors, affectation, destructor
 GETFilterLow (GETObject &obj, double fcut=0.)
 
 GETFilterLow (u_int n=0, double dt=0.01, double fcut=0.)
 
 GETFilterLow (const GETFilterLow &proc)
 
virtual ~GETFilterLow ()
 
Initialization functions
virtual void UpdateFilter ()
 
ROOT related functions
 ClassDef (GETFilterLow, 0)
 
- Public Member Functions inherited from GETFilterCut
 GETFilterCut (GETObject &obj, double fcut=0.)
 
 GETFilterCut (u_int n=0, double dt=0.01, double fcut=0.)
 
 GETFilterCut (const GETFilterCut &proc)
 
virtual ~GETFilterCut ()
 
virtual void SetCutFrequency (double fcut)
 
double GetCutFrequency () const
 
virtual void Init (u_int n, double dt)
 
 ClassDef (GETFilterCut, 0)
 
- Public Member Functions inherited from GETFilter
 GETFilter (GETObject &obj)
 
 GETFilter (u_int n=0, double dt=0.01)
 
 GETFilter (const GETFilter &proc)
 
 GETFilter (GETFilter &f1, GETFilter &f2)
 
virtual ~GETFilter ()
 
virtual void Reset ()
 
virtual void SetNormalized (bool b=true)
 
virtual void Normalize (double norm=1.)
 
virtual void Scale (double fact=1.)
 
const GETSampleGetFilterPtr () const
 
GETSampleGetFilterPtr ()
 
const GETSampleGetFilter () const
 
GETSampleGetFilter ()
 
virtual GETSampleProcessSample (GETChannel &channel, u_short info=GET::signalOut)
 
virtual GETSampleProcessSample (GETSample &sample, GETSample &result, GETChannel &channel)
 
 ClassDef (GETFilter, 0)
 
- Public Member Functions inherited from GETProcess
 GETProcess (GETObject &obj)
 
 GETProcess (u_int n=0, double dt=0.01)
 
 GETProcess (const GETProcess &proc)
 
virtual ~GETProcess ()
 
virtual void SetOptions (u_int opts)
 
virtual void SetOption (u_int flags, bool b=true)
 
virtual u_int GetOptions ()
 
virtual bool GetOption (u_int flags)
 
u_int GetDimension () const
 
double GetSamplingTime () const
 
GETSampleGetResultSamplePtr ()
 
const GETSampleGetResultSamplePtr () const
 
GETSampleGetResultSample ()
 
const GETSampleGetResultSample () const
 
 ClassDef (GETProcess, 0)
 

Private Member Functions

 GObject (GETFilterLow)
 

Additional Inherited Members

- Protected Attributes inherited from GETFilterCut
double cut_frequency
 Filter cut frequency.
 
- Protected Attributes inherited from GETFilter
GETSample filter_fct
 Filter function for an AGET channel.
 
- Protected Attributes inherited from GETProcess
u_int options
 Option flags.
 
GETSample result_sample
 Internal processing result sample (processing result)
 

Detailed Description

This class defines a low pass filter of order 1, with a response in Fourier space with following form:

\[ F(f) = \frac{1}{1 + j \frac{f}{f_{0}}} \]

where $ f_{0} $ is the cut frequency.

Constructor & Destructor Documentation

GETFilterLow::GETFilterLow ( GETObject obj,
double  fcut = 0. 
)

Constructor. The dimension of the first channel of the object is used for the process definition.

Parameters
obja core object of the GET system
fcutcut frequency

References GETFilterCut::cut_frequency, GETObject::GetSampleDim(), GETObject::GetTimeStep(), GETFilter::Init(), and UpdateFilter().

GETFilterLow::GETFilterLow ( u_int  n = 0,
double  dt = 0.01,
double  fcut = 0. 
)

Constructor.

Parameters
nsampling size of the channels
dtsampling period (us)
fcutcut frequency

References GETFilterCut::cut_frequency, GETFilter::Init(), and UpdateFilter().

GETFilterLow::GETFilterLow ( const GETFilterLow proc)

Copy constructor.

Parameters
procobject to copy

References GETFilterCut::cut_frequency, GETFilterCut::GetCutFrequency(), GETFilter::GetFilter(), GETFilter::Init(), and UpdateFilter().

GETFilterLow::~GETFilterLow ( )
virtual

Destructor.

Member Function Documentation

GETFilterLow::ClassDef ( GETFilterLow  ,
 
)

for use within ROOT.

GETFilterLow::GObject ( GETFilterLow  )
private

Macro from GCpp library that defines the following functions:

  • ClassName(): return the real class name of the object
  • StaticClassName(): return the used class name of the object (that may be a base class of the real object).
  • IsInstanceOf<T>(): return true if the current object is an instance of the template class name argument
  • Clone(): return an allocated copy of the object.
void GETFilterLow::UpdateFilter ( )
virtual

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