KVI1.cpp

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//Created by KVClassFactory on Tue Jan 13 15:11:11 2015
//Author: ,,,
 
#include "KVI1.h"
#include "TMath.h"
 
#include <KVDetector.h>
 
ClassImp(KVI1)
 
// BEGIN_HTML <!--
/* -->
<h2>KVI1</h2>
<h4>digitized current signal</h4>
<!-- */
// --> END_HTML
 
 
void KVI1::init()
{
   SetDefaultValues();
   fChannel = kI1;
   SetType("I1");
   LoadPSAParameters();
 
}
 
 
 
 
KVI1::KVI1()
{
   init();
}
 
 
 
 
 
KVI1::KVI1(const char* name) : KVSignal(name, "Current")
{
   init();
}
 
 
 
 
 
KVI1::~KVI1()
{
   // Destructor
}
 
 
 
 
 
void KVI1::Copy(TObject& obj) const
{
   // This method copies the current state of 'this' object into 'obj'
   // You should add here any member variables, for example:
   //    (supposing a member variable KVI1::fToto)
   //    CastedObj.fToto = fToto;
   // or
   //    CastedObj.SetToto( GetToto() );
 
   KVSignal::Copy(obj);
   //KVI1& CastedObj = (KVI1&)obj;
}
 
 
 
 
void KVI1::SetDefaultValues()
{
   SetChannelWidth(4);
   SetBaseLineLength(30);
}
 
 
 
 
void KVI1::LoadPSAParameters()
{
 
   Double_t val = GetPSAParameter("BaseLineLength");
   SetBaseLineLength(val);
 
   val = GetPSAParameter("ChannelWidth");
   SetChannelWidth(val);
 
   val = GetPSAParameter("InterpolatedChannelWidth");
   SetInterpolatedChannelWidth(val);
 
   val = GetPSAParameter("Interpolation");
   SetInterpolation((val == 1));
 
}
 
 
 
 
Double_t KVI1::ComputeBaseLine()
{
   // special case for current signal
   // in case the pulse start to early,
   // base line is calculated at the end of the signal
 
   KVSignal::ComputeBaseLine();
   KVSignal::ComputeEndLine();
 
   if (fBaseLine <= fEndLine) {
      //do nothing baseline is kept as calculated by default KVSignal method
   }
   else {
      //compute the base line at the end of the signal
      //baseline length is taken as for the standard base line calculation
      //
      ComputeEndLine();
      fBaseLine = fEndLine;
      fSigmaBase = fSigmaEnd;
   }
 
   return fBaseLine;
}
 
 
 
 
 
void KVI1::TreateSignal()
{
   if (PSAHasBeenComputed()) return;
 
   if (!IsLongEnough()) return;
 
   if (!TestWidth())
      ChangeChannelWidth(GetChannelWidth());
 
//   FIR_ApplyMovingAverage(4);
   Add(-1.*ComputeBaseLine());
//   ApplyModifications();
 
   if (fWithInterpolation) {
      BuildSmoothingSplineSignal();
      SetNSamples(GetNSamples() - 5 * (fChannelWidth / fInterpolatedChannelWidth)); // because we use a 3th order interpolation...
   }
 
   fAmplitude = ComputeAmplitude();
   fPSAIsDone = kTRUE;
 
}
 
 
 
 
 
void KVI1::GetPSAResult(KVDetector* d) const
{
   if (!fPSAIsDone) return;
 
   d->SetDetectorSignalValue(Form("%s.BaseLine", fType.Data()), fBaseLine);
   d->SetDetectorSignalValue(Form("%s.SigmaBaseLine", fType.Data()), fSigmaBase);
   d->SetDetectorSignalValue(Form("%s.Amplitude", fType.Data()), fAmplitude);
   d->SetDetectorSignalValue(Form("%s.RawAmplitude", fType.Data()), GetRawAmplitude());
}