TAPDPulse.cc

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/* 
 *  \class TAPDPulse
 *
 *  \author: Julie Malcles - CEA/Saclay
 */

#include <CalibCalorimetry/EcalLaserAnalyzer/interface/TAPDPulse.h>
#include <TMath.h>
#include <iostream>
#include <cassert>
using namespace std;

//ClassImp(TAPDPulse)

// Default Constructor...
TAPDPulse::TAPDPulse() { init(10, 3, 1, 2, 2, 9, 3, 8, 0.4, 0.95, 0.8); }

// Constructor...
TAPDPulse::TAPDPulse(int nsamples,
                     int presample,
                     int firstsample,
                     int lastsample,
                     int timingcutlow,
                     int timingcuthigh,
                     int timingquallow,
                     int timingqualhigh,
                     double ratiomincutlow,
                     double ratiomincuthigh,
                     double ratiomaxcutlow) {
  init(nsamples,
       presample,
       firstsample,
       lastsample,
       timingcutlow,
       timingcuthigh,
       timingquallow,
       timingqualhigh,
       ratiomincutlow,
       ratiomincuthigh,
       ratiomaxcutlow);
}

// Destructor
TAPDPulse::~TAPDPulse() {}

void TAPDPulse::init(int nsamples,
                     int presample,
                     int firstsample,
                     int lastsample,
                     int timingcutlow,
                     int timingcuthigh,
                     int timingquallow,
                     int timingqualhigh,
                     double ratiomincutlow,
                     double ratiomincuthigh,
                     double ratiomaxcutlow) {
  _nsamples = 10;
  assert(nsamples == _nsamples);
  assert(presample != 0);
  adc_ = new double[10];

  _presample = presample;
  _firstsample = firstsample;
  _lastsample = lastsample;

  _timingcutlow = timingcutlow;
  _timingcuthigh = timingcuthigh;
  _timingquallow = timingquallow;
  _timingqualhigh = timingqualhigh;
  _ratiomincutlow = ratiomincutlow;
  _ratiomincuthigh = ratiomincuthigh;
  _ratiomaxcutlow = ratiomaxcutlow;

  for (int i = 0; i < _nsamples; i++) {
    adc_[i] = 0.0;
  }

  adcMax_ = 0;
  iadcMax_ = 0;
  pedestal_ = 0;

  isMaxFound_ = false;
  isPedCalc_ = false;
}

bool TAPDPulse::setPulse(double *adc) {
  bool done = false;
  adc_ = adc;
  done = true;
  isMaxFound_ = false;
  isPedCalc_ = false;
  return done;
}
double TAPDPulse::getMax() {
  if (isMaxFound_)
    return adcMax_;

  int iadcmax = 0;
  double adcmax = 0.0;
  for (int i = 0; i < _nsamples; i++) {
    if (adc_[i] > adcmax) {
      iadcmax = i;
      adcmax = adc_[i];
    }
  }
  iadcMax_ = iadcmax;
  adcMax_ = adcmax;
  return adcMax_;
}

int TAPDPulse::getMaxSample() {
  if (!isMaxFound_)
    getMax();
  return iadcMax_;
}
double TAPDPulse::getDelta(int n1, int n2) {
  assert(n1 < _nsamples && n1 >= 0);
  assert(n2 < _nsamples && n2 >= 0);

  double delta = adc_[n1] - adc_[n2];
  return delta;
}
double TAPDPulse::getRatio(int n1, int n2) {
  assert(n1 < _nsamples && n1 >= 0);
  assert(n2 < _nsamples && n2 >= 0);

  double ped = 0;
  if (isPedCalc_)
    ped = pedestal_;
  else
    ped = adc_[0];

  double ratio = (adc_[n1] - ped) / (adc_[n2] - ped);
  return ratio;
}

bool TAPDPulse::isTimingOK() {
  bool ok = true;
  if (!isMaxFound_)
    getMax();
  if (iadcMax_ <= _timingcutlow || iadcMax_ >= _timingcuthigh)
    ok = false;
  return ok;
}
bool TAPDPulse::isTimingQualOK() {
  bool ok = true;
  if (!isMaxFound_)
    getMax();
  if (iadcMax_ <= _timingquallow || iadcMax_ >= _timingqualhigh)
    ok = false;
  return ok;
}

bool TAPDPulse::areFitSamplesOK() {
  bool ok = true;
  if (!isMaxFound_)
    getMax();
  if ((iadcMax_ - _firstsample) < _presample || (iadcMax_ + _lastsample) > _nsamples - 1)
    ok = false;
  return ok;
}
bool TAPDPulse::isPulseOK() {
  bool okSamples = areFitSamplesOK();
  bool okTiming = isTimingOK();
  bool okPulse = arePulseRatioOK();

  bool ok = (okSamples && okTiming && okPulse);

  return ok;
}
bool TAPDPulse::arePulseRatioOK() {
  bool ok = true;

  if (!isMaxFound_)
    getMax();
  if (iadcMax_ < 1 || iadcMax_ >= _nsamples - 1)
    return false;

  double ratioNm1 = getRatio(iadcMax_ - 1, iadcMax_);
  double ratioNp1 = getRatio(iadcMax_ + 1, iadcMax_);
  double ratioMax = TMath::Max(ratioNm1, ratioNp1);
  double ratioMin = TMath::Min(ratioNm1, ratioNp1);

  if (ratioMax < _ratiomaxcutlow)
    ok = false;
  if (ratioMin < _ratiomincutlow || ratioMin > _ratiomincuthigh)
    ok = false;

  return ok;
}
bool TAPDPulse::isPulseRatioMaxOK() {
  bool ok = true;

  if (!isMaxFound_)
    getMax();
  if (iadcMax_ < 1 || iadcMax_ >= _nsamples - 1)
    return false;

  double ratioNm1 = getRatio(iadcMax_ - 1, iadcMax_);
  double ratioNp1 = getRatio(iadcMax_ + 1, iadcMax_);
  double ratioMax = TMath::Max(ratioNm1, ratioNp1);

  if (ratioMax < _ratiomaxcutlow)
    ok = false;
  return ok;
}
bool TAPDPulse::isPulseRatioMinOK() {
  bool ok = true;

  if (!isMaxFound_)
    getMax();
  if (iadcMax_ < 1 || iadcMax_ >= _nsamples - 1)
    return false;

  double ratioNm1 = getRatio(iadcMax_ - 1, iadcMax_);
  double ratioNp1 = getRatio(iadcMax_ + 1, iadcMax_);
  double ratioMin = TMath::Min(ratioNm1, ratioNp1);

  if (ratioMin < _ratiomincutlow || ratioMin > _ratiomincuthigh)
    ok = false;
  return ok;
}

double TAPDPulse::getPedestal() {
  if (isPedCalc_)
    return pedestal_;
  double ped = 0;
  for (int i = 0; i < _presample; i++) {
    ped += adc_[i];
  }
  ped /= double(_presample);
  pedestal_ = ped;
  isPedCalc_ = true;
  return pedestal_;
}

double *TAPDPulse::getAdcWithoutPedestal() {
  double ped;
  if (!isPedCalc_)
    ped = getPedestal();
  else
    ped = pedestal_;

  double *adcNoPed = new double[10];
  for (int i = 0; i < _nsamples; i++) {
    adcNoPed[i] = adc_[i] - ped;
  }
  return adcNoPed;
}

void TAPDPulse::setPresamples(int presample) {
  isPedCalc_ = false;
  _presample = presample;
}