da/dd8/TMatacq_8h_source.html

#ifndef TMatacq_H

#define TMatacq_H


#include "TObject.h"


#define NMAXSAMP 100

#define NSPARAB 16


class TMatacq : public TObject {

private:

  int fNsamples;

  int fNum_samp_bef_max;

  int fNum_samp_aft_max;


  int firstsample, lastsample, samplemax, presample, endsample;

  int bing[101];

  double nsigcut;

  double level1, level2, level3;

  double bong[NMAXSAMP];

  double t[NSPARAB], val[NSPARAB];

  double fv1[NSPARAB], fv2[NSPARAB], fv3[NSPARAB];

  double bl, sigbl, val_max;

  double ampl, timeatmax;

  double pkval, sigpkval;

  double trise;

  double width20, width50, width80;

  double meantrise, sigtrise;


  int nevmtq0, nevmtq1, nevlasers;

  int status[1200];

  double comp_trise[1200], comp_peak[1200];

  double slidingmean;

  int nslide;


  double interpolate(double);


public:

  // Default Constructor, mainly for Root

  TMatacq(int, int, int, int, int, int, int, int, int, int, int);


  // Destructor: Does nothing

  ~TMatacq() override;


  // Initialize

  void init();


  int rawPulseAnalysis(Int_t, Double_t*);  // GHM

  int findPeak();

  int doFit();

  int compute_trise();


  void enterdata(Int_t);

  int countBadPulses(Int_t);

  void printmatacqData(Int_t, Int_t, Int_t);

  void printitermatacqData(Int_t, Int_t, Int_t);


  int getPt1() { return firstsample; }

  int getPt2() { return lastsample; }

  int getPtm() { return samplemax; }


  double getBaseLine() { return bl; }

  double getsigBaseLine() { return sigbl; }


  double getTimpeak() { return pkval; }

  double getsigTimpeak() { return sigpkval; }


  double getAmpl() { return ampl; }

  double getTimax() { return timeatmax; }


  double getTrise() { return trise; }

  double getFwhm() { return width50; }

  double getWidth20() { return width20; }

  double getWidth80() { return width80; }

  double getSlide() { return slidingmean; }


  ClassDefOverride(TMatacq, 0)

};


#endif