PndSoftTriggerLine.h

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// ************************************************************************
//
// Online SoftTrigger TriggerLine class
//
// K.Goetzen 08/2014
//
// ************************************************************************

#ifndef PndSoftTriggerLine_H
#define PndSoftTriggerLine_H 1

#include "TString.h"
#include <vector>

class RhoMassParticleSelector;
class RhoTuple;
class TDatabasePDG;

class PndSoftTriggerLine {
 public:
  // *** Constructors
  PndSoftTriggerLine();
  PndSoftTriggerLine(int mode, TString name, TString dec, TString pre, TString ntpname);

  // *** Destructor
  ~PndSoftTriggerLine();

  // *** general methods
  void Init(); // has to be called to initialize the trigger line after everything has set properly; creates ntuple and parses Decay pattern
  void Print();

  // *** Modifiers
  void SetModeCode(int mode) { fMode = mode; }
  void SetName(TString name) { fName = name; }
  void SetDecay(TString dec)
  {
    fDecay = dec;
    ParseDecayString();
  }
  void SetPrefix(TString pre) { fPrefix = pre; }
  void SetNtupleName(TString ntp) { fNTupleName = ntp; }

  void SetWriteQA(bool qa = true) { fWriteQA = qa; }
  void SetTagActive(bool ac = true) { fActive = ac; }

  void SetQAMassWindow(double min, double max)
  {
    fQAMassMin = min;
    fQAMassMax = max;
  }
  void SetMeanSigma(double mean, double sig)
  {
    fMean = mean;
    fSigma = sig;
  }
  void SetThreshold(double thr) { fThresh = thr; }
  void SetTagNSig(double nsig) { fTagNSig = nsig; }

  void SetNTagged(int n) { fNTagged = n; }

  // *** Accessors
  int GetModeCode() { return fMode; }
  TString GetName() { return fName; }
  TString GetDecay() { return fDecay; }
  TString GetPrefix() { return fPrefix; }
  TString GetNTupleName() { return fNTupleName; }

  bool GetWriteQA() { return fWriteQA; }
  bool GetTagActive() { return fActive; }
  bool GetCC() { return fCC; }
  bool GetAuxNeeded() { return fAux; }

  double GetQAMassMin() { return fQAMassMin; }
  double GetQAMassMax() { return fQAMassMax; }
  double GetMean() { return fMean; }
  double GetSigma() { return fSigma; }
  double GetThreshold() { return fThresh; }
  double GetTagNSig() { return fTagNSig; }

  int GetNTagged() { return fNTagged; }

  int GetMotherPdg()
  {
    if (fPdgList.size() > 0)
      return fPdgList[0];
    return -1;
  }
  int GetDaughterPdg(int idx)
  {
    if ((int)fPdgList.size() > idx + 1)
      return fPdgList[idx + 1];
    return -1;
  }
  int GetNDaughters() { return fPdgList.size() - 1; }

  RhoMassParticleSelector *GetQASelector() { return fQASelector; }
  RhoMassParticleSelector *GetSelector() { return fSelector; }
  RhoTuple *GetRhoTuple() { return fNTuple; }

 private:
  bool ParseDecayString();                                               // convert the decay pattern string to a list of pdg codes (fPdgList)
  void SetQASelector(double m, double w);                                // set new parameters for the QA selector
  void SetSelector(double m, double w);                                  // set new parameters for the mass selector
  int SplitString(TString s, TString delim, TString *toks, int maxtoks); // splits a string into tokens; toks is the return array and has to created by the calling entity

  int fMode;           // the unique mode code
  TString fName;       // name of decay mode (e.g. "D0ToKpi")
  TString fDecay;      // decay pattern (e.g. "D0 -> K- pi+")
  TString fPrefix;     // prefix used in output n-tuple (e.g. "d0")
  TString fNTupleName; // name of the QA Ntuple
  bool fWriteQA;       // flag for output of QA tuple
  bool fActive;        // flag whether tagging for this mode is cuurently active
  bool fCC;            // flag whether charged conjugation is implied
  bool fAux;           // flag whether auxilliary resonance is present (e.g. D*0 -> D0 [K- pi+] pi0, D0 is aux res.)

  double fQAMassMin; // mass window minimum for preselection/QA tuple
  double fQAMassMax; // mass window maximum for preselection/QA tuple
  double fMean;      // mean value for final mass cut (ideally extracted from distribution)
  double fSigma;     // sigma value for final mass cut ('')
  double fThresh;    // threshold sqrt(s) for triggering (e.g. for incl D0, it could be m_D0 + m_charmquark)
  double fTagNSig;   // number of sigmas for final mass selection

  int fNTagged; // number of tagged candidates (used by the task)

  RhoMassParticleSelector *fQASelector; // the selector for QA preselection
  RhoMassParticleSelector *fSelector;   // the final inv mass selector
  RhoTuple *fNTuple;                    // the QA n-tuple
  std::vector<int> fPdgList;            // container to hold the pdg codes of the decay; [0] holds the mothers code

  TDatabasePDG *fPdg; // PDG database for lookup
};

#endif