/afs/in2p3.fr/throng/virgo/virgoDev/GWOLLUM/v1r3/src/Triggers/ReadTriggers.h

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//  Author : florent robinet (LAL - Orsay): robinet@lal.in2p3.fr
#ifndef __ReadTriggers__
#define __ReadTriggers__

#include "ReadTriggerMetaData.h"
#include "TMath.h"

using namespace std;

class ReadTriggers: public ReadTriggerMetaData {

 public:

  ReadTriggers(const string apattern, const string adirectory="", const int averbose=0);

  virtual ~ReadTriggers(void);
  bool SetNewPattern(const string apattern);

  bool SetTriggerBranchStatus(const char* bname, bool status = true);

  bool Clusterize(void);
  
  bool SetDeltaT(const double adeltat);

  bool SetClusterSNRthr(const double asnrthr);

  bool SetClusterStatus(const int aclst, const int anewstatus);

  bool WriteClusters(TFile *atfile, const string adirectory="");

  bool SetClusterBranchStatus(const char* bname, bool status = true);


  inline int GetNTrig(void){return Ttree->GetEntries();};
  inline int GetNtrig(void){return Ttree->GetEntries();};
  inline int GetNtriggers(void){return Ttree->GetEntries();};
  inline int GetNTriggers(void){return Ttree->GetEntries();};

  double GetTriggerTime(const int atrig);

  double GetTriggerTimeStart(const int atrig);

  double GetTriggerTimeEnd(const int atrig);

  double GetTriggerFrequency(const int atrig);

  double GetTriggerFrequencyStart(const int atrig);

  double GetTriggerFrequencyEnd(const int atrig);

  double GetTriggerDuration(const int atrig);

  double GetTriggerBandWidth(const int atrig);

  double GetTriggerQ(const int atrig);

  double GetTriggerSNR(const int atrig);

  double GetTriggerAmplitude(const int atrig);

  string GetTriggerFile(const int atrig);

  string GetTriggerFile(const double atime);
  
  inline double GetFrequencyMin(void){return fFreqMin;};

  inline double GetFrequencyMax(void){return fFreqMax;};

  inline double GetSNRMin(void){return fSNRMin;};

  inline double GetSNRMax(void){return fSNRMax;};

  inline double GetTimeMin(void){return fTimeMin;};

  inline double GetTimeMax(void){return fTimeMax;};
    
  inline int GetNCluster(void){return Ctree->GetEntries();};
  inline int GetNcluster(void){return Ctree->GetEntries();};

  inline double GetDeltaT(void){return Cdelta_t;};

  double GetClusterTime(const int aclst);

  double GetClusterFrequency(const int aclst);

  double GetClusterSNR(const int aclst);

  double GetClusterAmplitude(const int aclst);

  double GetClusterQ(const int aclst);

  double GetClusterTimeStart(const int aclst);

  double GetClusterTimeEnd(const int aclst);

  double GetClusterDuration(const int aclst);
  
  double GetClusterFrequencyStart(const int aclst);

  double GetClusterFrequencyEnd(const int aclst);

  double GetClusterBandWidth(const int aclst);

  double GetClusterTheta(const int aclst);

  int    GetClusterSize(const int aclst);

  int    GetClusterNumber(const double atime);

  int    GetClusterStatus(const int aclst);

  inline double GetClusterMeanDuration(void){ return Cmeandur; };

 protected:

  // TRIGGERS
  Chain *Ttree;           
  Long64_t *offsets;      
  double Ttime,           
    Tfreq,                
    Tq,                   
    Tsnr,                 
    Tamp,                 
    Ttstart,              
    Ttend,                
    Tfstart,              
    Tfend;                
  double fFreqMin;        
  double fFreqMax;        
  double fSNRMin;         
  double fSNRMax;         

  // CLUSTERS
  TTree *Ctree;           
  double Ctime,           
    Ctstart,              
    Ctend,                
    Cfreq,                
    Cfstart,              
    Cfend,                
    Csnr,                 
    Camp,                 
    Cq;                   
  Long64_t Cfirstentry,   
    Csize;                
  double Cdelta_t;        
  double Cmeandur;        
  int *cl_status;         
  double cl_snr_thr;      

 private:
  bool GetInputTree(void);

  
  ClassDef(ReadTriggers,0)  
};

#endif

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