release-05-02-19/doxygen/MicrotpcStudyModule_8h_source.html

/**************************************************************************

 * BASF2 (Belle Analysis Framework 2)                                     *

 * Copyright(C) 2015 - Belle II Collaboration                             *

 *                                                                        *

 * Author: The Belle II Collaboration                                     *

 * Contributors: Igal Jaegle                                              *

 *                                                                        *

 * This software is provided "as is" without any warranty.                *

 **************************************************************************/


#ifndef MICROTPCSTUDYMODULE_H

#define MICROTPCSTUDYMODULE_H


#include <framework/core/HistoModule.h>

#include <vector>


#include <TVector3.h>

#include <TH1.h>

#include <TH2.h>

#include <TH3.h>

#include <TGraph.h>


namespace Belle2 {

  namespace microtpc {


    class MicrotpcStudyModule : public HistoModule {


    public:


      MicrotpcStudyModule();


      virtual ~MicrotpcStudyModule();


      virtual void initialize() override;


      virtual void beginRun() override;


      virtual void event() override;


      virtual void endRun() override;


      virtual void terminate() override;


      virtual void defineHisto() override;


    private:


      virtual void getXMLData();


      int m_ChipColumnNb;

      int m_ChipRowNb;

      double m_ChipColumnX;

      double m_ChipRowY;

      double m_z_DG;

      int nTPC = 0;

      std::vector<TVector3> TPCCenter;

      //int Event = 0;

      TH1F* h_tpc_rate[20];

      TH2F* h_mctpc_kinetic[20];

      /* Neutron kin energy dis */

      TH2F* h_mctpc_kinetic_zoom[20];

      TH2F* h_mctpc_tvp[20];

      TH2F* h_mctpc_tvpW[20];

      TH2F* h_mctpc_zr[20];

      TH1F* h_z[8];

      TH2F* h_xy[8];

      TH2F* h_zr[8];

      TH2F* h_zx[8];

      TH2F* h_zy[8];

      TH2F* h_evtrl[8];

      TH2F* h_evtrlb[8];

      TH2F* h_evtrlc[8];

      TH2F* h_evtrld[8];

      TH2F* h_evtrl_He[8];

      TH2F* h_evtrl_Hex[8];

      TH2F* h_evtrl_He_pure[8];

      TH2F* h_evtrl_p[8];

      TH2F* h_evtrl_O[8];

      TH2F* h_evtrl_C[8];

      TH2F* h_evtrl_x[8];


      TH2F* h_tevtrl[8];

      TH2F* h_tevtrl_He[8];

      TH2F* h_tevtrl_Hex[8];

      TH2F* h_tevtrl_He_pure[8];

      TH2F* h_tevtrl_p[8];

      TH2F* h_tevtrl_O[8];

      TH2F* h_tevtrl_C[8];

      TH2F* h_tevtrl_x[8];


      TH2F* h_tvp[8];

      TH2F* h_tvpb[8];

      TH2F* h_tvpc[8];

      TH2F* h_tvpd[8];

      TH2F* h_wtvpb[8];

      TH2F* h_wtvpc[8];

      TH2F* h_wtvpd[8];

      TH2F* h_tvp_He[8];

      TH2F* h_tvp_Hex[8];

      TH2F* h_tvp_He_pure[8];

      TH2F* h_tvp_p[8];

      TH2F* h_tvp_O[8];

      TH2F* h_tvp_C[8];

      TH2F* h_tvp_x[8];


      TH2F* h_ttvp[8];

      TH2F* h_ttvp_He[8];

      TH2F* h_ttvp_Hex[8];

      TH2F* h_ttvp_He_pure[8];

      TH2F* h_ttvp_p[8];

      TH2F* h_ttvp_O[8];

      TH2F* h_ttvp_C[8];

      TH2F* h_ttvp_x[8];

      TH2F* h_Wtvp1[8][12];

      TH2F* h_Wtvp2[8][12];

      TH2F* h_Wevtrl1[8][12];

      TH2F* h_Wevtrl2[8][12];

      TH2F* h_twtvp_He_pure[8];

      TH3F* h_mctpc_recoil[3];

      TH3F* h_mctpc_recoilW[3];

      std::vector<TGraph*> m_intProb;

      std::vector<double> m_maxEnFrac;

      TH2F* h_wtvp[8];

      TH2F* h_wtvp_He[8];

      TH2F* h_wtvp_Hex[8];

      TH2F* h_wtvp_He_pure[8];

      TH2F* h_wtvp_p[8];

      TH2F* h_wtvp_O[8];

      TH2F* h_wtvp_C[8];

      TH2F* h_wtvp_x[8];

      Bool_t xRec[8];

      Bool_t pRec[8];

      Bool_t HeRec[8];

      Bool_t ORec[8];

      Bool_t CRec[8];

      //Bool_t ARec[8];

      int pid_old[8];


      //int npRecoils = 0;

      //int nHeRecoils = 0;

      //int nCRecoils = 0;

      //int nORecoils = 0;


    };


  }

}


#endif /* MICROTPCSTUDYMODULE_H */