CBNTAA_TBInfo.h

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/*
  Copyright (C) 2002-2026 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef TBREC_CBNTAA_TBINFO_H
#define TBREC_CBNTAA_TBINFO_H
 
#include "CBNT_TBRecBase.h"
 
#include "CaloDetDescr/ICaloCoordinateTool.h"
#include "TBCondRunPar/TBCondRunParTool.h"
 
#include <vector>
 
class TBCondRunParTool;
 
class CBNTAA_TBInfo : public CBNT_TBRecBase {
public:
    CBNTAA_TBInfo(const std::string &name, ISvcLocator *pSvcLocator);
        virtual ~CBNTAA_TBInfo();
    virtual StatusCode CBNT_initialize() override;
    virtual StatusCode CBNT_execute() override;
    virtual StatusCode CBNT_finalize() override;
 
private:
    float GetEnergy(float CurrB3, float CurrB4);
    float GetBdl3(float current);
    float GetBdl4(float current);
    float GetErrColl(float coll3_down, float coll3_up, float coll9_down, float coll9_up);
    float GetErrAbsE(float energy);
    float GetErrCurr(float currB3, float currB4);
    float SyncLoss(float energy, float currB3, float currB4);
    float SyncLossErr(float loss);
    
 
    ToolHandle<ICaloCoordinateTool> m_coord{this, "CaloCoordinateTool", "TBCaloCoordinate"};
    ToolHandle<TBCondRunParTool> m_runpar{this, "CondRunParTool", "TBCondRunParTool"};
    bool m_DBRead{};
    int m_beamener{};
    int m_beamtype{};
    bool m_computeBeamEnergy{};
    bool m_dumpBeamLine{};
 
    //for VLE setup...
    float  m_B8_Bdl{}; //B8dl of VLE setup B8 magnet
    bool   m_is_VLE{}; //a flag showing whether the run is a VLE run or HLE run
 
    //previous values of calculated variables used for caching pruposes...
    int m_prevrunNum{};
    float m_prevEnergy{};
    float m_preverrAbsEnergy{};
    float m_preverrCollimators{};
    float m_preverrCurrents{};
    float m_prevsycLoss{};
    float m_preverrSycLoss{};
    float m_prevB3{};
    float m_prevB4{};
    float m_prevB8{};
    //new method added by H.Hakobyan to deal with energy calculation out of execute()..
    void calculateAll(int runNumber,int eventNumber);
 
    // ntuple variables
    // for test beam
    double    m_runEta_nt{};
    long      m_runParticleType_nt{};
    long      m_runEnergy_nt{};
 
    std::vector<float>    *m_quad_file{};
    std::vector<float>    *m_quad_equip{};
    
    std::vector<float>    *m_bend_file{};
    std::vector<float>    *m_bend_equip{};
    
    std::vector<float>    *m_trim_file{};
    std::vector<float>    *m_trim_equip{};
 
    std::vector<float>    *m_coll_file{};
    std::vector<float>    *m_coll_equip{};
 
    float      m_energy{};
    float      m_errAbsEnergy{};
    float      m_errCollimators{};
    float      m_errCurrents{};
    float      m_sycLoss{};
    float      m_errSycLoss{};
 
        virtual StatusCode CBNT_clear() override;
};
 
#endif // CBNT_EVENTINFO_H