BmnZdcDigiScheme.h

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/*************************************************************************************
 *
 *         Class BmnZdcDigiScheme
 *
 *  Author:   Elena Litvinenko
 *  e-mail:   litvin@nf.jinr.ru
 *  Version:  18-11-2015
 *
 ************************************************************************************/
 
#ifndef BMNZDCDIGISCHEME_H
#define BMNZDCDIGISCHEME_H
 
#include "BmnZdcDigiPar.h"
#include "BmnZdcGeoPar.h"
#include "FairGeoNode.h"
#include "TObject.h"
 
#include <map>
#include <vector>
 
using std::pair;
using std::vector;
 
typedef std::vector<Int_t> BmnZdcVolId_t;        // now - { VolumeId, MotherMotherCopyNo}
typedef std::vector<Int_t> BmnZdcDigiId_t;       // now - {GroupID, ModuleID, ChannelID}
typedef std::vector<Double_t> BmnZdcVolInfo_t;   // now - Center X,Y,Z; and Dx,Dy,Dz from center to the corner
 
class BmnZdcDigiScheme : public TObject
{
  public:
    BmnZdcDigiScheme();
    virtual ~BmnZdcDigiScheme();
 
    static BmnZdcDigiScheme* Instance();
    Bool_t Init(BmnZdcGeoPar* geoPar, BmnZdcDigiPar* digiPar, Int_t pVerbose = 0);
 
    Bool_t AddNodes(TObjArray* sensNodes, Int_t pVerbose = 0);
    Bool_t CalcDimensions(Int_t pGlobalDetectorNumber, Int_t& nx, Int_t& ny, Int_t& nz);
 
    BmnZdcVolId_t* CreateVolElement(FairGeoNode* nod, Int_t nodeNumber, BmnZdcDigiId_t* right, Int_t pVerbose);
    Bool_t CreateVolCopyElements(BmnZdcVolId_t* left, BmnZdcDigiId_t* right);
    BmnZdcVolInfo_t* CreateVolInfoElement(FairGeoNode* nod, Int_t pVerbose);
    Bool_t CreateVolInfoCopyElements(BmnZdcDigiId_t* right, BmnZdcVolInfo_t* volInfo);
 
    Bool_t IsVolumeExist(BmnZdcVolId_t* pVolId);
    BmnZdcDigiId_t GetDigiId(BmnZdcVolId_t* pVolId);
    Int_t GetGroupID(BmnZdcVolId_t* pVolId);
    Int_t GetChannelID(BmnZdcVolId_t* pVolId);
    Bool_t GetGroupIdModIdChanId(Int_t pMcVolumeNumber,
                                 Int_t pMcCopyNumber,
                                 Int_t pMotherCopyNumber,
                                 Int_t pMotherMotherCopyNumber,
                                 Int_t& pGroupId,
                                 Int_t& pChanId,
                                 Int_t& pModId);
 
    Bool_t GetVolCenterXYZ(BmnZdcDigiId_t* pDigiId, Double_t& x, Double_t& y, Double_t& z);
    Bool_t GetVolDxDyDz(BmnZdcDigiId_t* pDigiId, Double_t& Dx, Double_t& Dy, Double_t& Dz);
    BmnZdcVolInfo_t* GetVolInfo(BmnZdcVolId_t* pVolId);
 
    void Print();
    void PrintVolume(Int_t volID, Int_t copyNoMotherMother = 1);
 
    void GetZdcDimensions(Int_t& nx, Int_t& ny, Int_t& nz);
 
    BmnZdcDigiId_t GetDigiIdFromCoords(Double_t x, Double_t y, Double_t z);
    BmnZdcDigiId_t GetDigiIdFromVolumeData(Int_t pMcVolumeNumber, Int_t pMotherMotherCopyNumber);
    void SplitDigiID(BmnZdcDigiId_t digiID, Int_t& module_groupID, Int_t& modID, Int_t& chanID);
 
    inline BmnZdcDigiPar* GetZdcDigiPar() { return fZdcDigiPar; };
 
  protected:
    static BmnZdcDigiScheme* fInstance;   // Instance of singleton object
    static Int_t fRefcount;               // Counter of references on this
    static Bool_t fInitialized;           // Defines whether was initialized
 
  private:
    std::map<BmnZdcVolId_t, BmnZdcDigiId_t> fVolToDigiIdMap;   //! correspondence for all active volumes (Zdc+ZdcPsd)
    std::map<BmnZdcDigiId_t, BmnZdcVolInfo_t*> fDigiToVolInfoMap;   //! correspondence for active volumes
 
    Int_t Nx;
    Int_t Ny;
    Int_t Nz;
 
    BmnZdcDigiPar* fZdcDigiPar;   //!
    TObjArray* fPasNodes;         //!
 
    ClassDef(BmnZdcDigiScheme, 1);
};
 
#endif   // BMNZDCDIGISCHEME_H