00001 //---------------------------------------------------------------------------// 00002 // BOOST --- BESIII Object_Oriented Simulation Tool // 00003 //---------------------------------------------------------------------------// 00004 //Description: 00005 //Author: Dengzy 00006 //Created: Mar, 2004 00007 //Modified: 00008 //Comment: 00009 //---------------------------------------------------------------------------// 00010 // $Id: BesTofDigi.hh 00011 00012 #ifndef BesTofDigi_h 00013 #define BesTofDigi_h 1 00014 00015 #include "G4VDigi.hh" 00016 #include "G4TDigiCollection.hh" 00017 #include "G4Allocator.hh" 00018 00019 class BesTofDigi : public G4VDigi 00020 { 00021 public: 00022 BesTofDigi(); 00023 virtual ~BesTofDigi(); 00024 00025 BesTofDigi(const BesTofDigi&); 00026 const BesTofDigi& operator=(const BesTofDigi&); 00027 00028 virtual G4int operator==(const BesTofDigi&) const; 00029 inline void* operator new(size_t); 00030 inline void operator delete(void*); 00031 00032 virtual void Draw(); 00033 virtual void Print(); 00034 00035 public: 00036 void SetTrackIndex(G4int index) { m_trackIndex = index; } 00037 void SetPartId(G4int partId) { m_partId = partId; } 00038 // Scintillator 00039 void SetScinNb(G4int scinNb) { m_scinNb = scinNb; } 00040 void SetForwADC(G4double ADC) { m_forwADC = ADC; } 00041 void SetBackADC(G4double ADC) { m_backADC = ADC; } 00042 void SetForwTDC(G4double TDC) { m_forwTDC = TDC; } 00043 void SetBackTDC(G4double TDC) { m_backTDC = TDC; } 00044 // MRPC 00045 void SetModule(G4int module) { m_scinNb = module; } 00046 void SetStrip(G4int strip) { m_strip = strip; } 00047 void SetForwT1(G4double t1) { m_forwTDC = t1; } 00048 void SetBackT1(G4double t1) { m_backTDC = t1; } 00049 void SetForwT2(G4double t2) { m_forwADC = t2; } 00050 void SetBackT2(G4double t2) { m_backADC = t2; } 00051 00052 G4int GetTrackIndex() { return m_trackIndex; } 00053 G4int GetPartId() { return m_partId; } 00054 // Scintillator 00055 G4int GetScinNb() { return m_scinNb; } 00056 G4double GetForwADC() { return m_forwADC; } 00057 G4double GetBackADC() { return m_backADC; } 00058 G4double GetForwTDC() { return m_forwTDC; } 00059 G4double GetBackTDC() { return m_backTDC; } 00060 // MRPC 00061 G4int GetModule() { return m_scinNb; } 00062 G4int GetStrip() { return m_strip; } 00063 G4double GetForwT1() { return m_forwTDC; } 00064 G4double GetBackT1() { return m_backTDC; } 00065 G4double GetForwT2() { return m_forwADC; } 00066 G4double GetBackT2() { return m_backADC; } 00067 00068 private: 00069 G4int m_trackIndex; 00070 G4int m_partId; 00071 G4int m_scinNb; 00072 G4int m_strip; 00073 G4double m_forwADC; 00074 G4double m_backADC; 00075 G4double m_forwTDC; 00076 G4double m_backTDC; 00077 }; 00078 00079 typedef G4TDigiCollection<BesTofDigi> BesTofDigitsCollection; 00080 00081 extern G4Allocator<BesTofDigi> BesTofDigiAllocator; 00082 00083 inline void* BesTofDigi::operator new(size_t) 00084 { 00085 void *aDigi; 00086 aDigi = (void *) BesTofDigiAllocator.MallocSingle(); 00087 return aDigi; 00088 } 00089 00090 inline void BesTofDigi::operator delete(void *aDigi) 00091 { 00092 BesTofDigiAllocator.FreeSingle((BesTofDigi*) aDigi); 00093 } 00094 00095 #endif 00096
1.4.7