STDATAFILTERMAKER: StChain/StEvtHddr.h Source File

00001 #ifndef StEvtHddr_h
00002 #define StEvtHddr_h
00003 #include <TDatime.h>
00004 #include "TDataSet.h"
00005 struct EvtHddr_st;
00006 
00007 class StEvtHddr : public TDataSet
00008 {
00009 public:
00010   StEvtHddr(TDataSet *parent=0);
00011   StEvtHddr(const StEvtHddr &hddr, const char *name=0);
00012  ~StEvtHddr(){};
00013   StEvtHddr &operator=(const StEvtHddr &hddr);
00014   virtual TObject *Clone(const char *name=0) const {return new StEvtHddr(*this,name);}
00015   virtual TObject *Clone()      {return ((const StEvtHddr*)this)->Clone();};
00016 //              Get methods
00017 
00018   Int_t         GetRunNumber()    const {return mRunNumber;};
00019   Int_t         GetOldRunNumber() const {return mOldRunNumber;};
00020   const Char_t *GetEventType()    const {return (const Char_t*)mEventType;};
00021   UInt_t        GetTriggerMask()  const {return mTriggerMask;};
00022   UInt_t        GetInputTriggerMask()    const {return mInputTriggerMask;};
00023   Float_t       GetCenterOfMassEnergy()  const {return mCenterOfMassEnergy;};
00024   UInt_t        GetBunchCrossingNumber(int i) const {return mBunchCrossingNumber[i];};
00025   Int_t         GetAEast()        const {return mAEast;};
00026   Int_t         GetZEast()        const {return mZEast;};
00027   Int_t         GetAWest()        const {return mAWest;};
00028   Int_t         GetZWest()        const {return mZWest;};
00029   Float_t       GetLuminosity()   const {return mLuminosity;};
00030   Float_t       GetBImpact()      const {return mBImpact;};
00031   Float_t       GetPhiImpact()    const {return mPhImpact;};
00032   Float_t       GetPhImpact()     const {return GetPhiImpact();};
00033   UInt_t        GetUTime()        const ;
00034   Int_t         GetDate()         const {return mEventTime.GetDate();};
00035   Int_t         GetTime()         const {return mEventTime.GetTime();};
00036   const TDatime  &GetDateTime()    const {return mEventTime;};
00037   const TDatime &GetProdDateTime() const {return mProdTime;};
00038   Int_t         GetIventNumber()  const {return mIventNumber;};
00039   Int_t         GetEventSize()    const {return mEventSize;};
00040   Int_t         GetEventNumber()  const {return mEventNumber;};
00041   Int_t         GetGenerType()    const {return mGenerType;};
00042   Int_t         IsNewRun()    const {return (mRunNumber!=mOldRunNumber);};
00043   void          FillTag(EvtHddr_st *tag);  
00044 //              Set methods
00045 
00046   void          SetRunNumber(int run)   {mOldRunNumber=mRunNumber;mRunNumber=run;};
00047   void          SetEventType(const Char_t *type){mEventType=type;};
00048   void          SetTriggerMask(UInt_t tm)       {mTriggerMask=tm;};
00049   void          SetInputTriggerMask(UInt_t tm)  {mInputTriggerMask=tm;};
00050   void          SetBunchCrossingNumber(UInt_t bcn0,UInt_t bcn1)
00051                 {mBunchCrossingNumber[0]=bcn0;mBunchCrossingNumber[1]=bcn1;}
00052   void          SetCenterOfMassEnergy(float e)  {mCenterOfMassEnergy=e;};
00053   void          SetBImpact  (float b)   {mBImpact=b;};
00054   void          SetPhiImpact(float p)   {mPhImpact=p;};
00055   void          SetPhImpact (float p)   {SetPhiImpact(p);};
00056   void          SetAEast(int a)         {mAEast=a;};
00057   void          SetZEast(int z)         {mZEast=z;};
00058   void          SetAWest(int a)         {mAWest=a;};
00059   void          SetZWest(int z)         {mZWest=z;};
00060   void          SetLuminosity(float lu) {mLuminosity=lu;};
00061   void          SetDateTime(int iDate,int iTime){mEventTime.Set(iDate,iTime);};
00062   void          SetDateTime(TDatime dt) {mEventTime=dt;};
00063   void          SetGMTime(UInt_t ut);
00064   void          SetProdDateTime(UInt_t ut=0);
00065   void          SetIventNumber(int iv)  {mIventNumber=iv;};
00066   void          SetEventSize(int is)    {mEventSize=is;};
00067   void          SetEventNumber(int ev)  {mEventNumber=ev;};
00068   void          SetGenerType(int g)     {mGenerType=g;};
00069   void          Print(Option_t* option="") const;
00070 
00071 //              Data Members
00072 protected:
00073     Int_t       mRunNumber;
00074     Int_t       mOldRunNumber;          
00075     Int_t       mId;
00076     UInt_t      mInputTriggerMask;
00077     UInt_t      mTriggerMask;
00078     Float_t     mCenterOfMassEnergy;
00079     Int_t       mAEast;
00080     Int_t       mZEast;
00081     Int_t       mAWest;
00082     Int_t       mZWest;
00083     Float_t     mLuminosity;
00084     Float_t     mBeamPolarizationEast[3];
00085     Float_t     mBeamPolarizationWest[3];
00086     Float_t     mBImpact;               //Impact parameter
00087     Float_t     mPhImpact;              //Phi angle of impact
00088     Int_t       mGenerType;             //Gener type see below
00089     UInt_t      mBunchCrossingNumber[2];
00090     Int_t       mIventNumber;           //sequential number in DAQ/Geant file
00091     Int_t       mEventSize;             //size of event
00092     Int_t       mEventNumber;    
00093 //
00094     TDatime     mEventTime;             //DAQ Time
00095     TDatime     mProdTime;              //Production time
00096     TString     mEventType;
00097 
00098 ClassDef(StEvtHddr,3)                   // Event header
00099 };
00100 
00101 //__________________________________________________________________________________
00102 inline  StEvtHddr::StEvtHddr(const StEvtHddr &hddr,const char *name):TDataSet(name,"")
00103 { operator=(hddr); }
00104 
00105 //__________________________________________________________________________________
00106 struct EvtHddr_st 
00107 {
00108     Int_t       mRunNumber;
00109     Int_t       mOldRunNumber;          
00110     Int_t       mId;
00111     UInt_t      mInputTriggerMask;
00112     UInt_t      mTriggerMask;
00113     Float_t     mCenterOfMassEnergy;
00114     Int_t       mAEast;
00115     Int_t       mZEast;
00116     Int_t       mAWest;
00117     Int_t       mZWest;
00118     Float_t     mLuminosity;
00119     Float_t     mBeamPolarizationEast[3];
00120     Float_t     mBeamPolarizationWest[3];
00121     Float_t     mBImpact;               //Impact parameter
00122     Float_t     mPhImpact;              //Phi angle of impact
00123     Int_t       mGenerType;             //Gener type see below
00124     UInt_t      mBunchCrossingNumber[2];
00125     Int_t       mIventNumber;           //sequential number in DAQ/Geant file
00126     Int_t       mEventSize;             //size of event
00127     Int_t       mEventNumber;    
00128 //
00129 //    TDatime     mEventTime;           //DAQ Time
00130     Double_t    mEventTime;
00131 //    TDatime     mProdTime;            //Production time
00132     Double_t    mProdTime;
00133   //    TString     mEventType;
00134     char        mEventType[16];
00135 };
00136 #endif
00137 
00138 #if 0
00139 /*      mGenerType =
00140 
00141 *  1 FRITIOF : MINBIAS
00142 *  2 FRITIOF : CENTRAL
00143 * 10 HBT     : MINBIAS
00144 * 11 HBT     : CENTRAL
00145 * 20 HIJET   : RHICEVT : MINBIAS 
00146 * 21 HIJET   : RHICEVT : CENTRAL
00147 * 22 HIJET   : PLASMA
00148 * 23 HIJET   : LANDAU
00149 * 24 HIJET   : SMOKE
00150 * 25 HIJET   : VOLCANO
00151 * 26 HIJET   : CHIRAL
00152 * 27 HIJET   : PTSIM
00153 * 28 HIJET   : STRANGSIM
00154 * 29 HIJET   : HIFLOW
00155 * 30 HIJING  : REGULAR : MINBIAS 
00156 * 31 HIJING  : REGULAR : CENTRAL 
00157 * 32 HIJING  : JET     : MINBIAS  
00158 * 33 HIJING  : JET     : CENTRAL 
00159 * 40 PYTHIA  : MINBIAS
00160 * 41 PYTHIA  : JET
00161 * 42 PYTHIA  : PHOTON
00162 * 43 PYTHIA  : W
00163 * 50 STARLIGHT
00164 * 51 STARLIGHT gamma gamma
00165 * 52 STARLIGHT photnuc : coherent
00166 * 60 VENUS   : MINBIAS 
00167 * 61 VENUS   : CENTRAL  
00168 * 62 VENUS   : CENTRAL : MEV
00169 * 70 VNI     : NOAFTER : MINBIAS 
00170 * 71 VNI     : AFTER   : MINBIAS 
00171 * 72 VNI     : NOAFTER : CENTRAL 
00172 * 73 VNI     : AFTER   : CENTRAL 
00173 * 74 VNI     : NOAFTER : JET
00174 * 75 VNI     : AFTER   : JET
00175 * 76 VNI     : NOAFTER : PHOTON
00176 * 77 VNI     : AFTER   : PHOTON
00177 * 78 VNI     : NOAFTER : CHIRAL
00178 * 79 VNI     : AFTER   : CHIRAL
00179 * 80 VNI     : CENTRAL : MEV
00180 * 90 RQMD    : MINBIAS
00181 * 91 RQMD    : CENTRAL
00182 * 100 BEAMGAS: VENUS   : MINBIAS
00183 */
00184 #endif