StRoot: StHbtMaker/CorrFctn/MinvLikeSignCorrFctn

00001 /***************************************************************************
00002  *
00003  * $Id: MinvLikeSignCorrFctn_MinvYPt.h,v 1.1 2001/06/21 19:08:41 laue Exp $
00004  *
00005  * Author: Frank Laue, Ohio State, laue@mps.ohio-state.edu
00006  ***************************************************************************
00007  *
00008  * Description: part of STAR HBT Framework: StHbtMaker package
00009  *     A simple invariant-mass correlation function
00010  *
00011  ***************************************************************************
00012  *
00013  **************************************************************************/
00014 
00015 #ifndef MinvLikeSignCorrFctn_MinvYPt_hh
00016 #define MinvLikeSignCorrFctn_MinvYPt_hh
00017 
00018 #include "StHbtMaker/Infrastructure/StHbtAnalysis.h"
00019 #include "StHbtMaker/Base/StHbtLikeSignCorrFctn.hh"
00020 #include "StHbtMaker/Cut/mikesEventCut.h"
00021 
00022 class MinvLikeSignCorrFctn_MinvYPt : public StHbtLikeSignCorrFctn {
00023 public:
00024   MinvLikeSignCorrFctn_MinvYPt(const MinvLikeSignCorrFctn_MinvYPt& ); // copy constructor
00025   MinvLikeSignCorrFctn_MinvYPt(char* title1, char* title2, 
00026                                const int& nxbins, const double& xLo, const double& xHi,
00027                                const int& nybins, const double& yLo, const double& yHi,
00028                                const int& nzbins, const double& zLo, const double& zHi,
00029                                const double& m0=1.019417);
00030   virtual ~MinvLikeSignCorrFctn_MinvYPt();
00031 
00032   virtual StHbtString Report();
00033   virtual void AddRealPair(const StHbtPair*);
00034   virtual void AddMixedPair(const StHbtPair*);
00035   virtual void AddLikeSignPositivePair(const StHbtPair*);
00036   virtual void AddLikeSignNegativePair(const StHbtPair*);
00037   virtual void Finish();
00038   MinvLikeSignCorrFctn_MinvYPt* Clone();
00039 
00040   StHbt3DHisto* NumeratorPt();
00041   StHbt3DHisto* MixedEventDenominatorPt();
00042   StHbt3DHisto* PositiveDenominatorPt();
00043   StHbt3DHisto* NegativeDenominatorPt();
00044   StHbt3DHisto* MixedEventDifferencePt();
00045   StHbt3DHisto* LikeSignDifferencePt();
00046   StHbt3DHisto* NumeratorMt();
00047   StHbt3DHisto* MixedEventDenominatorMt();
00048   StHbt3DHisto* PositiveDenominatorMt();
00049   StHbt3DHisto* NegativeDenominatorMt();
00050   StHbt3DHisto* MixedEventDifferenceMt();
00051   StHbt3DHisto* LikeSignDifferenceMt();
00052 
00053 private:
00054   StHbt3DHisto* mNumeratorPt;
00055   StHbt3DHisto* mMixedEventDenominatorPt;
00056   StHbt3DHisto* mPositiveDenominatorPt;
00057   StHbt3DHisto* mNegativeDenominatorPt;
00058   StHbt3DHisto* mMixedEventDifferencePt;
00059   StHbt3DHisto* mLikeSignDifferencePt;
00060   StHbt3DHisto* mNumeratorMt;
00061   StHbt3DHisto* mMixedEventDenominatorMt;
00062   StHbt3DHisto* mPositiveDenominatorMt;
00063   StHbt3DHisto* mNegativeDenominatorMt;
00064   StHbt3DHisto* mMixedEventDifferenceMt;
00065   StHbt3DHisto* mLikeSignDifferenceMt;
00066 
00067   double mM0;
00068   double mMinv;
00069   double mY;
00070   double mPt;
00071   double mMt;
00072 
00073 #ifdef __ROOT__
00074   ClassDef(MinvLikeSignCorrFctn_MinvYPt, 1)   
00075 #endif 
00076 };
00077 
00078 
00079 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::NumeratorPt(){return mNumeratorPt;}
00080 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::MixedEventDenominatorPt(){return mMixedEventDenominatorPt;}
00081 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::PositiveDenominatorPt(){return mPositiveDenominatorPt;}
00082 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::NegativeDenominatorPt(){return mNegativeDenominatorPt;}
00083 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::MixedEventDifferencePt(){return mMixedEventDifferencePt;}
00084 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::LikeSignDifferencePt(){return mLikeSignDifferencePt;}
00085 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::NumeratorMt(){return mNumeratorMt;}
00086 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::MixedEventDenominatorMt(){return mMixedEventDenominatorMt;}
00087 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::PositiveDenominatorMt(){return mPositiveDenominatorMt;}
00088 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::NegativeDenominatorMt(){return mNegativeDenominatorMt;}
00089 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::MixedEventDifferenceMt(){return mMixedEventDifferenceMt;}
00090 inline  StHbt3DHisto* MinvLikeSignCorrFctn_MinvYPt::LikeSignDifferenceMt(){return mLikeSignDifferenceMt;}
00091 
00092 inline MinvLikeSignCorrFctn_MinvYPt* MinvLikeSignCorrFctn_MinvYPt::Clone() { MinvLikeSignCorrFctn_MinvYPt* c = new MinvLikeSignCorrFctn_MinvYPt(*this); return c;}
00093 inline MinvLikeSignCorrFctn_MinvYPt::MinvLikeSignCorrFctn_MinvYPt(const MinvLikeSignCorrFctn_MinvYPt& fctn) :StHbtLikeSignCorrFctn() {
00094   mM0 = fctn.mM0;
00095   mNumeratorPt            = new StHbt3DHisto(*(fctn.mNumeratorPt));
00096   mMixedEventDenominatorPt= new StHbt3DHisto(*(fctn.mMixedEventDenominatorPt));
00097   mPositiveDenominatorPt  = new StHbt3DHisto(*(fctn.mPositiveDenominatorPt));
00098   mNegativeDenominatorPt  = new StHbt3DHisto(*(fctn.mNegativeDenominatorPt));
00099   mMixedEventDifferencePt = new StHbt3DHisto(*(fctn.mMixedEventDifferencePt));
00100   mLikeSignDifferencePt   = new StHbt3DHisto(*(fctn.mLikeSignDifferencePt));
00101   mNumeratorMt            = new StHbt3DHisto(*(fctn.mNumeratorMt));
00102   mMixedEventDenominatorMt= new StHbt3DHisto(*(fctn.mMixedEventDenominatorMt));
00103   mPositiveDenominatorMt  = new StHbt3DHisto(*(fctn.mPositiveDenominatorMt));
00104   mNegativeDenominatorMt  = new StHbt3DHisto(*(fctn.mNegativeDenominatorMt));
00105   mMixedEventDifferenceMt = new StHbt3DHisto(*(fctn.mMixedEventDifferenceMt));
00106   mLikeSignDifferenceMt   = new StHbt3DHisto(*(fctn.mLikeSignDifferenceMt));
00107 }
00108 
00109 
00110 #endif
00111
StHbtMaker/CorrFctn/MinvLikeSignCorrFctn_MinvYPt.h
