Fast implementation of gamma-distributed random numbers (Andreas)

[u/mrichter/AliRoot.git] / ZDC / AliZDCFragment.h

diff --git a/ZDC/AliZDCFragment.h b/ZDC/AliZDCFragment.h
index 79eafd056faa63640b18ab8becaf380420fea04d..126588f1eb327f1be9b8d491d4d770dba4682ff0 100644 (file)
--- a/ZDC/AliZDCFragment.h
+++ b/ZDC/AliZDCFragment.h
@@ -22,21 +22,27 @@ public:
   AliZDCFragment();
   AliZDCFragment(Float_t b);
   virtual      ~AliZDCFragment() {}
-  void GenerateIMF(Int_t* fZZ, Int_t &fNalpha);
-  void AttachNeutrons(Int_t* fZZ, Int_t* fNN, Int_t &Ztot, Int_t &Ntot);
-  Float_t DeuteronFraction();
+  void GenerateIMF();
+  void AttachNeutrons();
+  Float_t DeuteronNumber();
   
   // Setting parameters
   virtual void SetImpactParameter(Float_t b) {fB=b;};
   
   // Getting parameters
-  Int_t GetFragmentNum() {return fNimf;};
-  
+  Float_t GetZbAverage() {return fZbAverage;}
+  Int_t   GetFragmentNum() {return fNimf;}
+  Float_t GetZmax() {return fZmax;}
+  Int_t*  GetZZ()   {return (int*)fZZ;}
+  Int_t*  GetNN()   {return (int*)fNN;}
+  Int_t   GetNalpha() {return fNalpha;}
+  Int_t   GetZtot() {return fZtot;}
+  Int_t   GetNtot() {return fNtot;}
  
 protected:
   
    Float_t  fB;         // Impact parameter
-   Float_t  fZbAverage ; // Mean value of Z bound 
+   Float_t  fZbAverage;  // Mean value of Z bound 
    Int_t    fNimf;      // Number of IMF
    Float_t  fZmax;      // Mean value of maximum Z of fragment
    Float_t  fTau;       // Exponent of charge distribution: dN/dZ = Z*exp(-fTau)