KVPartitionFunction.h

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#ifndef __KVPARTITIONFUNCTION_H
#define __KVPARTITIONFUNCTION_H
 
#include "TNamed.h"
#include "TString.h"
#include "THashTable.h"
 
class KVPartitionFunction : public TObject {
   THashTable fTable;
 
   Double_t maxvalueNp;
   Double_t maxvalueNclass;
   Double_t NvalsNp;
   Double_t NvalsNcl;
 
   Double_t sneppen_Nclass(int A, int Z, int M, int B);
   Double_t sneppen_Np(int A, int Z, int M);
   Double_t calc_sneppen_Nclass(int A, int Z, int M, int B);
   Double_t calc_sneppen_Np(int A, int Z, int M);
 
   const Char_t* name_value(Int_t A, Int_t Z, Int_t M, Int_t B = -1)
   {
      if (B > -1) return Form("A%dZ%dM%dB%d", A, Z, M, B);
      return Form("A%dZ%dM%d", A, Z, M);
   }
 
   void store_value(Double_t val, Int_t A, Int_t Z, Int_t M, Int_t B = -1)
   {
      TString name = name_value(A, Z, M, B);
      TNamed* o = new TNamed(name.Data(), "");
      o->SetTitle(Form("%f", val));
      fTable.Add(o);
   }
 
   Double_t get_value(Int_t A, Int_t Z, Int_t M, Int_t B = -1)
   {
      TString name = name_value(A, Z, M, B);
      TNamed* o = (TNamed*)fTable.FindObject(name.Data());
      if (!o) return -1.;
      Double_t val;
      sscanf(o->GetTitle(), "%lf", &val);
      return val;
   }
 
public:
   KVPartitionFunction();
   virtual ~KVPartitionFunction();
 
   Double_t PartFunc(int A, int M);
   Double_t PartSum(int A);
   Double_t PartFunc(int A, int Z, int M);
   Double_t PartSum(int A, int Z);
 
   Double_t GetMaxValueNp() const
   {
      return maxvalueNp;
   };
   Double_t GetMaxValueNclass() const
   {
      return maxvalueNclass;
   };
 
   Double_t MeanNA(int A0, int A);
   Double_t MeanNA_M(int A0, int A, int M);
   Double_t MeanNA(int A0, int Z0, int A);
   Double_t MeanNZ(int A0, int Z0, int Z);
   Double_t MeanNAZ(int A0, int Z0, int A, int Z);
 
   Double_t MeanM(int A0);
   Double_t MeanA(int A0);
 
   ClassDef(KVPartitionFunction, 0) //Calculates number of partitions of A or (A,Z) into fragments
};
 
#endif