{
//
// Calculate integrals:
- // integral0 = \int_0^ellCut dl*(T_A*T_B)(x0+l*ux,y0+l*uy)
- // integral1 = \int_0^ellCut dl*l*(T_A*T_B)(x0+l*ux,y0+l*uy)
+ // integral0 = \int_0^ellCut dl*(T_A*T_B)(x0+l*ux,y0+l*uy)
+ // integral1 = \int_0^ellCut dl*l*(T_A*T_B)(x0+l*ux,y0+l*uy)
//
// for a parton with production point (x0,y0)
// and propagation direction (ux=cos(phi0),uy=sin(phi0))
Float_t GetSigmaHard() const {return fSigmaHard;}
Float_t GetSigmaNN() const {return fSigmaNN;}
Int_t GetA() const {return fA;}
- Int_t GetEllDef() const {return fEllDef;}
const TString* GetFileName() const {return &fName;}
Float_t GetBmin() const {return fBmin;}
Float_t GetBmax() const {return fBmax;}
void StoreAlmonds() const;
void SetLengthDefinition(Int_t def=1) {fEllDef=def;}
+ Int_t GetLengthDef() const {return fEllDef;}
void SetCentralityClass(Double_t xsecFrLow=0.0,Double_t xsecFrUp=0.1);
void GetRandomBHard(Double_t& b);
void GetRandomXY(Double_t& x,Double_t& y);