JSFHadronizer

class JSFHadronizer : public JSFFULLGenerator

    public:

                      JSFHadronizer(const char* name = "JSFHadronizer", const char* title = "JSFHadronizer")
                      JSFHadronizer(const JSFHadronizer&)
              virtual ~JSFHadronizer()
       static TClass* Class()
       virtual Bool_t EndRun()
                 void Fragmentation(const Int_t nin, Double_t** inlist, const Int_t mxxout, const Int_t nspar, const Int_t* ispar1, const Int_t* ispar2, const Int_t* kstat, const Int_t* jstat, Int_t& nout, Double_t** outlst, Int_t& nret)
               Bool_t GetCopySpringClassDataToBank()
       virtual Bool_t GetLastRunInfo()
                 void Hadronize(JSFSpring* spring, Int_t& nret)
       virtual Bool_t Initialize()
      virtual TClass* IsA() const
       virtual Bool_t Process(Int_t event)
                 void SetCopySpringClassDataToBank(Bool_t flag)
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    protected:

      JSFSpring* fSpring                     ! Pointer to spring module
          Bool_t fCopySpringClassDataToBank  ! 
           Int_t fIHLON                      Tau polarization switch
           Int_t fDebug                      ! Debug flag
           Int_t fMRPY[6]                    random seed for Jetset
         Float_t fRRPY[100]                  
       TPythia6* fPythia                     
          Bool_t fDoesShower                 Does shower, if TRUE.

Class Description

  JSFHadronizer

  Hadronize parton information in JSFParton class and
  create JSFGeneratorParticle class.

$Id: JSFHadronizer.cxx,v 1.14 2003/02/03 00:09:25 miyamoto Exp $

  Constructor of JSFHadronizer.  In this constructor, JSFSpring
  module is searched from the defined JSF module.  last JSFModule
  which is inherited from JSFSpring class is a class whose Parton
  data is hadronized.

 Initialize tauola

  Create JSFGeneratorParticle from JSFSpringParton.
  For a time bing, first put JSFSpringParton in to TBS bank,
  calls luhadr fortran program, and put results into JSFGeneratorParticle

 Read seed of previous run

 Stream an object of class JSFHadronizer.

 Stream an object of class JSFHadronizer.

(Function)
  Hadronize partons in JSFSpringParton objects
(Input)
  spring: pointer to the input spring objects
(Output)
  nret : =0 on sucess
       : =-1 on error
CC**********************************************************************
C*
C*===========================================----===
C*  Subroutine LUHADR( IDREC, LEVEL, IDEBUG, NRET )
C*===========================================----===
C*
C* (Function)
C*    LUND hadronizer.
C*    Hadronize particle in 'Spring:Particle_List' bank.
C* (Inputs)
C*    IDREC  ; record ID, use only ID=1
C*    LEVEL  ; not used.
C*    IDEBUG ; not used.
C* (Output)
C*    NRET  ; Return code.
C* (Update Record)
C*   91/08/27  K.Fujii		Derived from LUHADR by TAYM.
C*				Heavily modified.
C*   95/01/11  K.Fujii		Another big changes for implementation
C*				of tau polarization.
C*				ID=220000 is the LSP.
C*
CC**********************************************************************

Inline Functions

                 void SetCopySpringClassDataToBank(Bool_t flag)
               Bool_t GetCopySpringClassDataToBank()
              TClass* Class()
              TClass* IsA() const
                 void ShowMembers(TMemberInspector& insp, char* parent)
                 void StreamerNVirtual(TBuffer& b)
        JSFHadronizer JSFHadronizer(const JSFHadronizer&)