JSFSteerConf

class JSFSteerConf : public TNamed

    public:

                      JSFSteerConf(const char* name = "JSFSteerConf", const char* title = "JSF Configuration")
                      JSFSteerConf(const JSFSteerConf&)
              virtual ~JSFSteerConf()
       static TClass* Class()
                 void Initialize(TList* module)
      virtual TClass* IsA() const
         virtual void ShowMembers(TMemberInspector& insp, char* parent)
         virtual void Streamer(TBuffer& b)
                 void StreamerNVirtual(TBuffer& b)

Data Members

    protected:

         Int_t fSize     ! size of fClasses, fNames array
         Int_t fNmodule  Number of modules;
      TString* fClasses  [fNmodule]  Names of module Clases 
      TString* fNames    [fNmodule]  Module names.

Class Description

  JLC Study Frame

  Main class to control JLC Study

  Three types of jobs are supported in this framework,  a) Bases,
  b)  Read Bases data->Spring->Hadronize->QuickSim, c) read quick sim data.

  Typical macro files are as follows.
  a) Bases

       {
       // An example of Bases.
       // Calculate cross section of e+e- --> gamma* --> f+f-
         gROOT->Reset();
         TFile file("bases.root","RECREATE");  // Output file.
         bases = new LLbarBases();
         bases->SetEcm(300.0);            // Set ECM
         bases->SetParton(1, 2.0/3.0 );   // Set Parton
         bases->DoBases();
         bases->Write();
         file->Write();
       }

     To run in batch mode, do
       jsf -q -b llbar.C
     where llbar.C is the name of the macro file.

   b) Spring->Hadronize->QuickSim

       {
       // An example to run Spring, Hadronizer, and QuickSim.
       // In this example, LLbar event is created.
         gROOT->Reset();
         TFile file("jsf.root","RECREATE");  // Output file

         jsf    = new JSFSteer();
         full   = new JSFLCFULL();
         spring = new LLbarSpring();
         spring->ReadBases("bases.root");
         hdr=new JSFHadronizer();
         sim=new JSFQuickSim();

         Int_t maxevt=10;
         jsf->Initialize();
         jsf->BeginRun(30);                  // Set Run Number
         for(Int_t ev=1;ev<=maxevt;ev++){
           printf(" start event %dn",ev);
           jsf->Process(ev);
           jsf->FillTree();
           jsf->Clear();
         }
         jsf->Terminate();
         file->Write();
       }

    c) Read QuickSim data.

      {
      //  Example to read QuickSim data.
        TFile f("jsf.root","READ");
        jsf = new JSFSteer();
        jsf->Initialize();

        Int_t maxevt=3;

        for(Int_t i=1;i<=maxevt;i++){
          jsf->GetEvent(i);
          if( !jsf->Process(i) ) break ;
          printf(" read Run %d Event %dn",jsf->GetRunNumber(), jsf->GetEventNumber());
        }
        jsf->Terminate();
      }

$Id: JSFSteer.cxx,v 1.29 2003/05/22 01:03:52 miyamoto Exp $
(Update)
  6-Jan-2001  A.Miyamoto Use Root.3.00 IO functions
                         Class JSFSteerConf was modified.

  A class to save JSFSteer information;
  class name, name, and title of defined modules are saved.

 Make fClasses and fNames from fModules list for output

 Stream an object of class JSFSteerConf.

 Stream an object of class JSFSteerConf.

Inline Functions

             TClass* Class()
             TClass* IsA() const
                void ShowMembers(TMemberInspector& insp, char* parent)
                void StreamerNVirtual(TBuffer& b)
        JSFSteerConf JSFSteerConf(const JSFSteerConf&)