// This little main program drives the analysis:
// Parameters are set using SetParm or TCL...
#ifndef __CINT__
#include "PAFAdapters/PAFBbrAnalysis.hh"
#include "PAFUser/JpsiK0sTagFilter.hh" 
#include "PAFUser/JpsiK0sMicroFilter.hh" 
#include "PAFUser/JpsiK0sAnalysis.hh" 

Int_t JpsiK0sMain(int argc, char**argv);

Int_t main(int argc, char**argv) { return JpsiK0sMain(argc, argv); }
#endif

int JpsiK0sMain(int argc=0,char* argv[]=0)
{
    // Create an application manager and register services
    TPico PAF("JpsiK0s Beta Analysis");
    
    // Define output file for histograms etc.
    PAF.RegisterService(new TPicoPersistenceManager("JpsiK0s.root"));
    
    // Instanitate the analysis module and set some parameters
    PAFModule *tagModule = new JpsiK0sTagFilter("JpsiK0sTagFilter","Tag filter beta module");
    tagModule->Enable();
    PAFModule *microModule = new JpsiK0sMicroFilter("JpsiK0sMicroFilter","Micro filter beta module");
    microModule->Disable();
    PAFModule *analModule = new JpsiK0sAnalysis("JpsiK0sAnalysis","Analysis beta module");
    analModule->Disable();
    
    // Instantiate an analysis and pass the command line
    PAFBbrAnalysis *myAnalysis = new PAFBbrAnalysis(argc,argv);
    myAnalysis->SetParm("tcl","myAnalysis.tcl");

    myAnalysis->Add(tagModule);                 // Add the tag filter module
    myAnalysis->Add(microModule);               // Add the micro filter module
    myAnalysis->Add(analModule);                // Add the analysis module
    
    PAF.RegisterService((PAFAnalysis*)myAnalysis);            // Execute this analysis
    PAF.Run();                                  // Run the analysis
    
    return 0;
}