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DefaultInteractiveActions.h

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// Default set of interactive functions
// used for event display using AlVisu
//
// Author : C. Delaere
//
// Date   : 19/04/2002
//

#ifndef DEFAULTINTERACTIVEACTIONS_H
#define DEFAULTINTERACTIVEACTIONS_H

#include "AlephCollection.h"
#include <vector>
#include "AlphaBanks.h"
#include "AlephAbstractInteractiveFunction.h"
#include "TimeInfo.h"
#include "AlephIoManager.h"

// code 100 : general event informations

class GeneralEventInfo: public AlephAbstractInteractiveFunction
{
        public:
                GeneralEventInfo(AlephInteractiveHandler* ptr):AlephAbstractInteractiveFunction(ptr) {}
                ~GeneralEventInfo() {}
                string Name() {return "GeneralEventInfo";}
                int Code() {return 100;}
                vector<pair<string,float> > OptionsList() 
                        { pair<string,float> option;
                          option.first = "Apply preselection";
                          option.second = 1.;
                          vector<pair<string,float> > result;
                          result.push_back(option);
                          return result;
                        }
                void Run(vector<float>& options,AlphaBanks& EventInfo);
};
                
// code 200 : tracks

class CollectTracks: public AlephAbstractInteractiveFunction
{
        public:
                CollectTracks(AlephInteractiveHandler* ptr):AlephAbstractInteractiveFunction(ptr) {}
                ~CollectTracks() {}
                string Name() {return "CollectTracks";}
                int Code() {return 200;}
                vector<pair<string,float> > OptionsList() 
                        { pair<string,float> option;
                          vector<pair<string,float> > result;
                          option.first = "type";
                          option.second = 0;  
                          result.push_back(option);
                          option.first = "energy cut";
                          option.second = 10;
                          result.push_back(option);
                          option.first = "cos theta cut";
                          option.second = 0.95;
                          result.push_back(option);
                          option.first = "sanity check";
                          option.second = 0;
                          result.push_back(option);
                          return result;
                        }
                void Run(vector<float>& options,AlphaBanks& EventInfo);
};

class CollectLeptons: public AlephAbstractInteractiveFunction
{
        public:
                CollectLeptons(AlephInteractiveHandler* ptr):AlephAbstractInteractiveFunction(ptr) {}
                ~CollectLeptons() {}
                string Name() {return "CollectLeptons";}
                int Code() {return 300;}
                vector<pair<string,float> > OptionsList() 
                        { pair<string,float> option;
                          vector<pair<string,float> > result;
                          option.first = "mask";
                          option.second = 0;  
                          result.push_back(option);
                          return result;
                        }
                void Run(vector<float>& options,AlphaBanks& EventInfo);
};

class CollectJets: public AlephAbstractInteractiveFunction
{
        public:
                CollectJets(AlephInteractiveHandler* ptr):AlephAbstractInteractiveFunction(ptr) {}
                ~CollectJets() {}
                string Name() {return "CollectJets";}
                int Code() {return 400;}
                vector<pair<string,float> > OptionsList() 
                        { pair<string,float> option;
                          vector<pair<string,float> > result;
                          option.first = "metric";
                          option.second = 1;
                          result.push_back(option);
                          option.first = "scheme";
                          option.second = 1;
                          result.push_back(option);
                          option.first = "ycut";
                          option.second = -2;
                          result.push_back(option);
                          option.first = "energy scale";
                          option.second = 0;
                          result.push_back(option);
                          return result;
                        }
                void Run(vector<float>& options,AlphaBanks& EventInfo);
};

#endif

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