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/*
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* RecoCandidateBase.h
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*
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* Base class for reconstructed candidates
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*
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* To create a new reconstructed candidate, called "mycandidate", for example,
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* do the following in a new header file:
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#include "RecoCandidateBase.h"
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namespace OAT {
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class mycandidate: public RecoCandidateBase {
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public:
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mycandidate()
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{}
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mycandidate(const Event& event) :
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RecoCandidateBase(event)
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{}
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virtual bool passesFullSelection() const;
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virtual void reconstructCandidate(const ElectronPointer &electron);
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// The following is an example member function that would return the mass
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// of the candidate. You could create other functions instead.
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virtual double getMass() const;
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// Add other functions here that return the values you want to plot.
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protected:
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// Your data members,if any, should be declared here.
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};
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}
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Then you have to code the last three functions in a new file you create in the
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"src" directory. Make sure to add the following lines to the top of your
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source code file:
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#include "../interface/RecoCandidateBase.h"
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using namespace OAT;
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After completing the code for "mycandidate", you can put calls to your class
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in IntroAnalysis.h and IntroAnalysis.cpp. Add the declaration of your
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candidate to the "private" section of the IntroAnalysis class where other
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candidates are declared. Then, in IntroAnalysis.cpp, instantiate your
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candidate in the initiateEvent member function where the other candidates
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are instantiated.
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Then you should write your own analysis function that will
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check if the current event should be selected by calling passesFullSelection,
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and, if so, reconstruct it with reconstructCandidate and then add its mass to
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a histogram with getMass. See doTTBarAnalysis in IntroAnalysis.cpp for an
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example of an analysis function. You need to add a call to your analysis
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function in the main event loop of the "analyze" function.
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*/
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#ifndef RECOCANDIDATEBASE_H_
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#define RECOCANDIDATEBASE_H_
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#include <boost/shared_ptr.hpp>
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#include "Event.h"
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#include "RecoObjects/Particle.h"
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#include "RecoObjects/Electron.h"
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#include "RecoObjects/Jet.h"
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using namespace BAT;
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namespace OAT {
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class RecoCandidateBase: public Event {
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public:
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RecoCandidateBase()
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{}
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RecoCandidateBase(const Event& event) :
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Event(event)
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{}
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virtual ~RecoCandidateBase()
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{}
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virtual bool passesFullSelection() const = 0;
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/*
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Sample reconstruction function:
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virtual void reconstructCandidate(const ElectronPointer &electron);
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Note your reconstruction function may not take a parameter or may
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take different parameters from this example.
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*/
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};
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}
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#endif /* RECOCANDIDATEBASE_H_ */
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