GenesisPhysEventAna.h

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#ifndef _GENESIS_PHYS_EVENT_ANA_H_
#define _GENESIS_PHYS_EVENT_ANA_H_
 
//project includes
#include "PostProcBase.h"
#include "GenesisEventStructures.h"
#include "TH2.h"
class GenesisPhysEventAna : public PostProcBase<GenesisCalibratedEvent>
{
public:
  //default constructor puts the class into a working but rather boring state
  GenesisPhysEventAna();
 
  vector<TH1*> getCloverGammaSpectra();
  vector<TH2*> getNeutronAngularDist();
  vector<TH2*> getNeutronAngularDist(double a_gammaEnergy, double a_width=2);
  vector<TH2*> getNeutronEnergyVsTimeSinceRF(double a_gammaEnergy,
                                              double a_width);
  vector<TH2*> getLightVsTimeSinceRF(double a_gammaEnergy,
                                              double a_width);
  vector<TH2*> getNeutronTOFvsInorgGammaEnergy(string a_configFile,
                                      double a_enThreshold = .2);
  void getScintScintPlots(std::string a_fileName = "scintScint_Fe56_eDepVsTof.root",
                          double a_EgamCut = .2);
 
  void buildOutEnOutEdep(std::string a_fileName = "outEnOutEdep_hists.root",
                          double a_gammaEnergy=-1);
 
  void scintScintCoinAna(std::string a_configFileName,
                         std::string a_outFileName = "scintScintCoins_hists.root");
 
  void scintHPGeCoinAna(std::string a_configFileName,
                        std::string a_outFileName = "scintHPGeCoins_hists.root");
 
  void makeGammaNeutronAnglePlots(string a_configFile);
protected:
  //providing definitions to fill out the abstract base class
  void setTreeName();
  void setBranchName();
 
};
 
 
#endif