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To be used with kf only

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include/EDEPHit.h
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#ifndef EDEPHIT_H
#define EDEPHIT_H
#include <iostream>
#include "utils.h"
#include "TG4Event.h"
/**
* @class EDEPHit
* @brief Represents a hit in a detector.
*
* This class encapsulates information about a hit in a detector, such as its start and stop positions,
* energy deposition, secondary deposition, track length, contribution, primary ID, and index.
*/
class EDEPHit {
public:
/**
* @brief Constructor for EDEPHit.
* @param hit The TG4HitSegment object containing hit information.
*/
EDEPHit(TG4HitSegment hit) : start_(hit.GetStart()), stop_(hit.GetStop()),
energy_deposit_(hit.GetEnergyDeposit()), secondary_deposit_(hit.GetSecondaryDeposit()),
track_length_(hit.GetTrackLength()), contrib_(hit.Contrib[0]), primary_id_(hit.GetPrimaryId()), h_index(-1) {};
/**
* @brief Constructor for EDEPHit.
* @param hit The TG4HitSegment object containing hit information.
* @param i The index of the hit.
*/
EDEPHit(TG4HitSegment hit, int i) : start_(hit.GetStart()), stop_(hit.GetStop()),
energy_deposit_(hit.GetEnergyDeposit()), secondary_deposit_(hit.GetSecondaryDeposit()),
track_length_(hit.GetTrackLength()), contrib_(hit.Contrib[0]), primary_id_(hit.GetPrimaryId()), h_index(i) {};
/**
* @brief Destructor for EDEPHit.
*/
~EDEPHit() {};
/**
* @brief Get the start position of the hit.
* @return The start position as a TLorentzVector.
*/
const TLorentzVector& GetStart() const {return start_;};
/**
* @brief Get the stop position of the hit.
* @return The stop position as a TLorentzVector.
*/
const TLorentzVector& GetStop() const {return stop_;};
/**
* @brief Get the energy deposited by the hit.
* @return The energy deposited as a double.
*/
const double& GetEnergyDeposit() const {return energy_deposit_;};
/**
* @brief Get the secondary deposition of the hit.
* @return The secondary deposition as a double.
*/
const double& GetSecondaryDeposit() const {return secondary_deposit_;};
/**
* @brief Get the track length of the hit.
* @return The track length as a double.
*/
const double& GetTrackLength() const {return track_length_;};
/**
* @brief Get the main contributor to the hit.
* @return The contribution as an integer.
*/
const int& GetGetContrib() const {return contrib_;};
/**
* @brief Get the ID of the primary particle generating the hit.
* @return The primary ID as an integer.
*/
const int& GetPrimaryId() const {return primary_id_;};
/**
* @brief Get the ID of the hit.
* @return The ID as an integer.
*/
const int& GetId() const {return h_index;};
private:
TLorentzVector start_; ///< Start position of the hit.
TLorentzVector stop_; ///< Stop position of the hit.
double energy_deposit_; ///< Energy deposited by the hit.
double secondary_deposit_; ///< Secondary deposition of the hit.
double track_length_; ///< Track length of the hit.
int contrib_; ///< Main contributor of the hit.
int primary_id_; ///< ID of primary particle generating the hit.
int h_index; ///< ID of the hit.
};
/**
* @brief Alias for a map of component to vector of EDEPHit.
*/
using EDEPHitsMap = std::map<component, std::vector<EDEPHit>>;
#ifndef EDEPHIT_H
#define EDEPHIT_H
#include <iostream>
#include "utils.h"
#include "TG4Event.h"
/**
* @class EDEPHit
* @brief Represents a hit in a detector.
*
* This class encapsulates information about a hit in a detector, such as its start and stop positions,
* energy deposition, secondary deposition, track length, contribution, primary ID, and index.
*/
class EDEPHit {
public:
/**
* @brief Constructor for EDEPHit.
* @param hit The TG4HitSegment object containing hit information.
*/
EDEPHit(TG4HitSegment hit) : start_(hit.GetStart()), stop_(hit.GetStop()),
energy_deposit_(hit.GetEnergyDeposit()), secondary_deposit_(hit.GetSecondaryDeposit()),
track_length_(hit.GetTrackLength()), contrib_(hit.Contrib[0]), primary_id_(hit.GetPrimaryId()), h_index(-1) {};
/**
* @brief Constructor for EDEPHit.
* @param hit The TG4HitSegment object containing hit information.
* @param i The index of the hit.
*/
EDEPHit(TG4HitSegment hit, int i) : start_(hit.GetStart()), stop_(hit.GetStop()),
energy_deposit_(hit.GetEnergyDeposit()), secondary_deposit_(hit.GetSecondaryDeposit()),
track_length_(hit.GetTrackLength()), contrib_(hit.Contrib[0]), primary_id_(hit.GetPrimaryId()), h_index(i) {};
/**
* @brief Destructor for EDEPHit.
*/
~EDEPHit() {};
/**
* @brief Get the start position of the hit.
* @return The start position as a TLorentzVector.
*/
const TLorentzVector& GetStart() const {return start_;};
/**
* @brief Get the stop position of the hit.
* @return The stop position as a TLorentzVector.
*/
const TLorentzVector& GetStop() const {return stop_;};
/**
* @brief Get the energy deposited by the hit.
* @return The energy deposited as a double.
*/
const double& GetEnergyDeposit() const {return energy_deposit_;};
/**
* @brief Get the secondary deposition of the hit.
* @return The secondary deposition as a double.
*/
const double& GetSecondaryDeposit() const {return secondary_deposit_;};
/**
* @brief Get the track length of the hit.
* @return The track length as a double.
*/
const double& GetTrackLength() const {return track_length_;};
/**
* @brief Get the main contributor to the hit.
* @return The contribution as an integer.
*/
const int& GetGetContrib() const {return contrib_;};
/**
* @brief Get the ID of the primary particle generating the hit.
* @return The primary ID as an integer.
*/
const int& GetPrimaryId() const {return primary_id_;};
/**
* @brief Get the ID of the hit.
* @return The ID as an integer.
*/
const int& GetId() const {return h_index;};
private:
TLorentzVector start_; ///< Start position of the hit.
TLorentzVector stop_; ///< Stop position of the hit.
double energy_deposit_; ///< Energy deposited by the hit.
double secondary_deposit_; ///< Secondary deposition of the hit.
double track_length_; ///< Track length of the hit.
int contrib_; ///< Main contributor of the hit.
int primary_id_; ///< ID of primary particle generating the hit.
int h_index; ///< ID of the hit.
};
/**
* @brief Alias for a map of component to vector of EDEPHit.
*/
using EDEPHitsMap = std::map<component, std::vector<EDEPHit>>;
#endif
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