Energy deposition in the active material (lite version). More...

#include "SimEnergyDepositLite.h"

Public Types
using	Length_t = float

using	Point_t = geo::Point_t

Public Member Functions
	SimEnergyDepositLite (double e=0., geo::Point_t middle={0., 0., 0.}, double t=0., int id=0)

double	Energy () const

geo::Point_t const &	Position () const noexcept

geo::Point_t const &	MidPoint () const noexcept
	Just an alias for compatibility with SED. More...

double	Time () const

int	TrackID () const

geo::Length_t	X () const

geo::Length_t	Y () const

geo::Length_t	Z () const

double	T () const

double	E () const

bool	operator< (const SimEnergyDepositLite &rhs) const

	operator sim::SimEnergyDeposit () const

Private Attributes
float	edep
	energy deposition (MeV) More...

geo::Point_t	middlePos
	position in (cm) More...

double	middleTime
	(ns) More...

int	trackID
	simulation track id More...

Detailed Description

Energy deposition in the active material (lite version).

The detector simulation (presently LArG4, which invokes Geant4) propagates particles through the detector in intervals of "steps". These are usually stored in sim::SimEnergyDeposit objects. For filesize concerns we pare it down to the essential information.

Definition at line 27 of file SimEnergyDepositLite.h.

Member Typedef Documentation

using sim::SimEnergyDepositLite::Length_t = float

Definition at line 29 of file SimEnergyDepositLite.h.

using sim::SimEnergyDepositLite::Point_t = geo::Point_t

Definition at line 30 of file SimEnergyDepositLite.h.

Constructor & Destructor Documentation

sim::SimEnergyDepositLite::SimEnergyDepositLite	(	double	e = `0.`,
		geo::Point_t	middle = `{0., 0., 0.}`,
		double	t = `0.`,
		int	id = `0`
	)

inline

Definition at line 32 of file SimEnergyDepositLite.h.

                                              {0., 0., 0.},
                          double t = 0.,
                          int id = 0)
       : edep(e), middlePos(middle), middleTime(t), trackID(id)
     {}

Member Function Documentation

double sim::SimEnergyDepositLite::E ( ) const

inline

Definition at line 52 of file SimEnergyDepositLite.h.

References edep.

52 { return edep; }

sim::SimEnergyDepositLite::edep

float edep

energy deposition (MeV)

Definition: SimEnergyDepositLite.h:78

double sim::SimEnergyDepositLite::Energy ( ) const

inline

Definition at line 39 of file SimEnergyDepositLite.h.

References edep.

39 { return edep; }

sim::SimEnergyDepositLite::edep

float edep

energy deposition (MeV)

Definition: SimEnergyDepositLite.h:78

geo::Point_t const& sim::SimEnergyDepositLite::MidPoint ( ) const

inlinenoexcept

Just an alias for compatibility with SED.

Definition at line 41 of file SimEnergyDepositLite.h.

References Position().

sim::SimEnergyDepositLite::operator sim::SimEnergyDeposit ( ) const

inline

Definition at line 71 of file SimEnergyDepositLite.h.

References edep, middlePos, middleTime, and trackID.

     {
       return sim::SimEnergyDeposit(
         0, 0, 0, edep, middlePos, middlePos, middleTime, middleTime, trackID, 0);
     }

bool sim::SimEnergyDepositLite::operator< ( const SimEnergyDepositLite & rhs ) const

inline

Definition at line 54 of file SimEnergyDepositLite.h.

References edep, middlePos, middleTime, trackID, X(), Y(), and Z().

     {
       if (trackID < rhs.trackID) return true;
       if (trackID > rhs.trackID) return false;
       if (middleTime < rhs.middleTime) return true;
       if (middleTime > rhs.middleTime) return false;
       if (middlePos.Z() < rhs.Z()) return true;
       if (middlePos.Z() > rhs.Z()) return false;
       if (middlePos.Y() < rhs.Y()) return true;
       if (middlePos.Y() > rhs.Y()) return false;
       if (middlePos.X() < rhs.X()) return true;
       if (middlePos.X() > rhs.X()) return false;
       return (edep > rhs.edep); // sort by _decreasing_ energy
     }