AtSimulatedPoint.cxx

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#include "AtSimulatedPoint.h"
 
#include <Rtypes.h>
 
#include <utility>
 
using XYZVector = ROOT::Math::XYZVector;
 
ClassImp(AtSimulatedPoint);
 
AtSimulatedPoint::AtSimulatedPoint() : fMCEventID(-1), fMCPointID(-1), fClusterID(-1) {}
 
AtSimulatedPoint::AtSimulatedPoint(std::size_t mcPointID, Int_t clusterID, XYZVector position)
   : fPosition(std::move(position)), fMCEventID(-1), fMCPointID(mcPointID), fClusterID(clusterID), fCharge(1)
{
}
 
AtSimulatedPoint::AtSimulatedPoint(std::size_t mcPointID, Int_t clusterID, Int_t charge, XYZVector position)
   : fPosition(std::move(position)), fMCEventID(-1), fMCPointID(mcPointID), fClusterID(clusterID), fCharge(charge)
{
}
 
AtSimulatedPoint &AtSimulatedPoint::operator=(AtSimulatedPoint other)
{
   swap(*this, other);
   return *this;
}
 
void AtSimulatedPoint::SetClusterID(Int_t clusterID)
{
   fClusterID = clusterID;
}
void AtSimulatedPoint::SetMCPointID(std::size_t id)
{
   fMCPointID = id;
}
void AtSimulatedPoint::SetMCEventID(std::size_t mcid)
{
   fMCEventID = mcid;
}
 
Int_t AtSimulatedPoint::GetClusterID()
{
   return fClusterID;
}
XYZVector AtSimulatedPoint::GetPosition()
{
   return fPosition;
}
std::size_t AtSimulatedPoint::GetMCPointID()
{
   return fMCPointID;
}
std::size_t AtSimulatedPoint::GetMCEventID()
{
   return fMCEventID;
}
void AtSimulatedPoint::SetCharge(Int_t charge)
{
   fCharge = charge;
}
Int_t AtSimulatedPoint::GetCharge()
{
   return fCharge;
}