UberMCHit.cxx

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#include "TObject.h"
#include "MessageService/MsgService.h"
#include "CalDetDST/UberMCHit.h"

ClassImp(UberMCHit)

  CVSID("$Id: UberMCHit.cxx,v 1.3 2003/07/10 19:40:43 rhatcher Exp $");
using namespace std;

//_______________________________________________________________________________
UberMCHit::UberMCHit():
  plane(0),
  strip(0),
  hitbit(0),   
  edeptrue(0.),
  tpos(0.),    
  praw(0.),    
  nraw(0.), 
  pcorr(0.),
  ncorr(0.),
  ptdc(0.), 
  ntdc(0.), 
  pdist(0.),
  ndist(0.)

{
  MSG("UberMCHit",Msg::kDebug)<<"In UberMCHit creator"<<endl;
}//end UberMCHit(UShort_t, UShort_t)
//_______________________________________________________________________________
UberMCHit::~UberMCHit()
{}//end ~UberMCHit()
//_______________________________________________________________________________
void UberMCHit::SetPlaneStrip(UShort_t p, UShort_t s)
{
  plane = p;
  strip =s ;
  
}//end SetPlaneStrip()
//_______________________________________________________________________________
void UberMCHit::AddValues(Int_t hb, Float_t edep, Float_t tps, Float_t pr,
                          Float_t nr, Float_t pc, Float_t nc, Float_t pt,
                          Float_t nt, Float_t pd, Float_t nd)
{//se is stripend, rest of parameters are obvious
  hitbit = hb;
  edeptrue = edep;
  tpos =tps;
  praw = pr;
  nraw = nr;
  pcorr = pc;
  ncorr = nc;
  ptdc = pt;
  ntdc = nt;
  pdist = pd;
  ndist = nd;

  //  Print();  
  return;
}//end AddValues()
//_______________________________________________________________________________
void UberMCHit::Print(Option_t* /* option */) const
{
  cout<<"________________________________________________"<<endl;
  cout<<"Plane "<<plane<<" Strip "<<strip<<endl
      <<"Hitbit "<<hitbit<<" True Energy Deposit "<<edeptrue
      <<" Transverse position "<<tpos<<endl
      <<"Raw pe pos "<<praw<<" Raw pe neg "<<nraw<<endl
      <<"Atten. corrected pe pos "<<pcorr<<" Atten. corrected pe neg "<<ncorr<<endl
      <<"Time pos. "<<ptdc<<" Time neg. "<<ntdc<<endl
      <<"Energy weighted distance to pos. "<<pdist
      <<" Energy weighted distance to neg. "<<ndist<<endl;
}//end Print()
//_______________________________________________________________________________

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