DCDCTrackHit.h

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// $Id$
//
//    File: DCDCTrackHit.h
// Created: Mon Oct 16 10:20:07 EDT 2006
// Creator: davidl (on Darwin swire-b241.jlab.org 8.7.0 powerpc)
//

#ifndef _DCDCTrackHit_
#define _DCDCTrackHit_

#include <JANA/JObject.h>
#include <JANA/JFactory.h>
using namespace jana;

#include "DCDCWire.h"

enum CDCTrackD {
   dDOCAdOriginX=0,
   dDOCAdOriginY,
   dDOCAdOriginZ,
   dDOCAdDirX,
   dDOCAdDirY,
   dDOCAdDirZ,
   dDOCAdS0,
   dDOCAdS1,
   dDOCAdS2,
   dDOCAdS3,
   dDOCAdS4,
   dDdt0

};

class DCDCTrackHit:public JObject{
   public:
      JOBJECT_PUBLIC(DCDCTrackHit);

      const DCDCWire *wire;   // DCDCWire structure for this hit
      bool is_stereo; // true if this is stereo wire
      float tdrift;           // Drift time of hit in ns
      float dist;             // Measured DOCA in cm
      float dE; // Energy deposition in GeV, using integral
      float dE_amp; // same, but using amplitude

      void toStrings(vector<pair<string,string> > &items)const{
         AddString(items, "ring", "%d", wire->ring);
         AddString(items, "straw", "%d", wire->straw);
         AddString(items, "x(cm)", "%3.1f", wire->origin.x());
         AddString(items, "y(cm)", "%3.1f", wire->origin.y());
         AddString(items, "stereo(rad)", "%1.4f", wire->stereo);
         AddString(items, "tdrift(ns)", "%3.1f", tdrift);
         AddString(items, "dist(cm)", "%1.3f", dist);
         AddString(items, "dE(GeV)","%3.1g",dE);
         AddString(items, "dE_amp(GeV)","%3.1g",dE_amp);
      }

};

#endif // _DCDCTrackHit_