ANtpEventInfoNC.h

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// $Id: ANtpEventInfoNC.h,v 1.24 2009/11/17 18:30:19 tinti Exp $
//
// A class to hold information about an event in an analysis ntuple
//
// B. Rebel 1/2005
#ifndef ANTPEVENTINFONC_H
#define ANTPEVENTINFONC_H

#include "AnalysisNtuples/ANtpEventInfo.h"

class ANtpEventInfoNC : public ANtpEventInfo
{

 public:
  ANtpEventInfoNC();
  virtual ~ANtpEventInfoNC();
  
  void Reset();
  
  //the following variables are used in the neutral current analysis
  Float_t pulseHeightRms;       //rms of distribution of pulse height 
                                //from each plane in event
  Float_t maxPlanePH;           //pulse height of plane with maximum 
                                //pulse height in event
  Float_t maxPHIn3Planes;       //maximum pulse height in window of 3 
                                //planes for event
  Float_t maxPHIn6Planes;       //maximum pulse height in window of 6 
                                //planes for event
  Float_t maxPHIn9Planes;       //maximum pulse height in window of 9 
                                //planes for event
  Float_t maxPHIn12Planes;      //maximum pulse height in window of 12 
                                //planes for event
  Double_t eventDuration;       //duration of the event in ns 
                                //found from looping over strips in event
  Double_t modifiedPH;          //pulse height of event when digits with 
                                //< 200 ADC are excluded
  Double_t earlyWeightedADC;    //weighted pulse height of strips with 
                                //early activity
  
  //the following variables are different ways of cleaning near detector 
  //data
  Float_t lateBucketPHFraction; //
  Float_t timeWeightedPHFraction;
  Float_t straightPHFraction;
  Float_t fixedWindowPH;

  Float_t triPlane1PH;       //pulse height in planes 1 to 3 of event
  Float_t triPlane2PH;       //pulse height in planes 4 to 6 of event
  Float_t triPlaneOverPH;    //pulse height in 7 and subsequent planes

  Double_t stripTime1st;  //time of first strip in event
  Double_t stripTimelast; //time of last strip in event
  Double_t stripTimeMean; //mean time of strips in event 
  Double_t stripTimeRMS;  //RMS of strip times

  Int_t largestEventInSnarl; // flag set to 1 for largest event by 
                             // PH in snarl

  Int_t eventSummaryPlanes;  // planes from the NtpEventSummary object

  Double_t minTimeSeparation; // time difference to closest event in time 
                              // in the same snarl (signed) based on median
                              // strip time in 5 planes starting at the vtx

  Int_t closeTimeEvent; // index to the closest other event in time

  // try out some variables for data cleaning
  Float_t minDeltaZ;          // minimum deltaZ between events
  Float_t closeTimeDeltaZ;    // distance in z to event closest in time 
  Float_t slicePHFraction;    // fraction of slice PH in event
  Int_t   edgeActivityStrips; // number of strips in partially 
                              // instrumented region in 40ns time window 
  Float_t edgeActivityPH;     // summed PH in partially instrumented 
                              // region in 40ns time window 
  Int_t   oppEdgeStrips;      // number of strips in opposite edge 
                              // region in 40ns time window 
  Float_t oppEdgePH;          // summed PH in opposite edge 
                              // region in 40ns time window 
  Double_t medianTime;        // time of the event, using median of strip
                              // times in a 5 plane window from vertex
  Float_t trackExtension;     // number of planes the track pokes out of the shower
  Int_t trackStripsInShower;  // number of track strips also in the shower
  Int_t lengthInPlanes;       // endPlane - begPlane + 1
  Float_t phPerStrip;           //ph of event divided by total strips
  Float_t phPerPlane;           //ph of event divided by total planes
  Double_t evtTimeDiff;         //difference between events time from each event time
                                // evaluated as the mean event strip time 
  Float_t sharedStripFraction;  //fraction of physical event strips in common with other events
  Int_t consecutivePlanes;  //number of consecutive planes after the first
  //the following variables are specific to Kregg's image recognition
  Float_t vhsPNC;             // NC likelihood : p(evt)/pbest(NC)
  Float_t vhsPCCe;            // nue CC likelihood : p(evt)/pbest(CCe)
  Float_t vhsPCCmu;           // numu CC likelihood : p(evt)/pbest(CCmu)
  Float_t vhsPCCtau;          // nutau CC likelihood : p(evt)/pbest(CCtau)
  Float_t vhsDNC;             // unit vec distance to avg NC event
  Float_t vhsDCCe;            // unit vec distance to avg nue CC event
  Float_t vhsDCCmu;           // unit vec distance to avg numu CC event
  Float_t vhsDCCtau;          // unit vec distance to avg nutau CC event

  Float_t aPh3_ns;            // Ph in planes 0-3
  Float_t aPh6_ns;            // Ph in planes 3-6
  Float_t aPhlast_ns;         // Ph in planes 6-last
  Float_t aPhcommon_ns;       // Ph in planes common in track shower

 private:
      
  ClassDef(ANtpEventInfoNC, 17) //ANtpEventInfoNC
};

#endif // ANTPEVENTINFONC_H

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