LIChannel.h

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// Program name: LIChannel.h
//                                                                     
// Package: LISummary                     
//
// Coded by Jeff Hartnell Oct/2002  
//
// Based on code by: Rob Morse Feb/2002                  
//
// Purpose: To store and calculate the average mean and rms for a 
//          given channel
//
//          The inputs for mean and rms are floats but they are
//          manipulated internally as doubles to avoid rounding errors
//                                                                    
// Contact: jeffrey.hartnell@physics.ox.ac.uk   

#ifndef LICHANNEL_H
#define LICHANNEL_H

#include "RawData/RawChannelId.h"

class LIChannel {

 public:

  //constructor and destructor
  LIChannel();
  ~LIChannel();

  //methods that modify the data members
  void AddEntry(Int_t entries,Float_t mean,Float_t rms);
  void Clean();
  Float_t GetRms();
  void SetChannelId(RawChannelId channelId) {fChannelId=channelId;}
  void SetEntry(Int_t entries,Float_t mean,Float_t rms);
  void SetMean(Float_t mean) {fMean=static_cast<Double_t>(mean);}
  void SetNumEntries(Int_t numEntries) {fNumEntries=numEntries;}
  void SetRms(Float_t rms) {fRms=static_cast<Double_t>(rms);}
  void SetSummaryCounter(Int_t counts) {fSummaryCounter=counts;}

  //methods that don't modify the data members
  RawChannelId GetChannelId() {return fChannelId;}
  RawChannelId GetRawChannelId() {return fChannelId;}
  Float_t GetMean() {return static_cast<Float_t>(fMean);}
  Int_t GetNumEntries() {return fNumEntries;}
  Int_t GetSummaryCounter() {return fSummaryCounter;}

 private:

  RawChannelId fChannelId;
  Double_t fMean;
  Int_t fNumEntries;
  Double_t fRms;
  Double_t fSigma1;
  Double_t fSigma2;
  Int_t fSummaryCounter;

};

#endif //LICHANNEL_H

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