CorrelationSummaryAnita3.h

#ifndef CORRELATIONSUMMARYANITA3_H
#define CORRELATIONSUMMARYANITA3_H

#include "TObject.h"
#include "TGraph.h"


#define NUM_CORRELATIONS_ANITA3 52 




class CorrelationSummaryAnita3: public TObject
{


 public:
   CorrelationSummaryAnita3(); 
   ~CorrelationSummaryAnita3(); 
   

  CorrelationSummaryAnita3(int teventNumber, int tcentreAnt, int nineAnts[9], double deltaT=0);
  void fillErrorsAndFit(); 


  Double_t getChiSquared(Double_t tPhiWave, Double_t tThetaWave, Int_t numAnts);
  

  Double_t getDeltaTExpected(Double_t tPhiWave, Double_t tThetaWave, Int_t pairInd);
  
  void setFitResults(Double_t tPhi, Double_t tTheta, Double_t tPhiErr, Double_t tThetaErr, Double_t tChiSq); 
 

  //Simple Event Characteristics
  int eventNumber; 
  int centreAntenna; 
  int nineAnts[9]; 
  int nextSixAnts[6]; 
  double deltaT; 


  //Correlation Thingies
  

  int firstAnt[NUM_CORRELATIONS_ANITA3]; 
  int secondAnt[NUM_CORRELATIONS_ANITA3]; 
  double maxCorVals[NUM_CORRELATIONS_ANITA3]; 
  double maxCorTimes[NUM_CORRELATIONS_ANITA3]; 
  double rmsCorVals[NUM_CORRELATIONS_ANITA3]; 




  double secondCorVals[NUM_CORRELATIONS_ANITA3][2]; 
  double secondCorTimes[NUM_CORRELATIONS_ANITA3][2]; 

  //Time Thingies
  //  double deltaT[NUM_CORRELATIONS_ANITA3]; is maxCorTimes
  double deltaTErr[NUM_CORRELATIONS_ANITA3]; 
  
  //Fit Results
  double phiWave; 
  double thetaWave; 
  double phiWaveErr; 
  double thetaWaveErr; 
  double chiSq; 
  int ndf; 

  //Antenna postion variables for use in fit
  Double_t fAntPhi[NUM_CORRELATIONS_ANITA3][2]; 
  Double_t fAntR[NUM_CORRELATIONS_ANITA3][2]; 
  Double_t fAntZ[NUM_CORRELATIONS_ANITA3][2]; 
  
  


  ClassDef(CorrelationSummaryAnita3,4); 
};


#endif //CORRELATIONSUMMARYANITA3_H