#include <compareMissingEnergySums.h>

Public Member Functions
	compareMissingEnergySums (const T &data, const T &emu, const GctErrorAnalyzerMBxInfo &mbxparams)

bool	doCompare (TH1I *errorFlag_hist_)

	~compareMissingEnergySums ()

Private Attributes
T	data_

T	emu_

GctErrorAnalyzerMBxInfo	mbxparams_

Detailed Description

template<class T>
class compareMissingEnergySums< T >

Definition at line 24 of file compareMissingEnergySums.h.

Constructor & Destructor Documentation

template<class T >

compareMissingEnergySums< T >::compareMissingEnergySums	(	const T &	data,
		const T &	emu,
		const GctErrorAnalyzerMBxInfo &	mbxparams
	)

Definition at line 37 of file compareMissingEnergySums.h.

                                                                                                                            :
   data_(data),
   emu_(emu),
   mbxparams_(mbxparams)
 {
 
 }

template<class T >

compareMissingEnergySums< T >::~compareMissingEnergySums ( )

Definition at line 46 of file compareMissingEnergySums.h.

                                                        {
 
 }

Member Function Documentation

template<class T >

bool compareMissingEnergySums< T >::doCompare ( TH1I * errorFlag_hist_ )

Definition at line 51 of file compareMissingEnergySums.h.

References compareMissingEnergySums< T >::data_, compareMissingEnergySums< T >::emu_, GctErrorAnalyzerMBxInfo::EmuTrigBx, GctErrorAnalyzerMBxInfo::GCTTrigBx, i, j, and compareMissingEnergySums< T >::mbxparams_.

Referenced by GctErrorAnalyzer::analyze().

                                                                  {
 
   bool errorFlag=0;
   
   for(unsigned int i=0; i < data_->size(); i++) {
     if(data_->at(i).bx() != mbxparams_.GCTTrigBx) continue;
 
     for(unsigned int j=0; j < emu_->size(); j++) {
       if(emu_->at(j).bx() != mbxparams_.EmuTrigBx) continue;
 
       if(data_->at(i).overFlow() && emu_->at(j).overFlow()) {
     //if both overflow bits are set then = match
     errorFlag_hist_->Fill(0);
     return errorFlag;
       }
       
       //check that we consider non-zero candidates - if we don't, return (don't fill hist)
       if(!data_->at(i).overFlow() && !emu_->at(j).overFlow() && data_->at(i).et() == 0 && emu_->at(j).et() == 0) return errorFlag;
 
       if(!data_->at(i).overFlow() && !emu_->at(j).overFlow() && data_->at(i).et() == emu_->at(j).et() && data_->at(i).phi() == emu_->at(j).phi()) {
       //similarly, if the overflow bits are both off but the mag/phi agree = match
     errorFlag_hist_->Fill(0);
     return errorFlag;
       }
 
       if(!data_->at(i).overFlow() && !emu_->at(j).overFlow() && data_->at(i).et() == emu_->at(j).et() && data_->at(i).phi() != emu_->at(j).phi()) {
     //if the overflow bits are both off but only the mag agree = mag match
     errorFlag_hist_->Fill(1);
     return errorFlag=1;
       }
 
       if(!data_->at(i).overFlow() && !emu_->at(j).overFlow() && data_->at(i).et() != emu_->at(j).et() && data_->at(i).phi() == emu_->at(j).phi()) {
     //if the overflow bits are both off but only the phi agree = phi match
     errorFlag_hist_->Fill(2);
     return errorFlag=1;
       }
 
       //otherwise it's a total unmatch
       errorFlag_hist_->Fill(3);
       errorFlag=1;
       return errorFlag;
     }  
   }
   return errorFlag;
 }