L1CaloRdoEfexTob.cxx

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/*
  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
*/
#include "bytestreamDecoder/L1CaloRdoEfexTob.h"
 
#include "channelMappings/EfexCellMapping.h"
 
#include <iomanip>
#include <iostream>
 
//>>#include "channelMappings/CpmTowerMapping.h"   // Use Efex mapping!!
 
L1CaloRdoEfexTob::L1CaloRdoEfexTob( int crate, int module, int eta, int phi, int numSlices,
                                        TobType tobType, TobSource source, int id, int fibre, int tobSeq ) 
: L1CaloRdoFexTob( crate, module, eta, phi, numSlices, tobType, source, id, fibre, tobSeq )
{
   int fpga = (eta-1)/4;
   if ( fpga < 0 ) 
      fpga = 0;
   if ( fpga > 3 )
      fpga = 3;
   int localeta = eta-4*fpga;
   EfexCellMapping::roiType roi = EfexCellMapping::Roi;
   EfexCellMapping map( roi, crate, module, fpga, localeta, phi );
   setRegion( map.getDetectorRegion() );
}
 
void
L1CaloRdoEfexTob::infoSpecific( ) const
{
   std::cout << "      Isolation:  " << std::hex;
   for ( size_t s = 0 ; s < numSlices() ; ++s )
   {
      std::cout << std::setw(2) << getIsol( s ) << " ";
   }
   std::cout << std::dec << std::endl;
}
 
/*
bool 
L1CaloRdoEfexTob::getOverflow( size_t slice ) const
{
   return ( getFlag( slice ) & 0x10 );  // **FIXME**
}
 
bool 
L1CaloRdoEfexTob::getOverflow( ) const
{
   return getOverflow( getL1aPos() );
}
*/
 
int 
L1CaloRdoEfexTob::getClusterEt( size_t slice ) const
{
   return ( getValue( slice ) & 0xffff );
}
 
int 
L1CaloRdoEfexTob::getClusterEt( ) const
{
   return getClusterEt( getL1aPos() );
}
 
int 
L1CaloRdoEfexTob::getIsol( size_t slice ) const
{
   return ( ( getFlag( slice ) >> 18 ) & 0x3f );
}
 
int 
L1CaloRdoEfexTob::getIsol( ) const
{
   return getIsol( getL1aPos() );
}