TrigDecision_v1.cxx

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/*
  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
*/
 
 
#include <algorithm>
#include <climits>
 
// xAOD include(s):
#include "xAODCore/AuxStoreAccessorMacros.h"
 
// Local include(s):
#include "xAODTrigger/versions/TrigDecision_v1.h"
 
namespace xAOD {
 
   TrigDecision_v1::TrigDecision_v1()
      : SG::AuxElement() {
 
   }
 
   //
   //        Implementation of the trigger configuration key accessors
   //
 
   AUXSTORE_PRIMITIVE_SETTER_AND_GETTER( TrigDecision_v1, uint32_t,
                                         smk, setSMK )
 
   //
 
   //
   //              Implementation of the LVL1 result accessors
   //
 
   AUXSTORE_PRIMITIVE_SETTER_AND_GETTER( TrigDecision_v1, char,
                                         bgCode, setBGCode )
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      tav, setTAV )
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      tap, setTAP )
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      tbp, setTBP )
 
   //
 
   //
   //              Implementation of the HLT result accessors
   //
 
   AUXSTORE_PRIMITIVE_SETTER_AND_GETTER( TrigDecision_v1, uint32_t,
                                         lvl2ErrorBits, setLVL2ErrorBits )
   AUXSTORE_PRIMITIVE_SETTER_AND_GETTER( TrigDecision_v1, uint32_t,
                                         efErrorBits, setEFErrorBits )
 
   AUXSTORE_PRIMITIVE_SETTER_AND_GETTER( TrigDecision_v1, bool,
                                         lvl2Truncated, setLVL2Truncated )
   AUXSTORE_PRIMITIVE_SETTER_AND_GETTER( TrigDecision_v1, bool,
                                         efTruncated, setEFTruncated )
 
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      lvl2PassedPhysics, setLVL2PassedPhysics )
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      efPassedPhysics, setEFPassedPhysics )
 
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      lvl2PassedRaw, setLVL2PassedRaw )
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      efPassedRaw, setEFPassedRaw )
 
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      lvl2PassedThrough, setLVL2PassedThrough )
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      efPassedThrough, setEFPassedThrough )
 
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      lvl2Prescaled, setLVL2Prescaled )
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      efPrescaled, setEFPrescaled )
 
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      lvl2Resurrected, setLVL2Resurrected )
   AUXSTORE_OBJECT_SETTER_AND_GETTER( TrigDecision_v1, std::vector< uint32_t >,
                                      efResurrected, setEFResurrected )
 
   //
 
} // namespace xAOD
 
void writeBits(std::ostream& s, const std::vector< uint32_t >& input) {
   for (size_t i = 0; i < input.size(); ++i) {
      const uint32_t entry = input.at(i);
      const size_t bits = CHAR_BIT * sizeof( entry ); // This is expected to be 32 bits per entry in the vector
      for (size_t bit = 0; bit < bits; ++bit) {
         // Examine a single bit and, if 1, print its numeric position within the vector of uint32's.
         if (entry & (1ul << bit)) s << ((bits * i) + bit) << " ";
      }
   }
   s << std::endl;
}
 
 
namespace xAOD {
 
std::ostream& operator<<(std::ostream& s, const xAOD::TrigDecision_v1& td) {
   s << "xAODTrigDecision Object: SMK=" << td.smk() << " BGCode=" << (size_t)td.bgCode() << std::endl;
   s << " L1 Before Prescale: ";
   writeBits(s, td.tbp());
   s << " L1 After Prescale: ";
   writeBits(s, td.tap());
   s << " L1 After Veto: ";
   writeBits(s, td.tav());
   s << " Error Bits: L2Err=" << td.lvl2ErrorBits() << " L2Truncated=" << td.lvl2Truncated();
   s << " EF/HLTErr=" << td.efErrorBits() << " EF/HLTTruncated=" << td.efTruncated() << std::endl;
   // Run 1 
   bool r1 = false;
   if (!td.lvl2Prescaled().empty() || !td.lvl2PassedPhysics().empty() || !td.lvl2PassedRaw().empty() 
    || !td.lvl2Resurrected().empty() || !td.lvl2PassedThrough().empty() ) {
      r1 = true;
      s << " L2 Prescaled: ";
      writeBits(s, td.lvl2Prescaled());
      s << " L2 Passed Physics: ";
      writeBits(s, td.lvl2PassedPhysics());
      s << " L2 Passed Raw: ";
      writeBits(s, td.lvl2PassedRaw());
      s << " L2 Resurrected/Rerun: ";
      writeBits(s, td.lvl2Resurrected());
      s << " L2 Passedthrough: ";
      writeBits(s, td.lvl2PassedThrough());
   } else {
      s << " No L2 Bits" << std::endl;
   }
   const std::string level = (r1 ? " EF" : " HLT");
   if (!td.efPrescaled().empty() || !td.efPassedPhysics().empty() || !td.efPassedRaw().empty() 
    || !td.efResurrected().empty() || !td.efPassedThrough().empty() ) { // Run 1: EF, Runs 2, 3: HLT
      s << level << " Prescaled: ";
      writeBits(s, td.efPrescaled());
      s << level << " Passed Physics: ";
      writeBits(s, td.efPassedPhysics());
      s << level << " Passed Raw: ";
      writeBits(s, td.efPassedRaw());
      s << level << " Resurrected/Rerun: ";
      writeBits(s, td.efResurrected());
      s << level << " Passedthrough: ";
      writeBits(s, td.efPassedThrough());
   } else {
      s << " No EF/HLT Bits" << std::endl;
   }
   return s;
}
 
 
} // namespace xAOD