Lvl1ItemsAndRoIs.h

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/*
  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration
*/
 
/**********************************************************************************
 * @class  : ConfigThreshold, ConfigJetEThreshold,
 *           HLTRoI, MuonRoI, EMTauRoI, JetEnergyRoI
 *
 * @brief  LVL1 RoI and Item data classes which are filled by the Lvl1ResultAccessTool.
 *
 * @author Nicolas Berger  <Nicolas.Berger@cern.ch>  - CERN
 * @author Till Eifert     <Till.Eifert@cern.ch>
 **********************************************************************************/
 
#ifndef TRIGDECISIONMAKER_LVL1ITEMSANDROIS_H
#define TRIGDECISIONMAKER_LVL1ITEMSANDROIS_H
 
#include "TrigT1Result/MuCTPIRoI.h"
#include "TrigT1Result/EMTauRoI.h"
#include "TrigT1Result/JetEnergyRoI.h"
 
#include <vector>
#include <string>
 
 
namespace HLT {
 
   enum JetRoIType { Unknown, JetRoI, ForwardJetRoI, JetEtRoI, TotalEtRoI, MissingEtRoI, METSignificanceRoI, MissingOrTotalEtRoI }; 
 
   struct ConfigThreshold {
      ConfigThreshold(const std::string& n = "", unsigned int h=0, bool a = false, uint32_t m = 0)
         : name(n), hashId(h), activeHLT(a), mask(m) { }
      std::string name;    
      unsigned int hashId; 
      bool activeHLT;      
      uint32_t mask;       
   };
 
   struct ConfigJetEThreshold : public ConfigThreshold {
      ConfigJetEThreshold(const std::string& n = "", unsigned int h=0, bool a = false, uint32_t m = 0, JetRoIType t = Unknown)
         : ConfigThreshold(n, h, a, m), type(t) { }
      JetRoIType type; 
   };
 
   template<class R> class HLTRoI {
   public :
      HLTRoI(R lvl1RoI) : m_lvl1RoI(lvl1RoI), m_thresholdMask(0) { } 
 
      const R& lvl1RoI() const { return m_lvl1RoI; } 
      const std::vector<const ConfigThreshold*>& thresholds() const { return m_thresholds; } 
      std::vector<const ConfigThreshold*>::const_iterator begin() const { return m_thresholds.begin(); } 
      std::vector<const ConfigThreshold*>::const_iterator end()   const { return m_thresholds.end(); }   
      unsigned int size() const  { return m_thresholds.size(); }                                         
      unsigned int thresholdMask() const { return m_thresholdMask; }
 
   protected:
      void addThreshold(const ConfigThreshold* t) { m_thresholds.push_back(t); } 
      void setThresholdMask(unsigned int mask) { m_thresholdMask = mask; } // Update threshold mask word 
 
      R m_lvl1RoI; 
      std::vector<const ConfigThreshold*> m_thresholds; 
      unsigned int m_thresholdMask;
   };
 
 
   class MuonRoI : public HLTRoI<ROIB::MuCTPIRoI> {
   public :
      MuonRoI(ROIB::MuCTPIRoI lvl1RoI) : HLTRoI<ROIB::MuCTPIRoI>(lvl1RoI) {
         m_thresholdMask = 0;
      } 
      friend class Lvl1ResultAccessTool; 
   };
 
   class EMTauRoI : public HLTRoI<ROIB::EMTauRoI> {
   public :
      EMTauRoI(ROIB::EMTauRoI lvl1RoI) : HLTRoI<ROIB::EMTauRoI>(lvl1RoI) {
         if ( m_lvl1RoI.roIType() == 0 ) m_thresholdMask = (m_lvl1RoI.roIWord() & 0xffff);  // Valid for Run 1 RoIs
         else                            m_thresholdMask = 0;
      } 
      friend class Lvl1ResultAccessTool; 
   };
 
   class JetEnergyRoI : public HLTRoI<ROIB::JetEnergyRoI> {
   public :
      JetEnergyRoI(ROIB::JetEnergyRoI lvl1RoI)
         : HLTRoI<ROIB::JetEnergyRoI>(lvl1RoI), m_type(Unknown), m_word0(0), m_word1(0), m_word2(0) {
    
         if ( m_lvl1RoI.jetRoIVersion() == 1 ) m_thresholdMask = (m_lvl1RoI.roIWord() & 0xfff);
         else                                  m_thresholdMask = 0;
    
      }  
 
      friend class Lvl1ResultAccessTool; 
 
      JetRoIType type()  const { return m_type; }  
      uint32_t   word0() const { return m_word0; } 
      uint32_t   word1() const { return m_word1; } 
      uint32_t   word2() const { return m_word2; } 
 
   private:
 
      bool setType(JetRoIType type) { 
         if ( m_type == Unknown ) {
            m_type = type; 
            return true; 
         }
         if ( m_type == MissingOrTotalEtRoI && ( type == MissingEtRoI || type == TotalEtRoI || type == METSignificanceRoI ) )
            return true;
         if ( m_type != type) return false;
         return true; 
      } 
 
      bool setExtraWords(uint32_t word0, uint32_t word1, uint32_t word2) {  
         m_word0= word0; m_word1= word1; m_word2 = word2;
         return true; 
      } 
      JetRoIType m_type; 
      uint32_t m_word0;  
      uint32_t m_word1;  
      uint32_t m_word2;  
 
   };
 
} // end namespace
 
 
#endif