l1t::stage1::RCTEmRegionPacker Class Reference

Inheritance diagram for l1t::stage1::RCTEmRegionPacker:

Public Member Functions
virtual Blocks	pack (const edm::Event &, const PackerTokens *) override

Detailed Description

Definition at line 21 of file RCTEmRegionPacker.cc.

Member Function Documentation

Blocks l1t::stage1::RCTEmRegionPacker::pack ( const edm::Event &  event, const PackerTokens *  toks  )

overridevirtual

Implements l1t::Packer.

Definition at line 33 of file RCTEmRegionPacker.cc.

References ztail::d, l1t::PhysicsToBitConverter::Extract32bitwords(), l1t::rctDataBase::GetLinkMP7(), i, recoMuon::in, cmsHarvester::index, j, svgfig::load(), LogDebug, visualization-live-secondInstance_cfg::m, gen::n, l1t::PhysicsToBitConverter::SetHFEt(), l1t::PhysicsToBitConverter::SetHFFg(), l1t::PhysicsToBitConverter::SetIECard(), l1t::PhysicsToBitConverter::SetIEEt(), l1t::PhysicsToBitConverter::SetIEReg(), l1t::PhysicsToBitConverter::SetNECard(), l1t::PhysicsToBitConverter::SetNEEt(), l1t::PhysicsToBitConverter::SetNEReg(), l1t::PhysicsToBitConverter::SetRCEt(), l1t::PhysicsToBitConverter::SetRCHad(), l1t::PhysicsToBitConverter::SetRCOf(), and l1t::PhysicsToBitConverter::SetRCTau().

Referenced by pyrootRender.interactiveRender::draw().

                                                                            { 
        edm::Handle<L1CaloRegionCollection> caloregion;
        event.getByToken(static_cast<const CaloTokens*>(toks)->getCaloRegionToken(), caloregion);

        edm::Handle<L1CaloEmCollection> caloemcand;
        event.getByToken(static_cast<const CaloTokens*>(toks)->getCaloEmCandToken(), caloemcand);

        std::vector<uint32_t> load[36];

        for (int i = 0; i <= 0; ++i) {
          int n = 0;
          PhysicsToBitConverter converter[18];
          for (auto j = caloregion->begin(); j != caloregion->end(); ++j, ++n) {

            int et=(int)j->et();
            int overFlow=(int)j->overFlow();
            int fineGrain=(int)j->fineGrain();
            int mip=(int)j->mip();
            bool tauveto=j->tauVeto();
            //int quiet=(int)j->quiet();
        
            int rctCrate=(int)j->rctCrate();
            int rctCard=(int)j->rctCard();
            int rctRegion=(int)j->rctRegionIndex();  
            bool isHf=(bool)j->isHf();  

            if(!isHf){
              converter[rctCrate].SetRCEt(et,rctCard,rctRegion);
              converter[rctCrate].SetRCOf(overFlow,rctCard,rctRegion);
              converter[rctCrate].SetRCTau(tauveto,rctCard,rctRegion);
              converter[rctCrate].SetRCHad(mip,rctCard,rctRegion);
              LogDebug("L1T")<<"CRATE"<<rctCrate<<"region="<<rctRegion<<", card="<<rctCard<<", rgnEt="<<et<<", overflow="<<overFlow<<", tauveto="<<tauveto<<", hadveto="<<mip<<std::endl;

            }
            else{
              converter[rctCrate].SetHFEt(et,rctRegion);
              converter[rctCrate].SetHFFg(fineGrain,rctRegion);
              LogDebug("L1T")<<"CRATE"<<rctCrate<<"region="<<rctRegion<<", rgnEt="<<et<<std::endl;

            }
          }//end calo region

          int m = 0;
          for (auto j = caloemcand->begin(); j != caloemcand->end(); ++j, ++m) {

            int rank=(int)j->rank();
            int index=(int)j->index();
            int rctCrate=(int)j->rctCrate();
            bool isolated=(bool)j->isolated();  
            int rctCard=(int)j->rctCard();
            int rctRegion=(int)j->rctRegion();  

            if(isolated){
              converter[rctCrate].SetIEEt(rank,index);
              converter[rctCrate].SetIEReg(rctRegion,index);
              converter[rctCrate].SetIECard(rctCard,index);
              LogDebug("L1T")<<"CRATE"<<rctCrate<<"ISO em rank="<<rank<<", region="<<rctRegion<<", card="<<rctCard<<std::endl;
            }
            else{
              converter[rctCrate].SetNEEt(rank,index);
              converter[rctCrate].SetNEReg(rctRegion,index);
              converter[rctCrate].SetNECard(rctCard,index);
              LogDebug("L1T")<<"CRATE"<<rctCrate<<"NON ISO em rank="<<rank<<", region="<<rctRegion<<", card="<<rctCard<<std::endl;
            }
          }//end of em cand

          for (int in=0;in<18;in++){
            converter[in].Extract32bitwords();
            for (int d=0;d<6;d++){
              load[2*in].push_back((uint32_t)converter[in].Get32bitWordLinkEven(d));
              load[2*in+1].push_back((uint32_t)converter[in].Get32bitWordLinkOdd(d));
            }
          }
        }// end of BX
        
        rctDataBase database;

        Blocks res = {}; 
        
        for (int i = 0; i < 36; ++i) {
          unsigned int mycrateRCT=(int)(i/2);
          bool myRCTeven;
          if (i%2==0) myRCTeven=true;
          else myRCTeven=false;
          int linkMP7=-1;
          database.GetLinkMP7(mycrateRCT,myRCTeven,linkMP7);
          res.push_back(Block(2*linkMP7, load[i], 0)); 
          res.push_back(Block(2*linkMP7, load[i], 1)); 
        }
        return res;
      }