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Rec/GlobalReco/root/GlobalPID.C

@@ -700,8 +700,6 @@ void GlobalPID::Init( TTree* tree ) {
   fChain->SetBranchAddress( "CaloChargedSpd", &CaloChargedSpd, &b_CaloChargedSpd );
   fChain->SetBranchAddress( "CaloChargedPrs", &CaloChargedPrs, &b_CaloChargedPrs );
   fChain->SetBranchAddress( "CaloChargedEcal", &CaloChargedEcal, &b_CaloChargedEcal );
-  // fChain->SetBranchAddress( "CaloSpdE", &CaloSpdE, &b_CaloSpdE );
-  // fChain->SetBranchAddress( "CaloPrsE", &CaloPrsE, &b_CaloPrsE );
   fChain->SetBranchAddress( "CaloEcalChi2", &CaloEcalChi2, &b_CaloEcalChi2 );
   fChain->SetBranchAddress( "CaloClusChi2", &CaloClusChi2, &b_CaloClusChi2 );
   fChain->SetBranchAddress( "CaloBremChi2", &CaloBremChi2, &b_CaloBremChi2 );

Rich/RichFutureRecPixelAlgorithms/src/RichSIMDPixelBackgroundsEstiAvHPD.cpp

@@ -88,17 +88,8 @@ namespace Rich::Future::Rec {
       inline auto pdIndex( const LHCb::RichSmartID  pdID, //
                            const Rich::DetectorType rich, //
                            const Rich::Side         panel ) const noexcept {
-        // Just use module number
-        // const auto idx = pdID.pdMod();
-        // Group modules in neighboring columns, doubling group size
-        // const auto colGSize = 2u;
-        // const auto colG     = pdID.panelLocalModuleColumn() / colGSize;
-        // const auto idx      = ( colG * LHCb::RichSmartID::MaPMT::ModulesPerColumn ) + pdID.columnLocalModuleNum();
         // Use EC ( 4 groups per module )
         const auto idx = ( LHCb::RichSmartID::MaPMT::ECsPerModule * pdID.pdMod() ) + pdID.elementaryCell();
-        // Group two ECs together ( 2 groups per module )
-        // const auto idx =
-        //    ( ( LHCb::RichSmartID::MaPMT::ECsPerModule / 2 ) * pdID.pdMod() ) + ( pdID.elementaryCell() / 2 );
         // return with min scale
         return ( idx - minPanelIndex[rich][panel] );
       }

Rich/RichFutureRecSys/examples/RichFuture.py

@@ -370,7 +370,6 @@ pdBckWeights = [(WR1, WR2), (WR1, WR2), (WR1, WR2), (WR1, WR2)]
 # Hit treatment in background alg
 # Need to try and understand the difference here between best 3D and 4D tunings
 PDBackIgnoreHitData = [is4D, False, False, False]
-#PDBackIgnoreHitData = [False, False, False, False]
 
 # background thresholds
 bT = 0.0