rename of cluster variables

DCHdigi/dataFormatExtension/driftChamberHit.yaml

@@ -56,8 +56,8 @@ datatypes:
       - edm4hep::Vector3d position    // point on the sensitive wire (SW) which is closest to the simhit [mm]
       - edm4hep::Vector3d directionSW // direction of SW
       - float distanceToWire          // distance hit-wire [mm]
-      - uint32_t clusterCount         // number of clusters associated to this hit
-      - uint32_t clusterSize          // number of electrons per cluster
+      - uint32_t nCluster             // number of clusters associated to this hit
+      - uint32_t nElectronPerCluster  // number of electrons per cluster
 
   extension::MCRecoDriftChamberDigiV2Association:
     Description: "Association between a DriftChamberDigi and the corresponding simulated hit"

DCHdigi/src/DCHdigi.cpp

@@ -160,7 +160,7 @@ DCHdigi::operator()(const edm4hep::SimTrackerHitCollection& input_sim_hits,
         auto directionSW  = Convert_TVector3_to_EDM4hepVector(wire_direction_ez         , 1./MM_TO_CM );
         float distanceToWire = distanceToWire_smeared/MM_TO_CM;
 
-        auto [clusterCount,clusterSize] = CalculateClusters(input_sim_hit);
+        auto [nCluster,nElectronPerCluster] = CalculateClusters(input_sim_hit);
 
         extension::MutableDriftChamberDigiV2 oDCHdigihit;
         oDCHdigihit.setCellID(input_sim_hit.getCellID());
@@ -172,8 +172,8 @@ DCHdigi::operator()(const edm4hep::SimTrackerHitCollection& input_sim_hits,
         oDCHdigihit.setPosition(positionSW);
         oDCHdigihit.setDirectionSW(directionSW);
         oDCHdigihit.setDistanceToWire(distanceToWire);
-        oDCHdigihit.setClusterCount(clusterCount);
-        oDCHdigihit.setClusterSize(clusterSize);
+        oDCHdigihit.setNCluster(nCluster);
+        oDCHdigihit.setNElectronPerCluster(nElectronPerCluster);
 
         output_digi_hits.push_back(oDCHdigihit);