VolumeChecks.h

#include "Framework/Exception/Exception.h"
#include "SimCore/DetectorConstruction.h"
#include "SimCore/SensitiveDetector.h"
#include "SimCore/XsecBiasingOperator.h"
 
namespace simcore {
namespace g4user {
namespace volumechecks {
 
inline bool isInEcal(G4LogicalVolume* vol, const std::string& vol_to_bias) {
  const G4String& volumeName = vol->GetName();
  return ((volumeName.contains("Si") || volumeName.contains("W") ||
           volumeName.contains("PCB") || volumeName.contains("strongback") ||
           volumeName.contains("Glue") || volumeName.contains("CFMix") ||
           volumeName.contains("Al") || volumeName.contains("C")) &&
          volumeName.contains("volume")) ||
         (volumeName.contains("nohole_motherboard"));
}
 
inline bool isInHcal(G4LogicalVolume* vol, const std::string& vol_to_bias) {
  const G4String& volumeName = vol->GetName();
  return ((volumeName.contains("abso") || volumeName.contains("ScintBox") ||
           volumeName.contains("scint")) &&
          volumeName.contains("hcal") && volumeName.contains("olume"));
}
 
inline bool isInEcalOld(G4LogicalVolume* vol, const std::string& vol_to_bias) {
  const G4String& volumeName = vol->GetName();
  return ((volumeName.contains("Si") || volumeName.contains("W")) &&
          volumeName.contains("volume"));
}
 
inline bool isInTargetRegion(G4LogicalVolume* vol,
                             const std::string& vol_to_bias) {
  auto region = vol->GetRegion();
  return (region and region->GetName().contains("target"));
}
 
inline bool isInTargetOnly(G4LogicalVolume* vol,
                           const std::string& vol_to_bias) {
  return vol->GetName().contains("target");
}
 
inline bool nameContains(G4LogicalVolume* vol, const std::string& vol_to_bias) {
  return vol->GetName().contains(vol_to_bias);
}
 
}  // namespace volumechecks
}  // namespace g4user
}  // namespace simcore