simcore Namespace Reference

Dynamically loadable photonuclear models either from SimCore or external libraries implementing this interface. More...

Classes
class	APrimePhysics
	Defines basic APrime physics. More...
class	BertiniAtLeastNProductsModel
class	BertiniAtLeastNProductsProcess
class	BertiniEventTopologyProcess
class	BertiniExactlyNProductsModel
class	BertiniExactlyNProductsProcess
class	BertiniModel
	The default photonuclear model for LDMX simulations. More...
class	BertiniNothingHardModel
class	BertiniNothingHardProcess
class	BertiniSingleNeutronModel
class	BertiniSingleNeutronProcess
class	ConditionsInterface
	Handle to the conditions system, provided at construction to classes which require it. More...
class	DetectorConstruction
	Implements the Geant4 detector construction. More...
class	EcalSD
	ECal sensitive detector that uses an EcalHexReadout to create the hits_. More...
class	GammaPhysics
	extra gamma particle physics for simulation and sets up the photonuclear model to use from the configuration More...
class	GenieReweightProducer
class	HcalSD
	Class defining a sensitive detector of type HCal. More...
class	KaonPhysics
	Allows the configuration of properties of kaons produced in the simulation, in particular setting their lifetime and branching ratios. More...
class	LoggedSession
	Session that routes G4cout and G4cerr through the Framework logger. More...
class	MagneticFieldMap3D
	A 3D B-field map defined as a grid of points with associated B-field values. More...
class	MagneticFieldStore
	Global store to access magnetic field objects. More...
class	NoPhotoNuclearModel
	A photonuclear model that removes the photonNuclear process entirely. More...
class	ParallelWorld
class	PhotoNuclearModel
class	PrimaryGenerator
	Interface that defines a simulation primary generator. More...
class	ReSimulator
class	RunManager
	Extension of Geant4 run manager. More...
class	ScoringPlaneSD
	Class defining a basic sensitive detector for scoring planes. More...
class	SensitiveDetector
	Dynamically loaded Geant4 SensitiveDetector for saving hits in specific volumes within the simulation. More...
class	Simulator
	Producer that runs Geant4 simulation inside of ldmx-app. More...
class	SimulatorBase
class	TrackerSD
	Basic sensitive detector for trackers. More...
class	TrackMap
	Defines a map of particle ancestry and particles to be saved. More...
class	TrigScintSD
	Class defining a sensitive detector of type trigger scintillator. More...
class	UserAction
	Interface that defines a user action. More...
class	UserEventInformation
	Encapsulates user defined information associated with a Geant4 event. More...
class	UserPrimaryParticleInformation
	Defines extra information attached to a Geant4 primary particle. More...
class	UserRegionInformation
	Defines extra information for a detector region. More...
class	UserTrackInformation
	Provides user defined information to associate with a Geant4 track. More...
class	VisAttributesStore
	Global store of G4VisAttributes created from GDML data. More...
class	XsecBiasingOperator
	Our specialization of the biasing operator used with Geant4. More...

Enumerations
enum	TYPE {   RUN = 1 , EVENT , TRACKING , STEPPING ,   STACKING , NONE }
	Enum for each of the user action types. More...

Functions
static void	storeElementZ (const G4Element &element)
	Store the atomic Z for the element in which the dark brem occurred.
	DEFINE_FACTORY (XsecBiasingOperator)
	DEFINE_FACTORY (UserAction)
	DEFINE_FACTORY (PrimaryGenerator)
	DEFINE_FACTORY (PhotoNuclearModel)
	DEFINE_FACTORY (SensitiveDetector)

Detailed Description

Dynamically loadable photonuclear models either from SimCore or external libraries implementing this interface.

For example implementations, see the BertiniNothingHard model in SimCore.

Allows for replacing the default Bertini model from Geant4 with any other G4HadronicInteraction process. The library is used from within the GammaPhysics module in SimCore which ensures that the removeExistingModel and ConstructModel functions are called in the right order and that the photonNuclear process is located in the right part of the G4Gamma process list.

Enumeration Type Documentation

TYPE

enum simcore::TYPE

Enum for each of the user action types.

Definition at line 41 of file UserAction.h.

{ RUN = 1, EVENT, TRACKING, STEPPING, STACKING, NONE };

Function Documentation

storeElementZ()

static void simcore::storeElementZ ( const G4Element & element )

static

Store the atomic Z for the element in which the dark brem occurred.

This function is registered with G4DarkBremsstrahlung and will be called with the element that the dark brem will occurr off of. We store the element Z in UserEventInformation for later serialization into the EventHeader

Parameters

[in]

element

G4Element off-which the dark brem occurred

Definition at line 24 of file APrimePhysics.cxx.

                                                    {
  static_cast<UserEventInformation*>(
      G4EventManager::GetEventManager()->GetUserInformation())
      ->setDarkBremMaterialZ(element.GetZ());
}

Referenced by simcore::APrimePhysics::ConstructProcess().