g4db::example::APrimePhysics Class Reference

basic physics constructor which simply creates the A' and the dark brem More...

Inheritance diagram for g4db::example::APrimePhysics:

Collaboration diagram for g4db::example::APrimePhysics:

Public Member Functions
	APrimePhysics (const std::string &lp, double ap_mass, bool muons, double bias)
	create the physics and store the parameters
void	ConstructParticle () final override
	Insert A-prime into the Geant4 particle table. More...
void	ConstructProcess () final override
	Construct and configure the dark brem process. More...

Private Attributes
std::unique_ptr< G4DarkBremsstrahlung >	the_process_
	handle to the process, cleaned up when the physics list is desctructed
std::string	library_path_
	path to library for the model to load
double	ap_mass_
	mass of A' in GeV
bool	muons_
	true for using muons, electrons otherwise
double	bias_
	bias factor to apply everywhere

Detailed Description

basic physics constructor which simply creates the A' and the dark brem

We follow the Geant4 model where we construct the particle and then the process. APrimePhysics::ConstructParticle configures the G4APrime and APrimePhysics::ConstructProcess configures G4DarkBremsstrahlung.

Member Function Documentation

ConstructParticle()

void g4db::example::APrimePhysics::ConstructParticle ( )

inlinefinaloverride

Insert A-prime into the Geant4 particle table.

We define its mass here using G4APrime::Initialize. Future calls to G4APrime::APrime for the rest of the run will use that mass.

Geant4 registers all instances derived from G4ParticleDefinition and deletes them at the end of the run so we do not need to cleanup the constructed particle definition.

ConstructProcess()

void g4db::example::APrimePhysics::ConstructProcess ( )

inlinefinaloverride

Construct and configure the dark brem process.

We own the process and clean it up when the physics constructor is cleaned up by Geant4 after registration.

Besides the required configuration parameters (the path to the dark brem library and whether or not we are dark-bremming off muons), we leave the rest of the sim parameters to their default values. Look at G4DarkBreMModel::G4DarkBreMModel for the default value definitions to see if your situation requires changing any of them.

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The documentation for this class was generated from the following file:

• app/simulate.cxx