Run optical photons in a standalone simulation. More...

#include <PDFullSimCeler.hh>

Inheritance diagram for celeritas::PDFullSimCeler:

Public Types
Type aliases
using	Config = detail::PDFullSimCelerConfig

using	Parameters = art::EDProducer::Table< Config >

Public Member Functions
	PDFullSimCeler (Parameters const &p)
	Construct with fcl parameters.

	PDFullSimCeler (PDFullSimCeler const &)=delete

PDFullSimCeler &	operator= (PDFullSimCeler const &)=delete

	PDFullSimCeler (PDFullSimCeler &&)=delete

PDFullSimCeler &	operator= (PDFullSimCeler &&)=delete

void	beginJob () final
	Start Celeritas at the beginning of the job.

void	produce (art::Event &) final
	Run Celeritas on a single event.

void	endJob () final
	Free Celeritas memory at the end of the job.

Detailed Description

Run optical photons in a standalone simulation.

This plugin implements a replacement for LArSim's phot::PDFastSimPAR class. It is instantiated by a FHiCL workflow file with a set of parameters. It takes a vector of energy-depositing steps and returns a vector of detector responses. It is executed after the detector simulation module (ionization, recombination, scintillation, etc.) with a vector of steps that contain local energy deposition.

The execution happens after LArG4 is complete, so it is completely independent of the Geant4 run manager and execution. It requires an input GDML with:

Detector geometry description
Bulk optical physics properties (e.g., Rayleigh scattering in argon)
Surface properties (e.g., roughness, reflection probability)
Detector properties (e.g., sensitive volumes, efficiency multipliers)

Parameter set definitions

See celeritas::detail::PDFullSimCelerConfig .

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

Public Types

Public Member Functions

Detailed Description