celeritas::OpticalCollector Class Reference

Generate and track optical photons. More...

#include <OpticalCollector.hh>

Classes
struct	Input

Public Types
Type aliases
using	OpticalBufferSize = GeneratorCounters< size_type >
using	SPConstOpticalParams = std::shared_ptr< optical::CoreParams const >

Public Member Functions
	OpticalCollector (CoreParams const &, Input &&)
	Construct with core data and optical data.
SPConstOpticalParams const &	optical_params () const
	Access optical params.
optical::CoreStateBase const &	optical_state (CoreStateInterface const &core) const
	Access optical state.
GeneratorRegistry const &	gen_reg () const
	Get the generator registry.
OpticalAccumStats	exchange_counters (AuxStateVec &aux) const
	Get and reset cumulative statistics on optical generation from a state.
OpticalBufferSize	buffer_counts (AuxStateVec const &aux) const
	Get info on the number of tracks in the buffer.

Detailed Description

Generate and track optical photons.

This class is the interface between the main stepping loop and the photon stepping loop and constructs kernel actions for:

• gathering the pre-step data needed to generate the optical distributions,
• generating the scintillation and Cherenkov optical distributions at the end of the step, and
• launching the photon stepping loop.

The photon stepping loop will then generate optical primaries.

The "collector" (TODO: rename?) will "own" the optical state data and optical params since it's the only thing that launches the optical stepping loop.

Todo:

This doesn't do anything but set up the optical tracking loop: move to setup namespace

Constructor & Destructor Documentation

OpticalCollector()

celeritas::OpticalCollector::OpticalCollector	(	CoreParams const &	core,
		Input &&	inp
	)

Construct with core data and optical data.

This adds several actions and auxiliary data to the registry.

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

• OpticalCollector.hh
• OpticalCollector.cc