Create an along-step method for a uniform (or zero) field. More...

#include <AlongStepFactory.hh>

Inheritance diagram for celeritas::UniformAlongStepFactory:

Public Types
Type aliases
using	FieldFunction = std::function< UniformFieldParams()>

Public Types inherited from celeritas::AlongStepFactoryInterface
using	argument_type = AlongStepFactoryInput const &

using	result_type = std::shared_ptr< CoreStepActionInterface const >

Public Member Functions
	UniformAlongStepFactory ()=default
	Construct with no field (linear propagation)

	UniformAlongStepFactory (FieldFunction f)
	Construct with a function to return the field strength.

result_type	operator() (argument_type input) const final
	Emit an along-step action.

UniformFieldParams	get_field () const
	Get the field params (used for converting to celeritas::inp).

Additional Inherited Members
Protected Member Functions inherited from celeritas::AlongStepFactoryInterface
	CELER_DEFAULT_COPY_MOVE (AlongStepFactoryInterface)

Detailed Description

Create an along-step method for a uniform (or zero) field.

The constructor is a lazily evaluated function that must return the field definition and driver configuration. If unspecified, the field is zero.

Todo:: Add a helper function to build from a Geant4 field manager or the new G4FieldSetup

Constructor & Destructor Documentation

celeritas::UniformAlongStepFactory::UniformAlongStepFactory ( FieldFunction f )

explicit

Construct with a function to return the field strength.

The function is evaluated whenever Celeritas is set up (which is after Geant4 physics is initialized).

auto celeritas::UniformAlongStepFactory::operator() ( argument_type input ) const

finalvirtual

Emit an along-step action.

The action will embed the linear propagator if the magnetic field strength is zero (or the accessor is unset).

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