Construct microscopic cross section from imported physics data. More...

#include <ImportedModelAdapter.hh>

Public Types
Type aliases
using	MicroXsBuilders = Model::MicroXsBuilders

using	SpanConstPDG = Span< PDGNumber const >

using	SPConstImported = std::shared_ptr< ImportedProcesses const >

using	Energy = units::MevEnergy

using	EnergyBounds = Array< Energy, 2 >

Public Member Functions
	ImportedModelAdapter (SPConstImported imported, ParticleParams const &particles, ImportProcessClass process_class, ImportModelClass model_class, SpanConstPDG pdg_numbers)
	Construct from shared process data.

	ImportedModelAdapter (SPConstImported imported, ParticleParams const &particles, ImportProcessClass process_class, ImportModelClass model_class, std::initializer_list< PDGNumber > pdg_numbers)
	Delegating constructor for a list of particles.

MicroXsBuilders	micro_xs (Applicability range) const
	Get the microscopic cross sections for the given material and particle.

EnergyBounds	energy_grid_bounds (ParticleId, PhysMatId) const
	Get the xs energy grid bounds for the given material and particle.

Energy	low_energy_limit (ParticleId) const
	Get the model's low energy limit.

Energy	high_energy_limit (ParticleId) const
	Get the model's high energy limit.

Detailed Description

Construct microscopic cross section from imported physics data.

Member Function Documentation

auto celeritas::ImportedModelAdapter::low_energy_limit ( ParticleId pid ) const

Get the model's low energy limit.

Note that the model may not actually be valid down to this energy if the production cut is larger than this value.

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