Events.hh File Reference

#include <string>
#include <variant>
#include <vector>
#include "corecel/Types.hh"
#include "geocel/Types.hh"
#include "celeritas/Quantities.hh"
#include "celeritas/phys/PDGNumber.hh"

This graph shows which files directly or indirectly include this file:

Classes
struct	celeritas::inp::PointDistribution
	Generate at a single point. More...
struct	celeritas::inp::UniformBoxDistribution
	Sample uniformly in a box. More...
struct	celeritas::inp::IsotropicDistribution
	Generate angles isotropically. More...
struct	celeritas::inp::MonodirectionalDistribution
	Generate angles in a single direction. More...
struct	celeritas::inp::MonoenergeticDistribution
	Generate primaries at a single energy value. More...
struct	celeritas::inp::PrimaryGenerator
	Generate from a hardcoded distribution of primary particles. More...
struct	celeritas::inp::CorePrimaryGenerator
	Generate particles in the core stepping loop. More...
struct	celeritas::inp::SampleFileEvents
	Sample random events from an input file. More...
struct	celeritas::inp::ReadFileEvents
	Read all events from the given file. More...

Namespaces
namespace	celeritas::inp
	Configure Celeritas input.

Typedefs
using	celeritas::inp::ShapeDistribution = std::variant< PointDistribution, UniformBoxDistribution >
	Choose a spatial distribution for the primary generator.
using	celeritas::inp::AngleDistribution = std::variant< IsotropicDistribution, MonodirectionalDistribution >
	Choose an angular distribution for the primary generator.
using	celeritas::inp::EnergyDistribution = MonoenergeticDistribution
	Choose an energy distribution for the primary generator.
using	celeritas::inp::OpticalPrimaryGenerator = PrimaryGenerator
	Generate optical photon primary particles.
using	celeritas::inp::Events = std::variant< CorePrimaryGenerator, SampleFileEvents, ReadFileEvents >
	Mechanism for generating events for tracking.