#include "celeritas/Types.hh"

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

Typedefs
using	celeritas::ScintParticleId = OpaqueId< struct ScintParticle_ >
	Opaque index to a scintillation particle id.

using	celeritas::ParScintSpectrumId = OpaqueId< struct ParScintSpectrum >
	Opaque index to a scintillation spectrum.

using	celeritas::optical::SurfaceTrackPosition = OpaqueId< struct SurfaceTrackPosition_ >
	Opaque index into subsurface track position, in range [0, num subsurface interfaces + 1].

Enumerations
enum class	celeritas::GeneratorType { cherenkov , scintillation , size_ }
	Process used to generate optical photons.

enum class	celeritas::optical::SurfacePhysicsOrder { roughness , reflectivity , interaction , size_ }
	Ordering of surface physics boundary crossing models.

enum class	celeritas::optical::SubsurfaceDirection : bool { reverse = false , forward = true }
	Traversal direction of a sub-subsurface.

enum class	celeritas::optical::ReflectionMode { specular_spike , specular_lobe , backscatter , diffuse_lobe , size_ = diffuse_lobe }
	Possible reflection moes for UNIFIED reflection model.

enum class	celeritas::optical::TrivialInteractionMode { absorb , transmit , backscatter }
	Trivial interaction modes. More...

Functions
char const *	celeritas::optical::to_cstring (SurfacePhysicsOrder step)
	Get a string corresponding to an optical surface physics step.

char const *	celeritas::optical::to_cstring (ReflectionMode mode)
	Get a string corresponding to a UNIFIED reflection mode.

CELER_FORCEINLINE_FUNCTION int	celeritas::optical::to_signed_offset (SubsurfaceDirection d)
	Convert sub-surface direction to a sign (+1/-1 for forward/reverse resp.)

Enumeration Type Documentation

◆ TrivialInteractionMode

strong

Trivial interaction modes.