celeritas::OrangeParamsData< W, M > Struct Template Reference

Persistent data used by ORANGE implementation. More...

#include <OrangeData.hh>

Public Types
template<class T >
using	Items = Collection< T, W, M >
template<class T >
using	UnivItems = Collection< T, W, M, UniverseId >
using	RealId = OpaqueId< real_type >

Public Member Functions
CELER_FUNCTION	operator bool () const
	True if assigned.
template<Ownership W2, MemSpace M2>
OrangeParamsData &	operator= (OrangeParamsData< W2, M2 > const &other)
	Assign from another set of data.

Public Attributes
OrangeParamsScalars	scalars
UnivItems< UniverseType >	universe_types
UnivItems< size_type >	universe_indices
Items< SimpleUnitRecord >	simple_units
Items< RectArrayRecord >	rect_arrays
Items< TransformRecord >	transforms
BIHTreeData< W, M >	bih_tree_data
Items< LocalSurfaceId >	local_surface_ids
Items< LocalVolumeId >	local_volume_ids
Items< RealId >	real_ids
Items< logic_int >	logic_ints
Items< real_type >	reals
Items< FastReal3 >	fast_real3s
Items< SurfaceType >	surface_types
Items< ConnectivityRecord >	connectivity_records
Items< VolumeRecord >	volume_records
Items< Daughter >	daughters
Items< OrientedBoundingZoneRecord >	obz_records
UniverseIndexerData< W, M >	universe_indexer_data

Detailed Description

template<Ownership W, MemSpace M>
struct celeritas::OrangeParamsData< W, M >

Persistent data used by ORANGE implementation.

Most data will be accessed through the invidual units, which reference data in the "storage" below. The type and index for a universe ID will determine the class type and data of the Tracker to instantiate. If only simple units are present, then the simple_units data structure will just be equal to a range (with the total number of universes present). Use universe_types to switch on the type of universe; then universe_indices to index into simple_units or rect_arrays or ...

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The documentation for this struct was generated from the following file:

• OrangeData.hh