celeritas::CoreState< M > Class Template Reference

Store all state data for a single thread. More...

#include <CoreState.hh>

Inheritance diagram for celeritas::CoreState< M >:

Public Types
Type aliases
template<template< Ownership, MemSpace > class S>
using	StateRef = S< Ownership::reference, M >
using	Ref = StateRef< CoreStateData >
using	Ptr = ObserverPtr< Ref, M >
Public Types inherited from celeritas::CoreStateInterface
using	size_type = TrackSlotId::size_type

Public Member Functions
	CoreState (CoreParams const &params, StreamId stream_id, size_type num_track_slots)
	Construct from CoreParams.
	~CoreState () final
	Print diagnostic when core state is being deleted.
	CELER_DELETE_COPY_MOVE (CoreState)
StreamId	stream_id () const final
	Thread/stream ID.
size_type	size () const final
	Number of track slots.
void	warming_up (bool)
	Whether the state should be transported with no active particles. More...
bool	warming_up () const
	Whether the state is being transported with no active particles.
Ref &	ref ()
	Get a reference to the mutable state data.
Ref const &	ref () const
	Get a reference to the mutable state data.
Ptr	ptr ()
	Get a native-memspace pointer to the mutable state data.
void	reset ()
	Reset the state data. More...
CoreStateCounters &	counters ()
	Track initialization counters.
CoreStateCounters const &	counters () const final
	Track initialization counters.
AuxStateVec const &	aux () const final
	Access auxiliary state data.
AuxStateVec &	aux ()
	Access auxiliary state data (mutable)
template<template< Ownership, MemSpace > class S>
StateRef< S > &	aux_data (AuxId auxid)
bool	has_action_range () const
	Return whether tracks can be sorted by action.
Range< ThreadId >	get_action_range (ActionId action_id) const
	Get a range of sorted track slots about to undergo a given action. More...
auto &	action_thread_offsets ()
	Access the range of actions to apply for all track IDs.
auto const &	action_thread_offsets () const
	Access the range of actions to apply for all track IDs.
auto &	native_action_thread_offsets ()
	Access action offsets for computation (native memory space).
template<template< Ownership, MemSpace > class S>
auto	aux_data (AuxId auxid) -> StateRef< S > &
	Convenience function to access auxiliary "collection group" data.
Public Member Functions inherited from celeritas::CoreStateInterface
virtual	~CoreStateInterface ()
	Support polymorphic deletion.

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

Detailed Description

template<MemSpace M>
class celeritas::CoreState< M >

Store all state data for a single thread.

When the state lives on the device, we maintain a separate copy of the device "ref" in device memory: otherwise we'd have to copy the entire state in launch arguments and access it through constant memory.

Todo:

Encapsulate all the action management accessors in a helper class.

Member Function Documentation

get_action_range()

template<MemSpace M>

Range< ThreadId > celeritas::CoreState< M >::get_action_range

(

ActionId

action_id

)

const

Get a range of sorted track slots about to undergo a given action.

The result delimits the [start, end) of the track partition assigned action_id in track_slots.

reset()

template<MemSpace M>

void celeritas::CoreState< M >::reset

Reset the state data.

This clears the state counters and initializes the necessary state data so the state can be reused for a new event. This should only be necessary if the previous event aborted early.

warming_up()

template<MemSpace M>

void celeritas::CoreState< M >::warming_up

(

bool

new_state

)

Whether the state should be transported with no active particles.

This can only be called when there are no active tracks. It should be immediately cleared after a step.

See also

Stepper::warm_up

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

• celeritas/global/ActionInterface.hh
• global/CoreState.hh
• global/CoreState.cc