Import Geant4 11.0.0.beta source tree
This commit is contained in:
Gabriele Cosmo
@@ -23,74 +23,75 @@
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// * acceptance of all terms of the Geant4 Software license. *
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// ********************************************************************
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//
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// G4UserWorkerInitialization
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//
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// 25 Feb 2013: Andrea Dotti, first implementation
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// Class description:
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//
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// class description:
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// This class is used for multi-threading.
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// The object of this class can be set to G4MTRunManager, but not to
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// G4RunManager. G4UserWorkerInitialization class has five virtual methods
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// as the user hooks which are invoked at several occasions in the life
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// cycle of each thread.
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//
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// This class is used for multi-threaded Geant4.
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// The object of this class can be set to G4MTRunManager, but not to
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// G4RunManager. G4UserWorkerInitialization class has five virtual methods
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// as the user hooks which are invoked at several occasions of the life
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// cycle of each thread.
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//
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// - virtual void WorkerInitialize() const
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// This method is called after the tread is created but before the
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// G4WorkerRunManager is instantiated.
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// - virtual void WorkerStart() const
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// This method is called once at the beginning of simulation job when
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// kernel classes and user action classes have already instantiated but
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// geometry and physics have not been yet initialized. This situation is
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// identical to "PreInit" state in the sequential mode.
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// - virtual void WorkerRunStart() const
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// This method is called before an event loop. Geometry and physics have
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// already been set up for the thread. All threads are synchronized and
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// ready to start the local event loop. This situation is identical to
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// "Idle" state in the sequential mode.
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// - virtual void WorkerRunEnd() const
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// This method is called for each thread when the local event loop is
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// done, but before the synchronization over threads.
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// - virtual void WorkerStop() const
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// This method is called once at the end of simulation job.
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//
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// Note: This object should be instantiated only once and set to
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// G4MTRunManager,
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// while these five methods are invoked for each worker thread. Thus, to
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// store thread-local objects, use G4ThreadLocal keyword.
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// - virtual void WorkerInitialize() const
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// This method is called after the tread is created but before the
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// G4WorkerRunManager is instantiated.
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// - virtual void WorkerStart() const
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// This method is called once at the beginning of simulation job when
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// kernel classes and user action classes have already instantiated but
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// geometry and physics have not been yet initialised. This situation is
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// identical to the 'PreInit' state in the sequential mode.
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// - virtual void WorkerRunStart() const
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// This method is called before an event loop. Geometry and physics have
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// already been set up for the thread. All threads are synchronised and
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// ready to start the local event loop. This situation is identical to
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// 'Idle' state in the sequential mode.
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// - virtual void WorkerRunEnd() const
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// This method is called for each thread when the local event loop is
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// done, but before the synchronisation over threads.
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// - virtual void WorkerStop() const
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// This method is called once at the end of the simulation job.
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//
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// Note: this object should be instantiated only once and set to
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// G4MTRunManager, while the five methods above are invoked for each
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// worker thread. Thus, to store thread-local objects, use the
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// G4ThreadLocal keyword.
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// Author: A.Dotti (SLAC), 25 February 2013
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// --------------------------------------------------------------------
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#ifndef G4UserWorkerInitialization_hh
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#define G4UserWorkerInitialization_hh
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#define G4UserWorkerInitialization_hh 1
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class G4UserWorkerInitialization
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{
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public: // with description
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G4UserWorkerInitialization();
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virtual ~G4UserWorkerInitialization();
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public:
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virtual void WorkerInitialize() const;
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// This method is called after the tread is created but before the
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// G4WorkerRunManager is instantiated.
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G4UserWorkerInitialization();
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virtual ~G4UserWorkerInitialization();
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virtual void WorkerStart() const;
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// This method is called once at the beginning of simulation job
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// when kernel classes and user action classes have already instantiated
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// but geometry and physics have not been yet initialized. This situation
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// is identical to "PreInit" state in the sequential mode.
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virtual void WorkerInitialize() const;
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// This method is called after the tread is created but before the
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// G4WorkerRunManager is instantiated.
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virtual void WorkerRunStart() const;
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// This method is called before an event loop. Geometry and physics have
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// already been set up for the thread. All threads are synchronized and
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// ready to start the local event loop. This situation is identical to
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// "Idle" state in the sequential mode.
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virtual void WorkerStart() const;
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// This method is called once at the beginning of simulation job
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// when kernel classes and user action classes have already instantiated
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// but geometry and physics have not been yet initialised. This situation
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// is identical to 'PreInit' state in the sequential mode.
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virtual void WorkerRunEnd() const;
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// This method is called for each thread, when the local event loop has
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// finished but before the synchronization over threads.
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virtual void WorkerRunStart() const;
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// This method is called before an event loop. Geometry and physics have
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// already been set up for the thread. All threads are synchronised and
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// ready to start the local event loop. This situation is identical to
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// 'Idle' state in the sequential mode.
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virtual void WorkerStop() const;
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// This method is called once at the end of simulation job.
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// Implement here a clean up action.
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virtual void WorkerRunEnd() const;
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// This method is called for each thread, when the local event loop has
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// finished but before the synchronisation over threads.
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virtual void WorkerStop() const;
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// This method is called once at the end of simulation job.
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// Implement here a clean up action.
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};
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#endif // G4UserWorkerInitialization_hh
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#endif
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