Schedule/Store spikes to be delivered at a later point in the simulation. More...

Collaboration diagram for PropagatedSpikeBuffer:

Classes
class	const_iterator
	Iterator to loop over the scheduled spikes at a certain delay. More...

struct	StgNode
	Structure which stores the index of the spike target group and a pointer to the next element in various lists. More...

Public Member Functions
	PropagatedSpikeBuffer (int minDelay, int maxDelay, int chunkSize=PROPAGATED_SPIKE_BUFFER_CHUNK_SIZE)
	New spike buffer. More...

virtual	~PropagatedSpikeBuffer ()
	Destructor: Deletes all scheduled spikes.

const_iterator	beginSpikeTargetGroups (int stepOffset=0)
	Returns an iterator to loop over all scheduled spike target groups. More...

const_iterator	endSpikeTargetGroups ()
	End iterator corresponding to beginSynapseGroups.

size_t	length ()
	Return the actual length of the buffer.

void	nextTimeStep ()
	Must be called to tell the buffer that it should move on to the next time step.

void	reset (int minDelay, int maxDelay)
	Must be called at the begin (reset) of a simulation. More...

void	scheduleSpikeTargetGroup (spikegroupid_t stg, delaystep_t delay)
	Schedule a group of spike targets to get a spike at time t + delay. More...

Detailed Description

Schedule/Store spikes to be delivered at a later point in the simulation.

Definition at line 35 of file PropagatedSpikeBuffer.h.

Constructor & Destructor Documentation

PropagatedSpikeBuffer::PropagatedSpikeBuffer	(	int	minDelay,
		int	maxDelay,
		int	chunkSize = `PROPAGATED_SPIKE_BUFFER_CHUNK_SIZE`
	)

New spike buffer.

Parameters

minDelay	Minimum delay (in number of time steps) the buffer can handle
maxDelay	Maximum delay (in number of time steps) the buffer can handle
chunkSize	Constant used for internal memory management. Should increase with increasing number of synapses and exptected number of spikes.

Definition at line 13 of file PropagatedSpikeBuffer.cpp.

References reset().

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const_iterator PropagatedSpikeBuffer::beginSpikeTargetGroups ( int stepOffset = 0 )

inline

Returns an iterator to loop over all scheduled spike target groups.

Parameters

stepOffset Determines at which position ( current timestep + stepOffset ) the spike target groups are read of

Definition at line 93 of file PropagatedSpikeBuffer.h.

References length().

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void PropagatedSpikeBuffer::reset	(	int	minDelay,
		int	maxDelay
	)

Must be called at the begin (reset) of a simulation.

Parameters

minDelay	Minimum delay (in number of time steps) the buffer can handle
maxDelay	Maximum delay (in number of time steps) the buffer can handle

Definition at line 67 of file PropagatedSpikeBuffer.cpp.

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void PropagatedSpikeBuffer::scheduleSpikeTargetGroup	(	spikegroupid_t	stg,
		delaystep_t	delay
	)

Schedule a group of spike targets to get a spike at time t + delay.

Parameters

stg	The identifier of the spike target group to be used as identifier in SpikeTargetGroupPool::beginSpikeTarget( stg )
delay	The number of time steps to delay the deliver of the spike

Definition at line 115 of file PropagatedSpikeBuffer.cpp.

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