SpikeBuffer Class Reference

Circular buffer for delivering spikes. More...

#include <spike_buffer.h>

Classes
class	Impl
class	SpikeIterator
	Iterator to loop over the scheduled spikes at a certain delay. More...
struct	SpikeNode
	linked list to hold the corresponding neuron Id and delivery delay for each spike More...

Public Member Functions
	SpikeBuffer (int minDelay, int maxDelay)
	SpikeBuffer Constructor. More...
	~SpikeBuffer ()
	SpikeBuffer Destructor. More...
SpikeIterator	back ()
	pointer to the back of the spike buffer More...
SpikeIterator	front (int stepOffset=0)
	pointer to the front of the spike buffer More...
size_t	length ()
	retrieve actual length of the buffer More...
void	reset (int minDelay, int maxDelay)
	Reset buffer data. More...
void	schedule (int neurId, int grpId, unsigned short int delay)
	Schedule a spike. More...
void	step ()
	advance to next time step More...

Detailed Description

This class implements a ring buffer for spike delivery. Spikes are scheduled to be delivered at a time t + delay using SpikeBuffer::schedule. All scheduled spikes can then be retrieved by iterating over the list, from first element SpikeIterator::front until SpikeIterator::back.

Since

v4.0

Definition at line 65 of file spike_buffer.h.

Constructor & Destructor Documentation

SpikeBuffer()

SpikeBuffer	(	int	minDelay,
		int	maxDelay
	)

A SpikeBuffer is used to schedule and deliver spikes after a certain delay t + delay. Spikes are scheduled to be delivered at a time t + delay using SpikeBuffer::schedule. All scheduled spikes can then be retrieved by iterating over the list, from first element SpikeIterator::front until SpikeIterator::back.

Parameters

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

Definition at line 214 of file spike_buffer.cpp.

~SpikeBuffer()

~SpikeBuffer

(

)

The destructor deallocates all scheduled spikes.

Definition at line 216 of file spike_buffer.cpp.

Member Function Documentation

back()

SpikeBuffer::SpikeIterator back

(

)

Definition at line 224 of file spike_buffer.cpp.

front()

SpikeBuffer::SpikeIterator front

(

int

stepOffset = 0

)

Definition at line 223 of file spike_buffer.cpp.

length()

size_t length

(

)

Definition at line 222 of file spike_buffer.cpp.

reset()

void reset	(	int	minDelay,
		int	maxDelay
	)

This method resets all allocated data. Must be called at the beginning of a simulation.

Parameters

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

Definition at line 221 of file spike_buffer.cpp.

schedule()

void schedule	(	int	neurId,
		int	grpId,
		unsigned short int	delay
	)

This method schedules a spike to be delivered to neuron with ID neurID, after a delay of t + delay time steps.

Parameters

[in]	neurId	corresponding neuron ID
[in]	delay	scheduling delay (in number of time steps)

Definition at line 219 of file spike_buffer.cpp.

step()

void step

(

)

Definition at line 220 of file spike_buffer.cpp.

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

• spike_buffer.h
• spike_buffer.cpp