SpikeMonitor Class Reference

can be used to create a custom spike monitor More...

#include <snn.h>

Inheritance diagram for SpikeMonitor:

Collaboration diagram for SpikeMonitor:

Public Member Functions
virtual void	update (CpuSNN *s, int grpId, unsigned int *Nids, unsigned int *timeCnts, unsigned int total_spikes, float firing_Rate)
	Controls actions that are performed when certain neurons fire (user-defined). More...

Detailed Description

can be used to create a custom spike monitor

To retrieve outputs, a spike-monitoring callback mechanism is used. This mechanism allows the user to calculate basic statistics, store spike trains, or perform more complicated output monitoring. Spike monitors are registered for a group and are called automatically by the simulator every second. Similar to an address event representation (AER), the spike monitor indicates which neurons spiked by using the neuron ID within a group (0-indexed) and the time of the spike. Only one spike monitor is allowed per group.

Definition at line 265 of file snn.h.

Member Function Documentation

virtual void SpikeMonitor::update ( CpuSNN *  s, int  grpId, unsigned int *  Nids, unsigned int *  timeCnts, unsigned int  total_spikes, float  firing_Rate  )

inlinevirtual

Controls actions that are performed when certain neurons fire (user-defined).

Attention

The virtual method should never be called directly

Reimplemented in WriteSpikeToFile, and AnimatCarlSim::CsNeuronGroup.

Definition at line 271 of file snn.h.

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

• snn.h