bool Neuron::tick(double clock){
v = 0;
if (refractions.empty()){
excite(clock);
//inhibit(clock);
if (v >= vt){
spike(clock);
return true;
}
}
return false;
}
baseType pulseCoupledExcitatoryNeuron::callBack(unsigned int eventSignature)
{
if ( eventSignature == _fire_)
{
fireN();
return numeric_limits<baseType>::max();
}
else // if (eventSignature == _exciteRandomly_)
{
excite ( noiseIntensity() );
return this->time + gslNoise::getExponential(noiseFrequency());
}
}
double neuron :: excite (double * vector, non_linear_function function) {
error = 0.0;
if (function == NULL) return output = excite (vector);
return output = function (excite (vector));
}
