private void CalculateStrength(Neuron owningNeuron = null)
{
var StrengthTemp = Strength;
SVDataPacket.Susceptibility = Susceptibility;
SVDataPacket.NeuronOutput = owningNeuron.Value;
SVDataPacket.State = owningNeuron.State;
SVDataPacket.STW = STW;
Profiler.BeginSample("Strength check");
var StrengthGainCheck = DendriteGene.Dynamics.StrengthGainSVRule.Evaluate(SVDataPacket);
Profiler.EndSample();
if (StrengthGainCheck > 0)
{
StrengthTemp = Relaxer.Relax(1, DendriteGene.Dynamics.StrengthGain, Strength, 255f);
}
Profiler.BeginSample("Strength check 2");
if (Strength > 0)
{
var StrengthLossCheck = DendriteGene.Dynamics.StrengthLossSVRule.Evaluate(SVDataPacket);
if (StrengthLossCheck > 0)
{
StrengthTemp = Relaxer.Relax(1, DendriteGene.Dynamics.StrengthGain, Strength, 0f);
}
}
Strength = StrengthTemp;
Profiler.EndSample();
}
private float ProcessLeakage()
{
if (Gene.Leakage == 0)
{
return(Gene.RestState);
}
else
{
return(Relaxer.Relax(6, Gene.Leakage, State, Gene.RestState));
}
}
private void RelaxSusceptibility()
{
Susceptibility = Relaxer.Relax(RelaxationModifier, DendriteGene.Dynamics.SusceptibilityRelaxRate, Susceptibility, 0);
}
private void RelaxSTWtoLTW()
{
STW = Relaxer.Relax(RelaxationModifier, DendriteGene.Dynamics.STWGainRate, STW, LTW);
}
private void RelaxLTWToSTW()
{
LTW = Relaxer.Relax(RelaxationModifier, DendriteGene.Dynamics.LTWGainRate, LTW, STW);
}
