/// <summary>
/// Helper Method to get color from proximal synapse state
/// </summary>
/// <param name="distalSynapse"></param>
/// <param name="color"></param>
/// <param name="alphaValue"></param>
private void GetColorFromDistalSynapse ( DistalSynapse distalSynapse, out Color color, out float alphaValue )
{
color = this._dictionaryDistalSynapseColors[HtmDistalSynapseColors.Default].HtmColor;
alphaValue = .1f; // All conditions can be false.
Simulation3DForm visualizerForm = Simulation3D.Form;
//Color color = distalSynapse.IsActive ( Global.T ) ? Color.Black : Color.White;
try
{
if (distalSynapse.IsActive ( Global.T ))
{
alphaValue = 1f;
color = this._dictionaryDistalSynapseColors[HtmDistalSynapseColors.Active].HtmColor;
}
else // Not Active.
{
alphaValue = 1f;
color = this._dictionaryDistalSynapseColors[HtmDistalSynapseColors.Default].HtmColor;
}
//selected
if (distalSynapse.mouseSelected)
{
color = selectedColor;
alphaValue = 1f;
//color = this._dictionaryProximalSynapseColors[HtmProximalSynapseColors.MouseSelected].HtmColor;
}
//mouseOver
if (distalSynapse.mouseOver)
{
color = mouseOverColor;
alphaValue = 1f;
//color = this._dictionaryProximalSynapseColors[HtmProximalSynapseColors.MouseOver].HtmColor;
}
}
catch (Exception)
{
}
}
public void TestSynapse()
{
this.DefaultSynapseValues();
var cell = new Cell(null, 0);
cell.ActiveState[Global.T] = true;
cell.LearnState[Global.T] = true;
Synapse syn = new DistalSynapse(cell, Synapse.ConnectedPermanence);
Assert.Equal(true, syn.IsConnected());
Assert.Equal(true, syn.IsActive(Global.T));
Assert.Equal(false, syn.IsActive(Global.T - 1));
Assert.Equal(false, syn.IsActiveFromLearning(Global.T - 1));
syn.DecreasePermanence();
Assert.Equal(false, syn.IsConnected());
Assert.Equal(true, syn.IsActive(Global.T));
cell.ActiveState[Global.T] = false;
Assert.Equal(false, syn.IsActive(Global.T));
}
