public void attract(AnimatedElement n, float factor)
{
PointF delta = diff(position, n.Position);
shift.X += (float)(factor * delta.X / k);
shift.Y += (float)(factor * delta.Y / k);
if (n is AnimatedReceptor)
{
shift.X += (float)(8 * factor * delta.X * Math.Abs(delta.X * delta.X) / (k * k * k));
shift.Y += (float)(8 * factor * delta.Y * Math.Abs(delta.Y * delta.Y) / (k * k * k));
}
}
public AnimatedSynapse(AnimatedNeuron pre, AnimatedNeuron post, Synapse syn)
{
this.pre = pre;
this.post = post;
duplex = null;
vector = new AnimatedVector(pre, post);
synapse = new AnimatedState(syn, vector);
pre.Output.Add(this);
post.Input.Add(this);
changePosition();
}
public AnimatedVector(AnimatedElement start, AnimatedElement end)
{
this.start = start;
this.end = end;
}