public void threadedTraverse(vertex obj)
{
var sorted = obj.AdjacencyList.OrderBy(x => x.EWeigth);
float smallest = 0;
foreach (edge v in sorted)
{
if (!v.Connected.IsVisited)
{
smallest = v.EWeigth;
break;
}
}
foreach (edge e in sorted)
{
if (e.EWeigth.Equals(smallest))
{
parentChild p = new parentChild();
p.Parent = obj;
p.Child1 = e;
p.I = 0;
// Console.WriteLine("Creating thread in threaded traverse");
// Thread t = new Thread(this.dynamicTraverse);
//t.Start(p);
//Console.WriteLine("Ending thread");
//t.Abort();
this.dynamicTraverse(p);
}
}
}
public void traversel(object parentAndChild)
{
// Console.WriteLine("IN traversal");
if (!isDynamic)
{
parentChild obj = (parentChild)parentAndChild;
if (obj.Child1.Connected.IsVisited || obj.Child1.Connected.IsDead)
{
//Console.WriteLine("Child visited");
return;
}
else
{
obj.Child1.Connected.IsNewBorn = false;
obj.Child1.Connected.Parent = obj.Parent;
obj.Child1.Connected.TotalVisits++;
obj.Child1.Connected.IsVisited = true;
obj.Child1.EWeigth *= 2;
var li = obj.Child1.Connected.AdjacencyList;
foreach (edge e in li)
{
if (e.Connected == obj.Parent)
{
e.EWeigth *= 2;
}
}
iputStimuliObj i = new iputStimuliObj();
i.Source = obj.Child1.Connected;
i.Stimuli = obj.I;
if (obj.Child1.Connected.Weigth.Equals(obj.I))
{
//Console.WriteLine("\n===============================\n");
Console.WriteLine("Moving to dynamic on stilmuli " + obj.I + "\n====================");
this.isDynamic = true;
this.dynamicApproach(obj.I);
}
else if (obj.Child1.Connected.Weigth < obj.I)
{
//Console.WriteLine("child weigth is less..."+obj.Child1.Connected.Weigth);
obj.Child1.Connected.Weigth = (obj.I - obj.Child1.Connected.Weigth);
//Console.WriteLine("child weigth is less update..." + obj.Child1.Connected.Weigth);
//Console.WriteLine("Edge Weight" + obj.Child1.EWeigth);
this.minStimuli(i);
}
else
{
//Console.WriteLine("child weigth is greater" + obj.Child1.Connected.Weigth);
obj.Child1.Connected.Weigth += obj.I;
//Console.WriteLine("child weigth is greater update" + obj.Child1.Connected.Weigth);
//Console.WriteLine("Edge Weight" + obj.Child1.EWeigth);
this.minStimuli(i);
}
}
}
return;
}
public void dynamicTraverse(object obj)
{
parentChild p = (parentChild)obj;
if (p.Child1.Connected.IsVisited || p.Child1.Connected.IsDead)
{
//Console.WriteLine("already visted:" + p.Child1.Connected.Weigth);
return;
}
else
{
p.Child1.Connected.Parent = p.Parent;
p.Child1.Connected.IsNewBorn = false;
//Console.WriteLine("Parent is " + p.Parent.Weigth + " child is " + p.Child1.Connected.Weigth+" edge weigth "+p.Child1.EWeigth);
p.Child1.Connected.IsVisited = true;
p.Child1.EWeigth *= 2;
var li = p.Child1.Connected.AdjacencyList;
foreach (edge e in li)
{
if (e.Connected == p.Parent)
{
e.EWeigth *= 2;
}
}
//Console.WriteLine("Edge in dyamic " + p.Child1.EWeigth);
p.Child1.Connected.TotalVisits++;
if (p.Child1.Connected.Weigth < p.Parent.Weigth)
{
p.Child1.Connected.Weigth = (p.Parent.Weigth - p.Child1.Connected.Weigth);
}
else
{
p.Child1.Connected.Weigth += p.Parent.Weigth;
}
this.threadedTraverse(p.Child1.Connected);
}
}
public void minStimuli(object ob)
{
iputStimuliObj obj = (iputStimuliObj)ob;
var sorted = obj.Source.AdjacencyList.OrderBy(x => x.EWeigth);
float smallestWeight = 0;
foreach (edge v in sorted)
{
if (!v.Connected.IsVisited)
{
smallestWeight = v.EWeigth;
break;
}
}
if (smallestWeight.Equals(0))
{
return;
}
foreach (edge c in sorted)
{
if (c.EWeigth.Equals(smallestWeight))
{
parentChild p = new parentChild();
p.I = obj.Stimuli;
// Console.WriteLine("obj.Stimuli" + obj.Stimuli);
p.Parent = obj.Source;
p.Child1 = c;
//Console.WriteLine("Creating thread");
//Thread t = new Thread(this.traversel);
//t.Start(p);
// Console.WriteLine("Ending thread");
//t.Abort();
this.traversel(p);
}
}
}
