//orchestrates
public int WorkCycle(int procnum)
{
//not really sure if this does anything
int processor = (int)procnum;
Thread tr = Thread.CurrentThread;
if (Environment.ProcessorCount > 1)
{
SetThreadAffinityMask(GetCurrentThread(),
new IntPtr(1 << processor));
}
working = true;
//basic input for demo
for (int w = blockWidth / 2; w < (blockWidth / 2) + 1; w++)
{
for (int h = blockHeight / 2; h < (blockHeight / 2) + 1; h++)
{
//activate nodes on the first layer
nodeCube[(w) + blockWidth * ((h) + blockHeight * (0))].Activation = 1;
nodeCube[(w) + blockWidth * ((h) + blockHeight * (0))].IsLoaded = true;
//add them to the work queue
_fireQueue.Enqueue(nodeCube[(w) + blockWidth * ((h) + blockHeight * (0))]);
}
}
//This does the work. Cycles through the queue.
//For each node, add connection weight to connection child,
//return list of lines to be rendered, add them to glmananger queue
int counter = 0;
using (var locked = _fireQueue.Lock())
{
while (locked.Count != 0)
{
var workNode = locked.Dequeue();
//maybe add a threshold to node, and use that instead of 1
if (workNode.IsLoaded && workNode.Activation >= 1)
{
_glmanager.AddQueue(_workGenerator.Generate(workNode));
counter++;
}
}
}
foreach (Node n in nodeCube)
{
foreach (RenderLine l in n.ChildrenLines)
{
//weaken all connections
//l.strength *= .985f;
}
}
working = false;
return(counter);
}
public void AddQueue(ThreadSafeQueue <RenderLine> workQueue)
{
using (var locked = workQueue.Lock())
{
while (locked.Count > 0)
{
lineQueue.Enqueue(locked.Dequeue());
}
}
}