public Dendrite AddDendrite(DendriteType type)
{
Dendrite d = new Dendrite(nextDendriteId++, type);
dendrites.Add(d);
return(d);
}
public void Decay(Dendrite dt, TimeSpan runLength)
{
DateTime start = DateTime.Now;
//Console.WriteLine("Task_Dendrite {0} is working...", Id);
while (DateTime.Now - start < runLength)
{
Thread.Sleep(Frequency);
dt.DecayMembranePotential();
//Console.WriteLine("Task_Dendrite {0} decayed dendrite membrane potential to {1}.", Id, dt.MembranePotential);
}
//Console.WriteLine("Task_Dendrite {0} is done.", Id);
}
public void Consume(Dendrite dt, TimeSpan runLength)
{
DateTime start = DateTime.Now;
//Console.WriteLine("Task_Dendrite {0} is working...", Id);
while (DateTime.Now - start < runLength)
{
int voltage = dt.TryRemoveFromBuffer();
//Console.WriteLine("Task_Dendrite {0} consumed {1} from buffer.", Id, voltage);
}//end while
//Console.WriteLine("Task_Dendrite {0} is done.", Id);
}
public void Produce(Dendrite dt, TimeSpan runLength)
{
DateTime start = DateTime.Now;
//Console.WriteLine("Task_Input {0} is working...", Id);
while (DateTime.Now - start < runLength)
{
Thread.Sleep(Frequency);
Neurotransmitter newest = new Neurotransmitter(true);
dt.AddToBuffer(newest);
//Console.WriteLine("Task_Input {0} added {1} to dendrite {2} buffer.", Id, newest.ElectricalPotential, dt.Id);
}//end while
//Console.WriteLine("Task_Input {0} is done.", Id);
}//end Work()
public void Produce(Dendrite dt, CellBody cb, TimeSpan runLength)
{
DateTime start = DateTime.Now;
//Console.WriteLine("Task_Dendrite {0} is working...", Id);
while (DateTime.Now - start < runLength)
{
Thread.Sleep(Frequency);
int currentMembranePotential = dt.MembranePotential;
int difference = (currentMembranePotential - RESTING_POTENTIAL);
cb.AddToBuffer(difference);
//Console.WriteLine("Task_Dendrite {0} produced {1} to cell body buffer.", Id, difference);
}//end while
//Console.WriteLine("Task_Dendrite {0} is done.", Id);
}
}//end Main()
public static void main_CellGrowthTriggered(object sender, CellGrowthEventArgs e)
{
Neuron n = e.neuron;
DendriteType type = e.type;
TimeSpan runLength = e.timespan;
List <Task> tasks = e.tasks;
Console.WriteLine("Triggered.");
Dendrite d = n.AddDendrite(type);
//Consumer to consume neurotransmitters from dendrite buffer
for (int i = 0; i < 1; i++)
{
Task newest = Task.Factory.StartNew((val) =>
{
int id = (int)val;
new Task_Dendrite(id, 10).Consume(d, runLength);
}, i);
tasks.Add(newest);
}
//Producers to send electrical potential to cell body buffer
for (int i = 0; i < 1; i++)
{
Task newest = Task.Factory.StartNew((val) =>
{
int id = (int)val;
new Task_Dendrite(id, 10).Produce(d, n.Body, runLength);
}, i);
tasks.Add(newest);
}
////Decayers to decay membrane potential of dendrites
for (int i = 0; i < 1; i++)
{
Task newest = Task.Factory.StartNew((val) =>
{
int id = (int)val;
new Task_Dendrite(id, 10).Decay(d, runLength);
}, i);
tasks.Add(newest);
}
//Console.WriteLine("Added.");
//reset Token so system waits for new tasks too
//do
//{
//try
//{
// cts = new CancellationTokenSource();
// Task.WaitAll(tasks.ToArray(), cts.Token);
//}
//catch (OperationCanceledException)
//{
// // start over and wait for new tasks
//}
//}
//while (cts.IsCancellationRequested);
}//end BuildDendrite()
private void InitializeDendrites()
{
Dendrite d1 = new Dendrite(nextDendriteId++, DendriteType.Proximal);
dendrites.Add(d1);
}