// end ReadPostsynapticFile()
/*
* DendriteAccumulate(Synapse)
*
*
*/
public static void DendriteAccumulate(Synapse synapse, StreamWriter writer, string threadName)
{
foreach (var con in Connectome)
{
if (con.NeuronA == synapse.NeuronA)
{
foreach (var postsyn in Postsynaptic)
{
if (postsyn.NeuronA == con.NeuronB)
{
postsyn.Weight = con.Weight;
// output for file to show Postsynaptic Weight changes
/*
* Console.WriteLine("\t[{0}]Postsynaptic Weight: {1} {2} + {3} = {4}", threadName,
* postsyn.NeuronA, postsyn.Weight - con.Weight, con.Weight, postsyn.Weight);
* writer.WriteLine("\t[{0}]Postsynaptic Weight: {1} {2} + {3} = {4}", threadName,
* postsyn.NeuronA, postsyn.Weight - con.Weight, con.Weight, postsyn.Weight);
*/
}
}
}
}
}
// end DendriteAccumulate(Synapse)
/*
* FireNeuron(Synapse)
*
*
*/
public static void FireNeuron(Synapse neuron, StreamWriter writer, string threadName)
{
//Console.WriteLine("DendriteAccumulate [sent from FireNeuron] : {0} {1} {2}", neuron.NeuronA, neuron.NeuronB, neuron.Weight.ToString());
//writer.WriteLine("DendriteAccumulate [sent from FireNeuron] : {0} {1} {2}", neuron.NeuronA, neuron.NeuronB, neuron.Weight.ToString());
DendriteAccumulate(neuron, writer, threadName);
foreach (var postsyn in Postsynaptic)
{
if (Math.Abs(postsyn.Weight) > Threshold)
{
if (postsyn.NeuronA == "PLMR" ||
postsyn.NeuronA == "PLML" ||
postsyn.NeuronA.Substring(0, 2) == "MV" ||
postsyn.NeuronA.Substring(0, 2) == "MD")
{
MuscleFireCount++;
Console.WriteLine("[{0}] Fire Muscle {1}{2}", threadName, postsyn.NeuronA, postsyn.NeuronB);
writer.WriteLine("[{0}] Fire Muscle {1}{2}", threadName, postsyn.NeuronA, postsyn.NeuronB);
postsyn.ResetWeight = 0;
}
else
{
NeuronFireCount++;
Console.WriteLine("[{0}] Fire Neuron {1}", threadName, postsyn.NeuronA);
writer.WriteLine("[{0}] Fire Neuron {1}", threadName, postsyn.NeuronA);
DendriteAccumulate(postsyn, writer, threadName);
postsyn.ResetWeight = 0;
}
}
}
}
// end FireNeuron(Synapse)
/*
* RunConnectome(Synapse)
*
*
*/
public static void RunConnectome(Synapse neuron, StreamWriter writer, string threadName)
{
//Console.WriteLine("DendriteAccumulate [sent from RunConnectome] : {0} {1} {2}", neuron.NeuronA, neuron.NeuronB, neuron.Weight.ToString());
//writer.WriteLine("DendriteAccumulate [sent from RunConnectome] : {0} {1} {2}", neuron.NeuronA, neuron.NeuronB, neuron.Weight.ToString());
DendriteAccumulate(neuron, writer, threadName);
foreach (var postsyn in Postsynaptic)
{
//Console.WriteLine("[RunConnectome] postsyn: {0} {1} ", postsyn.NeuronA, postsyn.Weight.ToString());
//writer.WriteLine("[RunConnectome] postsyn: {0} {1} ", postsyn.NeuronA, postsyn.Weight.ToString());
if (Math.Abs(postsyn.Weight) > Threshold)
{
//Console.WriteLine("{0} > {1}", Math.Abs(postsyn.Weight).ToString(), Threshold);
FireNeuron(postsyn, writer, threadName);
postsyn.ResetWeight = 0;
}
}
}
public static void NodeFive(Synapse n, StreamWriter writer)
{
//Console.WriteLine("\tNode5, {0} {1}", n.NeuronA, n.NeuronB);
//writer.WriteLine("\tNode5, {0} {1}", n.NeuronA, n.NeuronB);
TheConnectome.RunConnectome(n, writer, "NodeFive");
}