SocketInitData[] CreateSockets()
{
SortNeuronsByIO(neurons);
SocketInitData[] sockets = new SocketInitData[neurons.Count];
//Debug.Log($"sockets: {sockets.Length}, input: {inputNeurons.Count}, output: {outputNeurons.Count}, " +
// $"hidden: {hiddenNeurons.Count}, total: {inputNeurons.Count + outputNeurons.Count + hiddenNeurons.Count}");
// Place input and output neurons before hidden neurons
// because hidden neurons are between connected input and output neurons.
/*int offset = 0;
* for (int i = 0; i < inputNeurons.Count; i++)
* sockets[i + offset].position = placement.GetNeuronPosition(inputNeurons[i]);
*
* offset = inputNeurons.Count;
* for (int i = 0; i < outputNeurons.Count; i++)
* sockets[i + offset].position = placement.GetNeuronPosition(outputNeurons[i]);
*
* offset = inputNeurons.Count + outputNeurons.Count;
* for (int i = 0; i < hiddenNeurons.Count; i++) {
* sockets[i + offset].position = placement.GetHiddenNeuronPosition(hiddenNeurons[i]);
* //Debug.Log("HID " + sockets[i + offset].position);
* }*/
// WPP: delegated branching to placement to simplify interface
// + placement calculated during neuron creation
for (int i = 0; i < sockets.Length; i++)
{
sockets[i].position = neurons[i].data.iconPosition;
}
return(sockets);
}
SocketInitData[] CreateSockets(List <Neuron> neurons)
{
SocketInitData[] sockets = new SocketInitData[neuronCount];
for (int i = 0; i < neuronCount; i++)
{
var list = neurons[i].io == NeuronType.In ? inputNeurons : outputNeurons;
list.Add(neurons[i]);
}
AssignNeuralPositions(ref sockets, inputNeurons.Count, 0, inputZ);
AssignNeuralPositions(ref sockets, outputNeurons.Count, inputNeurons.Count, outputZ);
return(sockets);
}
