/// <summary>
/// Atomización
/// </summary>
/// <param name="idSequence">id=id1&id2&...&idn</param>
public void Atomice(string idSequence)
{
var ids = idSequence.Split('&');
if (ids.Count() >= HyperParameters.W)
{
var newXCellAND = ((ANDLayer)Layer).CreateAnXCellANDGivenItsIDInTemporalList(idSequence);
var outputChannelFornewXCeldaANDConnectedToInputOfOldXCellAND = new Channel();
outputChannelFornewXCeldaANDConnectedToInputOfOldXCellAND.XCellDestiny = this;
outputChannelFornewXCeldaANDConnectedToInputOfOldXCellAND.XCellOrigin = newXCellAND;
newXCellAND.ListOfOutputChannels.Add(outputChannelFornewXCeldaANDConnectedToInputOfOldXCellAND);
foreach (var id in ids)
{
var inputChannel = ListOfInputChannels.FirstOrDefault(channel => channel.XCellOrigin.Id == id);
if (inputChannel != null)
{
inputChannel.XCellDestiny = newXCellAND;
newXCellAND.ListOfInputChannels.Add(inputChannel);
ListOfInputChannels.Remove(inputChannel); //Al eliminar este inputChannel de la lista, se elimina tb el inputChannel???
}
}
newXCellAND.AssignLevel();
ListOfInputChannels.Add(newXCellAND.ListOfOutputChannels[0]);
}
}
public void AssignPinToInputChannelsOfTheXCell(Pin pin)
{
var channel = new Channel(pin);
channel.XCellDestiny = this;
ListOfInputChannels.Add(channel);
}
public void AssignChannelsToInputChannelsOfTheXCell(List <Channel> listOfChannels)
{
foreach (var channel in listOfChannels)
{
channel.XCellDestiny = this;
ListOfInputChannels.Add(channel);
}
}
public void AssignPinsToInputChannelsOfTheXCell(List <Pin> listOfPins)
{
foreach (var pin in listOfPins)
{
var channel = new Channel(pin);
channel.XCellDestiny = this;
ListOfInputChannels.Add(channel);
}
}
public XCellORExplode(string id, Layer layer) : base(id, layer)
{
var newInputChannel = new Channel();
newInputChannel.XCellDestiny = this;
var channelForInputFoundInLayerAsInputChannel = layer.ListOfInputChannels.FirstOrDefault(channel => channel.XCellOrigin.Id == id);
if (channelForInputFoundInLayerAsInputChannel != null)
{
newInputChannel.XCellOrigin = channelForInputFoundInLayerAsInputChannel.XCellOrigin;
}
ListOfInputChannels.Add(newInputChannel);
var newOutputChannel = new Channel();
newOutputChannel.XCellOrigin = this;
ListOfOutputChannels.Add(newOutputChannel);
}
/// <summary>
/// Initializes a new instance of the <see cref="XCellInput"/> class.
/// </summary>
/// <param name="id">id=id1</param>
/// <param name="layer">The layer.</param>
public XCellInput(string id, Layer layer) : base(id, layer)
{
var minMaxRValues = ((INPUTLayer)Layer).MinAndMaxValuesForInputHeaderID[id];
MaxInputValue = minMaxRValues.maxValue;
MinInputValue = minMaxRValues.minValue;
R = minMaxRValues.R;
CounterOfValues = new uint[R];
if (!layer.ListOfInputChannels.Any(channel => channel.XCellOrigin?.Id == id))
{
var newInputChannel = new Channel();
newInputChannel.XCellDestiny = this;
ListOfInputChannels.Add(newInputChannel);
var newOutputChannel = new Channel();
newOutputChannel.XCellOrigin = this;
ListOfOutputChannels.Add(newOutputChannel);
}
}
/// <summary>
/// Initializes a new instance of the <see cref="XCellOR"/> class.
/// </summary>
/// <param name="idSequence">id=id1|id2|...|idn</param>
/// <param name="layer">The layer.</param>
public XCellOR(string idSequence, Layer layer) : base(idSequence, layer)
{
var ids = idSequence.Split('|');
foreach (var id in ids)
{
var newInputChannel = new Channel();
newInputChannel.XCellDestiny = this;
var channelForInputFoundInLayerAsInputChannel = layer.ListOfInputChannels.FirstOrDefault(channel => channel.XCellOrigin.Id == id);
if (channelForInputFoundInLayerAsInputChannel != null)
{
newInputChannel.XCellOrigin = channelForInputFoundInLayerAsInputChannel.XCellOrigin;
}
ListOfInputChannels.Add(newInputChannel);
}
var newOutputChannel = new Channel();
newOutputChannel.XCellOrigin = this;
ListOfOutputChannels.Add(newOutputChannel);
}
public void AssignChannelToInputChannelsOfTheXCell(Channel channel)
{
channel.XCellDestiny = this;
ListOfInputChannels.Add(channel);
}
