/// <summary>
/// Assumption: networks has the same predefined structure
/// </summary>
public static NetGroup CrossOver(NetGroup a, NetGroup b)
{
NetGroup output = new NetGroup(a.inputLenght);
bool connectionsParent = Convert.ToBoolean(Math.Round(new Random(DateTime.Now.Millisecond).NextDouble()));
for (int networkIndex = 0; networkIndex < a.networks.Count; networkIndex++)
{
List <ConnectedNet.Connection> connections = connectionsParent? b.networks[networkIndex].Connections : a.networks[networkIndex].Connections;
output.networks.Add(new ConnectedNet(TemporalNetwork.CrossOver(a.networks[networkIndex].Network, b.networks[networkIndex].Network, -1, true, connectionsParent)
, connections, a.networks[networkIndex].OutputToGatherBounds));
}
return(output);
}
public static NetGroup FromString(string str)
{
string[] parameters = str.Replace("={", "").Split(new string[] { "}" }, StringSplitOptions.RemoveEmptyEntries);
int inCount = Convert.ToInt32(parameters[0].Replace("inCount", ""));
List <int> exeOrder = StringParser.StringToIntList(parameters[1].Replace(" exeOrder", ""));
List <int> outputIndex = StringParser.StringToIntList(parameters[2].Replace(" outputIndexes", ""));
List <ConnectedNet> nets = new List <ConnectedNet>();
string[] connectedNets = parameters[3].Split(new string[] { "\n\nconNet:\n" }, StringSplitOptions.RemoveEmptyEntries);
foreach (var connectedNet in connectedNets)
{
nets.Add(ConnectedNet.FromString(connectedNet));
}
NetGroup net = new NetGroup(inCount);
net.executionIndexOrder = exeOrder;
net.outputConnectedNetworks = outputIndex;
net.networks = nets;
return(net);
}
