/// <summary>
/// The main method.
/// </summary>
/// <param name="args">Command line arguments that are ignored.</param>
private static void Main(String[] args)
{
var inputNode2 = new OnlyOutput();
var splitterNode1 = new Splitter();
var maxNode1 = new MaxFinder();
var splitterNode2 = new Splitter();
var maxNode2 = new MaxFinder();
var outputNode1 = new LogicConsoleWriter <byte>();
var outputNode2 = new LogicConsoleWriter <byte>();
inputNode2.ConnectToHead(0, splitterNode1, 0);
splitterNode1.ConnectToHead(0, maxNode1, 1);
splitterNode1.ConnectToHead(1, maxNode2, 1);
maxNode1.ConnectToHead(0, splitterNode2, 0);
splitterNode2.ConnectToHead(2, maxNode1, 0);
splitterNode2.ConnectToHead(0, maxNode2, 0);
splitterNode2.ConnectToHead(1, outputNode1, 0);
maxNode2.ConnectToHead(0, outputNode2, 0);
Graph graph = new Graph();
graph.AddNode(inputNode2);
graph.AddNode(splitterNode1);
graph.AddNode(splitterNode2);
graph.AddNode(maxNode1);
graph.AddNode(maxNode2);
graph.AddNode(outputNode1);
graph.AddNode(outputNode2);
inputNode2.SetOutput(13);
graph.Step();
inputNode2.SetOutput(32);
graph.Step();
graph.Step();
}
protected LogicSensor(Segment segment, Int64 x, Int64 y, Int64 z, UInt16 cubeType, Byte flags, UInt16 value)
: base(eSegmentEntity.Mod, SpawnableObjectEnum.ResearchStation, x, y, z, cubeType, flags, value, Vector3.zero, segment)
{
mbNeedsLowFrequencyUpdate = true;
_node = new OnlyOutput();
UpdateFaces(flags);
}
