public Conveyor(MachineConnector output, MachineConnector input)
{
_output = output;
_input = input;
_start = _output.GetWorldPositionOneTileOut();
_end = _input.GetWorldPositionOneTileOut();
}
public void InitializeTestSlots()
{
_inputs = new MachineConnector[1];
_outputs = new MachineConnector[1];
for (int i = 0; i < _inputs.Length; ++i)
{
MachineConnector conn = new MachineConnector();
conn._localDir = Direction.Left;
_inputs[i] = conn;
}
for (int i = 0; i < _outputs.Length; ++i)
{
MachineConnector conn = new MachineConnector();
conn._localDir = Direction.Right;
conn._local.X = GetSize().X - 1;
conn._local.Y = GetSize().Y - 1;
_outputs[i] = conn;
}
}
public static Conveyor ConnectMachines(MachineConnector output, MachineConnector input)
{
if (output != null &&
input != null)
{
Conveyor c = new Conveyor(output, input);
output._conveyor = c;
input._conveyor = c;
Map map = new Map();
map._conveyors = _instance.m_conveyors;
map.Machines = _instance.m_machines;
map.BuildingInputs = _instance.m_machines.SelectMany(x => x._inputs).ToList();
map.BuildingOutputs = _instance.m_machines.SelectMany(x => x._outputs).ToList();
map.Machines = _instance.m_machines;
map.Height = 20;
map.Width = 40;
_instance.m_conveyors.Add(c);
if (Autorouter.Autoroute(map, c))
{
return(c);
}
else
{
DisconnectMachines(c);
return(null);
}
}
else
{
return(null);
}
}
public void SetUpTestMachineConnector()
{
m_machineInfoMgr = new MachineInfoMgr();
m_testNetClient = new TestNetClient();
m_machineConnector = new MachineConnector(m_machineInfoMgr, m_testNetClient);
}
static public void RecreateObjectReferences()
{
//dataLoader = new DHTDataLoader(LocalWebServerUrl);
//anomalyDetector = new AnomalyDetector(TempMean, TempStdDev, HumMean, HumStdDev);
machineConnector = new MachineConnector($"{InteractionWebServerUrl}");
}
