public static void JionCircuit()
{
List <NDlabObject> lineList = NDlabObject.SearchLabObject(SearchCicuitType.ELELINE, false);
foreach (NDlabObject obj in lineList)
{
if (obj != null && obj is EleLine)
{
EleLine eleLine = obj as EleLine;
if (eleLine.ConnectLink == true)
{
NDlabObject start = eleLine.StartLineLeap.Link.m_Parent;
NDlabObject end = eleLine.EndLineLeap.Link.m_Parent;
CircuitElement myCircuit = LabObjectDataFactory.GetCircuit(start.LabObjID);
CircuitElement OtherCircuit = LabObjectDataFactory.GetCircuit(end.LabObjID);
Circuit.Lead startLead = eleLine.StartLineLeap.Link.m_Type == ElementLeapType.leadIn?myCircuit.leadIn:myCircuit.leadOut;
Circuit.Lead endLead = eleLine.EndLineLeap.Link.m_Type == ElementLeapType.leadIn ? OtherCircuit.leadIn : OtherCircuit.leadOut;
g_sim.Connect(startLead, endLead);
}
}
}
}
void SimulationFlow() // tato funkcia zavola objekty so scenky, prepoji ich umelo, zavola algoritmus na zrusenie uzlov, prepoji zoznamy dllconectorov a spusti simulaciu
{
foreach (GUICircuitComponent[] network in _listOfNetworks)
{
int numOfBatteries = 0;
foreach (GUICircuitComponent component in network)
{
if (component.GetType() == GameObject.Find("Accumulator").GetComponent <GUICircuitComponent>().GetType())
{
numOfBatteries++;
}
}
if ((numOfBatteries < 2) && (network.Length > 1))
{
Circuit newSimulation = new Circuit();
simList.Add(newSimulation);
foreach (GUICircuitComponent component in network)
{
component.SetSimulationProp(newSimulation);
}
GraphAlgorithm algorithm = new GraphAlgorithm();
ConnectionsOfComponent[] dllconnectionsOfComponents = algorithm.Untangle(network);
//Debug.Log(dllconnectionsOfComponents.Length);
_countOfMadeConnections = 0;
List <Circuit.Lead[]> alreadyConnected = new List <Circuit.Lead[]>();
for (int i = 0; i < dllconnectionsOfComponents.Length; i++)
{
for (int a = 0; a < dllconnectionsOfComponents[i].dllconnections.Length; a++)
{
for (int b = 0; b < dllconnectionsOfComponents[i].dllconnections[a].connectedDllconnectors.Length; b++)
{
if (dllconnectionsOfComponents[i].dllconnections[a].dllconector != dllconnectionsOfComponents[i].dllconnections[a].connectedDllconnectors[b])
{
Boolean alreadyThere = false;
foreach (Circuit.Lead[] pair in alreadyConnected)
{
if ((pair[0] == dllconnectionsOfComponents[i].dllconnections[a].connectedDllconnectors[b]) && (pair[1] == dllconnectionsOfComponents[i].dllconnections[a].dllconector))
{
alreadyThere = true;
}
}
if (alreadyThere == false)
{
Circuit.Lead[] newPair = new Circuit.Lead[2];
newPair[0] = dllconnectionsOfComponents[i].dllconnections[a].dllconector;
newPair[1] = dllconnectionsOfComponents[i].dllconnections[a].connectedDllconnectors[b];
alreadyConnected.Add(newPair);
//Debug.Log("Komponent cislo: " + i + " konektor ku ktoremu sa pripaja: " + a + " pripajany konektor: " + b + " cislo conections: " + _countOfMadeConnections);
newSimulation.Connect(dllconnectionsOfComponents[i].dllconnections[a].dllconector, dllconnectionsOfComponents[i].dllconnections[a].connectedDllconnectors[b]);
_countOfMadeConnections += 1;
}
}
}
}
}
Debug.Log("Simulation complete with " + _countOfMadeConnections + " connections");
Debug.Log("Sim Elements count " + newSimulation.elements.Count);
}
}
_listOfNetworks.Clear();
}
