private void Connect()
{
if (connected)
{
return;
}
LogicCircuitManager logicCircuitManager = Game.Instance.logicCircuitManager;
UtilityNetworkManager <LogicCircuitNetwork, LogicWire> logicCircuitSystem = Game.Instance.logicCircuitSystem;
connected = true;
int outputCellOne = OutputCellOne;
logicCircuitSystem.AddToNetworks(outputCellOne, this, true);
outputOne = new LogicPortVisualizer(outputCellOne, LogicPortSpriteType.RibbonOutput);
logicCircuitManager.AddVisElem(outputOne);
int inputCellOne = InputCellOne;
logicCircuitSystem.AddToNetworks(inputCellOne, inputOne, true);
logicCircuitManager.AddVisElem((ILogicUIElement)inputOne);
if (RequiresTwoInputs)
{
int inputCellTwo = InputCellTwo;
logicCircuitSystem.AddToNetworks(inputCellTwo, inputTwo, true);
logicCircuitManager.AddVisElem((ILogicUIElement)inputTwo);
}
RefreshAnimation();
}
private void Disconnect()
{
if (!connected)
{
return;
}
LogicCircuitManager logicCircuitManager = Game.Instance.logicCircuitManager;
UtilityNetworkManager <LogicCircuitNetwork, LogicWire> logicCircuitSystem = Game.Instance.logicCircuitSystem;
connected = false;
int outputCellOne = OutputCellOne;
logicCircuitSystem.RemoveFromNetworks(outputCellOne, this, true);
logicCircuitManager.RemoveVisElem(outputOne);
outputOne = null;
int inputCellOne = InputCellOne;
logicCircuitSystem.RemoveFromNetworks(inputCellOne, inputOne, true);
logicCircuitManager.RemoveVisElem((ILogicUIElement)inputOne);
inputOne = null;
if (RequiresTwoInputs)
{
int inputCellTwo = InputCellTwo;
logicCircuitSystem.RemoveFromNetworks(inputCellTwo, inputTwo, true);
logicCircuitManager.RemoveVisElem((ILogicUIElement)inputTwo);
inputTwo = null;
}
RefreshAnimation();
}
private void CreateVisualizers()
{
int num = Grid.PosToCell(base.transform.GetPosition());
bool flag = num != cell;
cell = num;
if (!flag)
{
Rotatable component = GetComponent <Rotatable>();
if ((UnityEngine.Object)component != (UnityEngine.Object)null)
{
Orientation orientation = component.GetOrientation();
flag = (orientation != this.orientation);
this.orientation = orientation;
}
}
if (flag)
{
DestroyVisualizers();
if (outputPortInfo != null)
{
outputPorts = new List <ILogicUIElement>();
for (int i = 0; i < outputPortInfo.Length; i++)
{
Port port = outputPortInfo[i];
LogicPortVisualizer logicPortVisualizer = new LogicPortVisualizer(GetActualCell(port.cellOffset), port.spriteType);
outputPorts.Add(logicPortVisualizer);
Game.Instance.logicCircuitManager.AddVisElem(logicPortVisualizer);
}
}
if (inputPortInfo != null)
{
inputPorts = new List <ILogicUIElement>();
for (int j = 0; j < inputPortInfo.Length; j++)
{
Port port2 = inputPortInfo[j];
LogicPortVisualizer logicPortVisualizer2 = new LogicPortVisualizer(GetActualCell(port2.cellOffset), port2.spriteType);
inputPorts.Add(logicPortVisualizer2);
Game.Instance.logicCircuitManager.AddVisElem(logicPortVisualizer2);
}
}
}
}
private void Connect()
{
if (!connected)
{
LogicCircuitManager logicCircuitManager = Game.Instance.logicCircuitManager;
UtilityNetworkManager <LogicCircuitNetwork, LogicWire> logicCircuitSystem = Game.Instance.logicCircuitSystem;
connected = true;
int outputCell = base.OutputCell;
logicCircuitSystem.AddToNetworks(outputCell, this, true);
output = new LogicPortVisualizer(outputCell, LogicPortSpriteType.Output);
logicCircuitManager.AddVisElem(output);
int inputCellOne = base.InputCellOne;
logicCircuitSystem.AddToNetworks(inputCellOne, inputOne, true);
logicCircuitManager.AddVisElem(inputOne);
if (base.RequiresTwoInputs)
{
int inputCellTwo = base.InputCellTwo;
logicCircuitSystem.AddToNetworks(inputCellTwo, inputTwo, true);
logicCircuitManager.AddVisElem(inputTwo);
}
RefreshAnimation();
}
}
