public override void InitializeReactor()
{
if (puzzleDefinition.hasLargeOutput)
{
reactorScreen = new LargeOutputReactorArea(this);
}
else
{
reactorScreen = new ReactorScreen(this);
}
Reactor reactor = new Reactor(reactorScreen, new Vector2i(117, 4), new Vector2i(10, 8), puzzleDefinition.hasLargeOutput ? ReactorLayout.LargeOutput : ReactorLayout.Regular, false);
reactorScreen.reactor = reactor;
if (!HasExistingReactor() && !Constants.unknown1)
{
AddStartInstructions();
Vector2i firstBonderPosition = new Vector2i(4, 3 - (puzzleDefinition.bonderCount - 1) / 4);
for (int i = 0; i < puzzleDefinition.bonderCount; ++i)
{
reactor.AddMember(new Vector2i(firstBonderPosition.x + i % 2, firstBonderPosition.y + i / 2), ReactorLayer.Background, new BonderFeature(reactor));
}
for (int i = 0; i < puzzleDefinition.GetFeatureCount(FeatureType.Sensor); i++)
{
Vector2i position = new Vector2i(2 + i % 2, 3 - i / 2);
reactor.AddMember(position, ReactorLayer.Background, new SensorFeature(reactor));
}
for (int i = 0; i < puzzleDefinition.GetFeatureCount(FeatureType.Splitter); i++)
{
reactor.AddMember(new Vector2i(6, 4 + i), ReactorLayer.Background, new SplitterFeature(reactor));
}
for (int i = 0; i < puzzleDefinition.GetFeatureCount(FeatureType.Fuser); i++)
{
reactor.AddMember(new Vector2i(6, 3 - i), ReactorLayer.Background, new FuserFeature(reactor));
}
for (int i = 0; i < puzzleDefinition.GetFeatureCount(FeatureType.Teleporter); i++)
{
Vector2i position = new Vector2i(2 + i % 2, 4 + i / 2);
reactor.AddMember(position, ReactorLayer.Background, new QuantumTunnelFeature(reactor));
}
}
reactorScreen.instructionsPanel = new InstructionsPanel(reactor, availableInstructions);
reactorScreen.simulationEngine = new ReactorSimulationEngine(reactor);
}
public Reactor(ReactorScreen reactorScreen, Vector2i position, Vector2i dimensions, ReactorLayout genum2_1, bool bool_2 = false)
{
}
