public void Close()
{
openCount = Mathf.Max(0, openCount - 1);
if (openCount == 0 && DisplacesGas(doorType))
{
StructureTemperatureComponents structureTemperatures = GameComps.StructureTemperatures;
HandleVector <int> .Handle handle = structureTemperatures.GetHandle(base.gameObject);
PrimaryElement component = GetComponent <PrimaryElement>();
if (handle.IsValid() && !structureTemperatures.IsBypassed(handle))
{
float num = component.Temperature = structureTemperatures.GetPayload(handle).Temperature;
}
}
switch (controlState)
{
case ControlState.Locked:
controller.sm.isOpen.Set(false, controller);
break;
case ControlState.Auto:
if (openCount == 0)
{
controller.sm.isOpen.Set(false, controller);
Game.Instance.userMenu.Refresh(base.gameObject);
}
break;
}
}
public void Sim200ms(float dt)
{
if (!((Object)this == (Object)null))
{
if (doorOpenLiquidRefreshHack)
{
doorOpenLiquidRefreshTime -= dt;
if (doorOpenLiquidRefreshTime <= 0f)
{
doorOpenLiquidRefreshHack = false;
int[] placementCells = building.PlacementCells;
foreach (int cell in placementCells)
{
Pathfinding.Instance.AddDirtyNavGridCell(cell);
}
}
}
if (applyLogicChange)
{
applyLogicChange = false;
ApplyRequestedControlState(false);
}
if (do_melt_check)
{
StructureTemperatureComponents structureTemperatures = GameComps.StructureTemperatures;
HandleVector <int> .Handle handle = structureTemperatures.GetHandle(base.gameObject);
if (handle.IsValid())
{
StructureTemperaturePayload payload = structureTemperatures.GetPayload(handle);
if (!payload.enabled)
{
int[] placementCells2 = building.PlacementCells;
int num = 0;
while (true)
{
if (num >= placementCells2.Length)
{
return;
}
int i2 = placementCells2[num];
if (!Grid.Solid[i2])
{
break;
}
num++;
}
PrimaryElement component = GetComponent <PrimaryElement>();
StructureTemperatureComponents.DoMelt(component);
}
}
}
}
}
private void ForceSimUpdate()
{
//Update the building temperature simulation, so that the conduit as a building itself transfers no heat.
//Without this, heat will transfer to/from the conduit's surroudnings from/to the conduit itself (without affecting the conduit contents)
StructureTemperatureComponents mgr = GameComps.StructureTemperatures;
HandleVector <int> .Handle handle = mgr.GetHandle(gameObject);
//Payload contains information such as the building, temperature, and the element the building is made out of
StructureTemperaturePayload payload = mgr.GetPayload(handle);
//In this instance, the InternalTemperature represents what the temperature of the building was when the save was first loaded. Temperature reprsents the current temperature
payload.primaryElement.InternalTemperature = this.primaryElement.Temperature;
object[] parameters = { payload };
//The simulation will normally ignore that the payload had its primary element changed except when the game first runs after loading a save.
//Force the simulation to update its information by invoking UpdateSimState.
Harmony.AccessTools.Method(typeof(StructureTemperatureComponents), "UpdateSimState").Invoke(GameComps.StructureTemperatures, parameters);
}