private IEnumerator <bool> DetectCurrentState()
{
var cycleModifiers = default(CycleModifiers);
cycleModifiers.SkipWaitTime = true;
if (!PrimaryVent.CanPressurize || PrimaryVent.GetOxygenLevel() == 0)
{
State = AirlockStates.Depressurized;
return(ProcedureMonitor());
}
if (PrimaryVent.GetOxygenLevel() > 0 && PrimaryVent.Depressurize)
{
return(ProcedureDepressurize(cycleModifiers));
}
if (PrimaryVent.GetOxygenLevel() < 1F && !PrimaryVent.Depressurize)
{
return(ProcedurePressurize(cycleModifiers));
}
if (PrimaryVent.GetOxygenLevel() == 1F && !PrimaryVent.Depressurize)
{
State = AirlockStates.Pressurized;
return(ProcedureMonitor());
}
return(ProcedureMonitor());
}
private IEnumerator <bool> ProcedurePressurize(CycleModifiers modifiers)
{
State = AirlockStates.Pressurizing;
// Signal Warning
UpdateLights();
// Wait for Presserize Warning Time
if (!modifiers.SkipWaitTime)
{
var startTime = DateTime.Now;
int timeRemaining;
while ((timeRemaining = PressurizeWarningTime - (DateTime.Now - startTime).Seconds) > 0)
{
lcdOutput.AppendLine("Warning\nAirlock Will\nPressurize");
lcdOutput.Append(timeRemaining.ToString()).AppendLine(" seconds");
if (timeRemaining <= 5)
{
lcdOutput.AppendLine("Stand Clear\nof Doors");
}
yield return(true);
}
}
// Close and Lock all doors
foreach (var door in AllDoors)
{
door.CloseDoor();
}
yield return(true);
while (AllDoors.Any(door => door.Status != DoorStatus.Closed))
{
lcdOutput.AppendLine("Warning\nClosing Doors\nStand Clear");
yield return(true);
}
foreach (var door in AllDoors)
{
door.Enabled = false;
}
yield return(true);
// Pressurize Airlock
foreach (var vent in MainVents)
{
vent.Depressurize = false;
}
while (MainVents.Any(vent => vent.GetOxygenLevel() < 1F))
{
lcdOutput.AppendLine("Warning\nPressurizing");
lcdOutput.AppendLine($"{(int)(PrimaryVent.GetOxygenLevel() * 100)}%");
yield return(true);
}
State = AirlockStates.Pressurized;
// Turn Alarms Off
UpdateLights();
// Update Lights and Displays
UnlockDoors(modifiers, InternalDoors);
// TODO: Finish Implementing PresserizeProcedure
yield return(false);
}
private void Initialize()
{
State = AirlockStates.Initializing;
BlockGroup = TheProgram.GridTerminalSystem.GetBlockGroupWithName(AirlockId);
CurrentBlockCount = CountTheBlocks();
if (BlockGroup == null)
{
State = AirlockStates.BlockGroupNotFound;
return;
}
_lazy_cache.Clear();
foreach (var panel in AllTextPanels)
{
panel.ShowPublicTextOnScreen();
panel.FontSize = 2.5F;
}
CurrentConfig = PrimaryVent.CustomData;
CurrentProcedure = DetectCurrentState();
}