public NuclearUpgradeHandler() : base(CyclopsModule.NuclearChargerID, canRecharge: false)
{
OnBatteryDrained += (BatteryDetails details) =>
{
this.TotalBatteryCapacity -= details.BatteryRef._capacity;
Equipment modules = details.ParentEquipment;
string slotName = details.SlotName;
// Drained nuclear batteries are handled just like how the Nuclear Reactor handles depleated reactor rods
InventoryItem inventoryItem = modules.RemoveItem(slotName, true, false);
GameObject.Destroy(inventoryItem.item.gameObject);
modules.AddItem(slotName, CyclopsModule.SpawnCyclopsModule(CyclopsModule.DepletedNuclearModuleID), true);
ErrorMessage.AddMessage(DepletedNuclearModule.DepletedEvent);
};
OnFirstTimeMaxCountReached += () =>
{
ErrorMessage.AddMessage(CyclopsModule.MaxNuclearReached());
};
}
public void OnProtoDeserializeObjectTree(ProtobufSerializer serializer)
{
if (SaveData.Load())
{
// Because the items here aren't being serialized with everything else normally,
// I've used custom save data to handle whatever gets left in these slots.
QuickLogger.Debug("Loading save data");
// The following is a recreation of the essential parts of the Equipment.ResponseEquipment method.
foreach (string slot in SlotHelper.SlotNames)
{
// These slots need to be added before we can add items to them
this.Modules.AddSlot(slot);
EmModuleSaveData savedModule = SaveData.GetModuleInSlot(slot);
if (savedModule.ItemID == 0) // (int)TechType.None
{
continue; // Nothing here
}
InventoryItem spanwedItem = CyclopsModule.SpawnCyclopsModule((TechType)savedModule.ItemID);
QuickLogger.Debug($"Spawned in {savedModule.ItemID} from save data");
if (spanwedItem is null)
{
continue;
}
if (savedModule.RemainingCharge > 0f) // Modules without batteries are stored with a -1 value for charge
{
spanwedItem.item.GetComponent <Battery>().charge = savedModule.RemainingCharge;
}
this.Modules.AddItem(slot, spanwedItem, true);
}
}
else
{
UnlockDefaultModuleSlots();
}
}
