public void SetThirst(int multiplier)
{
multiplier *= -1;
float adjustedRate;
if (multiplier != 0)
{
adjustedRate = (multiplier > 0) ? (defaultThirstRate / multiplier) : (defaultThirstRate * (Math.Abs(multiplier) + 1));
}
else
{
adjustedRate = defaultThirstRate;
}
Stat_Thirst thirst = network.GetLocalPlayer().Stats.stat_thirst;
PrivateValueAccessor.GetPrivateFieldInfo(typeof(Stat_Thirst), "thirstLostPerSecondDefault").SetValue(thirst, adjustedRate);
RConsole.Log(modPrefix + "Thirst rate set.");
}
public void SetSharkAttackInterval(int multiplier)
{
var sharks = FindObjectsOfType <Shark>();
float adjustedInterval;
if (multiplier != 0)
{
adjustedInterval = (multiplier > 0) ? (defaultBiteRaftInterval * multiplier) : (defaultBiteRaftInterval / (Math.Abs(multiplier) + 1));
}
else
{
adjustedInterval = defaultBiteRaftInterval;
}
foreach (Shark shark in sharks)
{
PrivateValueAccessor.GetPrivateFieldInfo(typeof(Shark), "searchBlockInterval").SetValue(shark, adjustedInterval);
}
RConsole.Log(modPrefix + "Shark bite raft interval set.");
}
public void SetHunger(int multiplier)
{
multiplier *= -1;
float adjustedRate;
if (multiplier != 0)
{
adjustedRate = (multiplier > 0) ? (defaultHungerRate / multiplier) : (defaultHungerRate * (Math.Abs(multiplier) + 1));
}
else
{
adjustedRate = defaultHungerRate;
}
var hunger = network.GetLocalPlayer().Stats.stat_hunger;
PrivateValueAccessor.GetPrivateFieldInfo(typeof(Stat_Hunger), "hungerLostPerSecondDefault").SetValue(hunger.Bonus, adjustedRate);
PrivateValueAccessor.GetPrivateFieldInfo(typeof(Stat_Hunger), "hungerLostPerSecondDefault").SetValue(hunger.Normal, adjustedRate);
RConsole.Log(modPrefix + "Hunger rate set.");
}
public void SetSharkAttackDamage(int multiplier)
{
var sharks = FindObjectsOfType <Shark>();
int adjustedRaftDamage, adjustedPlayerDamage;
if (multiplier != 0)
{
adjustedRaftDamage = (multiplier > 0) ? (defaultSharkDamageRaft / multiplier) : (defaultSharkDamageRaft * (Math.Abs(multiplier) + 1));
adjustedPlayerDamage = (multiplier > 0) ? (defaultSharkDamagePerson / multiplier) : (defaultSharkDamagePerson * (Math.Abs(multiplier) + 1));
}
else
{
adjustedRaftDamage = defaultSharkDamageRaft;
adjustedPlayerDamage = defaultSharkDamagePerson;
}
foreach (Shark shark in sharks)
{
PrivateValueAccessor.GetPrivateFieldInfo(typeof(Shark), "biteRaftDamage").SetValue(shark, adjustedRaftDamage);
PrivateValueAccessor.GetPrivateFieldInfo(typeof(Shark), "attackPlayerDamage").SetValue(shark, adjustedPlayerDamage);
}
RConsole.Log(modPrefix + "Shark damage set.");
}
public void SetDurability(int multiplier)
{
List <Item_Base> items = ItemManager.GetAllItems();
foreach (var item in items)
{
int defaultSize = defaultMaxUses[item.UniqueIndex];
int adjustedSize;
if (defaultSize <= 1)
{
continue;
} // Avoid changing durability of items that "dont have" durability (like cups)
if (multiplier != 0)
{
adjustedSize = (multiplier > 0) ? (defaultSize * multiplier) : (defaultSize / (Math.Abs(multiplier) + 1));
}
else
{
adjustedSize = defaultSize;
}
PrivateValueAccessor.GetPrivateFieldInfo(typeof(Item_Base), "maxUses").SetValue(item, adjustedSize);
}
RConsole.Log(modPrefix + "Durability multiplier set.");
}
public void SetStackSize(int multiplier)
{
List <Item_Base> items = ItemManager.GetAllItems();
// Change base object
foreach (var item in items)
{
int defaultSize = defaultStackSizes[item.UniqueIndex];
if (defaultSize <= 1)
{
continue;
} // Avoid changing stack size of items that shouldn't stack (like cups)
int adjustedSize;
if (multiplier != 0)
{
adjustedSize = (multiplier > 0) ? (defaultSize * multiplier) : (defaultSize / (Math.Abs(multiplier) + 1));
}
else
{
adjustedSize = defaultSize;
}
ItemInstance_Inventory inventory = item.settings_Inventory;
PrivateValueAccessor.GetPrivateFieldInfo(typeof(ItemInstance_Inventory), "stackSize").SetValue(inventory, adjustedSize);
}
RConsole.Log(modPrefix + "BaseItem stack size set.");
// Change items in players inventory
foreach (Slot slot in network.GetLocalPlayer().Inventory.allSlots)
{
if (!slot.HasValidItemInstance())
{
continue;
}
Item_Base item = slot.itemInstance.baseItem;
int defaultSize = defaultStackSizes[item.UniqueIndex];
if (defaultSize <= 1)
{
continue;
} // Avoid changing stack size of items that shouldn't stack (like cups)
int adjustedSize;
if (multiplier != 0)
{
adjustedSize = (multiplier > 0) ? (defaultSize * multiplier) : (defaultSize / (Math.Abs(multiplier) + 1));
}
else
{
adjustedSize = defaultSize;
}
ItemInstance_Inventory settings = slot.itemInstance.settings_Inventory;
PrivateValueAccessor.GetPrivateFieldInfo(typeof(ItemInstance_Inventory), "stackSize").SetValue(settings, adjustedSize);
}
RConsole.Log(modPrefix + "Inventory items stack size set.");
// Change items in storage boxes
foreach (var storage in StorageManager.allStorages)
{
foreach (var slot in storage.GetInventoryReference().allSlots)
{
if (!slot.HasValidItemInstance())
{
continue;
}
Item_Base item = slot.itemInstance.baseItem;
int defaultSize = defaultStackSizes[item.UniqueIndex];
if (defaultSize <= 1)
{
continue;
} // Avoid changing stack size of items that shouldn't stack (like cups)
int adjustedSize;
if (multiplier != 0)
{
adjustedSize = (multiplier > 0) ? (defaultSize * multiplier) : (defaultSize / (Math.Abs(multiplier) + 1));
}
else
{
adjustedSize = defaultSize;
}
ItemInstance_Inventory settings = slot.itemInstance.settings_Inventory;
PrivateValueAccessor.GetPrivateFieldInfo(typeof(ItemInstance_Inventory), "stackSize").SetValue(settings, adjustedSize);
}
}
RConsole.Log(modPrefix + "Storage items stack size set.");
}