internal static void Prefix(CookingPotItem __instance, ref CookingPotItem.CookingState cookingState)
{
if (cookingState == CookingPotItem.CookingState.Cooking && !__instance.AttachedFireIsBurning() && WaterUtils.GetWaterAmount(__instance) > 0)
{
cookingState = __instance.GetCookingState();
}
}
internal static void Prefix(CookingPotItem __instance, ref CookingPotItem.CookingState cookingState) // circumvent the transformation to "ruined" after a long time period.
{
if (cookingState == CookingPotItem.CookingState.Cooking && !__instance.AttachedFireIsBurning() && WaterUtils.GetWaterAmount(__instance) > 0)
{
cookingState = __instance.GetCookingState();
}
}
internal static void Postfix(CookingPotItem __instance)
{
if (!__instance.AttachedFireIsBurning() && WaterUtils.IsCookingItem(__instance))
{
__instance.PickUpCookedItem();
}
}
internal static void Postfix(CookingPotItem __instance)
{
TrackExitPlaceMesh.isExecuting = false;
// This is used to instantly pick up food from pot/ cans, when using right-click (It is bugged otherwise).
// It is not allowed for meat -> !__instance.IsDummyPot().
if (!__instance.AttachedFireIsBurning() && WaterUtils.IsCookingItem(__instance) && !__instance.IsDummyPot())
{
__instance.PickUpCookedItem();
}
}
internal static void Postfix(CookingPotItem __instance)
{
if (__instance.AttachedFireIsBurning())
{
return;
}
if (__instance.m_ParticlesSnowMelting.activeInHierarchy && WaterUtils.IsCooledDown(__instance))
{
Utils.SetActive(__instance.m_ParticlesSnowMelting, false);
}
}
internal static void Postfix(CookingPotItem __instance)
{
//Implementation.Log("CookingPotItem -- UpdateMeltingSnow");
if (__instance.AttachedFireIsBurning())
{
return;
}
else if (__instance.m_LitersSnowBeingMelted > 0)
{
if (__instance.m_ParticlesSnowMelting.activeInHierarchy && WaterUtils.IsCooledDown(__instance))
{
Utils.SetActive(__instance.m_ParticlesSnowMelting, false);
}
}
}
internal static void Postfix(CookingPotItem __instance)
{
if (__instance.AttachedFireIsBurning())
{
return;
}
if ((__instance.m_ParticlesWaterBoiling.activeInHierarchy || __instance.m_ParticlesWaterReady.activeInHierarchy) && WaterUtils.IsCooledDown(__instance))
{
Utils.SetActive(__instance.m_ParticlesWaterReady, false);
Utils.SetActive(__instance.m_ParticlesWaterBoiling, false);
if (__instance.GetCookingState() == CookingPotItem.CookingState.Ready)
{
ModUtils.GetOrCreateComponent <OverrideCookingState>(__instance).ForceReady = true;
WaterUtils.SetElapsedCookingTimeForWater(__instance, WaterUtils.GetWaterAmount(__instance));
}
}
}
internal static bool Prefix(CookingPotItem __instance)
{
float waterAmount = __instance.m_LitersWaterBeingBoiled;
if (Water.IsNone(waterAmount)) //only applies with water
{
return(true);
}
float waterVolumeToDrink = GameManager.GetPlayerManagerComponent().CalculateWaterVolumeToDrink(waterAmount);
if (Water.IsNone(waterVolumeToDrink)) // Not thirsty.
{
HUDMessage.AddMessage(Localization.Get("GAMEPLAY_Youarenotthirsty"));
GameAudioManager.PlayGUIError();
return(false);
}
bool is_ready = __instance.GetCookingState() == CookingPotItem.CookingState.Ready;
bool is_not_ready_and_no_fire = __instance.GetCookingState() == CookingPotItem.CookingState.Cooking && !__instance.AttachedFireIsBurning();
if (is_ready || is_not_ready_and_no_fire) //patch applies if ready or if still cooking but no fire.
{
DrinkFromPot.cookingPot = __instance;
DrinkFromPot.OnDrink();
if (Water.IsNone(__instance.m_LitersWaterBeingBoiled))
{
return(true);
}
else
{
GameManager.GetPlayerManagerComponent().ExitInspectGearMode(false);
return(false);
}
}
return(true);
}