public static bool ReadCanBeCooked(this ICookable food)
{
var old = Scanner.Range;
Scanner.Range = 1;
var sourcelist = new List <ushort>();
for (ushort v = 0xDE3; v <= 0xDE9; v++) //Camp Fire
{
sourcelist.Add(v);
}
for (ushort v = 0x461; v <= 0x48E; v++) // Sandstone oven/fireplace
{
sourcelist.Add(v);
}
for (ushort v = 0x92B; v <= 0x96C; v++) // Stone oven/fireplace
{
sourcelist.Add(v);
}
for (ushort v = 0x184A; v <= 0x184C; v++) // Heating stand (left)
{
sourcelist.Add(v);
}
for (ushort v = 0x184E; v <= 0x1850; v++) // Heating stand (right)
{
sourcelist.Add(v);
}
for (ushort v = 0x398C; v <= 0x399F; v++) // Fire field
{
sourcelist.Add(v);
}
sourcelist.Add(0xFAC); //Fire Pit
var state = (Scanner.Find <UOEntity>(sourcelist, 0xFFFF, 0x0, false).Count > 0);
Scanner.Range = old;
return(state);
}
private IEnumerator CookAnimate(ICookable cookable)
{
float time = cookable.GetTotalDuration();
float elapsed = cookable.GetReadiness();
_cookable = cookable.GetTransform();
_cookable.SetParent(_cookingObjectParent);
_cookable.localPosition = Vector3.zero;
_cookable.localRotation = Quaternion.identity;
_steam.Play();
while (elapsed < time && _cookable != null)
{
cookable.Cook(elapsed);
_ui.SetCookingState(cookable.GetTotalDuration(), cookable.GetReadiness());
elapsed += Time.deltaTime;
yield return(null);
}
}
public Chef(ICookable kitchen)
{
Kitchen = kitchen;
}
private void Cook(ICookable cookable)
{
_cookingProcess = StartCoroutine(CookAnimate(cookable));
}
/// <summary>
/// New common functionality for ICookable
/// </summary>
/// <param name="food"></param>
public void Eat(ICookable food)
{
food.Cook();
Console.WriteLine("Wait 5 minutes and eat");
}
