private void Remove(float amount, LiquidQuality quality)
{
if (IsNone(amount))
{
return;
}
float remaining = amount;
liquidItems.Sort(REMOVING_ORDER);
foreach (LiquidItem eachLiquidItem in liquidItems)
{
if (IsEmpty(eachLiquidItem) || eachLiquidItem.m_LiquidQuality != quality)
{
continue;
}
float transfer = Mathf.Min(remaining, eachLiquidItem.m_LiquidLiters);
eachLiquidItem.m_LiquidLiters -= transfer;
remaining -= transfer;
if (IsNone(remaining))
{
return;
}
}
}
/// <summary>
/// Take water out of the bottles for things like cooking
/// </summary>
/// <param name="amount">Amount of water in liters</param>
/// <param name="quality">Potable or Nonpotable</param>
internal void Remove(float amount, LiquidQuality quality)
{
if (IsNone(amount)) //returns true for negative numbers, zero, and small positive numbers
{
return;
}
float remaining = amount;
liquidItems.Sort(REMOVING_ORDER); //sorts containers by ascending liquid amount, i.e. empty at the start of the list, more fluid at the end
foreach (LiquidItem eachLiquidItem in liquidItems)
{
if (IsEmpty(eachLiquidItem) || eachLiquidItem.m_LiquidQuality != quality)
{
continue;
}
float transfer = Mathf.Min(remaining, eachLiquidItem.m_LiquidLiters); //can't take more water than what is in the container
eachLiquidItem.m_LiquidLiters -= transfer;
remaining -= transfer;
if (IsNone(remaining))
{
return;
}
}
//It should not be possible for remaining to be nonzero at this point.
//That would mean that some kind of error occured and that the game tried to take more water than the player possessed.
}
/// <summary>
/// Adds water to the bottles in the inventory
/// </summary>
/// <param name="amount">Amount of water in liters</param>
/// <param name="quality">Potable or Nonpotable</param>
internal void Add(float amount, LiquidQuality quality)
{
if (IsNone(amount)) //returns true for negative numbers, zero, and small positive numbers
{
return;
}
float remaining = amount;
liquidItems.Sort(ADDING_ORDER); //fuller bottles first; if the same fill amount, bigger bottle first
//Nonempty bottles
foreach (LiquidItem eachLiquidItem in liquidItems)
{
if (IsEmpty(eachLiquidItem) || eachLiquidItem.m_LiquidQuality != quality)
{
continue;
}
//can't add more water than the space available in the bottle
float transfer = Mathf.Min(remaining, eachLiquidItem.m_LiquidCapacityLiters - eachLiquidItem.m_LiquidLiters);
eachLiquidItem.m_LiquidLiters += transfer;
remaining -= transfer;
if (IsNone(remaining))
{
return;
}
}
//Empty Bottles
foreach (LiquidItem eachLiquidItem in liquidItems)
{
if (!IsEmpty(eachLiquidItem))
{
continue;
}
//can't add more water than the space available in the bottle
float transfer = Mathf.Min(remaining, eachLiquidItem.m_LiquidCapacityLiters - eachLiquidItem.m_LiquidLiters);
eachLiquidItem.m_LiquidLiters += transfer;
eachLiquidItem.m_LiquidQuality = quality;
remaining -= transfer;
if (IsNone(remaining))
{
return;
}
}
//If remaining is still greater than zero at this point, that water becomes the lost amount
}
public static float GetRemainingCapacity(LiquidQuality quality)
{
if (quality == LiquidQuality.NonPotable)
{
return(WATER.RemainingCapacityNonPotable);
}
if (quality == LiquidQuality.Potable)
{
return(WATER.RemainingCapacityPotable);
}
return(0);
}
public static float GetActual(LiquidQuality quality)
{
if (quality == LiquidQuality.NonPotable)
{
return(WATER.ActualNonPotable);
}
if (quality == LiquidQuality.Potable)
{
return(WATER.ActualPotable);
}
return(0);
}
/// <summary>
///
/// </summary>
/// <param name="quality"></param>
/// <returns></returns>
public static float GetRemainingCapacity(LiquidQuality quality)
{
switch (quality)
{
case LiquidQuality.NonPotable:
return(WATER.RemainingCapacityNonPotable);
case LiquidQuality.Potable:
return(WATER.RemainingCapacityPotable);
default:
return(0f);
}
}
private void Add(float amount, LiquidQuality quality)
{
if (IsNone(amount))
{
return;
}
float remaining = amount;
liquidItems.Sort(ADDING_ORDER);
foreach (LiquidItem eachLiquidItem in liquidItems)
{
if (IsEmpty(eachLiquidItem) || eachLiquidItem.m_LiquidQuality != quality)
{
continue;
}
float transfer = Mathf.Min(remaining, eachLiquidItem.m_LiquidCapacityLiters - eachLiquidItem.m_LiquidLiters);
eachLiquidItem.m_LiquidLiters += transfer;
remaining -= transfer;
if (IsNone(remaining))
{
return;
}
}
foreach (LiquidItem eachLiquidItem in liquidItems)
{
if (!IsEmpty(eachLiquidItem))
{
continue;
}
float transfer = Mathf.Min(remaining, eachLiquidItem.m_LiquidCapacityLiters - eachLiquidItem.m_LiquidLiters);
eachLiquidItem.m_LiquidLiters += transfer;
eachLiquidItem.m_LiquidQuality = quality;
remaining -= transfer;
if (IsNone(remaining))
{
return;
}
}
}
internal static void Postfix(float numLiters, LiquidQuality quality)
{
Water.AdjustWaterToWaterSupply();
}
private static string GetWaterInfo(LiquidQuality quality)
{
return(Localization.Get("GAMEPLAY_Water" + quality.ToString()) + ": " + WaterUtils.FormatWaterAmount(Water.GetActual(quality)) + "/" + WaterUtils.FormatWaterAmount(Water.GetCapacity(quality)));
}
public static void Prefix(float numLiters, LiquidQuality quality)
{
Water.AdjustWaterToWaterSupply();
}
