public static void AdjustWaterSupplyToWater()
{
if (IgnoreChanges)
{
return;
}
WATER.Update();
Inventory inventory = GameManager.GetInventoryComponent();
if (inventory == null)
{
return;
}
var nonPotableWaterSupply = inventory.GetNonPotableWaterSupply();
if (nonPotableWaterSupply != null)
{
nonPotableWaterSupply.m_WaterSupply.m_VolumeInLiters = WATER.ActualNonPotable;
}
var potableWaterSupply = inventory.GetPotableWaterSupply();
if (potableWaterSupply != null)
{
potableWaterSupply.m_WaterSupply.m_VolumeInLiters = WATER.ActualPotable;
}
}
//Readjusts the "game" potable water supply to match the "actual" amount of water held in containers by the player
public static void AdjustWaterSupplyToWater()
{
if (IgnoreChanges)
{
return;
}
//Updates all the variables including ActualNonPotable and ActualPotable
WATER.Update();
Inventory inventory = GameManager.GetInventoryComponent();
if (inventory == null)
{
return;
}
var nonPotableWaterSupply = inventory.GetNonPotableWaterSupply();
if (nonPotableWaterSupply != null)
{
//sets the "game" nonpotable water supply to match the "actual" amount of nonpotable water held in containers by the player
nonPotableWaterSupply.m_WaterSupply.m_VolumeInLiters = WATER.ActualNonPotable;
}
var potableWaterSupply = inventory.GetPotableWaterSupply();
if (potableWaterSupply != null)
{
//sets the "game" potable water supply to match the "actual" amount of potable water held in containers by the player
potableWaterSupply.m_WaterSupply.m_VolumeInLiters = WATER.ActualPotable;
}
}