public void AddGas(AtmosGasses gas, float amount)
{
if (state != AtmosStates.Blocked)
{
atmosContainer.AddGas(gas, amount);
state = AtmosStates.Active;
}
}
bool IsFiltered(AtmosGasses gas)
{
switch (gas)
{
case AtmosGasses.Oxygen:
return(filterOxygen);
case AtmosGasses.Nitrogen:
return(filterNitrogen);
case AtmosGasses.CarbonDioxide:
return(filterCarbonDioxide);
case AtmosGasses.Plasma:
return(filterPlasma);
}
return(false);
}
public void RemoveGas(AtmosGasses gas, float amount)
{
gasses[(int)gas] = Mathf.Max(gasses[(int)gas] - amount, 0);
}
public void AddGas(AtmosGasses gas, float amount)
{
gasses[(int)gas] = Mathf.Max(gasses[(int)gas] + amount, 0);
}
public float GetGas(AtmosGasses index)
{
return(gasses[(int)index]);
}
public float GetPartialPressure(AtmosGasses gas)
{
return((gasses[(int)gas] * Gas.gasConstant * temperature) / Volume / 1000f);
}
public float GetPartialPressure(AtmosGasses gas)
{
return(atmosContainer.GetPartialPressure(gas));
}
// Should be moved to the Atmos editor in the future
public void SetAddGas(AtmosGasses gas)
{
gasToAdd = gas;
}
