// >0 if it is more mass in source volume
// TIME IS APPLIED
public float GetMassBalance(ChemVolume receiverVol)
{
ChemVolume sourceVol = GetSourceForReceiver(receiverVol);
if (sourceVol.name == "SteamStorage")
{
int x = 0;
}
float res = (sourceVol.Pressure - receiverVol.Pressure) * Kmass * gateGap * plant.PlantDeltaTime;
if (res > 0)
{
float probableMass = GasUtils.CalculateMass(sourceVol.Pressure, receiverVol.Volume, sourceVol.Mix.Temp);
float dm = probableMass - receiverVol.Mix.Mass;
if (dm > 0 && res > dm)
{
res = dm;
}
}
if (float.IsNaN(res) || float.IsInfinity(res))
{
throw new UnityException("GetMassBalance result is Nan or Infinity");
}
return(res);
}
// Use this for initialization
void Start()
{
float m = GasUtils.CalculateMass(Constants.WorldPressure, volume.Volume, Constants.WorldTemp);
volume.Mix.AddFraction(new ChemFraction(O2, m * frO2));
volume.Mix.AddFraction(new ChemFraction(N2, m * frN2));
volume.Mix.AddFraction(new ChemFraction(CO2, m * frCO2));
volume.Mix.AddFraction(new ChemFraction(InertGas, m * (1 - frO2 - frN2 - frCO2)));
volume.Mix.Heat = m * volume.Mix.HeatCapacity * Constants.WorldTemp;
volume.Mix.Infinite = true;
}
