/// <summary>
/// Pumps One tick of gas from input atmosphere.
/// This removes gas from inputAtmosphere, but nothing is added to outputAtmosphere. This enables internal processing before adding to output network(s).
/// </summary>
/// <param name="power">pump power (W/tick)</param>
/// <param name="inputAtmosphere">Usually InputNetwork.Atmosphere</param>
/// <param name="outputAtmosphere">Usually OutputNetwork.Atmosphere</param>
/// <returns>GasMixture containing one tick of pumped gas from inputAtmosphere</returns>
public static GasMixture VolumePumpOneTickFromInput(float quantityolume, Atmosphere inputAtmosphere, Atmosphere outputAtmosphere, out float usedPower)
{
float pumpedMoles = 0;
return(inputAtmosphere.Remove(pumpedMoles));
}
/// <summary>
/// Pumps One tick of gas from input atmosphere.
/// This removes gas from inputAtmosphere, but nothing is added to outputAtmosphere. This enables internal processing before adding to output network(s).
/// </summary>
/// <param name="power">pump power (W/tick)</param>
/// <param name="inputAtmosphere">Usually InputNetwork.Atmosphere</param>
/// <param name="outputAtmosphere">Usually OutputNetwork.Atmosphere</param>
/// <returns>GasMixture containing one tick of pumped gas from inputAtmosphere</returns>
public static GasMixture PowerPumpOneTickFromInput(float power, Atmosphere inputAtmosphere, Atmosphere outputAtmosphere)
{
float head = (outputAtmosphere.PressureGasses - inputAtmosphere.PressureGasses) * 102f; // Based on PressureGasses using "Pa"
float density = inputAtmosphere.GasMixture.TotalDensity;
float pumpedMoles = power / (head * 9.81f * density);
return(inputAtmosphere.Remove(pumpedMoles));
}
public GasMixture PumpIn(float volume, out float requiredPower)
{
Atmosphere inputAtmosphere = InputNetwork.Atmosphere;
Atmosphere outputAtmosphere = OutputNetwork.Atmosphere;
float deltaP = outputAtmosphere.PressureGassesAndLiquidsInPa - inputAtmosphere.PressureGassesAndLiquidsInPa;
volume /= 1000; // convert from Liters to m3
requiredPower = deltaP * volume / Efficiency; // https://en.wikipedia.org/wiki/Pump#Pumping_power
requiredPower = Math.Max(0, requiredPower) + IdlePower; // disallow negative power consumption and adding IdlePower.
if (requiredPower > MaximumPower)
{
// Maximum power usage limit reached, so we're clamping the power and adjusting the volume accordingly
requiredPower = MaximumPower;
float adjustedPumpingPower = requiredPower - IdlePower;
volume = adjustedPumpingPower * Efficiency / deltaP;
}
volume *= 1000; // Convert from m3 to Liters
float molesToPump = inputAtmosphere.TotalMoles * volume / inputAtmosphere.Volume;
return(inputAtmosphere.Remove(molesToPump));
}
