private void CheckAtmos()
{
if (SelfSufficient == false)
{
var pressureDensity = pipeData.mixAndVolume.Density();
if (pressureDensity.y > MaxInternalPressure || metaNode.GasMix.Pressure < MMinimumPressure)
{
return;
}
}
else
{
if (metaNode.GasMix.Pressure < MMinimumPressure)
{
return;
}
}
if (metaNode.GasMix.Pressure == 0)
{
return;
}
float available = MMinimumPressure / metaNode.GasMix.Pressure * metaNode.GasMix.Moles;
if (available < 0)
{
return;
}
if (MaxTransferMoles < available)
{
available = MaxTransferMoles;
}
var gasOnNode = metaNode.GasMix;
if (SelfSufficient)
{
GasMix.TransferGas(selfSufficientGas, gasOnNode, available);
selfSufficientGas.Copy(GasMixes.BaseAirMix);
}
else
{
var pipeMix = pipeData.mixAndVolume.GetGasMix();
GasMix.TransferGas(pipeMix, gasOnNode, available);
}
metaDataLayer.UpdateSystemsAt(registerTile.LocalPositionServer, SystemType.AtmosSystem);
}
public override void TickUpdate()
{
pipeData.mixAndVolume.EqualiseWithOutputs(pipeData.Outputs);
if (IsOperating == false || isWelded)
{
return;
}
Operate();
if (selfSufficient)
{
pipeMix.Copy(GasMixes.BaseAirMix);
}
}
private void CheckAtmos()
{
//metaNode.GasMix = pipeData.mixAndVolume.EqualiseWithExternal(metaNode.GasMix);
if (metaNode.GasMix.Pressure > MaxOutletPressure)
{
return;
}
float molesTransferred;
if (metaNode.GasMix.Pressure != 0)
{
molesTransferred = ((MaxOutletPressure / metaNode.GasMix.Pressure) * metaNode.GasMix.Moles) - metaNode.GasMix.Moles;
if (MaxTransferMoles < molesTransferred)
{
molesTransferred = MaxTransferMoles;
}
}
else
{
molesTransferred = MaxTransferMoles;
}
if (SelfSufficient)
{
TransferGas(selfSufficientGas, molesTransferred);
selfSufficientGas.Copy(GasMixes.Air);
}
else
{
var pipeMix = pipeData.mixAndVolume.GetGasMix();
TransferGas(pipeMix, molesTransferred);
}
metaDataLayer.UpdateSystemsAt(registerTile.LocalPositionServer, SystemType.AtmosSystem);
}
