public void EqualiseWithMultiple(List <PipeData> others, bool EqualiseGas, bool EqualiseLiquid)
{
if (EqualiseGas)
{
gasMix.MergeGasMixes(others);
}
if (EqualiseLiquid)
{
float TotalVolume = Volume;
foreach (var Pipe in others)
{
TotalVolume += PipeFunctions.PipeOrNet(Pipe).Volume;
}
float TotalReagents = Mix.Total;
foreach (var Pipe in others)
{
TotalReagents += PipeFunctions.PipeOrNet(Pipe).Mix.Total;
}
if (TotalVolume == 0)
{
Logger.LogError(" divide by 0 in EqualiseWithMultiple TotalVolume ");
}
float TargetDensity = TotalReagents / TotalVolume;
foreach (var Pipe in others)
{
PipeFunctions.PipeOrNet(Pipe).Mix.TransferTo(Mix, PipeFunctions.PipeOrNet(Pipe).Mix.Total);
}
foreach (var Pipe in others)
{
Mix.TransferTo(PipeFunctions.PipeOrNet(Pipe).Mix,
TargetDensity * PipeFunctions.PipeOrNet(Pipe).Volume);
}
}
}
public void EqualiseWithMultiple(List <PipeData> others, bool EqualiseGas, bool EqualiseLiquid)
{
if (EqualiseGas)
{
gasMix.MergeGasMixes(others);
if (gasMix.Gases.Any(x => x < 0))
{
Logger.Log("0!!!");
}
}
if (EqualiseLiquid)
{
float TotalVolume = Volume;
foreach (var Pipe in others)
{
TotalVolume += PipeFunctions.PipeOrNet(Pipe).Volume;
}
float TotalReagents = Mix.Total;
foreach (var Pipe in others)
{
TotalReagents += PipeFunctions.PipeOrNet(Pipe).Mix.Total;
}
float TargetDensity = TotalReagents / TotalVolume;
foreach (var Pipe in others)
{
PipeFunctions.PipeOrNet(Pipe).Mix.TransferTo(Mix, PipeFunctions.PipeOrNet(Pipe).Mix.Total);
}
foreach (var Pipe in others)
{
Mix.TransferTo(PipeFunctions.PipeOrNet(Pipe).Mix, TargetDensity * PipeFunctions.PipeOrNet(Pipe).Volume);
}
}
}
