public void Transfer(TrueTank to, int numAtoms)
{
to.Fill(this.Drain(numAtoms));
}
public void RemoveAtomsDPriority(TrueTank t, int numAtoms)
{
List<Atom> AtomsToRemove = new List<Atom>();
int Count = 0;
int DirtyAtoms = CountDirtyAtoms(t);
while (DirtyAtoms > 0 && numAtoms > 0)
{
if (t.Atoms[Count].IsDirty == true) { t.Atoms.RemoveAt(Count); Count--; numAtoms--; DirtyAtoms--; }
Count++;
}
t.Drain(numAtoms);
}
public int CountDirtyAtoms(TrueTank t)
{
int ReturnInt = 0;
foreach (Atom a in t.Atoms)
{
if (a.IsDirty == true) { ReturnInt += 1; }
}
return ReturnInt;
}
//initialize the model
public void init()
{
PLC = new PLCHelpers(HETankIP, BeltPressIP);
TickDuration = Globals.MilliSecondPerTick;
HETank = new TrueTank(HTankCap, PLC.GetHeatTankVolume, PLC.GetHeatTankTemp);
StorTank = new TrueTank(StorTankCap, PLC.GetHoldTankVolume, PLC.GetHoldTankTemp);
HExchanger = new TrueHeatExchanger(HExchangerCap, PLC.GetHETempIn, PLC.GetHETempOut);
StartTime = DateTime.Now;
PrevTime = StartTime;
CurTime = StartTime;
PHT = PLC.GetHoldTankVolume(); //magic initial value
PHTT = PLC.GetHeatTankVolume(); //magic initial value
Tracker = new IngressTracker(PLC, PHT, PHTT);
SetInitValues();
Thread.Sleep(5000);
}
public void CloneAtoms(TrueTank t, int numAtoms)
{
int random;
Atom CloneAtom;
for (int x = 0; x < numAtoms; x++)
{
random = Helpers.GetRandomElement(t.Atoms.Count);
CloneAtom = t.Atoms[random].DirtyCopy();
t.Atoms.Add(CloneAtom);
}
}