public void EndProcess()
{
currProgress = cycleProgressEnum.HOLDING;
try{
CycleSideKick.Dispose();
}
catch (Exception ex) {
}
isRunning = false;
foreach (var process in cycleProcesses)
{
process.EndProcess();
}
tracker.massDisch = MassDischarged;
tracker.endMass = adc.ScaledNums[(int)ADC.ReadingTypes.Mass];
tracker.massChange = tracker.begMass - tracker.endMass;
tracker.endRH = adc.ScaledNums[(int)ADC.ReadingTypes.RH];
tracker.endTemp = adc.ScaledNums[(int)ADC.ReadingTypes.Temp];
tracker.endTime = DateTime.Now;
machine.FillSensorSwitch -= StartDischarge;
machine.TurnAllOff();
cycleStopEvent?.Invoke();
secondDrainCompleteFlag = false;
}
private void StartHold()
{
currProgress = cycleProgressEnum.HOLDING;
Console.WriteLine("Hold Step: " + DateTime.Now);
machine.TurnOff((int)Machine.OutputPins.Mist);
machine.TurnOn((int)Machine.OutputPins.Distribution);
machine.TurnOn((int)Machine.OutputPins.Blower);
Task.Run(() => { cycleProcesses[(int)processEnum.DrainPump].StartProcess(); });
Task.Run(() => {
while ((DateTime.Now.Subtract(cycleStart) < TimeSpan.FromMinutes(10)))
{
Thread.Sleep(1000);
if (!((DrainPump)cycleProcesses[(int)processEnum.DrainPump]).isRunning && !secondDrainCompleteFlag)
{
CycleSideKick = new System.Timers.Timer(Constants.SidekickMS);
CycleSideKick.Elapsed += StopSideKick;
CycleSideKick.AutoReset = false;
secondDrainCompleteFlag = true;
machine.TurnOn((int)Machine.OutputPins.Sidekick);
CycleSideKick.Start();
}
}
StartAeration();
});
}
public AutoCycle(Machine _machine, ADC _adc, List <IProcessButton> _buttons, SummaryTracker _tracker)
{
machine = _machine;
adc = _adc;
cycleProcesses = _buttons;
tracker = _tracker;
adc.OnAverageValues += UpdateEstTime;
currProgress = cycleProgressEnum.STANDBY;
}
private void RunCycle()
{
estCycleEnd = DateTime.Now.Add(estTimeLeft);
machine.TurnOn((int)Machine.OutputPins.Sidekick);
currProgress = cycleProgressEnum.FILLING;
tracker.roomVolume = BioShark_Blazor.Pages.Index.roomSize;
tracker.begMass = adc.ScaledNums[(int)ADC.ReadingTypes.Mass];
tracker.begRH = adc.ScaledNums[(int)ADC.ReadingTypes.RH];
tracker.begTemp = adc.ScaledNums[(int)ADC.ReadingTypes.Temp];
CycleSideKick = new System.Timers.Timer(Constants.SidekickMS);
CycleSideKick.Elapsed += FillMister;
CycleSideKick.AutoReset = false;
CycleSideKick.Start();
}
private async void StartDischarge()
{
currProgress = cycleProgressEnum.DISCHARGING;
cycleStart = DateTime.Now; // Save the start time for the hold step
tracker.startTime = cycleStart;
machine.FillSensorSwitch -= StartDischarge;
Console.WriteLine("Discharging... Start mass @ " + Math.Round(StartMass, 2));
double TargetMass = machine.targetMass;
cycleProcesses[(int)processEnum.RunPump].StartProcess(true);
await Task.Run(() => {
// Wait until the run pump saves the start mass
while (((RunPumpAutoTrigger)(cycleProcesses[(int)processEnum.RunPump])).StartMass <= 0)
{
}
StartMass = ((RunPumpAutoTrigger)(cycleProcesses[(int)processEnum.RunPump])).StartMass;
while (MassDischarged < TargetMass && isRunning && StartMass > 0)
{
MassDischarged = StartMass - adc.ScaledNums[(int)ADC.ReadingTypes.Mass];
Thread.Sleep(500);
} // Wait until mass above target
while (MassDischarged >= TargetMass && isRunning)
{
MassDischarged = StartMass - adc.ScaledNums[(int)ADC.ReadingTypes.Mass];
if (adc.ScaledNums[(int)ADC.ReadingTypes.HPHR] > Constants.TargetAmt)
{
Console.WriteLine("PPM Target Reached");
cycleProcesses[(int)processEnum.RunPump].EndProcess();
StartHold();
break;
}
else if (MassDischarged > TargetMass *Constants.ExtraMassFactor)
{
Console.WriteLine("Ending Cycle Early, going to start");
EndProcess();
break;
}
Thread.Sleep(500);
}
});
}
private void StartAeration()
{
currProgress = cycleProgressEnum.AERATING;
machine.TurnOff((int)Machine.OutputPins.Blower);
machine.TurnOff((int)Machine.OutputPins.Heat);
machine.TurnOff((int)Machine.OutputPins.Mist);
machine.TurnOff((int)Machine.OutputPins.MistFan);
machine.TurnOn((int)Machine.OutputPins.Cat);
cycleProcesses[(int)processEnum.LROsc].StartProcess();
while (((LROscillator)cycleProcesses[(int)processEnum.LROsc]).isRunning)
{
Thread.Sleep(1000);
}
EndProcess();
}
