private void StopButton_Click(object sender, EventArgs e)
{
lblCountDown.Visible = true;
//Add the phases to a Queue with the time duration
var phase = new TrafficPhase(PhaseType.Attention, 3);
phase.Done += Phase_Done;
phase.Elapsed += Phase_Elapsed;
phaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Stop, 7);
phase.Done += Phase_Done;
phase.Elapsed += Phase_Elapsed;
phaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Prepare, 2);
phase.Done += Phase_Done;
phase.Elapsed += Phase_Elapsed;
phaseQueue.Enqueue(phase);
// Aktuelle Phase Go ist am Ende wieder Ausgangszustand
phaseQueue.Enqueue(CurrentPhase);
// Ablauf der aktuellen Phase auslösen
CurrentPhase.Run();
}
public void GoToTime(int time)
{
//Zeitpunkt bestimmt CurrentPhase und verbleibende Phasen
var sum = 0;
var found = false;
foreach (var phase in PhaseQueue)
{
sum += phase.Duration;
if (sum >= time)
{
if (found)
{
WorkingQueue.Enqueue(phase);
}
else
{
found = true;
CurrentPhase = phase;
CurrentPhase.RemainingTime = (sum - time);
WorkingQueue.Clear();
}
}
}
//PhaseEventArgs als Informationspaket instanzieren
PhaseChanged?.Invoke(this, new PhaseEventArgs(CurrentPhase, MessageType.Move, time));
//SubController benachrichtigen
}
private void LightTimer_Tick(object sender, EventArgs e)
{
//Attention phase
if (CurrentPhase == TrafficPhase.Go)
{
CurrentPhase = TrafficPhase.Attention;
LightTimer.Interval = 3000;
}
//Stop phase
else if (CurrentPhase == TrafficPhase.Attention)
{
CurrentPhase = TrafficPhase.Stop;
LightTimer.Interval = 6000;
}
//Prepare Phase
else if (CurrentPhase == TrafficPhase.Stop)
{
CurrentPhase = TrafficPhase.Prepare;
LightTimer.Interval = 2000;
}
//return to Go Phase
else if (CurrentPhase == TrafficPhase.Prepare)
{
CurrentPhase = TrafficPhase.Go;
LightTimer.Stop();
}
}
public TrafficLight()
{
InitializeComponent();
CurrentPhase = new TrafficPhase(PhaseType.Go, 8);
CurrentPhase.Done += Phase_Done;
CurrentPhase.Elapsed += Phase_Elapsed;
}
private void Phase_Done(object sender, EventArgs e)
{
if (phaseQueue.Count != 0)
{
CurrentPhase = phaseQueue.Dequeue();
CurrentPhase.Run();
}
}
public TrafficLight()
{
InitializeComponent();
CurrentPhase = TrafficPhase.Go;
GreenLight.Image = Properties.Resources.LightGreen;
YellowLight.Image = Properties.Resources.DarkYellow;
RedLight.Image = Properties.Resources.DarkRed;
}
private void Phase_Done(object sender, EventArgs e)
{
//execute the next phase in the Queue
if (phaseQueue.Count != 0)
{
CurrentPhase = phaseQueue.Dequeue();
CurrentPhase.Run();
}
}
public PhaseController(string name, Queue <TrafficPhase> phaseQueue, PhaseController parent = null, TrafficPhase initialPhase = null)
{
Name = name;
Parent = parent;
CurrentPhase = initialPhase;
PhaseQueue = phaseQueue;
Timer.Interval = 1000;
Timer.Tick += new EventHandler(Timer_Tick);
}
public TrafficLight()
{
InitializeComponent();
CurrentPhase = TrafficPhase.Go;
RedLight.SetState(LampState.Off);
YellowLight.SetState(LampState.Off);
GreenLight.SetState(LampState.On);
}
private void Phase_Done(object sender, EventArgs e)
{
//execute the next phase in the Queue and inform the Events
if (PhaseQueue.Count != 0)
{
CurrentPhase = PhaseQueue.Dequeue();
CurrentPhase.Done += Phase_Done;
CurrentPhase.Elapsed += Phase_Elapsed;
CurrentPhase.Run();
}
OnPhaseChanged();
}
private void LightTimer_Tick(object sender, EventArgs e)
{
// Wenn keine Zeit übrig ist: Phasenwechsel
if (remainingTime == 0)
{
CurrentPhase = GoToNextPhase();
}
// Anzeige aktualisieren
lblCountDown.Text = remainingTime.ToString("00");
lblCountDown.Refresh();
// Verbleibende Zeit reduzieren
remainingTime--;
}
public void CreateMainQueue(object sender, EventArgs e)
{
//Add phases to the Queue and set the Current phase for the Controller
var phase = new TrafficPhase(PhaseType.Attention, 2);//Yelllow
MainPhaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Stop, 15);//Red
MainPhaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Prepare, 2);//Red, Yellow
MainPhaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Go, 0);//Green
MainPhaseQueue.Enqueue(phase);
}
public void CreateSubQueue(object sender, EventArgs e)
{
//Add phases to the Queue and set the Current phase for the Controller
SubController.CurrentPhase = new TrafficPhase(PhaseType.Stop, 10); //Red
var phase = new TrafficPhase(PhaseType.Prepare, 2); //Red, Yellow
SubPhaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Go, 9);//Green
SubPhaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Attention, 2);//Yellow
SubPhaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Stop, 0);//Red
SubPhaseQueue.Enqueue(phase);
}
private void PerformClockTick()
{
if (CurrentPhase?.RemainingTime >= 1)
{
CurrentPhase.RemainingTime--;
OnPhaseChanged();
}
else
{
if (WorkingQueue.Count != 0)
{
CurrentPhase = WorkingQueue.Dequeue();
OnPhaseChanged();
}
else
{
Timer.Stop();
}
}
}
private void StopButton_Click(object sender, EventArgs e)
{
//Add the phases to a Queue with the time duration
var phaseQueue = new Queue <TrafficPhase>();
phaseQueue.Enqueue(new TrafficPhase(PhaseType.Attention, 3));
phaseQueue.Enqueue(new TrafficPhase(PhaseType.Stop, 7));
phaseQueue.Enqueue(new TrafficPhase(PhaseType.Prepare, 2));
CurrentPhase.Run();
//execute the Queue elements statrs from the first phase
while (phaseQueue.Count > 0)
{
CurrentPhase = phaseQueue.Dequeue();
CurrentPhase.Run();
}
//set the Go phase as the last phase
CurrentPhase = new TrafficPhase(PhaseType.Go, 7);
}
private void LightTimer_Tick(object sender, EventArgs e)
{
//Attention phase
if (CurrentPhase == TrafficPhase.Go)
{
CurrentPhase = TrafficPhase.Attention;
RedLight.SetState(LampState.Off);
YellowLight.SetState(LampState.On);
GreenLight.SetState(LampState.Off);
LightTimer.Interval = 3000;
}
//Stop phase
else if (CurrentPhase == TrafficPhase.Attention)
{
CurrentPhase = TrafficPhase.Stop;
RedLight.SetState(LampState.On);
YellowLight.SetState(LampState.Off);//LightStateOff();
GreenLight.SetState(LampState.Off);
LightTimer.Interval = 6000;
}
//Prepare Phase
else if (CurrentPhase == TrafficPhase.Stop)
{
CurrentPhase = TrafficPhase.Prepare;
RedLight.SetState(LampState.On);
YellowLight.SetState(LampState.On);
GreenLight.SetState(LampState.Off);
LightTimer.Interval = 2000;
}
else if (CurrentPhase == TrafficPhase.Prepare)
{
CurrentPhase = TrafficPhase.Go;
RedLight.SetState(LampState.Off);
YellowLight.SetState(LampState.Off);
GreenLight.SetState(LampState.On);
LightTimer.Stop();
}
}
private void InitQueue(object sender, EventArgs e)
{
//Add the phases to a Queue with the time duration
var phase = new TrafficPhase(PhaseType.Attention, 3);
phase.Done += Phase_Done;
phase.Elapsed += Phase_Elapsed;
phaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Stop, 8);
phase.Done += Phase_Done;
phase.Elapsed += Phase_Elapsed;
phaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Prepare, 2);
phase.Done += Phase_Done;
phase.Elapsed += Phase_Elapsed;
phaseQueue.Enqueue(phase);
// Aktuelle Phase Go ist am Ende wieder Ausgangszustand
phaseQueue.Enqueue(CurrentPhase);
}
private void LightTimer_Tick(object sender, EventArgs e)
{
//Attention phase
if (CurrentPhase == TrafficPhase.Go)
{
CurrentPhase = TrafficPhase.Attention;
GreenLight.Image = Properties.Resources.DarkGreen;
YellowLight.Image = Properties.Resources.LightYellow;
RedLight.Image = Properties.Resources.DarkRed;
LightTimer.Interval = 3000;
}
//Stop phase
else if (CurrentPhase == TrafficPhase.Attention)
{
CurrentPhase = TrafficPhase.Stop;
GreenLight.Image = Properties.Resources.DarkGreen;
YellowLight.Image = Properties.Resources.DarkYellow;
RedLight.Image = Properties.Resources.LightRed;
LightTimer.Interval = 6000;
}
//Prepare Phase
else if (CurrentPhase == TrafficPhase.Stop)
{
CurrentPhase = TrafficPhase.Prepare;
GreenLight.Image = Properties.Resources.DarkGreen;
YellowLight.Image = Properties.Resources.LightYellow;
RedLight.Image = Properties.Resources.LightRed;
LightTimer.Interval = 2000;
}
else if (CurrentPhase == TrafficPhase.Prepare)
{
CurrentPhase = TrafficPhase.Go;
GreenLight.Image = Properties.Resources.LightGreen;
YellowLight.Image = Properties.Resources.DarkYellow;
RedLight.Image = Properties.Resources.DarkRed;
LightTimer.Stop();
}
}
private void StopButton_Click(object sender, EventArgs e)
{
//Add the phases to a Queue with the time duration
var phase = new TrafficPhase(PhaseType.Attention, 3);
phase.Done += Phase_Done;
phaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Stop, 7);
phase.Done += Phase_Done;
phaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Prepare, 2);
phase.Done += Phase_Done;
phaseQueue.Enqueue(phase);
phase = new TrafficPhase(PhaseType.Go, 8);
phase.Done += Phase_Done;
phaseQueue.Enqueue(phase);
CurrentPhase.Run();
phaseQueue.Enqueue(phase);
}
private void PerformClockTick()
{
if (CurrentPhase.RemainingTime >= 1)
{
CurrentPhase.RemainingTime--;
OnPhaseChanged();
}
else
{
if (Parent == null)
{
Timer.Stop();
}
if (PhaseQueue.Count != 0)
{
CurrentPhase = PhaseQueue.Dequeue();
if (Parent == null)
{
Timer.Start();
}
}
OnPhaseChanged();
}
}
public PhaseController(Queue <TrafficPhase> phaseQueue, PhaseController parent = null, TrafficPhase initialPhase = null)
{
Parent = parent;
CurrentPhase = initialPhase;
PhaseQueue = phaseQueue;
}
public PhaseController()
{
CurrentPhase = new TrafficPhase(PhaseType.Go, 8);
CurrentPhase.Done += Phase_Done;
CurrentPhase.Elapsed += Phase_Elapsed;
}
internal PhaseEventArgs(TrafficPhase phase, int remainingTime)
{
Phase = phase;
RemainingTime = remainingTime;
}
public PhaseEventArgs(TrafficPhase phase, MessageType messageType = MessageType.Tick, int time = 0)
{
Phase = phase;
MessageType = messageType;
Time = time;
}
public TrafficLight()
{
InitializeComponent();
CurrentPhase = new TrafficPhase(PhaseType.Go, 7);
}
internal PhaseEventArgs(TrafficPhase phase)
{
Phase = phase;
}