public ControlForm(RPN rpn)
{
InitializeComponent();
updateSpeadInfo();
myRpn = rpn;
myRpn.directionChanged += this.directionChangedHandler;
myRpn.stateChanged += this.stateChangedHandler;
myRpn.frequencyChanged += this.frequencyChangedHandler;
this.pictureBox12.BringToFront();
this.pictureBox13.BringToFront();
this.pictureBox14.BringToFront();
this.pictureBox15.BringToFront();
Lines1[3] = pictureBox18;
Lines1[2] = pictureBox20;
Lines1[1] = pictureBox22;
Lines1[0] = pictureBox24;
Lines2[3] = pictureBox19;
Lines2[2] = pictureBox21;
Lines2[1] = pictureBox23;
Lines2[0] = pictureBox25;
this.myThread = new Thread(new ThreadStart(this.EventZaloop));
myThread.IsBackground = true;
myThread.Start();
}
public Diagramm(RPN rpn)
{
InitializeComponent();
rpn.frequencyChanged += frequencyChangedHandler;
rpn.stateChanged += stateChangedHandler;
this.pictureBox1.BringToFront();
this.myThread = new Thread(new ThreadStart(this.eventZaloop));
myThread.IsBackground = true;
myThread.Start();
}
internal static int RPN_DELAY = 500; // time in milliseconds per one frequency
#endregion Fields
#region Methods
internal static Color getFreqColor(RPN.Frequency f)
{
Color toRet = new Color();
switch (f) {
case RPN.Frequency.F1: toRet = Color.Red; break;
case RPN.Frequency.F2: toRet = Color.Blue; break;
case RPN.Frequency.F3: toRet = Color.Yellow; break;
case RPN.Frequency.F4: toRet = Color.Green; break;
}
return toRet;
}
internal static Image getFreqImage(RPN.Frequency f)
{
Image toRet = Properties.Resources.f1;
switch (f)
{
case RPN.Frequency.F1: toRet = Properties.Resources.f1; break;
case RPN.Frequency.F2: toRet = Properties.Resources.f2; break;
case RPN.Frequency.F3: toRet = Properties.Resources.f3; break;
case RPN.Frequency.F4: toRet = Properties.Resources.f4; break;
}
return toRet;
}
public BeamForm(RPN rpn)
{
InitializeComponent();
state.sector = this.sector1x105;
//RPNEvent handlers
rpn.directionChanged += this.directionChangedHandler;
rpn.stateChanged += this.stateChangedHandler;
rpn.modeChanged += this.modeChangedHandler;
rpn.frequencyChanged += this.frequencyChangedHandler;
//resize event handler
this.Resize += this.onResize;
//thread for calculations
this.myThread = new Thread(new ThreadStart( this.eventLoop ));
myThread.IsBackground = true;
myThread.Start();
}
static void Main()
{
//This method's call enables all graphic in the application
Application.EnableVisualStyles();
//Make RPN works
RPN rpn = new RPN(); //Create an instance
Thread rpnThread = new Thread(new ThreadStart(rpn.eventLoop));
rpnThread.IsBackground = true;//Create a thread for RPN
rpnThread.Start(); //Turn it on; now we can call all methods of RPN
//Create beamForm and make it visible
BeamForm beamForm = new BeamForm(rpn);
beamForm.Show();
Diagramm timediagramm = new Diagramm(rpn);
timediagramm.Show();
ControlForm controlForm = new ControlForm(rpn);
Application.Run(controlForm);
}
private void stateChangedHandler(RPN.CompleteRPNState currentState)
{
isStateChanged = true;
isRpnOn = currentState.isActive;
}
private void frequencyChangedHandler(RPN.CompleteRPNState currentState)
{
isFrequencyChanged = true;
frequency = currentState.currentFrequency;
}
private void modeChangedHandler(RPN.CompleteRPNState currentState)
{
mode = currentState.currentMode;
isRpnOn = mode == RPN.Mode.off ? false : isRpnOn;
isModeChanged = true;
}
private void directionChangedHandler(RPN.CompleteRPNState currentState)
{
isDirectionChanged = true;
beamDirection = currentState.currentDirection;
}
