static void Main(string[] args)
{
Console.WriteLine("Simon for Pi & Bash_");
Connectors.GpioConnectionSettings.BoardConnectorRevision = 1;
// initialise Pi and Bash
PiAndBash.Driver driver = new PiAndBash.Driver();
// initialise Sound Engine
NotePlayer notePlayer = new NotePlayer();
// load game engine
GameEngine gameEngine = new GameEngine(driver, notePlayer);
gameEngine.Start();
}
public static void WaitForAllButtonsAsync()
{
// http://stackoverflow.com/questions/3390286/making-a-console-application-like-a-windows-application
PiAndBash.Display disp = new PiAndBash.Display();
disp.TopLine = "Simon";
disp.BottomLine = "< EXIT";
notePlayer = new NotePlayer();
notePlayer.CreateSamples(new double[] { 440, 523 });
PiAndBash.ButtonCatcher bc = new PiAndBash.ButtonCatcher();
bc.ButtonEvent += bc_ButtonEvent2;
bc.Start();
}
internal static void WindowsInterruptTest()
{
Console.WriteLine("press any key to play sound");
bool isPlaying = false;
var ad = Mono.Audio.AudioDevice.CreateDevice("sss");
var np = new NotePlayer();
short[] buffer = new short[480];
while (true)
{
if (!isPlaying)
{
Console.ReadKey(false);
isPlaying = true;
}
if (isPlaying && !Console.KeyAvailable)
{
// ad.PlaySample(buffer, 480);
//Thread.Sleep(100);
//Task.Factory.StartNew(() => np.PlayNote(440, 1));
//Thread t = new Thread(() => np.PlayNote(440,1));
//t.Start();
//while (!t.IsAlive) ;
np.PlayNote(440, 1);
Console.Write(".");
}
else
{
Console.Write("£");
np.Silence();
isPlaying = false;
Console.ReadKey(true);
}
}
}
public GameEngine(PiAndBash.Driver PiAndBashDriver, NotePlayer NotePlayer)
{
pnbDriver = PiAndBashDriver;
pnbDisplay = new PiAndBash.Display(pnbDriver);
leds = new PiAndBash.LedController(pnbDriver);
buttonCatcher = new PiAndBash.ButtonCatcher(pnbDriver);
notePlayer = NotePlayer;
// set up the Notes and associations
notes = new Dictionary <int, Note>();
notes.Add(1, new Note()
{
Color = PiAndBash.LedController.LightColor.Green, Button = PiAndBash.ButtonCatcher.ButtonType.Down, Frequency = 349
});
notes.Add(2, new Note()
{
Color = PiAndBash.LedController.LightColor.Yellow, Button = PiAndBash.ButtonCatcher.ButtonType.Enter, Frequency = 440
});
notes.Add(3, new Note()
{
Color = PiAndBash.LedController.LightColor.Red, Button = PiAndBash.ButtonCatcher.ButtonType.Up, Frequency = 523
});
}
