private static void Main(string[] args)
{
CoreDeviceFactory.Init();
ISenseHat senseHat = SenseHatFactory.GetSenseHat();
DemoSelector
.GetDemo(senseHat, text => { })
.Run();
}
private static void Main(string[] args)
{
CoreDeviceFactory.Init();
ISenseHat senseHat = SenseHatFactory.GetSenseHat();
demoDictionary = new Dictionary <string, Tuple <SenseHatDemo, string> >()
{
{ "1", new Tuple <SenseHatDemo, string>(new DiscoLights(senseHat), "Click on the joystick to change drawing mode!") },
{ "2", new Tuple <SenseHatDemo, string>(new JoystickPixel(senseHat, setScreenText), "Use the joystick to move the pixel around.") },
{ "3", new Tuple <SenseHatDemo, string>(new WriteTemperature(senseHat, setScreenText), "Is it only me or does it show some unusual high temperature? :-S") },
{ "4", new Tuple <SenseHatDemo, string>(new GravityBlob(senseHat, setScreenText), "The green blob is drawn to the center of the earth! If you hold it upside down it gets angry and turns red. :-O") },
{ "5", new Tuple <SenseHatDemo, string>(new Compass(senseHat, setScreenText), "Note! You must calibrate the magnetic sensor by moving the Raspberry Pi device around in an 'eight' figure a few seconds at startup!") },
{ "6", new Tuple <SenseHatDemo, string>(new SingleColorScrollText(senseHat, "Hello Raspberry Pi 3 Sense HAT!"), "Click on the joystick to change drawing mode!") },
{ "7", new Tuple <SenseHatDemo, string>(new MultiColorScrollText(senseHat, "Hello Raspberry Pi 3 Sense HAT!"), "") },
{ "8", new Tuple <SenseHatDemo, string>(new SpriteAnimation(senseHat), " Use the joystick to move Mario. The middle button switches orientation and flipping of the drawing.") },
{ "9", new Tuple <SenseHatDemo, string>(new GammaTest(senseHat), "Tries out different gamma settings for the LED display. Use the joystick to play around.") },
{ "10", new Tuple <SenseHatDemo, string>(new ReadAllSensors(senseHat, setScreenText), "Shows an example of how to read all the different sensors.") },
{ "11", new Tuple <SenseHatDemo, string>(new BinaryClock(senseHat, setScreenText), "Shows a binary clock (by Mark Muller)") }
};
RunInteractive(senseHat);
//await RunNonInteractive(senseHat);
}