public Simulation()
{
this.EEPROM = new EEPROM();
this.ADC = new ADC();
this.SPI = new SPI();
this.Lcd = new LcdDevice(this.SPI);
this.SdCard = new SdDevice(this.SPI);
this.Buttons = new Buttons();
this.USART = new USART();
this.DisplayR = new ObservableCollection <DisplayRegister>(Enumerable.Range(0, AtmelContext.R.Length).Select(i => new DisplayRegister()).ToArray());
this.DisplayIO = new ObservableCollection <DisplayIORegister>(Enumerable.Range(0, AtmelContext.NumIO).Select(i => new DisplayIORegister(i)).ToArray());
var registersPerLine = 16;
int numFlashLines = (2 * AtmelContext.Flash.Length + registersPerLine - 1) / registersPerLine;
this.DisplayFlash = new ObservableCollection <DisplayRegisterLine>(
Enumerable.Range(0, numFlashLines).Select(index => new DisplayRegisterLine(index * registersPerLine, registersPerLine)).ToArray());
int numRamLines = (AtmelContext.RAMSize + registersPerLine - 1) / registersPerLine;
this.DisplayRAM = new ObservableCollection <DisplayRegisterLine>(
Enumerable.Range(0, numRamLines).Select(index => new DisplayRegisterLine(AtmelContext.FirstSRAM + index * registersPerLine, registersPerLine)).ToArray());
int numEEpromLines = (AtmelContext.EEPROM.Length + registersPerLine - 1) / registersPerLine;
this.DisplayEEPROM = new ObservableCollection <DisplayRegisterLine>(
Enumerable.Range(0, numEEpromLines).Select(index => new DisplayRegisterLine(index * registersPerLine, registersPerLine)).ToArray());
Flash(new string[] {}, true);
}
// Start is called before the first frame update
void Start()
{
Conn = GetComponent <USART>();
BallRB = Ball.GetComponent <Rigidbody>();
ScoreText.text = "0";
}
