public bool ColorSetBackground(Byte[] colorBitmap)
{
if (colorBitmap.Length != ColorWidth * ColorHeight)
{
throw new LogiLcdException("Bitmap size does not match expected size");
}
return(LcdPinvoke.LogiLcdColorSetBackground(colorBitmap));
}
public bool MonoSetBackground(Byte[] monoBitmap)
{
if (monoBitmap.Length != MonoWidth * MonoHeight)
{
throw new LogiLcdException("Bitmap size does not match expected size");
}
return(LcdPinvoke.LogiLcdMonoSetBackground(monoBitmap));
}
public void Dispose()
{
if (disposed)
{
return;
}
LcdPinvoke.LogiLcdShutdown();
hasInstance = false;
disposed = true;
}
public LogiLcd(string friendlyName, LcdType lcdtype)
{
if (hasInstance)
{
throw new LogiLcdException("There can only be one instance of this class at a time!");
}
if (!LcdPinvoke.LogiLcdInit(friendlyName, (int)lcdtype))
{
throw new LogiLcdException("LogiLcdInit failed");
}
hasInstance = true;
}
public bool ColorSetText(int lineNumber, string text, byte red = 255, byte green = 255, byte blue = 255)
{
return(LcdPinvoke.LogiLcdColorSetText(lineNumber, text, red, green, blue));
}
public bool ColorSetTitle(string text, byte red = 255, byte green = 255, byte blue = 255)
{
return(LcdPinvoke.LogiLcdColorSetTitle(text, red, green, blue));
}
public bool MonoSetText(int lineNumber, string text)
{
return(LcdPinvoke.LogiLcdMonoSetText(lineNumber, text));
}
public void Update()
{
LcdPinvoke.LogiLcdUpdate();
}
public bool IsButtonPressed(LcdButton button)
{
return(LcdPinvoke.LogiLcdIsButtonPressed((int)button));
}
public bool IsConnected(LcdType lcdtype)
{
return(LcdPinvoke.LogiLcdIsConnected((int)lcdtype));
}
