Example #1
0
 private void Rotary_Rotated(IRotaryEncoder sender, RotaryEncoderRotatedEventArgs args)
 {
     Dispatcher.Run(() =>
     {
         AddOutput(string.Format("Rotary rotated {0}", args.Direction));
     });
 }
Example #2
0
        private void Init(ITextDisplay display, IRotaryEncoder encoder, IButton buttonNext, IButton buttonPrevious, IButton buttonSelect, MenuPage menuTree)
        {
            if (encoder != null)
            {
                _encoder = encoder;
            }
            else if (buttonNext != null && buttonPrevious != null)
            {
                _buttonPrevious = buttonPrevious;
                _buttonNext     = buttonNext;
            }
            else
            {
                throw new ArgumentNullException("Must have either a Rotary Encoder or Next/Previous buttons");
            }

            _display      = display;
            _buttonSelect = buttonSelect;
            _rootMenuPage = menuTree;
            _menuLevel    = new Stack();

            // Save our custom characters
            _display.SaveCustomCharacter(TextCharacters.RightArrow.CharMap, TextCharacters.RightArrow.MemorySlot);
            _display.SaveCustomCharacter(TextCharacters.RightArrowSelected.CharMap, TextCharacters.RightArrow.MemorySlot);
            _display.SaveCustomCharacter(TextCharacters.BoxSelected.CharMap, TextCharacters.BoxSelected.MemorySlot);
        }
Example #3
0
 public void Init(ITextDisplay display, IRotaryEncoder encoder, IButton buttonSelect)
 {
     _display      = display;
     _encoder      = encoder;
     _buttonSelect = buttonSelect;
     _isInit       = true;
 }
        public LocalControlModule(ILCDCharDisplay display, IRotaryEncoder encoder, AudioCore audio)
        {
            LcmActivated = false; // this module is default in-active

            _display = display;
            _encoder = encoder;
            _audio = audio;
            Keyboard2.Clear();
            //Keyboard2.Clear();
        }
Example #5
0
        void EncoderOnRotated(IRotaryEncoder sender, RotaryEncoderRotatedEventArgs args)
        {
            if (args.Direction == RotationDirection.Clockwise)
            {
                _counter++;
            }
            else
            {
                _counter--;
            }

            Dispatcher.RunAsync(CoreDispatcherPriority.Normal, () => EncoderValue.Text = _counter.ToString());
        }
Example #6
0
        public KnobSet(IRotaryEncoder rotaryEncoder, ILCDCharDisplay charDisplay, AudioCore audio, SchedulingCore scheduler, LocalControlModule lcm)
        {
            PlayModeActivated = true;
            _audio = audio;
            _lcm = lcm;
            _currentButtonState = (ButtonState) (-1);
            _position = -1;
            _playingPosition = -1;
            _playing = false;
            _isKnobPressed = false;
            KnobEntries = new ArrayList();

            _encoder = rotaryEncoder;

            // TODO : Optimize is to not to install eventhandlers when knob is disabled by user settings
            // TODO : also no need to load the knob file
            _encoder.RotaryMoved += EncoderMoved;
            _encoder.ButtonStateChanged += EncoderButtonStateChanged;
            _encoder.RotaryMoved += _lcm.EncoderMoved;

            Parse();
        }
Example #7
0
 public Menu(ITextDisplay display, IRotaryEncoder encoder, IButton buttonSelect, byte[] menuResource, bool showBackOnRoot = false)
 {
     _showBackOnRoot = showBackOnRoot;
     Init(display, encoder, null, null, buttonSelect, ParseMenuData(menuResource));
 }
Example #8
0
 private void Rotary_Rotated(IRotaryEncoder sender, RotaryEncoderRotatedEventArgs args)
 {
     Dispatcher.Run(() =>
     {
         AddOutput(string.Format("Rotary rotated {0}", args.Direction));
     });
 }