/// <summary>
/// This constructor initializes a default configuration for the PlaybackDataProvider
/// </summary>
public PlaybackDataProvider()
: base()
{
_framePeriod = 500000; //0.5 msec
_framesPerTick = 200;
_rnd = new Random();
_timer = new FastTimer(3, (_framesPerTick * _framePeriod) / 1000000, GenerateFrame);
//Iinitialization of anything related to loading playback data from file
_loadedDataConfig = new RecordingConfig();
_loadedData = new Recording(_loadedDataConfig);
_fileReadWriters = new List<IFileReadWriter>();
//Initialization of available IFileReadWriters
_fileReadWriters.Add(new HDF5RecordingReadWriter());
//Composing filter string
_fileFilters = "";
foreach (IFileReadWriter fileReadWriter in _fileReadWriters)
{
_fileFilters = _fileFilters + fileReadWriter.supportedFormats.ToString() + "|";
}
_fileFilters = _fileFilters + "All Files (*.*)|*.*";
}
public MainWindow()
{
InitializeComponent();
_bufferLength = _maxSamples;
_nChannels = 8;
_graphModels = new GraphModel[_nChannels];
_graphs = new Graph[_nChannels];
for (int i = 0; i < _nChannels; i++)
{
_graphs[i] = new Graph();
_graphModels[i] = new GraphModel(_graphs[i]);
_graphs[i].xMin = 0;
_graphs[i].xMax = _maxSamples-1;
_graphs[i].yMin = -1500;
_graphs[i].yMax = 1500;
_graphs[i].topEdge = 5;
_graphs[i].bottomEdge = 5;
_graphs[i].rightEdge = 5;
_graphs[i].leftEdge = 5;
_graphs[i].plotColor = Color.FromArgb(200,0,0,255); //Because writable bitmaps use premultiplied alpha!
graphsGrid.Children.Add(_graphs[i]);
}
//Initialising plot data
PrepareData();
//Setting and starting timer;
_timer = new FastTimer(3, 100, InsertPoints);
_timer.Start();
}
public KeyboardConsumer()
: base()
{
singleStroke = false;
keymappings = new BindingList<Keymapping>();
InitKeys();
_converter = new MovCodeToStringConverter();
_movsToKeyCodes = new Dictionary<int, VirtualKeyCode>();
_keyboardControl = new KeyboardControl();
_keyboardControl.viewModel.keyboardConsumer = this;
consumerControl = new BaseControl();
((BaseControl)consumerControl).viewModel.realtimeConsumer = this;
((BaseControl)consumerControl).itemsGrid.Children.Clear();
((BaseControl)consumerControl).itemsGrid.Children.Add(_keyboardControl);
_simulator = new InputSimulator();
//UpdateKeymappings();
keymappings.ListChanged += keymappings_ListChanged;
//Configuring a timer that will call the Keystroke method each 100 milliseconds.
_timer = new FastTimer(3, 100, Keystroke);
}
//RecordingPlanViewModel myModel;
public MainWindow()
{
InitializeComponent();
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "rest",0));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "close + flexion + pronation",20));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "rest",0));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "close + flexion + pronation",20));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "rest",0));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "close + flexion + pronation",20));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "rest",0));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "close + extension + pronation",24));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "rest",0));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "close + extension + pronation",24));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "rest",0));
myRecordingPlan.planItemList.Add(new PlanItem(3.0, "close + extension + pronation",24));
myRecordingPlan.planItemList.ElementAt(3).completed = true;
myRecordingPlan.planItemList.ElementAt(4).selected = true;
List<BitmapImage> images = PrepareImages(27); //26 movements + rest
myRecordingPlan.movementBitmap = images.ElementAt(1);
myRecordingPlan.activeItem = 8;
progress = 0;
delta = 1;
myTimer = new FastTimer(3, 33, MoveBar);
myTimer.Start();
}