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();
}
/// <summary>
/// It configures the viewModel with its default values.
/// </summary>
public void Configure()
{
reaViewModel.PropertyChanged += reaViewModel_PropertyChanged;
this.acqModel.allowedComplexMovements = Properties.Settings.Default.AcqAllowedMovements;
this.acqModel.numSingleMovements = Properties.Settings.Default.AcqMovementsList.Count;
simultMovements = Properties.Settings.Default.AcqSimultMovements;
detectThresholds = Properties.Settings.Default.AcqDetectThresholds;
if (devices.Contains(Properties.Settings.Default.SelectedDevice))
selectedDevice = Properties.Settings.Default.SelectedDevice;
else selectedDevice = devices[0];
plotModels = new GraphModel[Properties.Settings.Default.AcqDeviceNChannels];
concurrentPointLists = new BlockingCollection<System.Windows.Point>[Properties.Settings.Default.AcqDeviceNChannels];
for (int i = 0; i < Properties.Settings.Default.AcqDeviceNChannels; i++)
{
plotModels[i] = new GraphModel();
plotModels[i].PropertyChanged += GraphModel_PropertyChanged;
concurrentPointLists[i] = plotModels[i].pointQueue;
}
this.acqModel.PropertyChanged += ReconfigureGraphsOnEvent;
LoadRecordingConfig(Properties.Settings.Default, acqModel.recordingConfig);
//All the configuration parameters are in place. We can now build the initial recording schedule
acqModel.ComposeSchedule();
//And initialize the model
acqModel.Init();
//Now we can initialize the model for the RecordingPlan display widget as well
recordingPlanModel = new RecordingPlanViewModel(acqModel.recordingConfig, Properties.Settings.Default.AcqMovementsList);
recordingPlanModel.PropertyChanged += recordingPlanModel_PropertyChanged;
recordingPlanModel.SetImages(PrepareImages(Properties.Settings.Default.AcqMovementsList.Count + Properties.Settings.Default.AcqAllowedMovements.Count));
}
public void Configure()
{
if (devices.Contains(Properties.Settings.Default.SelectedDevice))
selectedDevice = Properties.Settings.Default.SelectedDevice;
else selectedDevice = devices[0];
plotGraphs = true;
plotModels = new GraphModel[Properties.Settings.Default.AcqDeviceNChannels];
concurrentPointLists = new BlockingCollection<System.Windows.Point>[Properties.Settings.Default.AcqDeviceNChannels];
for (int i = 0; i < Properties.Settings.Default.AcqDeviceNChannels; i++)
{
plotModels[i] = new GraphModel();
concurrentPointLists[i] = plotModels[i].pointQueue;
}
reaModel.nMovements = Properties.Settings.Default.AcqMovementsList.Count +
Properties.Settings.Default.AcqAllowedMovements.Count;
reaModel.numSingleMovements = Properties.Settings.Default.AcqMovementsList.Count;
reaModel.allowedComplexMovements = Properties.Settings.Default.AcqAllowedMovements;
reaModel.Init();
}