/// <summary>
/// Construct a new wiimote provider.
/// </summary>
public WiiProvider()
{
// Create a new classifer.
this.InputClassifier = new SpatioTemporalClassifier();
this.InputClassifier.DefaultSmoothSize = 4;
// Bind events.
this.InputClassifier.OnStart += new SpatioTemporalClassifier.TrackerEventHandler(handleInputClassifier_OnStart);
this.InputClassifier.OnUpdate += new SpatioTemporalClassifier.TrackerEventHandler(handleInputClassifier_OnUpdate);
this.InputClassifier.OnEnd += new SpatioTemporalClassifier.TrackerEventHandler(handleInputClassifier_OnEnd);
// Set default source and destination rectangles.
this.pWarper = new Warper();
this.setCalibrationData(new CalibrationRectangle(), new CalibrationRectangle(), new Vector(1.0, 1.0));
// Enable the calibration.
this.TransformResults = true;
this.settingsControl = new WiiProviderSettings(this);
}
/// <summary>
/// Construct a new wiimote provider.
/// </summary>
public WiiProvider()
{
// Create a new classifer.
this.InputClassifier = new SpatioTemporalClassifier();
this.InputClassifier.DefaultSmoothSize = 4;
// Bind events.
this.InputClassifier.OnStart += new SpatioTemporalClassifier.TrackerEventHandler(handleInputClassifier_OnStart);
this.InputClassifier.OnUpdate += new SpatioTemporalClassifier.TrackerEventHandler(handleInputClassifier_OnUpdate);
this.InputClassifier.OnEnd += new SpatioTemporalClassifier.TrackerEventHandler(handleInputClassifier_OnEnd);
// Set default source and destination rectangles.
this.pWarper = new Warper();
this.setCalibrationData(new CalibrationRectangle(), new CalibrationRectangle(), new Vector(1.0, 1.0));
// Enable the calibration.
this.TransformResults = true;
this.settingsControl = new WiiProviderSettings(this);
}
