private void RunCapture(object sender, RoutedEventArgs e)
{
// "Fake" calibration window that animates points
calWindow = new DummyCalibrationWindow();
// Set parameters
calWindow.SetSize(ScreenParameters.PrimaryResolution);
calWindow.calibrationControl.PointTransitionDuration = 1000;
calWindow.calibrationControl.PointDuration = 1000;
calWindow.calibrationControl.PointDiameter = 50;
// Register for event
calWindow.calibrationControl.OnPointStart += new RoutedEventHandler(calibrationControl_OnPointStart);
calWindow.calibrationControl.OnCalibrationEnd += new RoutedEventHandler(calibrationControl_OnCalibrationEnd);
// Stor data in SequenceData object
sequenceData = new SequenceData();
// Set sequnce info
SetSequenceInfo(sequenceData);
// Start animation, when the first point has been display, OnPoint event is occurs and we start storing images
calWindow.calibrationControl.Start();
}
private void RunCapture(object sender, RoutedEventArgs e)
{
// "Fake" calibration window that animates points
calWindow = new DummyCalibrationWindow();
// Set parameters
calWindow.SetSize(ScreenParameters.PrimaryResolution);
calWindow.calibrationControl.PointTransitionDuration = 1000;
calWindow.calibrationControl.PointDuration = 1000;
calWindow.calibrationControl.PointDiameter = 50;
// Register for event
calWindow.calibrationControl.OnPointStart += new RoutedEventHandler(calibrationControl_OnPointStart);
calWindow.calibrationControl.OnCalibrationEnd += new RoutedEventHandler(calibrationControl_OnCalibrationEnd);
// Stor data in SequenceData object
sequenceData = new SequenceData();
// Set sequnce info
SetSequenceInfo(sequenceData);
// Start animation, when the first point has been display, OnPoint event is occurs and we start storing images
calWindow.calibrationControl.Start();
}
