private void TimeBarChangedByUser(object sender, AnnotationPositionChangingEventArgs e)
{
Debug.Assert(m_line == e.Annotation);
m_rect.AnchorX = e.NewLocationX;
EventHandler <TimeCursorMovedArgs> handler = TimeCursorMoved;
handler?.Invoke(this, new TimeCursorMovedArgs(e.NewLocationX));
}
private void chart_AnnotationPositionChanging(object sender, AnnotationPositionChangingEventArgs e)
{
int classIndex = (int)e.Annotation.Tag;
double[] thresholds = Content.Model.Thresholds.ToArray();
thresholds[classIndex] = e.NewLocationY;
Array.Sort(thresholds);
Content.Model.SetThresholdsAndClassValues(thresholds, Content.Model.ClassValues);
}
private void chart1_AnnotationPositionChanging(object sender, AnnotationPositionChangingEventArgs e)
{
// move the rectangle with the line
if (sender == v1)
{
r1.X = v1.X - r1.Width / 2;
}
// display the current Y-value
int pt1 = (int)e.NewLocationX;
double step = (S1.Points[pt1 + 1].YValues[0] - S1.Points[pt1].YValues[0]);
double deltaX = e.NewLocationX - S1.Points[pt1].XValue;
double val = S1.Points[pt1].YValues[0] + step * deltaX;
chart1.Titles[0].Text = String.Format(
"X = {0:0.00} Y = {1:0.00}", e.NewLocationX, val);
r1.Text = String.Format("{0:0.00}", val);
chart1.Update();
}
private void chart_AnnotationPositionChanging(object sender, AnnotationPositionChangingEventArgs e)
{
var step = (trainingMax - trainingMin) / drawingSteps;
double newLocation = step * (long)Math.Round(e.NewLocationX / step);
var axisX = chart.ChartAreas[0].AxisX;
if (newLocation >= axisX.Maximum)
{
newLocation = axisX.Maximum - step;
}
if (newLocation <= axisX.Minimum)
{
newLocation = axisX.Minimum + step;
}
e.NewLocationX = newLocation;
UpdateCursor();
}
private void ch_live_feed_AnnotationPositionChanging(object sender, AnnotationPositionChangingEventArgs e)
{
//ch_live_feed.Update();
}
