public void BringToFront()
{
var wa = new WindowApi();
var window = wa.WindowFromPoint(new Point(1000, 500));
wa.BringToFront(window);
var frontWindow = wa.GetForegroundWindow();
Expect(window.Ptr, Is.EqualTo(frontWindow.Ptr));
}
public void Pose(object o, PoseEventArgs e)
{
var myo = (Myo)o;
if (myo.Pose == MyoSharp.Poses.Pose.DoubleTap)
{
if (!absoluteTL.ContainsKey(myo))
{
absoluteTL.Add(myo, Math3D.FromQuaternion(myo.Orientation));
Console.WriteLine("Calibrated Top Left!");
UpdateBlob(myo, new Point(clientRes.Width, clientRes.Height));
}
else
{
absoluteTL.Remove(myo);
UpdateBlob(myo, new Point(0, 0));
}
}
else if (myo.Pose == MyoSharp.Poses.Pose.Fist)
{
if (absoluteTL.ContainsKey(myo))
{
var position = GetPixelPosition(myo);
var api = new WindowApi();
var window = api.WindowFromPoint(position);
if (window != null)
{
if (!SelectedWindow.ContainsKey(myo))
{
SelectedWindow.Add(myo, api.GetRoot(window));
if (SelectedWindow.ContainsKey(myo)) {
if (!DragOffset.ContainsKey(myo))
{
DragOffset.Add(myo, new Point(position.X - SelectedWindow[myo].Area.Location.X, position.Y - SelectedWindow[myo].Area.Location.Y));
}
}
}
}
}
}
else
{
if (absoluteTL != null)
{
if (SelectedWindow.ContainsKey(myo))
{
var position = GetPixelPosition(myo);
var api = new WindowApi();
var newWindow = new Window(SelectedWindow[myo].Ptr, new Rectangle(position.X - DragOffset[myo].Value.X, position.Y - DragOffset[myo].Value.Y, SelectedWindow[myo].Area.Width, SelectedWindow[myo].Area.Height));
SelectedWindow.Remove(myo);
api.SetWindow(newWindow);
api.BringToFront(newWindow);
blobs.Add(myo, position);
}
if (rectangles.ContainsKey(myo)) {
DeleteRect(myo);
}
DragOffset.Remove(myo);
}
}
}