private void CloseWpfWindow()
{
if (_wpfWindow != null)
{
// Close WPF window.
_wpfWindow.Closing -= OnWindowClosing; // Remove Closing event handler. (Otherwise, the event would exit the game.)
_wpfWindow.Close();
_wpfWindow = null;
}
}
private void OpenWpfWindow()
{
_wpfWindow = new WpfWindow { GraphicsService = _graphicsManager };
_wpfWindow.Closing += OnWindowClosing;
// Allow WPF window to receive keyboard events from Windows Forms.
ElementHost.EnableModelessKeyboardInterop(_wpfWindow);
_wpfWindow.Show();
}
private void CloseWpfWindow()
{
if (_wpfWindow != null)
{
// Close WPF window. This must be executed on the WPF thread!
WpfEnvironment.Dispatcher.Invoke((Action)(() =>
{
_wpfWindow.Closing -= OnWindowClosing; // Remove Closing event handler. (Otherwise, the event would exit the game.)
_wpfWindow.Close();
_wpfWindow = null;
}));
}
}
private void OpenWpfWindow()
{
// WPF windows need to run on a separate thread. This thread is prepared by
// the WpfEnvironment class. (Redundant calls of Startup() are no problem.)
WpfEnvironment.Startup(Window.Handle);
// WPF windows must be created and handled on the WPF thread. From the WpfEnvironment
// class we can get the Dispatcher of the WPF thread. We can use it to execute actions
// on the WPF thread.
WpfEnvironment.Dispatcher.Invoke((Action)(() =>
{
_wpfWindow = new WpfWindow {
GraphicsService = _graphicsManager
};
_wpfWindow.Closing += OnWindowClosing;
_wpfWindow.Show();
}));
}
private void CloseWpfWindow()
{
if (_wpfWindow != null)
{
// Close WPF window.
_wpfWindow.Closing -= OnWindowClosing; // Remove Closing event handler. (Otherwise, the event would exit the game.)
_wpfWindow.Close();
_wpfWindow = null;
}
}
private void OpenWpfWindow()
{
_wpfWindow = new WpfWindow { GraphicsService = _graphicsManager };
_wpfWindow.Closing += OnWindowClosing;
// Allow WPF window to receive keyboard events from Windows Forms.
ElementHost.EnableModelessKeyboardInterop(_wpfWindow);
_wpfWindow.Show();
}