Ejemplo n.º 1
0
        /// <summary>
        /// Helper method that allows for reusing this window in other applications.
        /// </summary>
        /// <param name="graphControl">The graph control.</param>
        public void ShowGraph(GraphControl graphControl)
        {
            this.graphControl.Graph = graphControl.Graph;
            this.graphControl.Selection.Clear(); // or possibly: = graphControl.Selection;
            this.graphControl.ContentRect = graphControl.ContentRect.GetEnlarged(20);

            // show all of the contents
            this.graphControl.FitContent();

            // or possibly the same viewport
//      this.graphControl.Zoom = graphControl.Zoom;
//      this.graphControl.ViewPoint = graphControl.ViewPoint;

            var inputMode = new MultiplexingInputMode();

            // set the whole content rect as the export rectangle
            exportRect.Reshape(graphControl.ContentRect);
            // or possibly just the visible viewport
            //exportRect.Set(graphControl.Viewport);


            // create mode which supports moving the viewport by pressing ctrl
            var moveViewportInputMode = new MoveViewportInputMode
            {
                PressedRecognizer =
                    (source, args) =>
                    MouseEventRecognizers.LeftPressed(source, args) &&
                    (Keyboard.Modifiers & ModifierKeys.Control) == ModifierKeys.Control
            };

            inputMode.Add(moveViewportInputMode);

            AddExportRectInputModes(inputMode);
            this.graphControl.InputMode = inputMode;
        }
Ejemplo n.º 2
0
        /// <summary>
        /// Creates a mode and registers it as the
        /// <see cref="CanvasControl.InputMode"/>.
        /// </summary>
        protected virtual void InitializeInputModes()
        {
            // Create a multiplexing input mode and that uses a MoveViewportInputMode and add a
            // wait input mode that will be used by the animator to block user input during
            // animations automatically.
            MultiplexingInputMode multiplexingInputMode = new MultiplexingInputMode();

            multiplexingInputMode.Add(new WaitInputMode {
                Priority = 0
            });
            multiplexingInputMode.Add(new MoveViewportInputMode {
                Priority = 5
            });
            graphControl.InputMode = multiplexingInputMode;
        }
Ejemplo n.º 3
0
        /// <summary>
        /// Adds the input modes that handle the resizing and movement of the rectangular area.
        /// </summary>
        /// <param name="inputMode"></param>
        private void AddClearRectInputModes(MultiplexingInputMode inputMode)
        {
            // create handles for interactively resizing the rectangle
            var rectangleHandles = new RectangleReshapeHandleProvider(clearRect)
            {
                MinimumSize = new SizeD(10, 10)
            };

            // create a mode that deals with the handles
            var handleInputMode = new HandleInputMode {
                Priority = 1
            };

            // add it to the graph editor mode
            inputMode.Add(handleInputMode);

            // now the handles
            var inputModeContext = Contexts.CreateInputModeContext(handleInputMode);

            handleInputMode.Handles = new DefaultObservableCollection <IHandle> {
                rectangleHandles.GetHandle(inputModeContext, HandlePositions.NorthEast),
                rectangleHandles.GetHandle(inputModeContext, HandlePositions.NorthWest),
                rectangleHandles.GetHandle(inputModeContext, HandlePositions.SouthEast),
                rectangleHandles.GetHandle(inputModeContext, HandlePositions.SouthWest),
            };

            // create a mode that allows for dragging the rectangle at the sides
            var moveInputMode = new MoveInputMode {
                PositionHandler = new RectanglePositionHandler(clearRect),
                HitTestable     = HitTestables.Create((context, location) => clearRect.Contains(location)),
                Priority        = 41
            };

            // handle dragging the rectangle
            moveInputMode.DragStarting += OnDragStarting;
            moveInputMode.Dragged      += OnDragged;
            moveInputMode.DragCanceled += OnDragCanceled;
            moveInputMode.DragFinished += OnDragFinished;

            // handle resizing the rectangle
            handleInputMode.DragStarting += OnDragStarting;
            handleInputMode.Dragged      += OnDragged;
            handleInputMode.DragCanceled += OnDragCanceled;
            handleInputMode.DragFinished += OnDragFinished;

            // add it to the edit mode
            inputMode.Add(moveInputMode);
        }
Ejemplo n.º 4
0
        /// <summary>
        /// Adds the view modes that handle the resizing and movement of the export rectangle.
        /// </summary>
        /// <param name="inputMode"></param>
        private void AddExportRectInputModes(MultiplexingInputMode inputMode)
        {
            // create handles for interactivel resizing the export rectangle
            var rectangleHandles = new RectangleReshapeHandleProvider(exportRect)
            {
                MinimumSize = new SizeD(1, 1)
            };

            // create a mode that deals with the handles
            var exportHandleInputMode = new HandleInputMode {
                Priority = 1
            };

            // add it to the graph editor mode
            inputMode.Add(exportHandleInputMode);

            // now the handles
            var inputModeContext = Contexts.CreateInputModeContext(exportHandleInputMode);

            exportHandleInputMode.Handles = new DefaultObservableCollection <IHandle>
            {
                rectangleHandles.GetHandle(inputModeContext, HandlePositions.NorthEast),
                rectangleHandles.GetHandle(inputModeContext, HandlePositions.NorthWest),
                rectangleHandles.GetHandle(inputModeContext, HandlePositions.SouthEast),
                rectangleHandles.GetHandle(inputModeContext, HandlePositions.SouthWest),
            };

            // create a mode that allows for dragging the export rectangle at the sides

            var moveInputMode = new MoveInputMode
            {
                PositionHandler = new ExportRectanglePositionHandler(exportRect),
                HitTestable     = HitTestables.Create(
                    (context, location) => {
                    var path = new GeneralPath(5);
                    path.AppendRectangle(exportRect, false);
                    return(path.PathContains(location, context.HitTestRadius));
                }),
                Priority = 41
            };

            // add it to the edit mode
            inputMode.Add(moveInputMode);
        }
        /// <summary>
        /// Helper method that allows for reusing this window in other applications.
        /// </summary>
        /// <param name="graphControl">The graph control.</param>
        public void ShowGraph(GraphControl graphControl)
        {
            this.graphControl.Graph = graphControl.Graph;
            this.graphControl.Selection.Clear(); // or possibly: = graphControl.Selection;
            this.graphControl.ContentRect = graphControl.ContentRect.GetEnlarged(20);

            // show all of the contents
            this.graphControl.FitContent();

            // or possibly the same viewport
//      this.graphControl.Zoom = graphControl.Zoom;
//      this.graphControl.ViewPoint = graphControl.ViewPoint;

            var inputMode = new MultiplexingInputMode();

            // set the whole content rect as the export rectangle
            exportRect.Reshape(graphControl.ContentRect);
            // or possibly just the visible viewport
            //exportRect.Set(graphControl.Viewport);

            AddExportRectInputModes(inputMode);
            this.graphControl.InputMode = inputMode;
        }
Ejemplo n.º 6
0
 public static void AddConcurrent(this MultiplexingInputMode mux, IInputMode mode)
 {
     mux.Add(mode);
 }