Visual Graphs are highly integrated graphs that all share common features and actions. Various Graph component providers are based upon the Visual Graph API.They typically have both a Primary View and a Satellite View
The primary view is the main way to view and interact with the graph whose vertices and edges are specialized for the particular visual graph instance.
The Satellite View provides an overview of the graph. From this view you may also perform basic adjustment of the overall graph location. In addition to the complete graph, the satellite view contains a lens (the white rectangle) that indicates how much of the current graph fits into the primary view.
The Satellite View can be in one of three states: docked, undocked, or not showing. A docked satellite view will be display in a corner of the primary graph. An undocked view will be displayed in its own window. If the view is not showing, there will be an
icon in the corner to indicate that it is available.
When you left-click in the satellite view the graph is centered around the corresponding point in the primary view. Alternatively, you may drag the lens of the satellite view to the desired location by performing a mouse drag operation on the lens.
You may show/hide the satellite view by right-clicking anywhere in the Primary View and selecting or deselecting the Display Satellite View toggle button from the popup menu.
If the Primary View is painting sluggishly, then hiding the Satellite View cause the Primary View to be more responsive.
Detached Satellite
The Satellite View is docked by default. However, you can choose to instead undock it and display it in its own window.
To undock the Satellite View, right-click in the graph and deselect the Dock Satellite View menu item.
To re-dock the Satellite View, right-click in the graph and select the Dock Satellite View menu item.
To show the Satellite View if it is hidden, whether docked or undocked, you can press the
button. This button is in the lower-right hand corner of the graph and is only visible if the Satellite View is hidden or undocked.
Docked Satellite Location
When the Satellite View is attached, or docked, to the Primary View, you can choose which corner to show the satellite view. To change the corner, right-click in the graph, select Docked Satellite Position and then select the appropriate sub-menu for the desired corner.
Panning
There are various ways to move the graph. To move the graph in any direction you can drag from the whitespace of the graph.
By default, the scroll wheel zooms the graph. The scroll wheel can also be used to scroll the graph vertically by holding the Ctrl key while using the scroll wheel. Alternatively, you can move the graph left to right using the mouse while holding Ctrl-Alt.
The satellite viewer may also be used to move the primary graphs view by dragging and clicking inside of the satellite viewer.
Zooming
At full zoom, or block level zoom, each block is rendered at its natural size. From that point, which is a 1:1 zoom level, you can zoom out in order to fit more of the graph into the display.
To change the zoom you may use the mouse scroll wheel. This works whether the mouse is over the primary viewer or the satellite viewer.
The satellite viewer is always zoomed out far enough to fit the entire graph into its window.
Interaction Threshold
While zooming out (away from the vertices) you will eventually reach a point where you can no longer interact with the component inside of the block. The blocks provide a subtle visual indication when they are zoomed past this level, in the form of a drop-shadow. The image below shows this drop-shadow. The block on the left is not past the interaction threshold, but the block on the right is, and thus has a drop-shadow. This example is for illustrative purposes only and during normal usage all blocks will share the save zoom level. So, if one block is zoomed past the interaction threshold, all other blocks will be as well.
Painting Threshold
While zooming out (away from the blocks) you will eventually reach a point where contents each vertex will not be painted. Instead, each block will be painted by a rectangle that is painted with the current background color of the vertex.