1. You can use the visualizer to analyze the segmentation model in different ways.

2. The GC and Memory Visualizer opens the log in an editor with four tabs, as shown in Figure 5.

3. By using the GC and Memory Visualizer to see how many weak references are being cleared, you can easily verify that a redesign to use weak references is actually effective.

4. You can use a WPF Tree Visualizer to inspect and search WPF tree.

5. The Visualizer? on the screen graphically displays the output from each finger and hand position.

6. The two types are a visualizer and a visualizer object source,[ ] specified as types or as fully qualified assembly type names.

7. This visualizer creates a graph of data on an x-y axis to help spot outliers.

8. We added the Request Visualizer tool, a "Time Machine Debugger", which visually presents logical resource requests and their mapping to physical code.

9. Drag a Visualizer operator to the canvas and connect its model port with the model port of the Clusterer operator.

10. Request Visualizer - Provides a visual representation of the chain of resource requests occurring in an active NetKernel application, improving developer and administrator debugging.

11. For a more detailed explanation, Walkthrough: Writing a Visualizer in C #.

12. Now let's perform some basic log analysis tasks with the GC and Memory Visualizer.

13. Also, to help users easily visualize all the projects and their package dependencies NuGet 1.4 will now come with Package Visualizer.

14. You can open a log from a running application, although the GC and Memory Visualizer will not automatically update the display.

15. Type a template name and the GC and Memory Visualizer saves the template in the Templates view for future use.

16. XFG is a rapid prototyping tool and XML Message visualizer for database projects in Data Studio.

17. After its usefulness in other domains was realized, it was redesigned as a general scientific data visualizer.

18. After you have it installed, just watch a string, and click on the Spyglass button to bring up the visualizer.

19. Grayed-out fields are those that the GC and Memory Visualizer looked for but could not find in the current log.

20. You can save all the output from the GC and Memory Visualizer by right-clicking in the main panel and choosing Save from the resulting context menu, as shown in Figure 13.

21. Enable verbose GC on the application, run it for some period of time, and then plot the Used heap (after collection) in the GC and Memory Visualizer.