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Radar Overlay on a Chart Plotter The latest trend in full-sized chartplotters is to combine them with the radar display. It is possible to split the screen so that the chartplotter display uses one-half the screen and the radar the other. It s also possible on many to overlay the radar display on the chartplotter display, so that the two are superimposed. To do this requires a high-speed electronic uxgate compass. I nd that for collision avoidance purposes the overlaid screen is too cluttered and prefer a separate radar display. However, for the purposes of navigation and pilotage, the overlaid radar has considerable merit. For the overlay, the radar echoes are often coloured magenta, which is mostly not present on the cartography so the radar echoes stand out well. The radar echoes should correspond with the cartography and this makes identifying the shoreline and navigation marks much easier. Any radar echo that doesn t register with a charted feature is likely to be a ship.

There is movement underway to develop what is called server-side seeding. You upload the original file on your website and then, using a specially installed utility, run the actual server-side tracker on your website or go with the solution I lay out in the next section. Server-side seeding allows the first wave of downloads to happen quickly, which results in fast seeding of the file. The traditional seeding method is very slow in the beginning and becomes faster over time. Server-side seeding uses your website s high-speed capability to eliminate that bottleneck, and as soon as a preset number of seeders are available, your web host quits seeding and lets the BitTorrent clients running on your listeners computers do the work; you do not incur any more bandwidth charges. When the seeders drop below the preset level, it picks up the load again. This technology is for early adopters and is not widely supported. But you can find a recently released Server-Side BitTorrent client at www.blogtorrent.com.

} catch (Exception e) { env.setContentType( text/plain ); PrintWriter out=env.getWriter(); out.println( An error has occurred ); out.println(e.getMessage()); } } }

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You may want to create a separate layer that you can later turn off. Also, you usually want to place the height of the motion paths at eye level. You can also place the camera and target paths at different heights, or use a 3D polyline and vary the heights along the way.

Figure 24-33: When you use the UCS option, the lines seem to touch the boundary edge when you view the bushing from the top, but they can have different Z coordinates.

A3.2

Summary

Unlike the Fill Path command, which bears a strong resemblance to Edit Fill, the Stroke Path command is altogether different from Edit Stroke. Edit Stroke creates outlines and arrowheads, whereas the Stroke Path command enables you to paint a brush stroke along the contours of a path. This may not sound like a big deal at first, but this feature enables you to combine the spontaneity of the paint and edit tools with the structure and precision of a path. To paint a path, choose the Stroke Path command from the Paths palette menu to display the Stroke Path dialog box shown in Figure 8-34. In this dialog box, you can choose the paint or edit tool with which you want to stroke the path (which only means to paint a brush stroke along a path). Photoshop drags the chosen tool along the exact route of the path, retaining any tool or brush shape settings that were in force when you chose the tool.

Address Resolution Protocol (ARP) Remote Copy Protocol (RCP) TCP/IP print server Web server Line Printer Daemon (LPD)

FIGURE 2.22 Measured E-plane (x z plane) and H-plane (y z plane) radiation patterns for the PIL patch antenna studied in Figure 2.20 with = 24 . (a) f 1 = 1532 MHz; (b) f 2 = 2765 MHz. (From Ref. 11, C 2001 John Wiley & Sons, Inc.)

The departure-event-driven traffic-shaping DEDTS. algorithm presented above, along with its implementation architecture for an ATM shaping multiplexer, can guarantee that each virtual connection s traffic flow will strictly conform to the negotiated parameters and that no cell will be enforced by the UPC and NPC functions. The algorithm combines both shaping and scheduling functions by timestamping cells using the DEDTS algorithm, which eliminates the bottleneck problem when shaping thousands of virtual connections at the input line. The DEDTS eliminates the difficulty of choosing proper CDVT and BT values. The simulation study shows that any extra delay that may be introduced in the DEDTS is negligible.