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with the quasi-homogeneous building density of 80 100 buildings per square kilometer, the average building length of 70 100 m, and the amount of building oors varied from 5 to 15. Finally, all open areas consisting of parks and gardens were eliminated from consideration. Using topographic maps of experimental sites mentioned above, a set of virtual radio paths for each position of the base station antenna (or the radio port) were constructed around it from 0 up to 360 with the step of 5 . Thus, for radio paths with ranges d 2 (0, 200 m), a number of crossings (outcomes) with buildings along each radio path for all experimental sites were 920, for radio paths with ranges d 2 (200 m, 500 m), this amount was 550, and for radio paths with ranges d 2 (500 m, 1000 m) it was 360. We summarized these statistics in Figures 11.1a c by the corresponding continuous curves for each range: 200 m, 500 m, and 800 m, respectively. Then using these statistics and the parameters of each topographic map of the concrete experimental site, the mean value m was estimated and used for the calculation of the actual Poisson s distribution (11.1). Results of these calculations are presented in Figures 11.1a c by dashed curves. Here, as in 5, we consider an ordinary and simple ow of scatterers, that is each single ray scattered as independent without crossing other rays or other scatterers. Notice that only rays with the level of 10 dB below the maximum were

are similar to the ARC command options. If you need a review, see 7. The arc options are as follows: Angle: Specifies the included angle. Center: Specifies the arc s center. Close: Closes the polyline by drawing a line from the endpoint of the last arc to the start point of the polyline. Direction: Specifies the direction of the arc from the start point. Halfwidth: Defines half the width of the polyline the distance from the center of the polyline to its edge. AutoCAD asks you for the starting halfwidth and the ending halfwidth. Line: Returns you to the main polyline prompt so you can draw line segments. Radius: Specifies the arc s radius. Second pt: Specifies the second point of the arc. Undo: Undoes the last arc. Width: Defines the width of the polyline. AutoCAD asks you for the starting width and the ending width. Specify endpoint of arc: Specifies the endpoint of the arc. This is the default. AutoCAD creates an arc tangent to the previous arc (continuing in the same direction). PLINE continues to display the arc submenu until you use the Line suboption or end the command by pressing Enter.

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When you create a polyline with a noncontinuous linetype, you may find that the linetype does not appear properly along the polyline. One reason is that the segments of the polyline may be too short to fit the entire linetype definition in this case the polyline appears continuous even though it is defined with a dashed or other linetype. You can tell AutoCAD to generate the linetype continuously along the polyline instead of starting the linetype definition anew at each vertex. This results in a more normal looking linetype along the polyline. To do this, you need to turn on the PLINEGEN system variable. By default it is off (set at 0). To turn on PLINEGEN, type plinegen and then 1 . As explained in the section Editing polylines with the PEDIT command later in the chapter, you can also modify the PLINEGEN system variable for existing polylines.

0.3 0.2 0.2 0.1 0.1

Like the event-driven programming of nesC/TinyOS which eliminates the need for polling or blocking and thereby makes control-driven programming more efficient, mechanisms such as the not i f y (1 primitive of JavaSpaces have been defined for the tuple space abstractions However, just as event-driven execution does not make nesC a data-driven language, the addition of n o t i f y 0 to tuple spaces does not make it a data-driven paradigm, although the other benefits of the tuple spaces make it a promising approach.

The drawing used in the following Step-by-Step exercise on drawing polylines, ab16-a.dwg, is in the Drawings folder of the AutoCAD 2002 Bible CD-ROM.

FIGURE 11.2. Probability laws of rays number for links: (a) from 300 m to 500 m and (b) from 800 m to 1.5 km.

1. Open ab16-a.dwg from your CD-ROM. 2. Save the file as ab16-1.dwg in your AutoCAD Bible folder. It shows a small section of a drive block, as shown in Figure 16-2. You need to complete part of the drawing. ORTHO and OSNAP should be on. Set running object snaps to endpoint, midpoint, and intersection. Layer 3 should be current.

Choose Polyline from the Draw toolbar. Follow the prompts:

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