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As de ned in 5, r1 is the projection of the vector to the transmitter at the ground plane z 0 (see Fig. 5.15, 5); q r2 r1 =d is a unit vector at the ground plane z 0; d jr2 r1 j, where r2 is the projection of the vector to the receiver at the ground plane z 0; parameter g0 determines the density of the building contours at the plane z 0 and was de ned by (5.59) in 5. To obtain the real form of probability function Pd m , we must use the following computational procedure based on the statistical analysis of topographic maps from the tested built-up areas and compare it with Poisson s distribution (11.1). We have analyzed topographic maps of experimental sites where continuous measurements have been carried out, for example, in Stockholm (Sweden), Arhus, Aalborg, and Copenhagen (Denmark), Lisbon (Portugal), Helsinki (Finland), Jerusalem, Ramat-Gan, Beer-Sheva, and Tel-Aviv (Israel). We have used only similar areas

Polylines are single objects that combine line segments and arcs. In certain situations, it is useful to be able to edit an entire set of lines and arcs as one object. Polylines can have a width, which can vary from the start point to the endpoint. Polylines ensure that all the vertices of a closed area actually meet, which is very helpful if you want to hatch the area. They are also very useful for 3D drawing. In short, polylines are a neat, clean way to draw. (Technically, polylines are called lightweight polylines to distinguish them from the type of polylines used in Release 13 and earlier.) The RECTANG and POLYGON commands create polylines. Figure 16-1 shows a few examples of polylines.

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To draw a polyline, choose Polyline from the Draw toolbar. This starts the PLINE command. AutoCAD responds with the Specify start point: prompt. Specify the start point. Then AutoCAD responds with the Specify next point or [Arc/Close/Halfwidth/Length/Undo/Width]: prompt. It offers the following options: Arc: Enables you to draw arcs. This option opens up a set of arc suboptions, which are explained next, after this list. Close: Closes a polyline by drawing a line from the endpoint of the last line segment to the start point of the polyline. This option appears only after you have picked a second 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, enabling you to create polylines that are tapered. Length: Specifies the length of the next line segment. AutoCAD draws the line segment in the same direction as the last line segment or tangent to the last arc. Undo: Undoes the last line segment. Width: Defines the width of the polyline. AutoCAD asks you for the starting width and the ending width. Specify next point: Enables you to create a line segment. This is the default option. Like the LINE command, PLINE continues to prompt you for more points, repeating the entire prompt each time. When you are done, press Enter to end the command.

FIGURE 11.1. The building distribution above shows the terrain for each tested radio path: 200 m, 500 m and 800 m, respectively. Continuous curves describe statistical data; dashed curves describe the actual Poisson distributions according to eqn. (11.1).

[Angle/CEnter/CLose/Direction/Halfwidth/Line/Radius/Second pt/ Undo/Width]: prompt. While this may seem overwhelming, most of the options

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