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Figure 12.10 shows a wind machine electrical installation. Voltage and current meters are not shown but are often supplied with wind machines. If they are, simply follow the manufacturer s directions for installation. A solar system is also shown in the gure because wind and solar are often combined. The installation is designed so that the wind and solar systems are completely independent, though complementary. Deleting the solar system has no effect on the wind system hookup. Elements of the installation include:

class Triangle : TwoDShape {

FIGURE 10-1

Figure 18.3 Pretest options. A cellular test set offers a quick, easy way to check if a circuit is working. The fact that it operates gives a high degree of confidence that it will be able to be calibrated into a final-quality unit. Discrete instruments offer superior flexibility because there is no dedicated protocol built in, as there is in the cellular test set. The flexibility is offset by the fact that each section of the circuit board has to be tested individually, which slows the test development process.

Each station advertises its fairness method using the topology attribute discovery (ATD) frames defined later on in this document. Stations deploying the aggressive and conservative methods interoperate on the ringlet. Both methods converge to the fairRate value when the offered traffic at stations on the ringlet is constant.

end of the scale, while the brightest pixels are at the high end of the scale. In certain conditions, a digital camera may not distribute the pixels properly, and your image may be lacking pixels at the low end of the scale. If this happens, the shadow areas of your image are not well defined. If your image is lacking pixels at the high end of the scale, highlight areas will not be well defined. You can correct for any deficiencies in levels by applying the Auto Levels command. However, when you correct levels, you may notice that the image acquires a color cast. For example, after applying the Auto Levels command, the image may look bluish or reddish. You can correct this deficiency with the Auto Color or Color Cast commands. The following image is in need of color correction:

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Console I/O is accomplished through the standard streams Console.In, Console.Out, and Console.Error. Console I/O has been used since 2, so you are already familiar with it. As you will see, it has some additional capabilities. Before we begin, however, it is important to emphasize a point made earlier in this book: Most real applications of C# will not be text-based, console programs. Rather, they will be graphically oriented programs or components that rely upon a windowed interface for interaction with the user, or will be server-side code. Thus, the portion of the I/O system that relates to console input and output is not widely used. Although text-based programs are excellent as teaching examples, for short utility programs, and for some types of components, they are not suitable for most real-world applications.