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Hence, these two circuits are not related by a
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The easiest way to make a bit budget is to use a spreadsheet. One is included on the sample disc that comes with this book. For simple projects with only one video segment, use the DVDCalc spreadsheet on the sample disc. Some authoring programs will calculate bit budgets for you when you use their layout features. To simplify calculations, keep track of sizes in megabits, rather than megabytes (see Table 12.3). Allow an overhead of 5-7 percent for control data and backup files which are added during formatting and multiplexing. This also allows a bit of breathing room to make sure everything fits on the disc. Table 12.3 Disc Capacities for Bit Budgeting
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This program first declares a delegate type called CountIt that has no parameters and returns void. Inside Main( ), a CountIt instance called count is created, and it is passed the block of code that follows the delegate keyword. This block of code is the anonymous method that will be executed when count is called. Notice that the block of code is followed by a semicolon, which terminates the declaration statement. The output from the program is shown here:
cable was developed by adding a ooding compound under the PVC jacketing. As a money-saving option, many manufacturers offered cable with a copper-clad aluminum center conductor, which had an increased loop resistance, to be used where the cable powering design did not need a low loop resistance. Typically, the drop cable supplying service to subscribers was 75-ohm RG-59 exible coaxial cable. The exibility was obtained by using a braided copper shield. The center conductor was often steel, which gave added strength, with a copper cladding. Because drop wire, or cable, as it was known, was always jacketed, it was necessary to protect the braided outer conductor or shield. As time passed and the cable television industry matured, it was found that the drop wire had inadequate shielding against signal leakage and noise interference caused by ingress. Manufacturers of drop cable introduced a layer of aluminum foil placed under the braid, which was very effective in improving the shielding effectiveness. Further improvements added more layers of aluminum foil and another layer of braid, which vastly improved shielding as well as mechanical strength. By present-day standards, the drop cable used is RG-6 type, which is double shielded, has a larger diameter than RG-59, and has lower attenuation and greater mechanical strength. As drop cable improved, so did the connectors. At rst, the simple type F connector used by the master antenna industry (MATV) was adopted. This was a very crude and poor connector and caused a great number of service calls. Because this was very costly to cable operators, new types of F connectors, with improved crimping sleeves, were developed. New drop cable stripping tools and hand-crimping tools made the installation of the new F connectors easy and quick, which produced a vastly improved connector at manageable costs. Improvements in the manufacturing process and the cable operators need for lower loss cable enticed more cable manufacturers to enter the market. Feeder cable size increased from 0.412 inch, commonly known as 412, to 0.500 inch, or simply 500. The dielectric material improved, and cables appeared on the market with gas-injected polyethylene foam between the aluminum sheath and the center conductor. Also, one manufacturer used a polyethylene disc where the center conductor is held concentric with the aluminum sheath. Dry air acts as the dielectric insulating material. This type of cable exhibits less loss as the operating frequencies increase. Many cable systems use 0.500 inch as feeder cables and 0.750 inch (750) or 1.0 inch (1,000) as trunk cable. Cables are also available in 0.65-inch and 0.875-inch sizes, 0.65 for feeder systems and 0.875 for trunk systems.
(This setting can be varied, but increasing this value too much could degrade interactive response.)
You say that once created, string objects are immutable. I understand that, from a practical point of view, this is not a serious restriction, but what if I want to create a string that can be changed You re in luck. C# offers a class called StringBuilder that is in the System.Text namespace. It creates string objects that can be changed. However, for most purposes, you will want to use string, not StringBuilder.
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If suf cient thought goes into the planning of a new bridge, fewer problems will be encountered down the road. Proper investment at the construction stage will minimize subsequent mainatenance, repair, and rehabilitation costs. Total cost Initial cost Lifecycle cost (useful service life for old and new components)
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