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concepts, but aren t necessary complete. Refer to the finished project for the whole implementation. There are a number of ways of working through this chapter: Read the chapter to get a feel for Xcode development. Download the finished project and play with it. Copy each step in this chapter in Xcode to re-create the project on your own, copying source code from the finished project where needed. Use the steps here as the starting point for your own project. In the following sections, you re going to create a new Xcode project, configure the project, design an application, create controller and data model objects to implement a Model-View-Controller design, and finally add the business logic to produce a working app. Working through this process will take you on a mini-tour of Xcode, Interface Builder, Objective-C, and the Cocoa frameworks. There are few comparisons to Java in this chapter, since this is more about the development tools than the language.

Look for the Media Center icon on your keyboard or remote control The icon is shown in Figure 6-1 You ll see the icon on almost any remote control you ll receive with a computer and on some keyboards If you can t find the icon on any hardware, you can open Media Center using the computer and your mouse Just click Start, click All Programs, and click Windows Media Center You can also make the Media Center icon available in the Quick Launch area, pin the link to the application to the Start menu, or create a shortcut to it on the desktop To make Media Center accessible from the Quick Launch area of the taskbar: 1 Right-click an empty area of the taskbar 2 From the pop-up list, point to Toolbars, and select Quick Launch 3 Click Start 4 Click All Programs 5 Right-click Windows Media Center 6 Select Add To Quick Launch

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with a glass exhaust tube The blown glass bulb, which has been coated inside or frosted, is then sealed to the stem in a machine Gas flames directed at the mating edges of the glass parts melt them to form a complete envelope A vacuum pump exhausts the air from the bulb and inert gas is released into it Then the glass stem is pinched off by a flame to seal the bulb The filament leads extending from the lamp are trimmed, and the bulb is inserted into an aluminum or brass base containing a bonding cement Finally, one lead is soldered to the insulated contact at the bottom of the base and the other is soldered to the rim of the base to complete the lamp Screw-in- or Edison-type bases made of aluminum or brass are widely used on incandescent lamps rated for 30 to 200 W In addition to supporting the lamp, the base makes electrical contact with the wired socket of the lampholder as soon as it is securely screwed into the socket Incandescent lamps emit visible light when enough current passes through the filament to heat it to incandescence When the lamp is first turned on, the filament presents a low ohmic resistance, but that resistance increases rapidly as the filament heats up All incandescent lamp filaments are made of tungsten, and they are capable of producing from 11 to 33 lumens per watt (lm/W) The inert gas fill released into the bulb puts enough pressure on the filament to retard tungsten evaporation, permitting it to be operated at higher temperatures than could be achieved in a vacuum, while extending lamp life Moreover, high filament temperatures permit gas-filled incandescent lamps to emit whiter light than those without a gas fill The larger the surface of the filament wire in relation to its volume or mass, the greater will be its ability to dissipate heat However, if this ratio is too large, the benefits of gas fill will be nullified The surface-to-volume ratio is large in filaments with current ratings of less than 1 3 A The filament wire diameters in those lamps are so fine that gas fill actually becomes a disadvantage For this reason most type B incandescent lamps rated for less than 40 W do not contain gas Gas-filled lamps rated 40 W and higher are type C The gas fill in most type C incandescent lamps is a mixture of nitrogen and argon The proportion of nitrogen can range from 2 to 100 percent, but even 2 percent prevents the electrical arcing across the filament lead-in wires that occurs if the argon fill is 100 percent Examples of incandescent lamp gas fill proportions are:.

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