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Part II: Designing Behavior and Form Make sure that your click targets are large enough. Touchable objects should be large enough to be manipulated with a finger, high contrast, colorful, and well separated on the screen to avoid accidental selection. A 20mm click target is a typical minimum if users will be close to the screen and not in a hurry this size should be increased for use at arm s length or when in a rush. A good low-tech trick to make sure that your click targets are large enough is to print the screens at actual size, ink the end of your finger with a stamp pad, and run through your scenarios at a realistic speed. If your fingerprints are overlapping the edges of your click targets, you probably should increase their size. Use soft-keyboard input sparingly. It may be tempting to make use of an onscreen keyboard for entering data on touch screen kiosks. However, this input mechanism should only be used to enter very small amounts of text. Not only is it awkward for the user, but it typically results in a thick coating of fingerprints on the display. Avoid drag-and-drop. Drag-and-drop can be very difficult for users to master on a touch screen, making it inappropriate for kiosk users who will never spend enough time to master demanding interaction idioms. Scrolling of any kind should also be avoided on kiosks except when absolutely necessary.

Figure 8.19 Each router using a link state protocol will maintain a link state database that contains all the information for all links in the network. Note that each router should share a common view of the links in the network because each LSP is flooded to every router. Each router independently runs the Shortest Path First algorithm based on the link state database to calculate its individual route to each destination.

m-dataPool.putData(m-dataitem); else if (1atestReading == 0 &P oldhading = 0) C acquired = false; m-targetAlert.setAcquired(false); m~guiMessage.setNodeOutput("Target~lo~t"~; m-GUI.send(m-guiMessage); m-dataPool.putData(m-dataitem);

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Some kiosks make use of hardware buttons mapped to onscreen functions in lieu of touch screens. As in handheld systems, the key concern is that these mappings remain consistent, with similar functions mapped to the same buttons from screen to screen. These buttons also should not be placed so far from the screen or arranged spatially so that the mapping becomes unclear (see 10 for a more detailed discussion of mapping issues). In general, if a touch screen is feasible, it should be strongly considered in favor of mapped hardware buttons.

R1 Link-state packet A 10 B 10 R2 Link-state packet B 10 C 10 R3 Link-state packet C 10 D 10 Link name Cost

The large, full-screen nature of kiosks would appear to bias them towards sovereign posture, but there are several reasons why the situation is not quite that simple. First, users of kiosks are often first-time users (with some obvious exceptions, such as ATM users and users of ticket machines for public transport), and are in most cases not daily users. Second, most people do not spend any significant amount of time in front of a kiosk: They perform a simple transaction or search, get the information they need, and then move on. Third, most kiosks employ either touch screens or bezel buttons to the side of the display, and neither of these input mechanisms support the high data density you would expect of a sovereign application. Fourth, kiosk users are rarely comfortably seated in front of an optimally placed monitor, but are standing in a public place with bright ambient light and many distractions. These user behaviors and constraints should bias most kiosks towards transient posture, with simple navigation, large, colorful, engaging interfaces with

R1 Link-state packet A 10 B 10 R2 Link-state packet B 10 C 10 R3 Link-state packet C 10 D 10 Link name Cost

R1 Link-state packet A 10 B 10 R2 Link-state packet B 10 C 10 R3 Link-state packet C 10 D 10 Link name Cost

clear affordances for controls, and clear mappings between hardware controls (if any) and their corresponding software functions. As in the design of handhelds, floating windows and dialogs should be avoided; any such information or behavior is best integrated into a single, full screen (as in sovereign-posture applications). Kiosks thus tread an interesting middle ground between the two most common desktop postures. Because transactional kiosks often guide users through a process or a set of information screen by screen, contextual orientation and navigation are more important than global navigation. Rather than helping users understand where they are in the system, help them to understand where they are in their process. It s also important for transactional kiosks to provide escape hatches that allow users to cancel transactions and start over at any point.

1 oldhading = 1atestReading;

Figure 8.20 When a link state router detects a topology change, it floods the new LSP information to other link state routers. Each router records the new LSP in its link state database and then each independently runs the Shortest Path First algorithm to update its routing table.

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