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The main function that is executed each time an instance of this abstract task is invoked is shown in Figure 512 Each task has to implement the run (1 function because application tasks implement the Runnable interface, which defines this function Implementing the Runnable interface effectively makes the abstract task instance a thread that can be invoked by the AtagManager when its firing conditions are met We now examine the run function of this task in more detail At the high level, the purpose of this task is to continually read the temperature readings produced on its own nodes and sent by its neighboring nodes and, whenever such a reading is received, calculate the difference between the local reading and each of the neighbors to determine if a prespecified threshold f is exceeded.

1. Define form factor, posture, and input methods 2. Define functional and data elements 3. Determine functional groups and hierarchy 4. Sketch the interaction framework 5. Construct key path scenarios 6. Check designs with validation scenarios

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While we ve broken the process down into numerically sequenced steps, this is not typically a linear effort, but rather occurs in iterative loops. In particular, Steps 3 5 may be swapped around, depending on the thinking style of the designer (more on this later). The six steps are described in the following sections.

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The first step in creating a framework is to define the form factor of the product you ll be designing. Is it a Web application that will be viewed on a high-resolution computer screen Is it a phone that must be small, light, low-resolution, and visible in both the dark and bright sunlight Is it a kiosk that must be rugged to withstand a public environment while accommodating thousands of distracted, novice users What are the constraints that each of these imply for any design Each of these form factors has clear implications for the design of the product, and answering this question sets the stage for all subsequent design efforts. If the answer isn t obvious, look to your personas and scenarios to better understand the ideal usage context and environment. Where a product requires the design of both hardware and software, these decisions also involve industrial design considerations. Later in the chapter we discuss how to coordinate interaction design with industrial design. As you define the form, you should also define the basic posture of the product, and determine the input method(s) for the system. A product s posture is related to how much attention a user will devote to interacting with the product, and how the product s behaviors respond to the kind of attention a user will be devoting to it. This decision should be based upon usage contexts and environments as described in your context scenario(s) (see 6). We discuss the concept of posture in greater depth in 9.

I this threshold is exceeded, the task should produce an alarm notification in the form of a data item of type Fire The name of this data item is chosen as an indication of a possible event that could have occurred, it is not necessary that each gradient violation necessarily indicates a fire, and the programmer is free to choose any other preferred name When the task is executed, it first reads a data item of type Temperature from the data pool This call is guaranteed to succeed because this task has only one input data item and it is scheduled for execution only when the data item is produced ATaG semantics ensure that each invocation of this call results in a valid (non-null) result.

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The input method is the way users will interact with the product. This will be driven by the form factor and posture, as well as by your personas attitudes, aptitudes, and preferences. Choices include keyboard, mouse, keypad, thumb-board, touch screen, voice, game controller, remote control, dedicated hardware buttons, and many other possibilities. Decide which combination is appropriate for your primary and secondary personas. In cases where it may be appropriate to use a combination of input methods (such as the common Web site or desktop application that relies on both mouse and keyboard input), decide upon the primary input method for the product.

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