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As you learned in 9, arrays are the perfect tool to store lots of data. When you create dynamic text and assign a variable name to the text box, you can easily display the content from an array in a text box. When you want to display an element from an array in a dynamic text box, you create a variable that s equal to the array element you want to display. To create a dynamic text box that displays an array element: 1. Create a dynamic text box as outlined earlier. 2. Open the Property inspector. 3. In the Var field, enter a name for the text box variable. Remember to adhere to the variable naming conventions discussed in 9. Your next step is to create the variable and set if equal to the array element you want to display in the text box. You can create the variable on a keyframe, within a button, or within a movie clip, depending on your design requirements. 4. Select the keyframe, button, or object where the variable will reside. 5. Click Actions Variables and then double-click set variable.

Similarly, the term reverse engineering (RE) refers to any tools or techniques that help us to generate, translate, or propagate any details from a lower-level representation to a higher-level one (including the actual deployed DB, which is the lowest level possible) We mentioned earlier that even when this is possible, there will always be some omissions or minor mistakes made While we will not discuss this in great detail here, consider the reverse engineering of a PDM from a deployed DB when absolutely no DMs of any kind exist beforehand Obviously, the names for the constructs will be identical to those in the DB, and all of the metadata (comment, purpose, annotation, de nition, goals, and so on) that we would normally de ne in the CDM will be blank.

(11.52)

Fractions. We review the adding and subtracting of fractions in arithmetic. Add 3/ 4 + 5/ 8 + 5/ 12. Remember that we look for the least common denominator (LCD). In this case it is 24. The reason: 24 is divisible by 4, 8, and 12. The three terms are now converted to 24ths or:

Research confirms that PD pathology in parents is associated with increased risk for PD pathology in offspring (Johnson et al., 1999). The specificity of these linkages varies from syndrome to syndrome, however, and while the presence of PDs in one or both parents is associated with a general increase in risk for personality pathology, there is no one-to-one correspondence between the form of PD pathology in parent and child. At least five factors help explain the intergenerational transmission of PD pathology: 1. Genetics (i.e., inherited differences in temperament, neurophysiology, and other variables). 2. Relationship dynamics within the family (e.g., variations in parenting style and skill). 3. Faulty learning (e.g., flawed ways of thinking acquired within the family). 4. Generalized familial pathology (i.e., global milieu effects that reflect broader dysfunctional processes among family members).

If the DB naming rules are restrictive, even the names we reverse engineer might be truncated versions of what we would de ne in the CDM If we try to reverse engineer this further (to the LDM or CDM categories), there are some mappings that we won t automatically be able to reverse We will discuss the LDM to CDM issues in the next chapter, but for now, recall the differences we discussed in the sections on CFN and UML Suppose we wanted to generate an ERD (CDM) from an LDM written in the relational data model The RDM has no notion of Strong or Weak ETs there are simply relations and primary keys.

Item Articular cartilage, human adult Comment More than 5 g for primary cultures, more than 20 mg for monolayer expansion Nonsterile Each experiment should use more than two hooves Store at 4 C Canted neck, plug-seal cap Catalog # Supplier Clinical collaboration

In the beacon mode, devices are classi ed as either a coordinator or end devices by the role of each in the network The coordinator provides a synchronization service by periodically broadcasting a beacon frame Thus, the time line is divided into xed time intervals, also known as beacon intervals The beacon interval is divided into two time periods: an active period and an optional inactive period The beacon interval bounded by two beacon frames is called the superframe structure of IEEE 802154 as shown in Fig 181 The active period is divided into a contention access period (CAP) and an optional contention free period (CFP) Devices communicate with other devices using slotted CSMA/CA during the CAP, while only a preassigned device by the beacon communicates during guaranteed time slot (GTS) without CSMA/CA in the CFP.