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Imagine you have been asked to design an application to let people organize, store, and retrieve their email in a fast, efficient and enjoyable way. What would you do How would you start Would you begin by sketching out how the interface might look, work out how the system architecture will be structured, or even just start coding Alternatively, would you start by asking users about their current experiences of saving email, look at existing email tools and, based on this, begin thinking about why, what, and how you were going to design the application Interaction designers would begin by doing the latter. It is important to realize that having a clear understanding of what, why, and how you are going to design something, before writing any code, can save enormous amounts of time and effort later on in the design process. Ill-thought-out ideas, incompatible and unusable designs can be ironed out while it is relatively easy and painless to do. Once ideas are committed to code (which typically takes considerable effort, time, and money), they become much harder to throw away-and much more painful. Such preliminary thinking through of ideas about user needs1 and what

the kharaktBres in this view are passive vehicles of meaning. But in our two spells above, the magical practitioner addresses the kharaktBres directly as independent divine agents who will carry out the desired operation. In the anthropological terms of Alfred Gell, the social agency of the kharaktBres is more fully realized they can hear spells, for instance, know the technical language of binding spells, in addition to understanding the intricate dynamics of chariot-racing and the magical practitioner interacts with them as with other divine beings whom he may call upon to effect his aims. Therefore we must be careful not to retroject Augustine s views of kharaktBres informed as they are by the Neoplatonist underpinnings to his general views of magic into earlier periods, when kharaktBres rst appear. Equally important to note is that in Augustine s formulation kharaktBres are essentially representational in the basic sense of the term sign but the kharaktBres that are addressed as animate beings in our spells above cannot merely be representations. Instead they are living beings, in the sense presented in chapter 1, and as such have to be treated differently than if they were symbolic forms. The situation is still more complicated than I have indicated up to this point. If the kharaktBres mentioned in the two spells above are asked to bind or restrain a designated victim, some of the same kharaktBres appear elsewhere in the magical papyri to thwart such binding spells. Several of the same kharaktBres, for example, in the two spells above also appear in a PGM recipe for a Spell breaker (Lusipharmakon).77 This kind of irregularity in the appearance of kharaktBres is partly to blame for why scholars have largely avoided a sustained treatment of them.

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53 54 0.0029 0.0022

and translates them into the respective binary op-codes. For example, the Pentium assembler translates the HLT instruction into its binary op-code is 11 11 0100 (F4 in hex) as depicted in Table 10.4. An advantage of the assembler is address computation. Most programs use addresses within the program as data storage or as targets for jumps or calls. When programming in machine language, these addresses must be calculated by hand. The assembler solves this problem by allowing the programmer to assign a symbol to an address. The programmer may then reference that address elsewhere by using the symbol. The assembler computes the actual address for the programmer and fills it in automatically. One can obtain hands-on experience with a typical assembler for a microprocessor by downloading it from the Internet. As mentioned in 5, each line in an assembly language program includes four fields: 1. Label field 2. mnemonic or op-code field 3. Operand field 4. Comment field The assembler ignores the comment field but translates the other fields. The label field must start with an uppercase alphabetic character. The assembler must know where one field starts and another ends. Most assemblers allow the programmer to use a special symbol or delimiter to indicate the beginning or end of each field. Typical delimiters used are spaces, commas, semicolons, and colons: Spaces are used between fields. Commas (,) are used between addresses in an operand field. A semicolon (;) is used before a comment.

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