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Basic Physics Terms of Interest For a wave or vibration, the maximum displacement on either side of the equilibrium (midpoint) position Energy of motion, described by the relationship Kinetic energy

v (n k) (t)

In extreme cases, it may be easiest to start a new model from scratch This chapter discusses four kinds of models that grow successively closer to the nal database implementation First, a user interface model views the database at a very high level as seen from the nal user s point of view Depending on how you are going to use the database, this might be as the user will view the database through forms on a computer screen This model is very far from the nal database implementation and it doesn t tell much about the database design This model is useful for understanding what data is needed by the project and how you might use it to navigate through the user interface The second and third types of models described in this chapter are semantic object models and entity-relationship models.

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Purpose Modi es a database object such as a table, stored procedure, or view. The most important variation is ALTER TABLE, which lets you change a column de nition or table constraint. Creates objects such as tables, indexes, views, stored procedures, and triggers. In some versions of SQL, this also creates databases, users, and other high-level database objects. Two of the most important variations are CREATE TABLE and CREATE INDEX. Deletes database objects such as tables, functions, procedures, triggers, and views. Two of the most important variations are DROP TABLE and DROP INDEX.

After your page (or at least the section that contains the grid) is complete, you can choose to optimize it. Optimizing reduces the size of the grid to accommodate the elements on it, which eliminates any unnecessary code. To optimize a grid, select the grid, and then open the Inspector (now the Layout Grid Inspector). Then, just click the Optimize button if it is active. If the grid s elements extend all the way to the right side and bottom of the grid, this button is inactive because no optimization is available. Optimization works by removing the extra grid space at the right and bottom of the grid. If it removed space at the top, it would move your grid s position up on the page and carry its design elements with it, affecting your page s design. Therefore, optimization leaves the top and left parts of the grid alone. Depending on your layout, you might want to select all the objects on your grid and move them to the top and/or left of the grid for maximum optimization.

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These are roughly at the same distance from the nal database They are at a slightly lower level than the user interface model and show relationships among data entities more explicitly They are still at a moderately high logical level, however, and do not provide quite enough detail to build the nal database The fourth type of model described in this chapter is the relational model This model mimics the structure of a relational database closely enough that you can actually sit down and start building the database In a typical database design project, you might start with a user interface model I like to start there because I gure if the user is going to see something, we better have a place for it in the database.

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Conversely, if the user isn t going to see it in some manner, do we really need it in the database (But that s just me I like designing user interfaces Some people prefer to skip that and let someone else worry about the user interface) Next you use what you learned from the user interface model to build either a semantic object model or an entity-relationship model These models serve the same purpose so you generally don t need to build them both Work through this chapter and the exercises at its end and decide which one you prefer Finally, you convert the semantic object model or entity-relationship model into a relational model Now you have something that could be turned into a database.

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