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A semiadditive measure is different from the additive measures you ve seen thus far because it can be summed along some, but not all, dimensions in a cube. A common use of a semiadditive measure is a value for a fixed point in time (also known as a snapshot), such as inventory quantity. Inventory quantity can be summed up along the Product dimension to find out how many bikes are in stock on a given day, but you can t sum this measure across the Time dimension. For example, the number of bikes you had in stock at the end of the first quarter can t be added to the number of bikes you had in stock at the end of the second quarter (at least, not if you want the correct result!). The measure of inventory on hand over time requires you to look at the value at the end of the time period only, not the sum of all values over the period. When you add a semiadditive measure to a cube, whether using the Cube Wizard or manually adding it by using the Cube Designer, you must change its default aggregation behavior.

if (lives <= 0) { return; } updateBread(); updateTomatoes(); base.Update(gameTime); }

Now that your cube is created, can you enhance it with additional measure groups and measures Of course! Sometimes, you ll need to add another fact table to your DSV to create a new measure group. Other times, you ll simply add more measures to an existing measure group from the underlying fact table. You can easily make these additions to your cube by using the Cube Designer. But first, be sure the supporting data for the measure is available in the DSV either by adding new tables to the DSV or by confirming that an existing fact table contains the desired measure. In this procedure, you ll add the Inventory measure group to the cube. Add a measure group to a cube 1. In Solution Explorer, double-click SSAS Step by Step DW.dsv, right-click the background of the Diagram pane, and then click Add/Remove Tables. 2. Double-click dbo.FactInventory in the list of Available Objects to add it to the Included Objects list, and then click OK. The TimeKey column in this table joins to the DimTime table and ProductKey joins to the DimProduct table. The InStkUnit column is the only measure in this table and contains a count of each product s inventory on the first day of the month. 3. Switch to the SSAS Cube Designer, right-click anywhere in the Measures pane on the Cube Structure tab, click New Measure Group, click FactInventory, and then click OK. 4. Rename the new measure group as Inventory. 5. Expand the Inventory measure group.

The same pattern could be used in the Setup and Draw methods. Note that these changes won t make the game program run more quickly (in fact, the method calls will slow things down very slightly), but it will make things much easier for the programmer, as shown later. You might remember that the process of tidying up a program like this is known as refactoring. Visual Studio provides some useful refactoring features to help you organize your program and perform the refactoring itself.

No matter how well educated they are about security, some users will continue to miss the signs that hackers are using their accounts. Some may also feel that it is not their job to spot hacker activity - that the role belongs to the system operators, and that users aren't properly trained. To some degree, they're right, but it is a dangerous attitude from the computer owner's point of view. After all, in an analogous situation, the police do what they can to keep intruders out of a house, but the final responsibility rests with the people who live there.

Part II:

The refactoring support in Visual Studio makes creating a method from a block of statements easy. First, you highlight the statements that are to be placed in the new method. Then, you right-click the block of code to bring up the Context menu and select Refactor from that menu. You select Extract Method from the Refactor menu, as shown in Figure 13-1.

Your screen looks like this: