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semi-additive measures (from Figure 9-2) and the issue with comparing inventories and account balances (one point in time) with material movements and debit/credits (a period of time) BusinessObjects XI handles this through multiple SQL statements and user training; however, OLAP databases again are aware of these issues and allow you to flag with a simple setting that such measures may be aggregated by product, for example, but not by time OLAP databases also provide you with more control over the calculation order, something particularly important for ratios and percentages As an example of calculation order, look at the calculations for profit as a percent of sales, as shown in Figure 14-4 To get sales and profit totals for quarter four, you correctly sum across the rows However, for profit as a percent of sales, if you sum across, you get an incorrect percentage of 84 To calculate percentages and ratios, you need first to get the sums by quarter, and then calculate down to take profit/sales This second calculation gives you the correct result of 28 percent Similar to this concept of a two-pass calculation are multidimensional and forwardlooking calculations As shown in the next screen, profit and sales are at two different levels within the accounts hierarchy To calculate profit, one must first know the subtotals for Margin and Total Expenses Profit is not a simple sum, but rather, an aggregation of Subtotal Margin Subtotal Expenses To calculate profit as a percentage of sales, you must know both levels of subtotals, as well as the detail Sales that is used to calculate the Margin Subtotal; the database must look forward to first calculate Profit before it can calculate Sales as a percentage of Profit

7 Compile the program by selecting Build Solution from the Build menu 8 Run the program by selecting Start Without Debugging from the Debug menu When you run the program, you will see the window shown here

2:

Second subtotal = Margin Total Expenses = Profit/Sales: 52265/184972

b = wT1 ,

An Overview of C#

As the preceding instructions show, compiling short sample programs using the IDE involves a number of steps However, you don t need to create a new project for each example program in this book Instead, you can use the same C# project Just delete the current source file and add the new file Then recompile and run This approach greatly simplifies the process Understand, however, that for real-world applications, each program will use its own project

This is simple for an OLAP database, which understands dimension members and levels (just say Profit % Sales!), but not so simple for SQL Are there ways of doing this in the fact table, universe, or report Of course! It s all a matter of the time and cost to implement and maintain the intelligence An OLAP database is also an ideal place to store dimensional information that needs to be aggregated in different ways As discussed early in this chapter, a customer dimension could have groupings by physical region (customers in California) or by type of customer (newly married) Users are viewing the same measures but by different groupings OLAP tools allow dimensions to be aggregated in different ways, often without drastically increasing the size of the database

Once an interface has been defined, one or more classes can implement that interface To implement an interface, the name of the interface is specified after the class name in just the same way that a base class is specified The general form of a class that implements an interface is shown here: class class-name : interface-name { // class-body } The name of the interface being implemented is specified in interface-name When a class implements an interface, the class must implement the entire interface It cannot pick and choose which parts to implement, for example A class can implement more than one interface When a class implements more than one interface, specify each interface in a comma-separated list A class can inherit a base class and also implement one or more interfaces In this case, the name of the base class must come first in the comma-separated list

where h is the cam lift in a dwell-rise-dwell motion input and T1 is the period of such input Substituting these into Eq (1226) yields (1 + G 2 F ) X + 2x(1 + G 2 F ) 2p 2p 2p 2p X+ X = 2x (1 + G 2 F ) G + G T T T T

12:

Before you rush out to implement the latest version of an OLAP database, note that they do have their disadvantages First, they are another database and another data source If your