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You now need to write some C# that will work through the array and find the best score. At this point, you have a problem. If I ask you, Which element in Figure 8-3 has the winning time in it you would glance at the page and say, The element with subscript 3. And you d be right. The problem is that you won t necessarily be able to tell me precisely how you worked it out. You simply looked along the row, and that number was the smallest number that wasn t negative. It was obvious. Unfortunately, you can t say to the C# compiler, Look along the row and find me the winner. You need to set things out in simpler and much more boring steps. The program must look at each element in turn and see if it wins. At any given point in the process, the program would have an idea of the best result it has seen so far. If it sees a value that is better, it now has a new winner and so on. If you think about it, this is what people really do, particularly if they are working through 1,000 numbers instead. In that case, they would take care to remember the best result that they had seen so far as you went through and probably write it down on a piece of paper. With all this in mind, consider the following code:

Next, the FBI must have told the customers not to send any important information over the mail system - or, perhaps, to move to a different mail service altogether during the investigation After that, the agents started monitoring the mail and bulletins being sent by the hackers over Telemail They used these messages as a source of clues to our real names and addresses, and to try to find out how criminal our intent was I was told by two different FBI men that all the mail we sent was kept The FBI must have then taken the clues from our mail and used that information to locate a few of the people involved From there, I would guess they obtained other names through long-distance phone records of calls placed by the hackers to their friends After all this, the FBI had the names and addresses of about twenty people.

Quantitative analysis isn t always limited to additive or semiadditive measures. Often, averages, ratios, and percentages can reveal important trends and are consequently relevant to many types of analysis. As you learned in 5, these types of calculations must be added to a cube as calculated measures because they won t aggregate correctly across any dimension. The components of the calculations must be summed separately and then the necessary multiplication or division can be performed. These types of calculations are known as nonadditive measures. You created two types of nonadditive measures by completing the procedures in 5 when you created a distinct count measure and an average measure. The distinct count measure counts unique occurrences of a customer within a sales fact table. The average measure aggregates two measures separately, and then divides one measure by the other. In this section, you create another type of nonadditive measure, commonly used in financial analysis, which divides the value of a single measure for one financial account by the value of the same measure for a different financial account.

int winningValue = 120; for (int i = 0; i < 16; i++) { if (scores[i] > 0) { if (scores[i] < winningValue) { winningValue = scores[i]; } } }

6:

This code uses a variable called winningValue to hold the smallest value it has seen so far. It starts by setting it to a large value that is guaranteed not to be a winner. It then compares winningValue with each element in the array in turn. If the element is smaller than the current smallest, it sets winningValue to the new value. Before it tests winningValue, the code makes sure that the count is a valid one in that the button must have been pressed.

Of those, they were most interested in members of the Inner Circle - either because the Inner Circle was the first to use the mail system or because we were the only organized hackers to use the system at all Several months after my initial meeting with the FBI agents, I was quite surprised to see all my confiscated computer equipment returned, via us registered mail Everything had been packed into a large cardboard box and protected with a little foam Luckily, the damages were quite minor - under $200 I had a few friends whose equipment was completely useless when it was returned, but they were just happy to see it again at all Several months later, I was indicted Once again, it took me by surprise A reporter for a local newspaper called me in May 1984.