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with the key research ndings you need to know, and in 3, you ll see an overview of the three steps of the BBP approach. Then you ll get right to work on planning your rst ve slides in 4 and the rest of your slides in 5. In 6, you ll set up your storyboard and narration; in 7, you ll sketch the storyboard; and in 8, you ll add graphics. You ll see how BBP plays out through a wide range of presentation contexts and purposes in 9, and 10 offers advice on delivering BBP presentations. The companion CD included with this book provides a bonus chapter that shows you how to administer a 5-minute test of BBP with your team and provides other tools and resources that you can start using immediately. The companion Web site to this book, at www.beyondbulletpoints.com, offers advanced resources to the fast-growing community of people using BBP. By the end of this book, you should be well-equipped with the knowledge and tools you need to start applying BBP to your own presentations.

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"Hello, world!", which is only different because of two shortcuts:

50) If all you need is a descriptive tag and a price, this is fine But it s not very flexible Let s say that some clever person starts an auctioning service as part of the Web site where the price of an item is gradually reduced until somebody buys it It would be nice if the user could put the object in his or her shopping cart and proceed to the checkout (your part of the system) and just wait until the price was right before pressing the Pay button But that wouldn t work with the simple tuple scheme For that to work, the object would have to check its current price (through some network magic) each time your code asked for it it couldn t be frozen like in a tuple You can solve that; just make a function: # Don't do it like this...

1. puts is a method of the Kernel module that is included and searched by default, so usually you won t need to use Kernel.puts to refer to it. 2. puts takes only one argument (that is, a discrete item of data being passed to a method also often called a parameter) and is rarely followed by other methods or logic, so parentheses are not strictly necessary. Often, however, parentheses are required, as in many situations omitting them leaves the code vague and imprecise. Therefore, all these lines of code are functionally equivalent:

10

Kernel.puts("Hello, world!") Kernel.puts "Hello, world!" puts("Hello, world!") puts "Hello, world!"

In each case, the data "Hello, world!" is being passed to Kernel.puts, but the style used to do so is different. As you work through some of the examples in this chapter, try experimenting with different ways of printing the data to the screen by using parentheses and/or using the Kernel module directly.

You should now be ready to present to your audience. With the thorough presentation you ve prepared using BBP, you re sure to persuade the audience with your focused, clear, and engaging story. As you apply this system to other presentations, keep this book handy, and visit the companion Web site for this book at www.beyondbulletpoints.com to get a steady supply of ideas and inspiration. Now that you ve seen why and how BBP works, it s time to get started on your own presentations. As you begin your own presentations using BBP, use this book to guide you through the process step by step. Find others in your organization who are willing to help. As you apply the approach and get good results, you ll quickly create a momentum that will propel clearer and more effective communications throughout your organization. As you start to live a life beyond bullet points, there s no turning back you re on your way to a much more engaging way of presenting.

def getPrice(object): if isinstance(object, tuple): return object[1] else: return magic_network_method(object).

With Japanese, however:

<..nothing or a junk result..> Because the Japanese characters are represented by more than one byte each, Ruby cannot work with them properly. Instead, it just picks off the first byte with [0] as opposed to the first character and tries to convert that meaningless byte s value back into a character. One workaround provided by Ruby 1.8 is called jcode. This mechanism comes with Ruby and puts Ruby into a mode that has bare support for UTF-8 (or other character encodings, mostly related to Japanese, but we won t consider those here). UTF-8 is the most commonly used system of representing Unicode characters. By default, UTF-8 characters only take up one byte (for English alphabet characters, say), but, where necessary, will use more than one byte (for Japanese, Chinese, and so on). Using jcode you can make regular expressions UTF-8 aware: