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Real Sound Synthesis for Interactive Applications 1st Edition

4.2 out of 5 stars 9 customer reviews
ISBN-13: 978-1568811680
ISBN-10: 1568811683
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Product Details

  • Paperback: 263 pages
  • Publisher: A K Peters/CRC Press; 1st edition (July 1, 2002)
  • Language: English
  • ISBN-10: 1568811683
  • ISBN-13: 978-1568811680
  • Product Dimensions: 8.9 x 5.9 x 0.6 inches
  • Shipping Weight: 15.5 ounces (View shipping rates and policies)
  • Average Customer Review: 4.2 out of 5 stars  See all reviews (9 customer reviews)
  • Amazon Best Sellers Rank: #1,197,901 in Books (See Top 100 in Books)

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Customer Reviews

Top Customer Reviews

Format: Paperback
Are you a pretty good C++ programmer? Have you ever wanted to have your computer output sounds like footsteps or musical instruments that (a) sound real and (b) are continuously responsive to the user's control? Did you discover that it was basically impossible to do it by stitching together prerecorded samples, and you couldn't think of any other way to do it?
If so, Perry Cook has written just the book you have been looking for. In 250 pages, Cook explains everything, from the basics of digital filtering to the major alternatives for generating sounds: additive and subtractive synthesis, FM synthesis, and -- the real focus of the book -- physical modeling. Not only that, the accompanying CD-ROM includes lots of sound examples and the Synthesis ToolKit -- a pretty much platform-independent set of C++ classes and algorithms for writing your own code.
Not everything is perfect. Just as the first version of any program contains some bugs, the first printing of any book that uses mathematics contains some errors. In particular, typos in Appendix A could be very frustrating if this is your first exposure to Fourier analysis. (You might want to check Cook's web site for a promised list of errata and code updates.) And don't let the fact that the book is short, attractively produced, very well organized, unusually clear, and entertainingly written lead you to believe that you can master it in a weekend. Although Cook tries his best to make the underlying mathematics unintimidating, there is no getting around the fact that there are some rather deep concepts from wave physics and signals-and-systems theory behind what he has to say.
The good news is that the effort is richly repaid.
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Format: Paperback
"Real Sound Synthesis for Interactive Applications" by Perry R. Cook describes elementary and advanced techniques to simulate the audio components of dynamic systems using physics. While the book is not specifically directed toward game development, the application to game development is clear. The book's organization of the major themes covered is easily to follow through three sections that detail digital audio, sound modeling, and simulation of real world instruments. The book spans sixteen chapters and appendices totaling 248 pages.
The first section (chapters 1-3) defines digital audio, compression, wave synthesis, and simple filtering techniques. The chapters form the foundation for the later sections and define the common asset formats and techniques currently used in games. Cook emphases that key components of sound manipulation are the sampling rate and quantization of the source audio. The text demonstrates how sounds with higher sampling rates allow for greater manipulation with fewer artifacts but incur a greater computational cost.
The second section (chapters 4-8) introduces sound modeling through simplified physical systems, such as an ideal spring, and Fourier series equations. While an understanding of college physics and calculus is helpful (especially if you'd like to code these methods), the book doesn't require it or bog down in theory or mathematical proofs. (For those interested in the details, they are provided in the appendices). The concepts described in this section are critical in creating computer sound models that represent real world objects.
The last section (chapters 7-16) provides physics equations that allow for the simulation of real world instruments (string instruments, tubes, and multi-dimensional objects).
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Format: Paperback
This book is useful, enlightening, and fun. It covers many cutting-edge topics in lucid fashion, topics that can only be found otherwise in academic journals. The computer code (in the book and on the CD-ROM) is an invaluable resource for the ambitious reader, who can actually try out or modify the techniques. The CD-ROM also provides examples of these new techniques in action. Finally, the author's sense of humor comes through often (this is not a stiff, boring book!).
As a "digital-sound-artist" and someone who teaches this stuff at the university level, I highly recommend this book not only to those who want to learn about the most recent work going on in sound synthesis, but to those who want another perspective on more familiar topics (like the basics of PCM, fourier analysis, basic digital filtering, etc....).
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Format: Paperback
This is not a book that introduces and uses signal processing concepts for the sake of itself. Instead, the goal of the book is to create sounds, learn the tools and theory behind creating such sounds, and grasp the essentials of many sophisticated physical modeling concepts in particular. The book is quite thin, but don't let this fool you. The author chose to leave out quite a few details so that this did not turn into another 1000 page treatise on computer music. Thus some basic topics in signals, systems, and filter design are not fleshed out to their fullest extent. To this end, the book has an extensive reference section so that if you are unfamiliar with a particular physics or DSP topic, you can research it yourself.

Chapter 1 briefly establishing the fundamentals of digital audio, and includes an introduction to the basics of quantization, compression, and Pulse-Code Modulation (PCM) sampling. Chapter 2 investigates sound synthesis starting with wavetable synthesis. In chapter 3, digital filters are introduced. Included is a concise but clear introduction to Linear Time Invariant (LTI) systems, convolution, Finite Impulse Response (FIR) filters, Infinite Impulse Response (IIR) filters, and Z transforms. The chapter culminates in an introduction to the BiQuad filter.

Chapter 4, which deals with modal synthesis, acts as a stepping-stone to the frequency domain, leading to chapter 5's discussion of the Fourier Transform. This chapter examines Discrete Fourier Transform (DFT), fast convolution, and Short Time Fourier Transform (STFT), and ends with examples of applications.
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