The Theory And Technique Of Electronic Music

Develops both the theory and the practice of synthesizing musical sounds using computers. This work contains chapters that starts with a theoretical description of one technique or problem area and ends with a series of working examples, covering a range of applications. It is also suitable for computer music researchers.

Whatever your level of experience, the Dance Music Manual is packed with sound advice, techniques and practical examples to help you achieve professional results. Written by a professional producer and remixer, this book offers a comprehensive approach to music production, including knowledge of the tools, equipment and different dance genres. Get more advice and resources from the books official website, www.dancemusicproduction.com. * Included in the new edition are sections on recording instruments alongside new chapters covering more dance music genres. * Examines all aspects of music production, from sound design, compression & effect to mixing & mastering to publishing & promoting, to help you become a better producer. * The companion CD provides sample and example tracks, demonstrating the techniques used in the book.

The producer's guide to harmony, chord progressions, and song structure in the MIDI grid. As an online class, Dr. Allen has had over 50,000 students use this ground-breaking curriculum to learn music theory. Students and Producers who have wanted to learn music theory to improve their own music, but have been intimidated by traditional approaches, music notation, and abstract concepts will find this book to be the answer they have been looking for. From the Author: "How music theory is usually taught is unfair. It starts with the assumption that you can read music and understand the language of classical music. My book leaves all of that behind - focusing only on the MIDI grid that producers are already familiar with to learn all the key concepts of music theory, and ultimately, make better music." This book covers all the fundamentals of music theory, but is written using the language of the DJ and Producer - the MIDI Grid. It includes "analysis" projects that look at the harmonic and melodic ideas in songs by popular producers including Zedd, Boards of Canada, Daft Punk, Deadmau5, Bonobo, Richie Hawtin, Moby, Skrillex, and Aphex Twin. Praise for Music Theory for Electronic Music Producers: "Aspiring electronic musicians have choices to make when it concerns their own education and training. This text makes one choice much easier: start here and get learning, quickly. Grounded and easygoing, the book uses real-world examples to help you make sense of music's inner worksings while steering clear of dense theories." - Michael J. Ethen, PhD Musicologist "This book knocks the oftentimes alienating world of music theory completely onto it's side. Difficult to explain concepts are perfectly demonstrated for the aspiring electronic music producer who might have no formal music training. A must have for all aspiring producers." - James Patrick (DJ, Producer, Educator) Slam Academy, Dubspot, IPR, Ableton Certified Trainer "With Music Theory for Electronic Music Producers, Dr. Allen has produced a remarkable resource: an extensive tour of musical theory that leverages some of our favorite modern tools - the virtual studio and it's piano roll note display. By introducing us to the "why" as well as the "what" of music theory, this book helps us to understand what makes music tick and how to improve our own work. In addition to offering a sound theoretical foundation, the deep dives into analyzing tracks by Skrillex, Aphex Twin, and Deadmau5 keeps our attention focused on real-world production. MTEMP will definitely go on the top of my recommendation list for anyone that needs a fresh view of musical concepts." - Darwin Grosse Director of Education, Cycling '74

Electronic music evokes new sensations, feelings, and thoughts in both composers and listeners. Opening the door to an unlimited universe of sound, it engages spatialization as an integral aspect of composition and focuses on sound transformation as a core structural strategy. In this new domain, pitch occurs as a flowing and ephemeral substance that can be bent, modulated, or dissolved into noise. Similarly, time occurs not merely as a fixed duration subdivided by ratios, but as a plastic medium that can be generated, modulated, reversed, warped, scrambled, and granulated. Envelope and waveform undulations on all time scales interweave to generate form. The power of algorithmic methods amplify the capabilities of music technology. Taken together, these constitute game-changing possibilities. This convergence of technical and aesthetic trends prompts the need for a new text focused on the opportunities of a sound oriented, multiscale approach to composition of electronic music. Sound oriented means a practice that takes place in the presence of sound. Multiscale means an approach that takes into account the perceptual and physical reality of multiple, interacting time scales-each of which can be composed. After more than a century of research and development, now is an appropriate moment to step back and reevaluate all that has changed under the ground of artistic practice. Composing Electronic Music outlines a new theory of composition based on the toolkit of electronic music techniques. The theory consists of a framework of concepts and a vocabulary of terms describing musical materials, their transformation, and their organization. Central to this discourse is the notion of narrative structure in composition-how sounds are born, interact, transform, and die. It presents a guidebook: a tour of facts, history, commentary, opinions, and pointers to interesting ideas and new possibilities to consider and explore.

This is the first book to develop both the theory and the practice of synthesizing musical sounds using computers. Each chapter starts with a theoretical description of one technique or problem area and ends with a series of working examples (over 100 in all), covering a wide range of applications. A unifying approach is taken throughout; chapter two, for example, treats both sampling and wavetable synthesis as special cases of one underlying technique. Although the theory is presented quantitatively, the mathematics used goes no further than trigonometry and complex numbers. The examples and supported software — along with a machine-readable version of the text — are available on the web and maintained by a large online community. The Theory and Techniques of Electronic Music is valuable both as a textbook and as professional reading for electronic musicians and computer music researchers.

Musicians are always quick to adopt and explore new technologies. The fast-paced changes wrought by electrification, from the microphone via the analogue synthesiser to the laptop computer, have led to a wide diversity of new musical styles and techniques. Electronic music has grown to a broad field of investigation, taking in historical movements such as musique concrète and elektronische musik, and contemporary trends such as electronic dance music and electronica. A fascinating array of composers and inventors have contributed to a diverse set of technologies, practices and music. This book brings together some novel threads through this scene, from the viewpoint of researchers at the forefront of the sonic explorations empowered by electronic technology. The chapters provide accessible and insightful overviews of core topic areas and uncover some hitherto less publicised corners of worldwide movements. Recent areas of intense activity such as audiovisuals, live electronic music, interactivity and network music are actively promoted.