Os processos apresentados visam estabelecer princípios para a organização de sistemas de Afinação Justa no meio eletrônico alterando parciais de timbres. Pretendemos fundir harmonia e timbre como no ...Espectralismo, mas partindo das teorias harmônicas de Partch (1974), Johnston (2006) e Wilson (NARUSHIMA, 2018), com o fim de modificar timbres. Focaremos particularmente na teoria na teoria Combination-Product Sets de Erv Wilson (NARUSHIMA, 2018).
In this new edition of the classic text on the history and evolution of electronic music, Peter Manning extends the definitive account of the medium from its birth to include key developments from ...the dawn of the 21st century to the present day. After explaining the antecedents of electronic music from the turn of the 20th century to the Second World War, Manning discusses the emergence of the early ‘classical’ studios of the 1950s, and the subsequent evolution of more advanced analogue technologies during the 1960s and ‘70s, leading in turn to the birth and development of the MIDI synthesizer. Attention then turns to the characteristics of the digital revolution, from the pioneering work of Max Mathews at Bell Telephone Laboratories in the 1950s to the wealth of resources available today, facilitated by the development of the personal computer and allied digital technologies. The scope and extent of the technical and creative developments that have taken place since the late 1990s are considered in an extended series of new and updated chapters. These include topics such as the development of the digital audio workstation, laptop music, the Internet, and the emergence of new performance interfaces. Manning offers a critical perspective of the medium in terms of the philosophical and technical features that have shaped its growth. Emphasizing the functional characteristics of emerging technologies and their influence on the creative development of the medium, Manning covers key developments in both commercial and the non-commercial sectors to provide readers with the most comprehensive resource available on the evolution of this ever-expanding area of creativity.
The Digital Musician is a textbook for creative music technology and electronic music courses. It provides an overview of sound properties, acoustics, digital music, and sound design as a basis for ...understanding the compositional possibilities that new music technologies allow. Creative projects allow students to apply key concepts covered in each chapter. Topics covered include hardware hacking, live coding, interactive music, sound manipulation and transformation, software instruments, networked performance, as well as critical listening and analysis.
Features
Readers Guides outline the major topics in each chapter
Project boxes for both individuals and groups throughout each chapter
Annotated Listening Lists for each chapter, with accompanying playlists on the companion website
Recommended Further Reading and Discussion Questions at the end of each chapter
Case studies of actual composers, with contributed projects
Companion website includes reading lists, links to audio and video, and slides for use in the classroom.
Part 1. Engaging 1. Creative Identity 2. Aural Awareness 3. Understanding Sound 4. Listening to Digital Music Part 2. Creating 5. Organising Sound 6. Processing Sound 7. Creating Music 8. Instruments and Media 9. Performing 10. Digital Musicianship Part 3. Knowing 11. Cultural Context 12. Critical Engagement 13. Digital Music 14. Analysing Digital Music Part 4. Being 15. The Digital World 16. Case Studies
'Hugill's text, in keeping with his subject - the digitally networked, culturally savvy musician - reaches beyond the mere printed page through the inclusion of copious and wide-ranging listening examples, recommended further reading and creative projects... this book ticks all of the educational boxes replete with a wealth of resources to satisfy both the student and educator alike... one of the major strengths of this book is the author's lateral thinking and his almost virtuosic ability to draw together a wealth of technical and aesthetic ideas in order to illustrate his points... The Digital Musician is a highly stimulating book that asks of its readers as many questions as it attempts to answer. As such it is strongly recommended.' - Organised Sound
'The Digital Musician is an important summary of key issues concerning music practitioners using digital technologies. As an electronic musician, I found the volume stimulating and as potentially prompting further investigation into the field... it is a stimulating resource for students, educators and artists looking to expand their skills and examine their inspirations and motivations.' - Martin Koszolko, RMIT University, Dance Cult
Andrew Hugill is Director of the Institute Of Creative Technologies at De Montfort University, Leicester, UK, where he founded the Music Technology programme.
Living electronic music Emmerson, Simon
c2007., 2007, 20170929, 2007-11-01, 2017-09-29
eBook
‘Simon Emmerson’s book provides an important new perspective on key aspects of the electroacoustic medium which hitherto have not received the attention they deserve. The product of meticulous and ...probing research, this critical account is both insightful and thought-provoking, not least in terms of the deeply informed discussion of key works within this rich and ever-growing legacy and the often overlooked issues of performance practice associated with their dissemination. It fills an important gap in the literature, successfully communicating both to the more specialist reader and also those new to this distinctive and significant medium of creativity’
– Professor Peter Manning, Head of Department and Director of CETL, Department of Music, Durham University
‘Simon Emmerson’s new book is a superb exploration of how we perceive and understand today’s technology-based music. He draws a historical line pointing out that music has evolved from the obvious efforts of people playing mechanical instruments to music that seems to happen without human effort. He then explores the ways in which we understand this new musical universe, populated by sounds that are produced by technology and seem to simply happen with no apparent cause. He discusses the relationships of these sounds to the real world, our perception of the new musical space in which these sounds exist; and our understandings of this new music through real-life ‘models’. Illuminating and insightful, this book is clearly the result of years of creativity and reflection and it will lead a reader to new depths of understanding of the musical revolution that is happening around us.’
– Joel Chadabe, President, Electronic Music Foundation and Professor Emeritus, State University of New York at Albany
Drawing on recent ideas that explore new environments and the changing situations of composition and performance, Simon Emmerson provides a significant contribution to the study of contemporary music, bridging history, aesthetics and the ideas behind evolving performance practices. Whether created in a studio or performed on stage, how does electronic music reflect what is live and living?
What is it to perform ‘live’ in the age of the laptop? Many performer-composers draw upon a library’ of materials, some created beforehand in a studio, some coded ‘on the fly’, others ‘plundered’ from the widest possible range of sources. But others refuse to abandon traditionally ‘created and structured’ electroacoustic work. Lying behind this maelstrom of activity is the perennial relationship to ‘theory’, that is, ideas, principles and practices that somehow lie behind composers’ and performers’ actions. Some composers claim they just ‘respond’ to sound and compose ‘with their ears’, while others use models and analogies of previously ‘non-musical’ processes.
It is evident that in such new musical practices the human body has a new relationship to the sound. There is a historical dimension to this, for since the earliest electroacoustic experiments in 1948 the body has been celebrated or sublimated in a strange ‘dance’ of forces in which it has never quite gone away but rarely been overtly present. The relationship of the body performing to the spaces around has also undergone a revolution as the source of sound production has shifted to the loudspeaker. Emmerson considers these issues in the framework of our increasingly ‘acousmatic’ world in which we cannot see the source of the sounds we hear.
The emergence of powerful computing technology enabling the manipulation of large volumes of data, combined with the development of sophisticated modelling and simulation technology, allowed ...composers to develop approaches to musical composition that are more objectively informed by science rather than merely inspired by it.
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IJS, NUK, SBMB, UL, UM, UPUK
Nye reviews Dutch Dance, 1988-2018: How the Netherlands Took the Lead in Electronic Music Culture by Mark van Bergen and translated by Andrew Cartwright.
•Ketamine was the most prevalent NPS in oral fluid samples collected in Brazil.•Synthetic cathinones and phenylethylamines were also frequently identified NPS.•Polydrug consumption of psychoactive ...substances occurred in 79.9 % of samples.•Inadvertent NPS intake was identified in 39 % of samples.•Onsite oral fluid sampling was effective to determine psychoactive substance use.
New psychoactive substances (NPS) use is a worldwide public health issue. Knowing the prevalence of NPS guides public health and legal policies to address the problem. The objective of this study was to identify NPS in Brazil through the analysis of oral fluid (OF) samples collected at parties and electronic music festivals.
Anonymous questionnaires and oral fluid samples were collected from volunteers (≥18 years) who reported the consumption of at least one illicit psychoactive substance in the last 24 h. Oral fluid sample collections occurred at eleven parties and two electronic music festivals over 16 months (2018–2020). Questionnaire answers were matched to oral fluid toxicological results.
Of 462 oral fluid samples, 39.2 % were positive for at least one NPS by liquid chromatography‒tandem mass spectrometry (LC–MS/MS). The most prevalent NPS was ketamine (29.4 %), followed by methylone (6.1 %) and N-ethylpentylone (4.1 %); however, MDMA was the most commonly identified (88.5 %) illicit psychoactive substance. More than one drug was identified in 79.9 % of samples, with two (34.2 %) and three (23.4 %) substances most commonly observed. Only 5 % of volunteers reported recent NPS consumption.
MDMA is still the most common party and electronic music festival drug, although NPS were identified in more than one-third of oral fluid samples.
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GEOZS, IJS, IMTLJ, KILJ, KISLJ, NLZOH, NUK, OILJ, PNG, SAZU, SBCE, SBJE, UILJ, UL, UM, UPCLJ, UPUK, ZAGLJ, ZRSKP
Innovations in music technology bring with them a new set of challenges for describing and understanding the electroacoustic repertoire. This edited collection presents a state-of-the-art overview of ...analysis methods for electroacoustic music in this rapidly developing field. The first part of the book explains the needs of differing electroacoustic genres and puts forward a template for the analysis of electroacoustic music. Part II discusses the latest ideas in the field and the challenges associated with new technologies, while Part III explores how analyses have harnessed the new forces of multimedia, and includes an introduction to new software programme EAnalysis, which was created by the editors as the result of an Arts and Humanities Research Council grant. The final part of the book demonstrates these new methods in action, with analyses of key electroacoustic works from a wide range of genres and sources.
Communication among performers is a fundamental aspect in music performance. A large number of electronic music instruments based on tangible and screen-based interfaces require a focused visual ...attention from performers while they are controlled. In certain stage and artistic configurations, this may be an obstacle to face-to-face creative interactions between coperformers and their collaborators. To address these issues, we adopted a user-centered design methodology to develop a novel class of IoT devices that we term musical haptic wearables for performers. We conducted a co-design workshop with 10 electronic musicians using focus-group discussions and the bootlegging technique. This workshop identified numerous creative communication issues among performers in electronic music practice and resulted in mock-up prototypes. We then developed three chest-, foot-, and arm-worn haptic wearables respectively for coperformer, performer-conductor, and performer-sound-engineer interactions. The wearables were assessed with 25 participants using a mixed-methods approach. High accuracies (70%-100%) were obtained for musical actions expected after instructions wirelessly communicated via tactile signals. The results provide evidence that musical haptic wearables can be an effective medium of communication in the context of electronic music performances. More challenges were identified regarding size and placement of the devices on the body, interferences with concurrent vibrations generated by music signals, limitations on the range of creative controls, and a required training curve.
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