DOCSLIB.ORG

THE Screamboard

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
THE Screamboard THE SCREAMboard A Hands-free Digital Processing Solution for Acoustic Improvisers by HUNTER PORTERFIELD EWEN B.A., Case Western Reserve University / Cleveland Institute of Music Joint Music Program, 2007 B.S., Case Western Reserve University, 2007 M.M., University of Colorado at Boulder, 2009 Research Document Project TMUS 8329 A thesis submitted to the Faculty of the Graduate School of the University of Colorado in partial fulfillment of the requirements for the degree of Doctor of Musical Arts College of Music 2013 This thesis entitled: The SCREAMboard: A Hands-free Digital Processing Solution for Acoustic Improvisers written by Hunter Porterfield Ewen has been approved for the College of Music ___________________________________ (John Drumheller) ___________________________________ (Michael Theodore) ___________________________________ (Dan Kellogg) Date______________ The final contents of this thesis have been examined by the signatories, and we find that both the content and the form meet acceptable presentation standards of scholarly work in the above mentioned discipline. iii Ewen, Hunter (D.M.A., Music Composition and Theory) The SCREAMboard: A Hands-free Digital Processing Solution for Acoustic Improvisers Thesis directed by Instructor and Director of Music Technology John Drumheller While many devices offer electronic musicians opportunities to digitally record, augment, and modulate their sounds, there is a gap for acoustic, instrumental performers. Two primary problems that acoustic instrumentalists experience when using electronics is that either that the suite of hardware elements required for looping, effects, transposition, and panning are too cumbersome and require too much computer expertise to setup or the programming interface requires them to use their hands to operate. The SCREAMboard (Soloist Controlled Real-time Electronic Audio Manipulation Board) was devised as a way to provide improvising acoustic soloists a standardized solution for performing with sophisticated digital recording and processing techniques, using a single piece of hands-free hardware. The device provides the performer with a set of thirteen foot-controlled joysticks, each with independent X-axis and Y-axis movement as well as a pushbutton on the Z-axis. The signals from those pedals are routed to a computer, where they control electronic processing of the original live sounds. The computer records, plays back, loops, and spatializes any sound procedurally for up to eight speakers. The pedals also control fourteen unique filters, as well as four-octave polyphonic transposition, which can be altered, automated, and applied to any or all of the twelve unique audio channels in real-time. Loops can be recorded with any length and can match exactly or by a ratio the length of any other loop. The software provides a visualization of each user- selected mode, option, and automation, and the computer monitor displays feedback iv related to recording length, filters, spatialization, and timbre. Critical data is also visualized by thirteen multi-colored light emitting diodes, which are mounted on the pedal board itself. An application programming interface was coded in Max/MSP, which gives performers the ability to create their own software interfaces based on the hardware design. The design objectives for this project were seven-fold: to be hands-free, to not require that performers have programming expertise or computer training, to use a single piece of hardware, to work in real-time, to make every option quickly accessible, and to not require any custom manufacturing processes. The device has been successfully tested with a variety of instrumentalists, in several different performance settings. v ACKNOWLEDGEMENTS I would like to thank John Drumheller, my committee chair, for his advice, critique, and support during this project. For your insights and vision, thank you Jeremy Smith, Jeff Nytch, Dan Kellogg, and Michael Theodore. This dissertation was written with appreciation for Carter Pann, Alan Fletcher, Kevin Beavers, Lisa Rainsong, Gary Ciepluch, Monica Houghton, Dan Visconti, John Richardson, Amy Berryman, Joan Monsen, and especially Greg Banaszak and Lee Patrick for years of musical guidance. My outlook on music and life would not be the same, and certainly not as well-rounded, without you all. To my family–Mom, Dad, and Bret: thank you immensely. You gave me pressure when I wanted it, space when I needed it, and love regardless of whether or not I deserved it. Your emotional, physical, mental, and financial support knows no bounds. I love you all. And most importantly, to my wonderful wife Megan: thank you for being with me on every step of this journey. I couldn’t ask for anyone better with whom to share my life and my music. Love you! Encouragement, feedback, love, and whip-cracking from other family, friends, collaborators, and colleagues was greatly appreciated. And to my cat, thank you for being my sounding board during the times when my musical creativity reached levels too extreme for even my wife to tolerate. vi TABLE OF CONTENTS CHAPTER I. ABSTRACT .................................................................................. iv II. ACKNOWLEDGEMENTS............................................................ v III. LIST OF TABLES .........................................................................ix IV. LIST OF FIGURES.........................................................................x V. INTRODUCTION.........................................................................1 Purpose of the Study.................................................................5 Historical Context....................................................................9 VI. METHODS AND MATERIALS ..................................................18 Hardware ...............................................................................20 Component Specifications.................................................21 User Interface....................................................................24 Hardware Selection ..........................................................27 Implementation ................................................................30 Software .................................................................................36 User Interface....................................................................37 Recording and Looping.....................................................39 Filters................................................................................43 vii Effects ...............................................................................46 Transposition....................................................................56 Spatialization ....................................................................58 Serial Communication.......................................................66 APPLICATION PROGRAMMING INTERFACE ...........75 VII. RESULTS.....................................................................................77 Functionality ..........................................................................79 Loop Mode .......................................................................85 Color Group Mode ...........................................................95 Loop Ratio Mode..............................................................97 Effects Mode.....................................................................98 Pan Mode........................................................................104 Transpose Mode .............................................................107 Performance Scenario ...........................................................112 Device Testing ......................................................................115 VIII. DISCUSSION.............................................................................117 Design Advantages ...............................................................118 Design Limitations................................................................121 Summary ..............................................................................124 Future Studies.......................................................................125 IX. REFERENCES...........................................................................129 X. APPENDICES............................................................................134 User Guide............................................................................134 viii Installation Guide.................................................................139 Example Code ......................................................................140 XI. SUPPLEMENTAL INFORMATION .........................................160 ix LIST OF TABLES TABLE 1. Speaker positions for one through eight total speakers......................60 2. Default θ for channels associated with each pedal .............................64 3. Base 10 translations of binary bits.....................................................67 4. Serial transmissions order from Arduino to Max...............................74 5. Title labels and associated MaxM colors...........................................88 6. Functionality of dials.........................................................................94 7. Upper row filters .............................................................................101 8. Effects for individual pedals in the lower row..................................101 9. Visualization of the
Load more

Recommended publications
  • Delia Derbyshire
    www.delia-derbyshire.org Delia Derbyshire Delia Derbyshire was born in Coventry, England, in 1937. Educated at Coventry Grammar School and Girton College, Cambridge, where she was awarded a degree in mathematics and music. In 1959, on approaching Decca records, Delia was told that the company DID NOT employ women in their recording studios, so she went to work for the UN in Geneva before returning to London to work for music publishers Boosey & Hawkes. In 1960 Delia joined the BBC as a trainee studio manager. She excelled in this field, but when it became apparent that the fledgling Radiophonic Workshop was under the same operational umbrella, she asked for an attachment there - an unheard of request, but one which was, nonetheless, granted. Delia remained 'temporarily attached' for years, regularly deputising for the Head, and influencing many of her trainee colleagues. To begin with Delia thought she had found her own private paradise where she could combine her interests in the theory and perception of sound; modes and tunings, and the communication of moods using purely electronic sources. Within a matter of months she had created her recording of Ron Grainer's Doctor Who theme, one of the most famous and instantly recognisable TV themes ever. On first hearing it Grainer was tickled pink: "Did I really write this?" he asked. "Most of it," replied Derbyshire. Thus began what is still referred to as the Golden Age of the Radiophonic Workshop. Initially set up as a service department for Radio Drama, it had always been run by someone with a drama background.
    [Show full text]
  • Gardner • Even Orpheus Needs a Synthi Edit No Proof
    James Gardner Even Orpheus Needs a Synthi Since his return to active service a few years ago1, Peter Zinovieff has appeared quite frequently in interviews in the mainstream press and online outlets2 talking not only about his recent sonic art projects but also about the work he did in the 1960s and 70s at his own pioneering computer electronic music studio in Putney. And no such interview would be complete without referring to EMS, the synthesiser company he co-founded in 1969, or namechecking the many rock celebrities who used its products, such as the VCS3 and Synthi AKS synthesisers. Before this Indian summer (he is now 82) there had been a gap of some 30 years in his compositional activity since the demise of his studio. I say ‘compositional’ activity, but in the 60s and 70s he saw himself as more animateur than composer and it is perhaps in that capacity that his unique contribution to British electronic music during those two decades is best understood. In this article I will discuss just some of the work that was done at Zinovieff’s studio during its relatively brief existence and consider two recent contributions to the documentation and contextualization of that work: Tom Hall’s chapter3 on Harrison Birtwistle’s electronic music collaborations with Zinovieff; and the double CD Electronic Calendar: The EMS Tapes,4 which presents a substantial sampling of the studio’s output between 1966 and 1979. Electronic Calendar, a handsome package to be sure, consists of two CDs and a lavishly-illustrated booklet with lengthy texts.
    [Show full text]
  • UNIVERZITET UMETNOSTI U BEOGRADU FAKULTET MUZIČKE UMETNOSTI Katedra Za Muzikologiju
    UNIVERZITET UMETNOSTI U BEOGRADU FAKULTET MUZIČKE UMETNOSTI Katedra za muzikologiju Milan Milojković DIGITALNA TEHNOLOGIJA U SRPSKOJ UMETNIČKOJ MUZICI Doktorska disertacija Beograd, 2017. Mentor: dr Vesna Mikić, redovni profesor, Univerzitet umetnosti u Beogradu, Fakultet muzičke umetnosti, Katedra za muzikologiju Članovi komisije: 2 Digitalna tehnologija u srpskoj umetničkoj muzici Rezime Od prepravke vojnog digitalnog hardvera entuzijasta i amatera nakon Drugog svetskog rata, preko institucionalnog razvoja šezdesetih i sedamdesetih i globalne ekspanzije osamdesetih i devedesetih godina prošlog veka, računari su prešli dug put od eksperimenta do podrazumevanog sredstva za rad u gotovo svakoj ljudskoj delatnosti. Paralelno sa ovim razvojem, praćena je i nit njegovog „preseka“ sa umetničkim muzičkim poljem, koja se manifestovala formiranjem interdisciplinarne umetničke prakse računarske muzike koju stvaraju muzički inženjeri – kompozitori koji vladaju i veštinama programiranja i digitalne sinteze zvuka. Kako bi se muzički sistemi i teorije preveli u računarske programe, bilo je neophodno sakupiti i obraditi veliku količinu podataka, te je uspostavljena i zajednička humanistička disciplina – computational musicology. Tokom osamdesetih godina na umetničku scenu stupa nova generacija autora koji na računaru postepeno počinju da obavljaju sve više poslova, te se pojava „kućnih“ računara poklapa sa „prelaskom“ iz modernizma u postmodernizam, pa i ideja muzičkog inženjeringa takođe proživljava transformaciju iz objektivističke, sistematske autonomne
    [Show full text]
  • From Silver Apples of the Moon to a Sky of Cloudless Sulphur: V Morton Subotnick & Lillevan 2015 US, Europe & JAPAN
    From Silver Apples of the Moon to A Sky of Cloudless Sulphur: V Morton Subotnick & Lillevan 2015 US, Europe & JAPAN February 3 – 7 Oakland, California Jean Macduff Vaux ComposerinResidence at Mills College February 7 Oakland, California Mills College, Littlefield Concert Hall March 7 Moscow Save Festival at Arma March 4 New York the Kitchen: SYNTH Nights May Tel-Aviv, Israel Vertigo Dance Company June 7 London Cafe Oto June 16 Tel-Aviv, Israel Israel Museum June 20 Toronto Luminato Festival/Unsound Toronto July 28 Berlin Babylon Mitte (theatre) September 11 Tokyo TodaysArt.JP Tokyo September 12 Yamaguchi YCAM September 20 Kobe TodaysArt.JP Kobe November 22 Washington, DC National Gallery of Art 1 Morton Subotnick 2015 Other Events photo credit: Adam Kissick for RECORDINGS WERGO released in June 2015 After the Butterfly The Wild Beasts http://www.schott-music.com/news/archive/show,11777.html?newsCategoryId=19 Upcoming re-releases from vinyl on WERGO Fall 2015: Axolotl, Joel Krosnick, cello A Fluttering of Wings with the Juilliard Sting Quartet Ascent into Air from Double life of Amphibians The Last Dream of the Beat for soprano, Two Celli and Ghost electronics; Featuring Joan La Barbara, soprano Upcoming Mode Records: Complete Piano Music of Morton Subotnick The Other Piano, Liquid Strata, Falling Leaves and Three Piano Preludes. Featuring SooJin Anjou, pianist Release of a K-6 online music curriculum: Morton Subotnicks Music Academy https://musicfirst.com/msma 2 TABLE OF CONTENTS PROGRAM INFO Pg 4 CONCERT LISTING AND BIOS Pg 5 CAREER HIGHLIGHTS Pg 6 PRESS PHOTOS Pg 8 AUDIO AND VIDEO LINKS Pg 13 PRESS QUOTES Pg 15 TECH RIDER Pg 19 3 PROGRAM INFO TITLE OF WORK TO BE PRESENTED From Silver Apples of the Moon to A Sky of Cloudless Sulphur Revisited :VI PROGRAM DESCRIPTION A light and sound duet utilizing musical resources from my analog recordings combined with my most recent electronic patches and techniques performed spontaneously on my hybrid Buchla 2003/Ableton Live ’instrument’, with video animation by Lillevan.
    [Show full text]
  • Delia Derbyshire Sound and Music for the BBC Radiophonic Workshop, 1962-1973
    Delia Derbyshire Sound and Music For The BBC Radiophonic Workshop, 1962-1973 Teresa Winter PhD University of York Music June 2015 2 Abstract This thesis explores the electronic music and sound created by Delia Derbyshire in the BBC’s Radiophonic Workshop between 1962 and 1973. After her resignation from the BBC in the early 1970s, the scope and breadth of her musical work there became obscured, and so this research is primarily presented as an open-ended enquiry into that work. During the course of my enquiries, I found a much wider variety of music than the popular perception of Derbyshire suggests: it ranged from theme tunes to children’s television programmes to concrete poetry to intricate experimental soundscapes of synthesis. While her most famous work, the theme to the science fiction television programme Doctor Who (1963) has been discussed many times, because of the popularity of the show, most of the pieces here have not previously received detailed attention. Some are not widely available at all and so are practically unknown and unexplored. Despite being the first institutional electronic music studio in Britain, the Workshop’s role in broadcasting, rather than autonomous music, has resulted in it being overlooked in historical accounts of electronic music, and very little research has been undertaken to discover more about the contents of its extensive archived back catalogue. Conversely, largely because of her role in the creation of its most recognised work, the previously mentioned Doctor Who theme tune, Derbyshire is often positioned as a pioneer in the medium for bringing electronic music to a large audience.
    [Show full text]
  • Das Große Alan-Bangs-Nachtsession -Archiv Der
    Das große Alan-Bangs-Nachtsession1-Archiv der FoA Alan Bangs hatte beim Bayerischen Rundfunk seit Februar 2000 einen besonderen Sendeplatz, an dem er eine zweistündige Sendung moderieren konnte: „Durch die Initiative von Walter Meier wurde Alan ständiger Gast DJ in den Nachtsession‘s, welche jeweils in der Nacht vom Freitag zum Samstag auf Bayern2 ausgestrahlt werden. Seine 1.Nachtsession war am 18.02.2000 und seit dieser ist er jeweils 3 bis 4mal pro Jahr zu hören – die letzte Sendung wurde am 1.12.2012 ausgestrahlt. Im Jahr 2001 gab es keine Nachtsession, 2002 und 2003 jeweils nur eine Sendung.“ (Zitat aus dem bearbeiteten Alan-Bangs-Wiki auf http://www.friendsofalan.de/alans-wiki/ Ab 2004 gab es dann bis zu vier Sendungen im Jahr, die letzte Sendung war am 1.12. 2010. Alan Bangs‘ Nachtsession- Sendungen wurden zeitweise mit Titeln oder Themen versehen, die auf der Webseite bei Bayern 2 erschienen. Dazu gab es teilweise einleitende Texte zusätzlich zu den Playlisten dieser Sendungen. Soweit diese (noch) recherchierbar waren, sind sie in dieses Archiv eingepflegt. Credits: Zusammengestellt durch FriendsofAlan (FoA) unter Auswertung von Internet- Quellen insbes. den auf den (vorübergehend) öffentlich zugänglichen Webseiten von Bayern 2 (s. die aktuelle Entwicklung dort im folgenden Kasten ) IN MEMORIUM AUCH DIESES SENDEFORMATS Nachtsession Der Letzte macht das Licht aus Nacht auf Donnerstag, 07.01.2016 - 00:05 bis 02:00 Uhr Bayern 2 Der Letzte macht das Licht aus Die finale Nachtsession mit den Pop-Toten von 2015 Mit Karl Bruckmaier Alle Jahre wieder kommt der Sensenmann - und heuer haut er die Sendereihe Nachtsession gleich mit um.
    [Show full text]
  • Multiphonics of the Grand Piano – Timbral Composition and Performance with Flageolets
    Multiphonics of the Grand Piano – Timbral Composition and Performance with Flageolets Juhani VESIKKALA Written work, Composition MA Department of Classical Music Sibelius Academy / University of the Arts, Helsinki 2016 SIBELIUS-ACADEMY Abstract Kirjallinen työ Title Number of pages Multiphonics of the Grand Piano - Timbral Composition and Performance with Flageolets 86 + appendices Author(s) Term Juhani Topias VESIKKALA Spring 2016 Degree programme Study Line Sävellys ja musiikinteoria Department Klassisen musiikin osasto Abstract The aim of my study is to enable a broader knowledge and compositional use of the piano multiphonics in current music. This corpus of text will benefit pianists and composers alike, and it provides the answers to the questions "what is a piano multiphonic", "what does a multiphonic sound like," and "how to notate a multiphonic sound". New terminology will be defined and inaccuracies in existing terminology will be dealt with. The multiphonic "mode of playing" will be separated from "playing technique" and from flageolets. Moreover, multiphonics in the repertoire are compared from the aspects of composition and notation, and the portability of multiphonics to the sounds of other instruments or to other mobile playing modes of the manipulated grand piano are examined. Composers tend to use multiphonics in a different manner, making for differing notational choices. This study examines notational choices and proposes a notation suitable for most situations, and notates the most commonly produceable multiphonic chords. The existence of piano multiphonics will be verified mathematically, supported by acoustic recordings and camera measurements. In my work, the correspondence of FFT analysis and hearing will be touched on, and by virtue of audio excerpts I offer ways to improve as a listener of multiphonics.
    [Show full text]
  • Beethoven and the Piano
    Beethoven and the Piano Beethoven was not only a prolific composer for Beethoven’s early life was one of significant Yet Beethoven’s relationship with the piano – as As well as his 32 piano sonatas, sets of variations the piano, but for much of his life was a change in the technology of keyboard with most of the people in his life – was hardly and many other shorter piano works, it was only celebrated piano virtuoso. Rather like Liszt instruments: namely the gradual transition from smooth. He forged his early reputation in Vienna natural that Beethoven should unite the piano several decades later, Beethoven’s pianism the use of the harpsichord to the piano in no small measure as a pianist (he was, among with another ‘instrument’ so critical to his output, enthralled and perplexed in equal measure. (significantly, his earliest keyboard works were other things, a quite brilliant improviser), though the orchestra, and between 1790 and 1809 he Contemporary reports describe his piano playing composed to be played on either instrument). there was always a sense on Beethoven’s part composed five piano concertos. The combination as strikingly expressive, bold and technically Harpsichord sound is produced when a series of that for all the new technical and expressive of piano and orchestra provided Beethoven great brilliant. If that were not enough, while Beethoven quills pluck the instrument’s strings, a mechanical potential offered by the instrument, it was never scope for presenting and developing ideas; it was capable of playing exquisite lyricism on the process that allows for only limited dynamic quite adequate for his creative needs.
    [Show full text]
  • Holmes Electronic and Experimental Music
    C H A P T E R 2 Early Electronic Music in Europe I noticed without surprise by recording the noise of things that one could perceive beyond sounds, the daily metaphors that they suggest to us. —Pierre Schaeffer Before the Tape Recorder Musique Concrète in France L’Objet Sonore—The Sound Object Origins of Musique Concrète Listen: Early Electronic Music in Europe Elektronische Musik in Germany Stockhausen’s Early Work Other Early European Studios Innovation: Electronic Music Equipment of the Studio di Fonologia Musicale (Milan, c.1960) Summary Milestones: Early Electronic Music of Europe Plate 2.1 Pierre Schaeffer operating the Pupitre d’espace (1951), the four rings of which could be used during a live performance to control the spatial distribution of electronically produced sounds using two front channels: one channel in the rear, and one overhead. (1951 © Ina/Maurice Lecardent, Ina GRM Archives) 42 EARLY HISTORY – PREDECESSORS AND PIONEERS A convergence of new technologies and a general cultural backlash against Old World arts and values made conditions favorable for the rise of electronic music in the years following World War II. Musical ideas that met with punishing repression and indiffer- ence prior to the war became less odious to a new generation of listeners who embraced futuristic advances of the atomic age. Prior to World War II, electronic music was anchored down by a reliance on live performance. Only a few composers—Varèse and Cage among them—anticipated the importance of the recording medium to the growth of electronic music. This chapter traces a technological transition from the turntable to the magnetic tape recorder as well as the transformation of electronic music from a medium of live performance to that of recorded media.
    [Show full text]
  • NEA Grant Search - Data As of 02-10-2020 532 Matches
    NEA Grant Search - Data as of 02-10-2020 532 matches Bay Street Theatre Festival, Inc. (aka Bay Street Theater and Sag Harbor 1853707-32-19 Center for the Arts) Sag Harbor, NY 11963-0022 To support Literature Live!, a theater education program that presents professional performances based on classic literature for middle and high school students. Plays are selected to support the curricula of local schools and New York State learning standards. The program includes talkbacks with the cast, and teachers are provided with free study guides and lesson plans. Fiscal Year: 2019 Congressional District: 1 Grant Amount: $10,000 Category: Art Works Discipline: Theater Grant Period: 06/2019 - 12/2019 Herstory Writers Workshop, Inc 1854118-52-19 Centereach, NY 11720-3597 To support writing workshops in correctional facilities and for public school students. Herstory will offer weekly literary memoir writing workshops for women and adolescent girls in Long Island jails. In addition, the organization's program for young writers will bring students from Long Island and Queens County school districts to college campuses to develop their craft. Fiscal Year: 2019 Congressional District: 1 Grant Amount: $20,000 Category: Art Works Discipline: Literature Grant Period: 06/2019 - 05/2020 Lindenhurst Memorial Library 1859011-59-19 Lindenhurst, NY 11757-5399 To support multidisciplinary performances and public programming in community locations throughout Lindenhurst, New York. Programming will include events such as live performances, exhibitions, local author programs, and other arts activities selected based on feedback from local residents. The library will feature cultural events reflecting the diversity of the area. Fiscal Year: 2019 Congressional District: 2 Grant Amount: $10,000 Category: Challenge America: Arts Discipline: Arts Engagement in American Grant Period: 07/2019 - 06/2020 Engagement in American Communities Communities Quintet of the Americas, Inc.
    [Show full text]
  • 2016-Program-Book-Corrected.Pdf
    A flagship project of the New York Philharmonic, the NY PHIL BIENNIAL is a wide-ranging exploration of today’s music that brings together an international roster of composers, performers, and curatorial voices for concerts presented both on the Lincoln Center campus and with partners in venues throughout the city. The second NY PHIL BIENNIAL, taking place May 23–June 11, 2016, features diverse programs — ranging from solo works and a chamber opera to large scale symphonies — by more than 100 composers, more than half of whom are American; presents some of the country’s top music schools and youth choruses; and expands to more New York City neighborhoods. A range of events and activities has been created to engender an ongoing dialogue among artists, composers, and audience members. Partners in the 2016 NY PHIL BIENNIAL include National Sawdust; 92nd Street Y; Aspen Music Festival and School; Interlochen Center for the Arts; League of Composers/ISCM; Lincoln Center for the Performing Arts; LUCERNE FESTIVAL; MetLiveArts; New York City Electroacoustic Music Festival; Whitney Museum of American Art; WQXR’s Q2 Music; and Yale School of Music. Major support for the NY PHIL BIENNIAL is provided by The Andrew W. Mellon Foundation, The Fan Fox and Leslie R. Samuels Foundation, and The Francis Goelet Fund. Additional funding is provided by the Howard Gilman Foundation and Honey M. Kurtz. NEW YORK CITY ELECTROACOUSTIC MUSIC FESTIVAL __ JUNE 5-7, 2016 JUNE 13-19, 2016 __ www.nycemf.org CONTENTS ACKNOWLEDGEMENTS 4 DIRECTOR’S WELCOME 5 LOCATIONS 5 FESTIVAL SCHEDULE 7 COMMITTEE & STAFF 10 PROGRAMS AND NOTES 11 INSTALLATIONS 88 PRESENTATIONS 90 COMPOSERS 92 PERFORMERS 141 ACKNOWLEDGEMENTS THE NEW YORK PHILHARMONIC ORCHESTRA THE AMPHION FOUNDATION DIRECTOR’S LOCATIONS WELCOME NATIONAL SAWDUST 80 North Sixth Street Brooklyn, NY 11249 Welcome to NYCEMF 2016! Corner of Sixth Street and Wythe Avenue.
    [Show full text]
  • What Is an Instrument?
    What is an instrument? • Anything with which we can make music…? • Rhythm, melody, chords, • Pitched or un-pitched sounds… • Narrow definitions vs. Extremely broad definitions Tone Colour or Timbre (pronounced TAM-ber) • Refers to the sound of a note or pitch – Not the highness or lowness of the pitch itself • Different instruments have different timbres – We use words like smooth, rough, sweet, dark – Ineffable? Range • Instruments and voices have a range of notes they can play or sing – Demo guitar and voice • Lowest to highest sounds • Ways to push beyond the standard range Five Categories of Musical Instruments Classification system devised in India in the 3rd or 4th century B.C. 1. Aerophones • Wind instruments, anything using air 2. Chordophones • Stringed instruments 3. Membranophones • Drums with heads 4. Idiophones • Non-drum percussion 5. Electrophones • Electronic sounds 1. Aerophones • Wind instruments, anything using air • Aerophones are generally either: • Woodwind (Doesn’t have to be wood i.e. flute) • Reed (Small piece of wood i.e. saxophone) • Brass (Lip vibration i.e. trumpet) Flute • Woodwind family • At least 30,000 years old (bone) Ex: Claude Debussy – “Syrinx” (1913) https://www.youtube.com/watch?v=C_yf7FIyu1Y Ex: Jurassic 5 – “Flute Loop” (2000) Ex: Van Morrison – “Moondance” (1970) (chorus) Ex: Gil Scott-Heron – “The Bottle” (1974) Ex: Anchorman “Jazz Flute”(0:55) https://www.youtube.com/watch?v=Dh95taIdCo0 Bass Flute • One octave lower than a regular flute Ex: Overture from The Jungle Bookhttps://www.youtube.com/watch?v=UUH42ciR5SA • Other related instruments: • Piccolo (one octave higher than a flute) • Pan flutes • Bone or wooden flutes Accordion • Modern accordion: early 19th C.
    [Show full text]