Composing for controllerism

My first set of attempts at controllerism used samples of the Beatles and Michael Jackson. For the next round, I thought it would be good to try to create something completely from scratch. So this is my first piece of music created specifically with controllerism in mind.

The APC40 has forty trigger pads. You can use more than forty loops, but it’s a pain. I created eight loops that fit well together, and then made four additional variations of each one. That gave me a set of loops that fit tidily onto the APC40 grid. The instruments are 808 drum machine, latin percussion, wood blocks, blown tube, synth bass, bells, arpeggiated synth and an ambient pad.

40 loops

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Toward a statement of purpose

I’m in the process of applying for a PhD in music education, and I have to come up with a statement of purpose. Here’s the casual bloggy version.

Through a combination of research, writing and my own practice, I’m hoping to effect some changes in the way music is taught in schools.

We all know that music is not available to enough kids. But I’m alarmed by the fact that those kids who do have access to music classes don’t choose to take them. One survey found that as of 2012, 95% of kids who have access to elective music classes in high school don’t take them. It can’t possibly be true that 95% of kids are uninterested in music — that 95% includes me! So what’s going on?

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How to write a pop song

My students are currently hard at work writing pop songs, many of them for the first time. For their benefit, and for yours, I thought I’d write out a beginner’s guide to contemporary songwriting. First, some points of clarification:

  1. This post only talks about the instrumental portion of the song, known as the track. I don’t deal with vocal parts or lyric writing here.
  2. This is not a guide to writing a great pop song. It’s a guide to writing an adequate one. Your sense of what makes a song good will probably differ from mine, whereas most of us can agree on what makes a song adequate. To make a good song, you’ll probably need to pump out a bunch of bad ones first to get the hang of the process.
  3. This is not a guide to writing a hit pop song. I have no idea how to do that. If you’re aiming for the charts, I refer you to the wise words of the KLF.
  4. You’ll notice that I seem to be talking a lot here about production, and that I never mention actual writing. This is because in 2014, songwriting and production are the same creative act. There is no such thing as a “demo” anymore. The world expects your song to sound finished. Also, most of the creativity in contemporary pop styles lies in rhythm, timbre and arrangement. Complex chord progressions and intricate melodies are neither necessary nor even desirable. It’s all in the beats and grooves.

To make a track, you’ll need a digital audio workstation (DAW) and a loop library. I’ll be using GarageBand, but you can use the same methods in Ableton Live, Logic, Reason, Pro Tools, etc. I produced this track for illustration purposes, and will be referring to it throughout the post:

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All student work should go on the web

Well, it’s official. All of my students are now henceforth required to post all music assignments on SoundCloud.

It solves so many problems! No fumbling with thumb drives, no sharing of huge files, no annoyances with incompatible DAWs. No need to mess with audio-hostile Learning Management Systems. Everyone gets to listen to everyone else’s music. And best of all, the kids get into the habit of exposing their creative work to the blunt indifference of the public at large. Students can comment on and fave each others’ tracks, and so can randos on the web. It really takes the “academic” out of academic work.

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Panel on games in education

I contributed a chapter to a soon-to-be-released book, Learning, Education and Games (Volume One): Curricular and Design Considerations. I wrote about the potential value of video games  in music education. The book will be out in October 2014. Here’s the table of contents.

Learning, Education and Games (Volume One): Curricular and Design Considerations

We’re having a launch party on October 9th at the NYU Game Center, with a panel on games, featuring the contributors to the series. In addition to myself, the panelists will include Elena Bertozzi and Gabriela Richard. The book’s editor, Karen Schrier, will be moderating.

Update: here’s a drawing of Elena, Gabriela, Karen and myself by Jay Boucher.

Games in Education panel by Jay Boucher

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Shared sample projects

My students at NYU and Montclair State are beginning to venture into producing their own tracks. There are two challenges facing them, the small one and the big one. The small challenge is learning3 the tools: remembering where the menus are and which key you hold down to turn the mouse pointer into a pencil, learning to conceive of notes and beats as rectangles on the piano roll, troubleshooting when you play notes on the MIDI keyboard and no sound comes out. The big challenge is option paralysis. Even a lightweight tool like GarageBand comes with a staggeringly large collection of software instruments, loops and effects, even before you start dealing with recording your own sounds. Where do you even begin?

The solution I’m using with my classes is the shared-sample project. Students are challenged to build a track out of a particular sound, or set of sounds. The easy version requires that they use the given sound, along with any additional sounds they see fit to include. The hard version, and for me the really interesting one, requires that they use the given sound(s) and absolutely nothing else. I was inspired in creating these assignments by the many Disquiet Junto shared sample projects I’ve had the pleasure of participating in. I’m trying out my own project ideas on MSU advanced audio production independent studiers Dan Bui and Matt Skouras, and will soon be giving shared-sample projects to my beginner-level classes as well.

The first assignment I gave Dan and Matt was to use eight GarageBand factory loops to build a track. They were free to do whatever processing they wanted, but they could not use other sounds. Also, they only had an hour to put their tracks together. Here are the loops:

Eight loops

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Electronic music tasting menu

Right now I’m teaching music technology to a lot of classical musicians. I came up outside the classical pipeline, and am always surprised to be reminded how insulated these folks are from the rest of the culture. I was asked today for some electronic music recommendations by a guy who basically never listens to any of it, and I expect I’ll be asked that many more times in this job. So I put together this playlist. It’s not a complete, thorough, or representative sampling of anything; it mostly reflects my own tastes. In more or less chronological order:

Delia Derbyshire

This lady did cooler stuff with tape recorders than most of us are doing with computers. See her in action. Here’s a proto-techno beat she made in 1971.

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Music theory blues

I’m reading a lot Schenkerian analyses of blues right now in service of my forthcoming article about blues tonality. Each paper I read is wronger than the last. On the one hand, they fill me with righteous rage, but on the other hand, that rage does at least help me focus my arguments. Here are some particularly awful quotes from a scholar who will remain nameless, because I don’t believe that the racism is intended:

Blue notes, by nature, are alienated from their harmonic environment and have a dissonant relationship with them, giving the blues and all its derivatives a rough, angry character. Nevertheless, the hostility of blue notes toward the surrounding world may be mitigated—“domesticated”—through consonantization.

Blue notes (BNs), by nature, spoil the diatonicism of and cause dissonance in “clean” chords. But these notes may achieve their own independent harmonization, thereby being domesticated and turning into “environment-friendly” consonant notes.

The products of the consonantization of the BNs, which appear in a major-mode harmonic environment, are necessarily flatted degrees. These degrees turn the BNs from minor notes, which are “alien” to the major chords that build the basic harmonic progression, into “family” notes that are “at home” in these chords. The legitimacy that the flatted chords give the BNs is ostensibly the opposite of the “emancipation”that Arnold Schoenberg gave dissonant notes when he freed them from having to resolve to consonance, since the BNs by nature are dissonant notes with no obligation to be resolved.

However, the domestication of the BNs is an emancipatory act, since they thereby stop clashing with the harmony and instead become settled in it.

In Example 1(e), we see flatted or “minorized” degrees, among them VI and III. These degrees now include 3ˆ and 7ˆ not as BNs but in a mixtural framework—that is, as an insertion of flatted notes in a major key. Both of these—mixture and BNs—are common in the Beatles’ songs. Are they related? Ostensibly, they are two completely different things: the journey back in time in quest of the origins of blues will take us to the Mississippi Delta and from there to Africa, whereas the search for the origins of mixture, which is anchored in traditional harmony, will eventually lead us to eighteenth- and nineteenth-century Europe. The connection goes through the “domestication of BNs”—when it can be shown that a particular BN has changed from being outside the consonant harmony, in which case we may regard it as a garnish or a “disturbance,”to being an integral part of a consonant triad. If, for example, we can claim in a particular context that the III chord in Example 1(e) is based on a BN (G), then the status of this BN has improved substantially relative to its status in (c): instead of being an outsider, it becomes a distinguished member of the club of the flatted mediant without losing its blues character.

The status of these [blue] notes in the harmonic society improves substantially in part B: they become the roots of VII and III, and thus they become respected members of the community and live in consonant harmony with the rest of the notes. Their past is nevertheless evident in the descriptive term CBN, which is imprinted on their identity cards.

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Blues tonality

Most Americans who study music formally do so using common-practice era western tonal theory. Tonal theory is very useful in understanding the music of western Europe in the eighteenth and early nineteenth centuries, and the music derived from it. However, tonal theory is inadequate to explain the blues and other musics of the African diaspora. Given the central role of this music in both popular culture and art music, music theory classes do their students a grave disservice by not discussing its harmonic content.

The blues cannot be explained by Western tonal theory. Nevertheless, the blues emerged in western culture and is now a central pillar of it. McClary (2001) observes that while twentieth-century music has no single main stream, it does have a “mighty river” that follows a channel cut the blues:

When LeRoi Jones published his powerful book Blues People in 1963, his title referred to the African American musicians who fashioned the blues out of their particular historical conditions and experiences. Yet a music scholar of a future time might well look back on the musical landscape of the 1900 s and label us all “blues people”: those who inhabited a period dominated by blues and its countless progeny (32-33).

It no longer makes sense to think of the blues, or any other music of the African diaspora, as non-Western. Therefore, Western music theory must grow to accommodate the blues, the same way that the music itself has.

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Digital audio basics

Before you can understand how digital audio works, you need to know a few things about the physics of sound. This animation shows a sound wave emanating through the air from a circular source — imagine that it’s a drum or cymbal.

Spherical pressure waves

As you can see, sound is a wave, like a ripple in a pond. Imagine that your ear is at the bottom center of this image. The air pressure against your inner ear is rhythmically increasing and decreasing. Your brain senses how wide those swings in air pressure are and how often they’re happening, and you experience the result as a sound.

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