Mechanical Fidelity

This post is the first of many to come that will be little snippets of thesis-related thought. I’m focusing on a series of objects, people, and practices from the long and weird history of player pianos, and these blurbs are what come out. They’re in no particular order, and they might not make sense individually (although I hope they do). Comments on any aspect are welcomed!


Mechanical Fidelity

[photo ©Mark Manring]

Zenph Studios has a peculiar business model. From their website:

Zenph® Studios takes audio recordings and turns them back into live performances, precisely replicating what was originally recorded. Our software-based process extracts every musical nuance of a recorded performance, and stores the data in a high-resolution digital file. These re-performance files contain the details of how every note in the composition was played, including pedal actions, volume, and articulations – all with millisecond timings.

These digital files are played back on modern player pianos and recorded for sale. Zenph focuses on recreating the original operation of the piano—improvements to recording technology ensure that the new recording will be an improvement over the old. However, the idea of “re-performance” and the relationship between player pianos and acoustic recording have a long history.

Read More

Comments (View)
Machines to Play Machines for Them

The reason posts have been a little light lately (not in number, but in content) is that the thesis season has begun in earnest. A little over a week ago my classmates and I gave our preliminary thesis presentations, making a “public commitment,” to use the words of my thesis advisor. This post is an adaptation/abridgement of that presentation into blog format, as another form of “public commitment” and as a place to direct people when they ask me “So what is your thesis about, anyway?”

The Musical Gorilla: Musicality and Automaticity in Mechanical Musical Instruments

In H.G. Wells’s Tono-Bungay, a woman sees a pianola in a man’s living room. She asks him, “Does this thing play?” He replies,

Like a musical gorilla, with fingers all of one length and a sort of soul.

The research I’m doing revolves around statements like this—evaluations of machines that make music. I’m interested in how the various parties involved with these instruments (makers, marketers, users, listeners, and so on) think of them. Are they machines? musicians? Should their music be evaluated like human-produced music? If not, then how should one evaluate machine-produced music?

Only when you can forget your fingers can your brain be perfectly free. It surely stands to reason, then, that the ready made technique of the player piano sets the musician’s brain free to attend to the purely artistic side of the performance.

-Ernest Newman

The gramophone concerns itself with “sound” in a general sense, reproducing it as it is heard, rather than as it is made (this is why your speakers don’t look like little mouths, violins, pianos, etc., but rather like abstracted ears). The various iterations of player pianos, on the other hand, are concerned with how a particular kind of sound is produced (this is why player pianos generally look like—yes—pianos).

There are a lot of good books written about the early history of sound recording, from all sorts of musicological, historical, and theoretical perspectives. When I wrote my undergrad thesis, I had to grapple with many of them. The player piano, on the other hand, is less thoroughly theorized (probably for good reason—How long has it been since you’ve seen a player piano in person? What about an iPod?).

For me, though, the absence of big, authoritative works is a blessing. The various ideas about sound reproduction from the numerous authors who’ve theorized it can come into play without crushing me under the weight of a thousand master’s theses about the history of recorded sound. Because, on a fundamental level, the work of machines like the pianola (or Pianola) is different. These are not machines that try to replicate and model natural phenomena: these are machines that play other machines.

“Where, in truth, is the non-mechanical musical instrument? […] The anti-piano-player pianist is, in fact, a million removes from mere nature; he would be helpless without the huge box of mechanical tricks in front of him.”

-Ernest Newman

A fundamental idea in the kind of technology studies-informed work I do is that machines are not cold, objective things that go about their existence independent of humans. In their use, manufacture, and physical composition, they reflect the influences of countless actors. This is as true of the piano as it is of the automatic piano-player. The piano represents a certain kind of musical interaction—the pressing of keys to call out notes in specific intervals, the ability to change dynamic level, the sustain pedal. The player piano is a physical reading of the piano’s interface, which in its design reflects decisions about what is “musical,” “essential,” “artistic,” or “automatic.”

So what?

“Everybody is an electronic musician. Some of us push only one button in a performance, and some of us push many buttons.”

-Vladimir Ussachevsky

In the modern musical environment, automated music is basically omnipresent. In addition to mp3 players and car radios, we have music games like Guitar Hero or Rock Band that reinsert physical machinery into the path of sound reproduction. Every song now on the Billboard charts (and elsewhere, for that matter) arises from the manipulation and interaction of machines to produce sounds, and with effects like Auto-Tune, this machinery comes to the foreground in new ways. The player piano plays a formative role in our modern relationship to musical machines (I think); by looking at this example at a historical remove, hopefully I can shed some light on our current music listening and making situation.

While exciting, this is all quite broad now (and the stuff in this blog post is maybe half of what I presented last week), so it will surely contract and expand in various ways and areas many times before I’m through.

Projects drift; that’s why they’re called research projects.

-Bruno Latour

Stay tuned for more exciting player-piano based updates with the thrilling “thesis” tag. (They’ll hopefully come in more manageably-sized chunks after this one.)

Comments (View)

There is more than one way to automatically play a piano.

Comments (View)
[Flash 9 is required to listen to audio.]

György Ligeti: Continuum (for player piano)

Following up on the barrel organ version and the original harpsichord version (as seen at acousmata), here is Continuum, arranged for player piano.

Again, it is fascinating to hear how the different mechanics of these instruments change the acoustic effects of the piece so dramatically. The percussive hits on the piano (then damped), don’t quite seem to blend together, but I think that works well for this piece, which is all about lingering at the edge between the discrete and the continuous.

And that’s all the Ligeti for now! Once I’ve finished up my beginning of year prospective thesis presentation, I’ll be able to dedicate time to some longer things on here, probably more about player pianos, although my copy of Analog Days just came in the mail…

Comments (View)
The Hupfeld Phonoliszt-Violina was one of the most amazing of all music machines. Its intricate mechanisms reproduce the music of three violins and piano, with near-human expression. The violins are played by 49 mechanical fingers and a rotating circular bow with 1,344 individually-tied strands of  horsehair. Mechanisms cause the bow speed and pressure to change automatically, as controlled by perforations in the paper music roll, to provide a wide dynamic range, crescendo and decrescendo, accent, and other musical nuances.
(via Mechanical Music Press)
update: and they sounded like this.
The Hupfeld Phonoliszt-Violina was one of the most amazing of all music machines. Its intricate mechanisms reproduce the music of three violins and piano, with near-human expression. The violins are played by 49 mechanical fingers and a rotating circular bow with 1,344 individually-tied strands of  horsehair. Mechanisms cause the bow speed and pressure to change automatically, as controlled by perforations in the paper music roll, to provide a wide dynamic range, crescendo and decrescendo, accent, and other musical nuances.

(via Mechanical Music Press)

update: and they sounded like this.

Comments (View)
An Ampico reproducing piano mechanism.
(via Reproducing Pianos)

An Ampico reproducing piano mechanism.

(via Reproducing Pianos)

Comments (View)

MoKoyfman Theme by Bill Israel Tumblr powered CC licensed