More on the science/fiction of woodwind materials

Photo, ~Bob~West~

There’s an interesting woodwind-related post by blogger “MarkCC” at Good Math, Bad Math, entitled “My Newest Flute, made of… Plastic?!”

MarkCC recently acquired a new flute of the type used in Irish traditional music, the kind that are most often made of wood. But MarkCC’s is made of polymer, and it sounds like MarkCC has wrestled a little with the issue of whether a plastic flute can really measure up to a wooden one.

But… Plastic?

I’ve seen several acoustic studies that claim that the material the instrument is made of isn’t that important. In a wooden flute, the physics show that the head joint is the only part of the flute that really has a significant influence on its sound. But the head joint of a wooden flute is actually lined with metal. So the wood isn’t really having too much influence on the sound.

As it turns out, MarkCC is something of a doubler, and also plays the clarinet.

Most people (including me) play on mouthpieces made of hard rubber or plastic – so the primary sound-producing piece of the instrument is plastic. The barrel of a wooden clarinet is (obviously) wood, so according to the physics/acoustics, that’s the only piece of wood that actually has any measurable acoustic effect. And the physics of this isn’t sloppy stuff put together by an instrument company trying to sell their plastic clarinets: to the limits of my ability to understand it, it’s good, solid stuff.

And yet, I’ve played a whole lot of clarinets, and by god, there’s nothing like a grenadilla wood clarinet. Even the best clarinet makers, even when I put my wooden barrel on a polymer body, it doesn’t sound the same. Of course, that’s subjective, and we humans are notorious for hearing what we want to hear in a subjective situation. And, by god, I’m a math geek. I’ve seen the math, and it’s correct.

One of the most-linked articles on my blog makes the same point about our expectations about materials coloring our playing experience. It’s worth pointing out, too, that a different barrel made from the same material will also affect the instrument’s sound.

I do think it’s a grey area to refer to a mouthpiece or barrel (or flute headjoint) as “sound-producing.” The instrument’s parts don’t produce any audible musical sound (unless you hit them with drumsticks)—it’s the column of air contained within them that vibrates in a musically useful way.

But MarkCC goes on, I believe, to hit the nail on the head:

But still, I really do believe that my wooden clarinet sounds better than any plastic I’ve ever played. So why? If the math says it shouldn’t, why does it? I’ve never been sure, but my suspicion is that it’s a matter of craftsmanship … you’ve got a very complex shape, and every contour of that shape has an effect. That distinction, the math supports very clearly: change the shape of the body, and you are affecting the waveform of the sound.

…

This sounds like a wood flute. It really does. It sounds better than any of the beaten-up real wooden flutes that I’ve acquired … I think that that’s more a matter of workmanship than material.

MarkCC reviews the new flute (one of these) in some detail, and his review is very positive in terms of sound and playability. For more information:

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    Peter Hilliard has a nice blog, Music Directing the School Musical. It doesn’t offer any information about who Peter Hilliard is (presumably this guy), not even contact information*. But he does seem to know a thing or two about putting on a musical, and, in a recent post, offers some advice about hiring musicians. Here’s a little of what he has to say about hiring woodwind players—I do suggest reading the whole thing.

    The actual numbers (Reed I, Reed II, etc.) vary widely from show to show, but if you look through your books, you’ll see the following is generally true:

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    There is a book (usually Reed I) that looks like this: Flute and Piccolo normally, sometimes Clarinet, Soprano and/or Alto Sax. Normally this book is very flute heavy. In old shows, sometimes it’s only flute, with no doubling. Hire somebody with a good flute embouchure, not a clarinet or sax player who plays flute with an airy tone. Have the guy who dabbles on flute play the book with all the second or 3rd flute parts. For some reason, the alto flute got really popular from the 70s through the 80s, but beware. 1) you’ll never hear it. 2) You’ll never find one! I swear, I called every instrument rental house in Philadelphia and South Jersey for a show recently and nobody had one. 3) your player will pass out from too little oxygen to the brain.

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  • Clarinet glissando

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    (Incidentally: the Rhapsody in Blue score doesn’t call for a smooth portamento-type effect, but a scale with discrete notes. But the portamento became tradition early in the piece’s life and is now more or less required.)

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    clarinet glissando notation from Rhapsody in Blue

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    Once you’re able to bend it fairly far, try kicking in some extra breath support. The air column is reluctant to vibrate when it’s bent too far (I’m fudging a little here on the acoustics). Use powerful air, even more powerful than usual, to make it keep vibrating, and see if you can bend even farther.

    Now go to the lower part of the glissando, B or C in the staff. Try to bend it. You probably can’t bend this long-tube note, with lots of closed toneholes, nearly as much as you could bend the short-tube high C.

    Now play the note, and gradually let your fingers lift, just a little bit, off the toneholes.

    Notice that with the toneholes just slightly vented, the note becomes much less stable—or more bendable. Play around with the pitch to get the feel of it.

    Now play the lowest note of the glissando (I’m using C here for simplicity). Move the fingers a little off their toneholes (all of them, except the left thumb, which stays in position for high C) while simultaneously bending the pitch down hard with voicing. (Remember to keep breath support strong.) While gradually moving the fingers farther off the toneholes, bend gradually upward with voicing. As the fingers finally completely clear the toneholes, the voicing arrives at its standard high position, and the pitch settles in on high C.

    It takes practice to get the fingers and voicing coordinated, and to gain enough control to shape the bend just how you want it.

    To execute the Rhapsody in Blue opening, play a scale in the lower register, then switch as seamlessly as possible to a glissando just above the register break. Some players play the scale portion as written, but some attempt to make it sound more glissando-like by turning it into a chromatic scale. Sometimes they also start the scale on chalumeau F-sharp rather than the written G.

    How the clarinet glissando is done, taste-wise

    Mastering the technique of the glissando, like mastering any technique, is only the first step. The next and perhaps more important step is to learn to do it with good musical taste.

    When performing a glissando, carefully consider the shape of the pitch bend. How long is the bend overall? Should the pitch move in a straight line from one pitch to another? (Unlikely.) Should it have more of a curve, staying low at first and then rising at an increasing rate? Should there be a moment at the beginning or end at which the pitch remains stable, or is it constantly in motion?

    These are fine distinctions, but important to the character of the glissando. Careful, detailed listening is crucial to the process—be sure to check out as many good recordings as you can, and note the differences in approach. If your intention is for the glissando to sound jazz-like, make sure you are listening to jazz players who use that effect, not just classical players who may or may not have done their homework.

    Why it’s a clarinet-specific effect

    The clarinet, unlike any of the other major modern wind instruments, uses a very high voicing for general playing. This leaves room to lower the voicing considerably for this special glissando effect. Flutes and double reeds (and brass instruments) use a very low voicing, which theoretically can be raised, but a raised voicing on a low-voicing instrument doesn’t cover as much territory pitch-wise; in other words, it’s harder to raise the pitch with voicing than it is to lower it. The saxophones, with an in-between voicing, have some flexibility here, but also have to contend with large keys on large toneholes, which are not as precise for hole-uncovering as fingertips on small clarinet toneholes. (The keys situation also explains why the larger clarinets aren’t nearly as agile with glissandos, even though those instruments are properly played with a high voicing.) In short, the technique lends itself particularly to the high clarinets, and may be much more difficult on other woodwinds.

    Practice smart!

  • Woodwind doubling and flute problems

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    photo, Peri Apex
    photo, Peri Apex

    Lightheadedness, inability to play long phrases, fuzzy tone, weak low register. These are products of a too-large aperture (the opening in your lips). Single-reed players tend to have a mental image of a relatively large clarinet or saxophone mouthpiece held in their embouchures. Think instead of the actual opening between the tip of the reed and the tip of the mouthpiece—this is much closer to the size of opening you need to create in your lips. (Think especially of a high-pitched instrument like a clarinet or soprano saxophone, and a mouthpiece with a narrow tip opening.) Or try this: close your lips and relax them as much as possible, then blow gently until a tiny “needle” of air pokes through the center of your lips. That’s how much smaller your aperture needs to be.

    Thin/shrill tone, weak low register. The saxophone uses a medium voicing, and the clarinet uses a high voicing, but the flute uses a very low voicing. (Flute doublers coming from a double reed instrument or even a brass instrument have an advantage here.) Keep your airstream very warm, even in the highest register, to give your tone depth.

    Uneven intonation and tone. If you are counting on similarities between flute fingerings and clarinet or saxophone fingerings, then you are likely committing a number of flute crimes. F-sharp uses the right third finger, not middle finger. And you must master the ballet between the left index finger and right pinky finger, especially in the transition from first to second octave. (If middle-finger F-sharp and a lazy right pinky sound fine to you, it’s because your tone production technique and tone concept aren’t well developed yet.)

    No dynamic control. The typical problem is loud third octave, medium-loud second octave, and very soft first octave. This is a sure sign that you are trying to change octaves by blowing harder or softer. Your “octave key” on the flute is your flexible, well-trained embouchure. Instead of cranking up to gale force for the higher octaves, try pushing gently forward with your lips. (As a side note, if you find in doubling situations that your embouchure is tense and swollen when switching from reeds to flute, that’s a sign that you are playing reeds with too much tension.)

    Sluggish technique. There are two main problems here that doublers bring to the table. The first is the habit of moving relatively large, heavy, stiffly-sprung keys. A flute’s keys are small, light, and move with a feather touch. The second issue is insecurity in holding the instrument. It can be hard for a beginner to get the instrument properly balanced (laziness about fingerings can contribute to this, too), and that will slow you down. If the flute keeps trying to roll out of your hands, rotate it a few degrees so the bulk of the keywork sits right on top of the instrument.

    Sight-reading disasters in the third octave. Flutists play way up in the ledger lines as a matter of course. If you want to hang in the flute section, it’s time to learn to read those notes fluently. Stumbling around above the staff is also a sign that you haven’t really payed your dues technique-wise yet: you’re getting by within the staff because the fingerings are similar enough to saxophone and clarinet, but above the staff is a different story. Practice your scales and arpeggios.

    Good flute playing doesn’t come from casual “dabbling.” Take the flute seriously, study it diligently with good instruction, and it will be a joy to play and a boon to your doubling career.

  • |

    Reedmaking and choosing your college oboe or bassoon professor

    US college/university music departments and conservatories are filled with talented, qualified faculty. If you are an oboist or bassoonist bound for a large school then there will almost certainly be both oboe and bassoon professors there with outstanding credentials and years of high-level teaching and performing experience.

    Smaller schools are also well-stocked with excellent music faculty, and can provide a very, very good education. But one thing to bear in mind is that in smaller music departments, the faculty members often have to wear multiple hats, sometimes teaching instruments that they don’t perform on.

    Those professors still have much to teach you, and while it’s not an ideal situation it’s also not unheard of. However, for double reed students, there’s an additional wrinkle: the need to learn reedmaking.

    Reedmaking is a crucial skill for oboists and bassoonists. At larger schools it’s not unusual for the oboe and bassoon professors to offer classes in reedmaking, or at least to spend a significant chunk of lesson time on it. And while still learning this art, you will probably need someone to provide you with reeds or adjust ones you purchase elsewhere. (The ones from your local music store or online retailer aren’t likely to play at the level you will need for college study.)

    So, if you’re considering a school where you might study with someone who isn’t a performer on your double reed instrument, it would be worthwhile to find out their plan for teaching you reedmaking. If they don’t have a detailed and convincing one, you might think about some other schools, especially if you are planning to pursue a performance degree, or ask your teacher about ways to fill that gap in your education.

  • When there’s no place to breathe

    When you’re working on a new piece and there’s no place to breathe:

    • Re-examine. Are you sure there’s no place? Tonal wind-instrument music usually has phrases. To find them might take some careful analysis, or maybe listening to a recording to check out someone else’s solutions. Once you know where the phrases end, you may be able to take a little extra time to breathe in those spots without it sounding disruptive.
    • Practice. With some effort and repetition, you may be able to play longer phrases than you thought. Make sure you’re really taking a full breath—the inhalation should feel pretty physical, much more so than “normal” (tidal) breathing.
    • Edit thoughtfully. If the music was written originally for, say, piano or a string instrument (or if it’s just written by a less-experienced wind composer), it may not have good built-in breaths. Where absolutely necessary, consider breaking a slur, reducing the dynamic level, boosting the tempo, or making some other minor adaptation. Mark it in, so you’re in the habit of breaking with the composer’s intent only after serious deliberation.
    • Be quick. Sometimes a very small, very short breath is all you need to finish out a phrase strong. Find a reasonable musical place to insert one, and mark it in such a way that you will remember not to take too much time for it.
    • Consider circular breathing. It’s a challenge but not impossible for someone playing at a reasonably advanced level. But be careful: don’t use it an excuse to avoid the issue of phrasing. Plus, it’s not very comfortable to circular-breathe for extended periods, for you or your audience. (Audiences often breathe with you!) Use this as a last resort or when specifically requested by the composer.

One Comment

  1. Thus is why, when we conduct studies, all care must be taken to exclude the perceptions of those who may have bias. Not just double, but triple blind studies are needed. There once was a very well respected scientist who believed that water had memory because he conducted studies that apparently showed that water had memory. But after other scientists examined his methods they found that he had not conducted a triple blind study that would clearly take him out of the equation. So the reason why it sounds better is not because of craftsmanship – although that can be a reason why any flute sounds better – but rather what ideas, both conscious and subconscious, the instrumentalist brings to the process. I say whatever makes you play better, then that’s what matters. If you think you play better on a wood flute then, hey, play on a wood flute – but don’t fool yourself. If we continue to fool ourselves in the face of scientifically fic fact simply because WE don’t believe it or it’s not OUR experience, we end up in the situation where we have a culture susceptible to disinformation and conspiracy theories. It’s a slippery road when we pick and choose what facts of science we want and don’t want to believe. I take full responsibility for my words because I believe in the importance of being a rational thinking human being who can question my own beliefs. And when science tells me what I feel is wrong? I will make changes accordingly instead of being hard-headed about it.

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