Playing full-spectrum music

ByBret Pimentel

I’m far from being a photography expert, but I do have one trick. (This is a music-related post, I promise.)

In general, good photos take advantage of the eye’s full light-to-dark range. In other words, the very darkest part of the photo should be very black, and the very lightest part should be very white.

Here’s a photo that doesn’t meet those criteria—the darkest and lightest parts of the photo are both sort of medium-grayish.

blah

But a quick “auto-level” procedure in photo-editing software (like the free Gimp) corrects this by adjusting each pixel of the photo, basically making the dark ones darker and the light ones lighter:

much better

Even for a photo of a predominantly light- or dark-colored scene, this kind of contrast, applied thoughtfully with a discerning eye, can really make a nice improvement.

Sometimes written music has some of the same problems as a washed-out photo. For example, a composer (or editor) might mark the softest part of a piece at mezzo-piano, and the loudest part at mezzo-forte. The musician must ask him- or herself whether a narrow dynamic range is really the intended effect, or whether the dynamics should be stretched to take fuller advantage of the ear’s soft-to-loud capabilities. (Bear in mind that mezzo-forte and mezzo-piano are not absolute positions on the volume knob—they are relative.) Composer intent should be part of the decisions about how loud or soft each marked dynamic should be, and so should personal taste and interpretative style.

Other musical elements might be stretched to include a fuller spectrum, too. Consider tempi, tone colors, articulations, phrasing, and everything else that brings variety and contrast to music. Spend practice time exploring and expanding the limits of each aspect. Don’t settle for medium-gray!

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  • How to do long tones (and why)

    ByBret Pimentel

    Long tones are at the core of most woodwind warmup routines. The most simple and obvious version is this:

    Long tone whole note with a fermata.

    Simple sustained notes are good for developing consistent breath support, which is required to keep the long tone steady in pitch, volume, and tone color. (Some teachers also suggest them for developing “embouchure strength,” one of the harmful and pervasive myths of woodwind playing.)

    Many players and teachers recommend a version more like this:

    Long tone whole note with a fermata, and with a crescendo and decrescendo.

    This is a worthwhile improvement, as dynamic change requires a flexible and relatively relaxed embouchure on top of steady breath support. Exercises like the Herzberg long tones use this concept.

    But I like this even better:

    Long tone with three tied whole notes. The first crescendos from niente to fortississimo. The third decrescendos to niente. There is a tempo marking of quarter note = 60.

    The first thing to notice is the addition of extreme dynamic markings, from niente (“nothing,” essentially zero volume) to fff (which should be understood here as maximum controlled volume). Achieving a note that starts from 0%, crescendos smoothly and evenly to 100%, and then back to 0%, is much more specific and demanding than just a general “get louder, then softer.” It requires powerful breath support that starts before the note sounds and continues until after it ends, as well as a tuned-in voicing and well-functioning equipment. (And it can serve as a diagnostic to find issues in these areas.) Exercises like the David Weber chromatic exercises use this approach. (At the link, scroll down to “Longtone 1.”

    Less-advanced players should start and end as softly as possible and work toward a true niente. Players at all levels should take the opportunity to discover and then improve their loudest dynamic level.

    The second thing to notice is the addition of a tempo marking. This demands that the dynamic changes happen within a specific timeline, as of course they do in real-world music. Faster or slower tempos than the one marked here may be used; each presents its own challenges.

    A very thorough long tone warmup might involve playing these on every note within the instrument’s range. Each will have slightly (or severely!) different demands. For a more practical approach, consider a rotation: on day one, do these on the instrument’s lowest note, and the note a fifth above that (or some other interval), a fifth above that, and so forth. The next day, start on the second-lowest note, and the next day the note above that, and so forth.

    Happy practicing!

  • Why tune to the oboe?

    ByBret Pimentel
    Photo, nobleviola

    Why do orchestras tune to the oboe?

    Well, because it’s tradition, I suppose. But, realistically, in a professional group the pitch standard is likely determined in advance, and the oboist will use an electronic tuner to be sure they are giving precisely the correct pitch, so it could just as well be anyone.

    But the principal oboist is almost always the keeper of the A. It seems like there are a lot of theories floating around as to why, none of which make the slightest bit of sense. I found all of these professed as gospel truth in less than five minutes of Googling:

    • Because the oboe can’t be tuned. Firstly: hogwash. (True, the oboe doesn’t have a built-in tuning slide. But an oboist can “tune” by switching reeds, and can humor individual notes sharper or flatter on the fly, just like any wind player.) Secondly: if we tune to the principal oboe because it can’t be tuned, then what is the second oboist expected to do? Or the harpist? Or the pianist?
    • Because the oboe’s pitch is the most reliable. More reliable than, say, the glockenspiel? Given a high-quality instrument, an excellent reed, a fine oboist, and a 72.0°F room, then yes, the oboe’s pitch ought to be pretty solid. But on a stage full of trained musicians, I can’t see any reason to expect it to be more reliable than anyone else’s.
    • Because the oboe can be heard better through the group, because of its volume or tone or something. If that’s the criteria for selecting a tuning instrument, then I suggest that we consider the trumpet, or perhaps the piccolo. The Wikipedia article on the oboe, incidentally, mentions both stability and “penetrating” tone as reasons for oboe tuning, but cites an online article that no longer exists.
    • Because the oboe warms up to pitch faster than the other winds. This could be true, but how much longer does it really take to warm a flute or clarinet or trombone up to pitch? Hopefully the other musicians aren’t tuning before their instruments are thoroughly warmed.

    Read More “Why tune to the oboe?”

  • Staying motivated for summer practicing

    ByBret Pimentel
    For musicians on an academic schedule, summers are often wide open. This can be a great opportunity to get ahead, or a bottomless pit of procrastination and idleness. Here are some ideas for staying motivated to get some summer practicing done.

    Read More “Staying motivated for summer practicing”

  • Thinking through scales

    ByBret Pimentel

    My university woodwind students have to pass a scale exam as one of the requirements to progress in their degree program. They have to be able to play major scales and three forms of minor scales, plus arpeggios, through the “full range” of the instrument, from memory.

    Many of my students learned their major scales in their school band programs, well enough to have most of them in muscle memory. But some of them are less familiar with the minor scales.

    It can be a little overwhelming to keep track of 48 different scales. With plenty of accurate repetitions my students can get to the point of muscle memory for all 48. But in the meantime sometimes they get stuck trying to remember the right notes for the next scale, or get mixed up and play the wrong one.

    I find it very helpful to have a mental roadmap for thinking through the next scale, and especially so if I can relate it to something I already have in muscle memory. My map might go something like this, but there are lots of possibilities:

    • C major scale: already in muscle memory, little or no “thinking” needed. As I play, notice the first, third, and fifth scale degrees, so I can use them in the next step.
    • C major arpeggio: first, third, and fifth degrees of the scale I just played.
    • C natural minor scale: since it’s a minor scale, I’m going to lower the third from E to E-flat. And E-flat major is the relative key to C minor, and I have E-flat major in my muscle memory, so I can play that same pattern of notes without too much thought.
    • C harmonic minor scale: now that I’ve got C natural minor under my fingers, I just need to change one note to produce the harmonic minor: B-flat becomes B-natural.
    • C melodic minor, ascending: this one is just like the C major scale I played a minute ago, but lower the E to E-flat.
    • C melodic minor, descending: this one is just like the C natural minor scale (related to E-flat major) that I played a minute ago. Notice the first, third, and fifth scale degrees, so I can use them in the next step.
    • C minor arpeggio: first, third, and fifth degrees of the scale I just played.

    Another approach that appeals to some of my students is to think in terms of scale degrees: start with the major scale that’s already in muscle memory, and remember that for, say, harmonic minor, you have to lower the third and the sixth.

    Having an organized way of thinking through the scales helps prevent the paralysis and overwhelm of trying to conjure up the whole scale from nothing. When my students take their exam, nobody minds if they take a few moments to think before they start playing, but getting stuck mid-scale would be a problem.

    As you get better and faster at thinking through the scales, a good way to push yourself is to use a metronome, and limit yourself to a pre-set amount of time before the next scale starts. Maybe a certain number of beats (or, ultimately, zero beats) before jumping into the next one. If that doesn’t go well in the practice space, you know that particular transition is a problem spot, and can reorganize your efforts accordingly.

    Happy practicing!

  • A troublemaker in the octet: A hermeneutical approach to Beethoven’s op. 103

    ByBret Pimentel

    Introduction

    In the opening “Allegro” movement of his Wind Octet in E-flat major, Op. 103, Beethoven perpetrates a bit of mischief at the expense of the listener—and the analyst. In this paper, we will examine some analytical puzzles of this movement, then attempt to solve them by exploring a possible hermeneutical interpretation and applying Schenkerian techniques.

    The hermeneutical narrative that we will attempt to apply here represents only one possible interpretation, but it is useful because it provides an accessible context for dealing with problematic elements (we will deal with an oddly recurring melodic motive, some unexpected harmonic turns, and a formal deformation). The Schenkerian techniques are effective here for identifying and explicating the essential harmonic motion.

    A motivic troublemaker

    Troublemaker motive
    "Troublemaker" motive

    The first riddle of the Allegro is a trill-like motive (example 1) that dominates the opening of the movement. It appears in the first oboe, repeated in each of the first four measures. We will investigate a possible hermeneutic role of this motive: the impish troublemaker. (The troublemaker motive remains closely associated with the first oboe, though the first oboe also plays a part as a fully cooperative member of the ensemble. The oboe isn’t the troublemaker; the motive itself gets the blame.) Read More “A troublemaker in the octet: A hermeneutical approach to Beethoven’s op. 103”

  • Ornaments are notes

    ByBret Pimentel

    I think there are some unintended consequences of the way ornamentation is notated in Western music. Often the ornaments are indicated with some kind of abstract symbol or with tiny “extra” notes (like grace notes), located visually outside of the music’s rhythmic structure. This sometimes leads less-experienced musicians to the conclusion, consciously or otherwise, that the ornaments do not have precise rhythms. Sometimes music teachers feed this problem by explaining the rhythmic aspects of ornamentation in a vague or misleading way.

    For example, many of my saxophone and oboe students are initially stymied by this moment in the first of the Ferling 48 Famous Studies:

    ferling-example.preview

    An unclear but common way to explain this is to indicate the pitch pattern of the turn—up a diatonic step and back down, down a diatonic (or maybe half-) step and back up—and then say something to the effect that these notes “steal” time from the F-natural. The grace notes in the next measure can be poorly explained by emphasizing that they go “on the beat.” These explanations aren’t factually incorrect, and make some sense to someone who already understands what the end result should sound like, but leave a lot of unanswered questions for students who are less experienced with ornamentation.

    To be clearer about the turn, I think it helps to think through exactly how many notes have to be played in the space of the F-natural (five) and some possible ways to fit them in. Here are a few: Read More “Ornaments are notes”

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