MS Excel music hack: Sort musical instruments by score order

For today’s Stupid Microsoft Office Trick, we will be teaching Excel how to sort musical instruments into score order. This has lots of uses for musicians and music educators:

  • Inventories of instruments, sheet music, CD’s, you name it
  • Rosters of students, orchestra members, sub lists, and so forth

For example, suppose I have a list of sheet music for various woodwind instruments:

Chaos!

If I sort alphabetically by column C, I’ll get bassoon pieces first, then clarinet, flute, oboe, and saxophone. But as a musician I rarely have reason to sort things that way. I would rather have the flute pieces on the top, followed by oboe, clarinet, bassoon, and saxophone—a typical score ordering.

I’ll show you three easy steps to make this happen. I’m using Excel 2007 and Windows Vista, but I believe this feature exists in earlier versions of Excel as well. You are on your own for the exact details, unless someone cares to share in the comments section.

Here we go:

  1. Specify your order.

    In a blank worksheet, type your preferred score order list in a column.

    score order

    I’ve done a really basic list here—5 basic woodwind families—but more elaborate lists are possible. A few tips on this are at the end of this article.

  2. Import as a Custom List.

    Click the column letter above your list (column A in my example) to select that column. Click the round Office button in the upper-left-hand corner, then click the “Excel Options” button, then click the “Edit Custom Lists…” button, then click the “Import” button, then click “OK” twice. Nice work.

  3. Sort like a musician.

    Select the data you want to sort. In my example, I’m selecting the list of woodwind sheet music. Click on the “Data” tab, then click the “Sort” button.

    click Sort

    A dialog box pops up. In the “Column” field, choose the column with the instrument names (column C for me). The “Sort On” field should have “Values” selected. In the “Order” field, choose “Custom List…”

    sort options

    Choose your new Custom List, and click “OK.” If you want to add additional levels of sorting, such as sorting by composer or title, now is the time to do it; otherwise just click “OK” again.

    VoilĆ 

    :
    sorted

    Perfectly sorted.

Some tips on creating your score order list:

  • If you are creating a more comprehensive and specific list, you may wish to consider including some general names as well. For example, if you’re including “soprano saxophone,” “alto saxophone,” “tenor saxophone,” and “baritone saxophone,” you might also want to include just “saxophone,” to give yourself a little extra flexibility for how you use your custom sort order.
  • You may also want to include abbreviations (“pc,” “fl,” “ob,”…).
  • If the data you’re sorting includes instrument names that aren’t part of your custom sort order, they will end up at the bottom of the list in alphabetical order.

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  • Why do some instruments transpose?

    I find it difficult to explain to the uninitiated the concept of “transposing” instruments. The what is confusing. The why is worse.

    To get the what across, I usually have to resort to an example: “Okay, so it works like this. If I am playing an alto saxophone, and I see an F-sharp on the page, I think ‘F-sharp,’ and do the correct fingering for F-sharp, and then I blow into the instrument and an A comes out.”

    Sometimes a visual representation is useful (here are transpositions for some common woodwind instruments):

    Instruments Written pitch Sounding pitch
    Piccolo
    Down an octave

    Up an octave
    Clarinet in E-flat
    Down a m3

    Up a m3
    Flute, Oboe
    (non-transposing)
    Bassoon
    (non-transposing)
    Clarinet in B-flat, Soprano saxophone
    Up a M2

    Down a M2
    Clarinet in A
    Up a m3

    Down a m3
    Alto flute
    Up a P4

    Down a P4
    English horn
    Up a P5

    Down a P5
    Alto saxophone
    Up a M6

    Down a M6
    Contrabassoon
    Up an octave

    Down an octave
    Tenor saxophone, Bass clarinet
    Up a M9

    Down a M9
    Baritone saxophone, Contrabass clarinet in E-flat
    Up an octave and a M6

    Down an octave and a M6

    This system is, shall we say, “difficult:”

    • Composer/arranger/copyist: “What was that transposition for alto flute again? A fourth, I think, but was it a fourth down or a fourth up? Or was it a fifth?”
    • Conductor: “Let’s see, the alto saxophones have an E and a B, the tenor has a D-sharp, and the baritone has a D-natural. So that chord would be, um…”
    • Educator: “Okay, everybody play a B-flat scale. I mean, ‘concert’ B-flat. So C for clarinets and tenor saxophones, G for altos and baritones, E-flat for English horn… or is it F for English horn?…”
    • Gigging musician: “I need to buy the fakebook in E-flat. Hmm, and I guess I also need the B-flat, in case I play clarinet on anything. I wonder if I’ll need the C book for flute, too? Wait, let me make a phone call.”

    (And that’s just the system used for the modern band and orchestral instruments!) Read More “Why do some instruments transpose?”

  • Ornaments are notes

    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 FerlingĀ 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”

  • Please lose the music binder

    For some reason a high percentage of my incoming students each year like to make a 3-ring binder for their sheet music and lesson materials. I don’t know why.

    They apparently put a fair amount of time and money into this project, which often involves custom cover artwork, dividers, and plastic sheet protectors. As the semesters go by, the binder fills up with every bit of sheet music they have used, until the binder is so heavy that a music stand won’t support its weight.

    I applaud and relate to their interest in keeping things organized and their enthusiasm for the course. But the big music binder just doesn’t work very well. Here are my complaints: Read More “Please lose the music binder”

  • Wind controllers as “practice” woodwinds

    Can you use a wind controller, like the Akai EWI, the Yamaha WX, or the Roland Aerophone, as a convenient and/or quiet way to practice a “real” woodwind instrument, like the saxophone or the flute?

    No, not really.

    You can practice some very limited aspects of woodwind playing. For example, each of those wind controllers has fingering patterns that resemble (but are not identical to) the fingerings of standard woodwinds. If you are in the very early stages of playing a woodwind instrument and still trying to memorize fingerings, I suppose you could use a wind controller to help you with that specific task, to the extent that the fingerings do match.

    The Akai instruments have saxophone, flute, and oboe modes, plus the more flexible “EWI” mode that is quite saxophone-like, and even a couple of variations of a valved-brass-inspired mode. The Yamaha WX5 has several saxophone modes and a flute mode. The Roland instruments are set up to map fairly directly to saxophone fingerings, even going so far as to include some of the saxophone’s more problematic features like “palm” keys. However, with that exception, none even have all the keys needed to learn proper saxophone, flute, or oboe technique.

    (None of the instruments currently has a clarinet mode, presumably because the real-clarinet phenomenon of overblowing to odd-numbered partials raises some complications for an electronic instrument capable of many octaves of range. And none of the instruments has the physical keys to reasonably approximate bassoon technique.)

    Plus, in all cases, including the Rolands, none of them can fully imitate the “feel” of a standard woodwind. Beyond the very basic stage of learning fingering patterns, much of the fingering work that woodwind players practice has to do with nuances of the fingers’ interactions with the keys. Even switching from one flute to a slightly different model of flute can mean having to re-adapt to the keys’ precise locations, spring tensions, etc. Switching between a flute and a wind controller is a much larger leap.

    And, of course, no major wind controller currently provides a realistic approach to tone production. None has a reed that functions as such, and none has a flute-like embouchure hole. There are some superficial similarities like breath pressure being mapped to volume, or a bite-able mouthpiece that allows for something like saxophone-style jaw vibrato (or to the ill-advised reed instrument technique of bending pitch with jaw movement).

    So, can you practice on it? Not really.

    But the good news is that wind controllers (particularly, in my opinion, the Akai EWIs) have lots of potential as instruments in their own right. (If you aren’t familiar, look no farther than Michael Brecker’s playing for an eye-opener.)

    Rather than looking at wind controllers as a “practice” instrument or a low-budget stand-in, consider a wind controller to be an additional avenue for expression. Playing it well requires just as much hard work, but also brings worthwhile creative rewards.

  • 10 ideas for more focused practicing

    It can be difficult to keep practice sessions focused and productive. Distractions, burnout, boredom, and bad habits get in the way of progress. Try some or all of these, see what works well for you, and make the most of your practice time.

    Photo,  woodleywonderworks. (license)
    Photo, woodleywonderworks. (license)
    1. Prepare yourself mentally. Before you start, take a few minutes for meditation, prayer, introspection, deep breathing, self-awareness, or whatever else helps you set aside the concerns of daily life and get in the zone.
    2. Prepare yourself physically. Stretch, hydrate, dress comfortably. Get enough sleep and exercise and eat a balanced diet. Protect yourself from repetitive-motion injuries and make sure your body can perform at its best.
    3. Embrace routine. Develop some habits around your practice schedule. A carefully-selected routine gets you into practice mode and reduces the chances of falling into procrastination. It also gives you a framework that can be fine-tuned when you have a new idea you would like to incorporate.
    4. Warm up. It doesn’t just mean bringing your instrument up to temperature. Do long tones, scales, articulation studies, or other things that get your instrument-playing muscles working together. Choose ones that demand your very best embouchure, voicing, breath support, finger technique, etc.
    5. Be goal-oriented. Know what you want to accomplish, as specifically as possible. Not “I’m going to practice my scales.” Try “I’m going to get my F-sharp major scale tempo up to sixteenth notes at 60 beats per minute with no wrong notes or hesitations.” Or even better: “I’m going to train my fingers to use that alternate D-sharp fingering in the top octave of the F-sharp major scale at 60 beats per minute with no incorrect or hestitant finger motions.” Goals shouldn’t only be technical; they can be expressive and interpretive, too. Make a list, and start checking things off.
    6. Seek variety. Don’t drive yourself crazy or die of boredom practicing one problem phrase for hours on end. Through experimentation, figure out how long you can really maintain focus and enthusiasm for a single practice task (10 minutes usually works well for me), and move to a new task when it gets less productive to work on the old one. You’ll come back to it later with fresh ears/eyes/fingers/lips.
    7. Take breaks. Take them frequently, but don’t leave them open-ended. Know exactly when you plan to get back to work, and what task you will be tackling next.
    8. Self-evaluate. You probably already have some kind of device you can use to record yourself. Listen back as though it’s somebody else playing. Make notes about what you hear. Pick the biggest-priority items and add them to your goal list.
    9. Escape distractions. You know what pulls you away from the task at hand. Hide it, silence it, power it down. How different would your practicing be if the only people or objects in sight were you, your instrument, and a music stand?
    10. Find inspiration. It’s hard to reach a performance goal if you aren’t sure what that goal sounds like. Don’t be afraid to listen to recordings or watch videos of your heroes—you will still sound like yourself, just a better-informed version of yourself. Listening to singers or players of instruments besides your can really open up your mind and ears, too.

    Have additional tips? Leave a comment!

  • Interpreting wind articulation markings

    It’s easy to think of articulation markings as being black and white (and not just literally). But sometimes the instructions aren’t completely clear.

    For example, I think most people would see this marking…

    …and understand it to mean that the D gets some extra length, perhaps so much that there’s no silence between the D and the following C. And there’s an implication that the other notes shouldn’t be that way, so perhaps they should have a bit more space by comparison.

    But how about this? (I ran into this marking in a piece I am working on this week, by an experienced composer.)

    The slur seems to preclude any space between the notes, so how does the tenuto work? You can’t reduce the space if it’s already zero, right?

    I think most experienced musicians would say that in this case the tenuto gets some other kind of stress, like a little extra volume, or a slight stretching of the beat, or maybe more intensity in the vibrato. But those are substantially different from the first interpretation. And if I do interpret the tenuto as some kind of stress, how is it different from, say, this:

    To interpret the markings, you have to take them in context. Musical notation is an expressive language, not a set of precise instructions for note-playing robots.

    And sometimes the markings are bad. There might simply be mistakes, or maybe the composer or editor isn’t entirely familiar with how wind players interpret articulations. How about this one?

    Wind players tend to think in terms of slurred or not slurred, and map this directly to a technique. When the slurs are doubled up like this, it doesn’t quite compute—I’m already slurring, I can’t make it any more slurred.

    So often the go-to explanation is that the larger slur is some kind of phrase marking, to show that those notes belong together, and the smaller one is an actual slur. Or, I guess, maybe another smaller phrase marking? And why do I need a phrase marking anyway—shouldn’t I already be playing phrases? And, if I decide to take out the smaller slur, then does the larger one still remain a “phrase marking,” or does it transform back into a slur?

    Here are some things I try to keep in mind as I try to interpret articulation markings:

    • If the composer put it on the page, she or he wants to hear it. How can I make the marking audible? What is the composer’s likely intention?
    • Why did the composer pick that particular marking? If there is ambiguity, is it intentional, or at least knowing?
    • Do similar markings appear elsewhere in the piece, or even in the composer’s other works? Does that shed any light? For example, if the composer uses both tenuto marks under slurs and accents under slurs, the composer probably wants them to sound different from each other.
    • Is there a tradition surrounding this piece? Sometimes frequently-performed pieces begin to develop a sort of standard practice for how certain markings are interpreted. Sometimes these are reasonably reliable, such as if a recording was made with the composer’s input, but sometimes they are just popular guesses. If you have a better guess, you can use it, but it would be wise at least to know what the tradition suggests.

    We are used to thinking of music itself as an expressive thing, that hopefully causes our audience to respond in some way. But the art of music notation is also expressive—the composer/editor/copyist is trying to get some kind of response from the musician. (Which in turn gets the response from the audience.)

    If you have been reading articulations like a robot—or ignoring them—return to the score again and listen to what the composer is telling you.

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