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Common misconception: “You need 21 fingers to play a 1:2:3:4:5:6:7:8:9:10:11:12:13:14:15:16:17:18:19:20:21 polyrhythm.” NO. You only need 10! Here’s the proof by datramt.cool 👽❣️👾 🧵

86,407 Aufrufe • vor 2 Jahren •via X (Twitter)

10 Kommentare

Profilbild von score follower
score followervor 2 Jahren

A year ago, when transcribing a project.jdm polyrhythm 1:2…15:16, I was observing the animated score I made and wondered if it would be possible to play. There is a cluster chord I could use my forearm to play, and some really juicy chords, but nothing impossible

Profilbild von score follower
score followervor 2 Jahren

After spending about 2 weeks working it up to speed and filming it, I wondered what was the BIGGEST polyrhythm possible to play with just 10 fingers. Turns out the limiting factor would be a 10-note tertiary chord right in the middle. Since the middle chord is every-other note,

Profilbild von score follower
score followervor 2 Jahren

I could go up to 1:2…19:20, right? Yes, BUT, it’s even possible to squeeze one more in, as the middle chord of a 21st-order polyrhythm is a 10-note tertiary chord too. So I took a YEAR break because despite what you think of me right now, I do have a life lol

Profilbild von score follower
score followervor 2 Jahren

Then a month ago I told myself I’m gonna give this thing a try. I used @p5xjs (graphics) and @Sonic_Pi (audio) to generate the polyrhythm that I would follow along with: a slow, medium, and fast version. I broke it into 10 parts, and looped over and over again,

Profilbild von score follower
score followervor 2 Jahren

until it was firmly in my muscle memory. What was interesting about this was that it wasn’t that much harder than learning Chopin, or some of the stuff I did back in my indoor drumline days. It was just something that is hard to figure out how to learn without the technology

Profilbild von score follower
score followervor 2 Jahren

Just as some chess players get ideas from AI chess bots that no human would consider, this set of score following technologies I have been working on in my transcriptions kind of opened a few doors for what is possible to learn

Profilbild von score follower
score followervor 2 Jahren

The other question is: “WHY THO?” I got a LOT of that question when I posted my 1:2…15:16 video last year. Well, It’s satisfying? Same reason I like to solve Rubik’s cubes? To make @jacobcollier real quiet since it drops? I don’t know, but I like doing this kind of thing a lot.

Profilbild von Gabriel Tellez
Gabriel Tellezvor 2 Jahren

@score_follower @datramt 3628800 is a lot of fingers

Profilbild von CARMEN FIRE DELACRUZ
CARMEN FIRE DELACRUZvor 2 Jahren

@score_follower @woomyve @datramt thanks lmao

Profilbild von m.w.n.m.
m.w.n.m.vor 2 Jahren

@ThreatNotation @datramt Reminds me of this in some ways

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