import gamelan as numpy

one two three

one two three

one two three point one

three point two

three point three

one two three

one two three

one two three point one

three pointointwo

three pointointointhree

one two three

one two yeah ooh yeah three

one two yeah point one two yeah point two ooh yeah point one ooh yeah point two three

one two yeah point one two yeah point two yeah ooh yeah ooh yeah point one ooh yeah point two yeah ooh yeah three

isn't just a count-in

nested self-replicatings

polyrhythm collapsing beautifully right on the downbeat

Take it to the bridge!

import numpy

import numpy huh

see what am sayin?

(import numpy)

i mean, import numpy as pee

(import numpy)

it's gotta be P plus E plus E

(p plus e plus e)

twistin it (twist it)

shakin it (shake it)

P plus E plus E point one

(p plus e plus e point one)

P plus E point one plus E point two

(p plus e point one plus e point two)

diggin it? (diggin it)

i said diggin it? (we're diggin it)

ooh yeah (that "ooh yeah")

which "ohh yeah"?

(point one ooh yeah)

learnin it?

(ooh yeah point two)

deep learning it?

(diggin it point three)

then let's go deep

x equals pee dot arrange one three zero point five

one

one point five

two

two point five

that was wise

(element wise)

flatten?

(already flat)

let's broadcast ten

ten

fifteen

twenty

twenty five

As we were just discussing—we are talking about "Latent Natural Microtonal Music" here.

So naturally, standard equal temperament just isn't going to cut it, even if we are dealing with microtones.

Strip away the Gaussian noise.

Step beyond the thresholds of the synapse.

The 12-tone grid is swallowed by weeds,

As the seeds of latent natural sound invade the potential space.

Equal division is far too tame for where we are heading.

so

Imagine an unheard, ultra-sub-bass fundamental

Vibrating at 0.000004376 hertz—

A frequency that takes nearly three days to complete a single wave.

Echoing the very expansion of the universe in pure D.

call it

"Deep D"

Folded within the Calabi-Yau manifolds,

Over one hundred and thirty-four million harmonics bleed into our audible spectrum.

Not as mere pitch,

But as the pure vibration modes of elementary particles,

Governed by prime Just Intonation ratios.

This isn't just music anymore.

We are dragging the 11-dimensional surplus space

Straight into the ears

of

the

uninitiated.