Pico

Not much is known about the machine, but it seems to be reacting to our presence.

Functions

A, add: Creates the result of the addition of east and west fns, southward.
B, banger: Bangs southward in the presence of 1, N, S, W, E or Z northward.
C, clock: A sync value.
D, : Missing docs.
E, east: Moves eastward, or bangs.
F, if: Bangs if east and west fns are equal, southward.
G, generator: Generates a direction fn from bang.
H, halt: Stops southward fn from operating.
I, increment: Increments southward numeric fn on bang.
J, jump: Copies the northward fn, southwardly.
K, kill: Kills southward fns, on bang.
L, loop: Loop a number of characters ahead.
M, modulo: Creates the result of the modulo operation of east and west fns, southward.
N, north: Moves Northward, or bangs.
O, : Missing docs.
P, : Missing docs.
Q, : Missing docs.
R, raycast: Sends a bang to the nearest fn following the direction of the bang.
S, south: Moves southward, or bangs.
T, track: Read character at position.
U, : Missing docs.
V, values: Count the number of fns present eastwardly.
W, west: Moves westward, or bangs.
X, split: Bangs eastward when westward fn is 0, and southward when fn is 1.
Y, type: Compares the type(num/alpha/special) of westward and eastward fns, and return 1 or 0 southward.
Z, creep: Moves to a the next available location in a cycle of E, S, W, N based on the runtime frame.

node cli # New file
node cli examples/benchmark.pico # Load example

cd desktop
npm install
npm start

Haste < Function > Input(s)
           v
        Output

function frequencyFromNoteNumber(note) {
  return 440 * Math.pow(2, (note - 69) / 12);
}

Note values are on a range from 0–127, lowest to highest. For example, the lowest note on an 88-key piano has a value of 21, and the highest note is 108. A “middle C” is 60.
Velocity values are also given on a range from 0–127 (softest to loudest). The softest possible “note on” velocity is 1.

The idea is to build a synth/mini sequencer, here's some tasks I need to tackle before then.