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=== CS size 5 ===
209 scales in total: 9, 243, 2187, 3^5/2, 3^2/3, 3^4/3, 3^3/4, 3^5/4, 3^3/5, 3^6/5, 3^7/6, 3^4/7, 3^5/7, 125, 15625, 5^1/2, 5^5/2, 5^7/2, 5^4/3, 5^5/3, 5^5/4, 5^7/4, 5^2/5, 5^4/5, 5^5/6, 5^3/7, 5^6/7, 36, 7776, 279936, 6^3/2, 6^7/2, 6^1/3, 6^7/3, 6^3/4, 6^2/5, 6^4/5, 6^6/5, 6^5/6, 6^7/6, 6^3/7, 6^5/7, 7, 16807, 117649, 7^5/2, 7^7/2, 7^1/3, 7^2/3, 7^3/4, 7^7/4, 7^2/5, 7^7/5, 7^2/7, 7^5/7, 9/4, 243/32, 2187/128, 3/2^3/2, 3/2^7/2, 3/2^1/3, 3/2^5/3, 3/2^1/4, 3/2^7/4, 3/2^1/5, 3/2^7/5, 3/2^1/6, 3/2^1/7, 3/2^2/7, 125/8, 15625/64, 5/2^3/2, 5/2^2/3, 5/2^7/3, 5/2^3/4, 5/2^4/5, 5/2^7/5, 5/2^5/6, 5/2^1/7, 5/2^5/7, 5/2^6/7, 7/2, 16807/32, 117649/64, 7/2^1/2, 7/2^5/3, 7/2^7/4, 7/2^3/5, 7/2^6/5, 7/2^7/6, 7/2^4/7, 16/9, 1024/243, 16384/2187, 4/3^5/2, 4/3^1/3, 4/3^7/3, 4/3^1/4, 4/3^1/5, 4/3^2/5, 4/3^1/6, 4/3^1/7, 4/3^2/7, 4/3^3/7, 625/81, 78125/2187, 5/3^3/2, 5/3^5/2, 5/3^4/3, 5/3^1/4, 5/3^5/4, 5/3^1/5, 5/3^6/5, 5/3^7/5, 5/3^1/6, 5/3^7/6, 5/3^1/7, 2401/81, 16807/243, 7/3^3/2, 7/3^5/2, 7/3^2/3, 7/3^5/3, 7/3^

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// commit f6fa7fcc809d2952d4cb3b991e0c6b8c6c559371 of https://github.com/xenharmonic-devs/sonic-weave

import {
  Interval,
  evaluateExpression,
  hasConstantStructure,
  subtensions,
} from '../src';

const obtained = [

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{{
  function add(left, right) {
    if (typeof left === 'number') {
      if (typeof right === 'number') {
        return left + right;
      } else {
        return right.map(r => left + r);
      }
    } else {
      if (typeof right === 'number') {

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// Generated by Peggy 3.0.2.
//
// https://peggyjs.org/

"use strict";


  function PlainLiteral(value) {
    return {
      type: 'PlainLiteral',

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from numpy import arange, linspace, where, maximum, sqrt, floor, clip, concatenate
from matplotlib.pyplot import plot, legend, show
import scipy.io.wavfile

# --- Helpers ---
def sqrt0(x):
    return sqrt(maximum(0, x))

def triangle(x):
    x = x - floor(x)

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from math import *
import random

__author__ = "Lumi Pakkanen"
__licence__ = "Public domain"
__version__ = "1.0.0"

# See https://youtu.be/hGQdsibB2is for context.

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import numpy as np
import quaternion
import scipy.misc
import multiprocessing

t = 0

def project_cloud(seed):
    np.random.seed(seed)
    cloud = np.random.randn(1000000, 4) * 0.2

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#!/usr/bin/env python3
import argparse


BAILOUT = 16
MAX_ITER = 56


def escape_time(c):
    z = 0j  # Squaring accumulator

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from __future__ import division
from argparse import ArgumentParser
from itertools import cycle

from pylab import *
tau = 2 * pi


if __name__ == '__main__':
    parser = ArgumentParser(description='Plot complex rational numbers')

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void mirror_d() pure nothrow @nogc @safe
in
{
    assert(valid);
    assert(can_rotate);
}
out
{
    assert(valid);
    assert(can_rotate);