How to use the create function from mathjs

Find comprehensive JavaScript mathjs.create code examples handpicked from public code repositorys.

mathjs.create creates a new instance of the math.js library with specified configuration.

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 * For more information, see README.md and LICENSE
 */

const workerpool = require('workerpool');
const { create, all } = require('mathjs');
const math = create(all);
const limitedEvaluate = math.evaluate;
math.import(
        {
                import: function () {
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this.pool = new StaticPool({
  size: 4,
  task: (expression) => {
    const { create, all } = require('mathjs')
    const math = create(all)

    math.import({
      import: function () { throw new Error('Function import is disabled') },
      createUnit: function () { throw new Error('Function createUnit is disabled') },
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How does mathjs.create work?

mathjs.create() is a function provided by the Math.js library that creates a new Math.js instance with its own configuration and namespace, which can be used independently of other instances or the default Math.js instance. When called, it returns a new instance of the Math.js library with the provided configuration and namespace. The new instance can then be used to perform mathematical operations using the provided namespace.

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/**
 * Below is adapted from https://mathjs.org/examples/browser/angle_configuration.html.html
 * This is used to configure mathjs to accept degrees as input for trig functions.
 */
const mathjs = mathjs_import.create(mathjs_import.all);
let replacements = {};

// the trigonometric functions that we are configuring to handle inputs of degrees instead of radians
const fns1 = [
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Ai Example

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const math = require("mathjs");

// create a new instance of MathJS
const newMath = math.create();

// define a new constant in the new instance
newMath.import({
  myConstant: 42,
});

// use the new constant
const result = newMath.evaluate("myConstant + 1"); // 43

In this example, mathjs.create() is used to create a new instance of the mathjs library, which can be customized with additional functions and constants. In this case, a new constant myConstant is defined in the new instance and used in an expression.

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var integral = require('../lib/integral');

describe('Integral Function', function() {

  function getMathWithIntegral() {
    var math = mathRaw.create();
    math.import(integral);
    return math;
  }
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    config = require('./config.json'),
    bot = new nodeogram.Bot(config.token);
const math = require('mathjs');
const Keyboard = nodeogram.Keyboard;

var math2 = math.create({
    matrix: 'Array'
});

bot.init();
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const got = require('got');
const {create, all} = require('mathjs');


const conf = require('./config.json') || require('./config.example.json'); // eslint-disable-line


const mathjs = create(all);
mathjs.config({ number: 'BigNumber' });


function msToTimeString(ms) {
  // This functions converts ms to a human friendly string.
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// sections for readability.


const fs = require('fs');
const mathjs = require('mathjs');


const math = mathjs.create(mathjs.all);


// The Normalized Matrix interface in R, which in turn
// delegates its operator semantics to MorpheusDSL. ===================
function NormMatrix (S, Ks, Rs, morph=null) {
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    precision: 256,
    predictable: false,
    epsilon: 1e-48
}


const math = create(all, config);


function evaluatePolynomial(f, x, pieceIndex) {
    var _x = math.subtract(math.bignumber(x), math.bignumber(f.breakpoints[pieceIndex]));

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let math_config = {
  number: 'BigNumber',
  precision: 64
}

const math = MathJS.create(MathJS.all, math_config)

Huebot.change_image = function (ox, comment = "") {
  Huebot.change_media(ox.ctx, {
    type: 'image',
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//const data2 = require('./data/out2')
const testdata1 = require('./data/outTestData.json')
const testdata2 = require('./data/outTestDataAns.json')




const math = create(all, {});
const Ml = require('./ml');
const ml = new Ml();



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