MontasirMirghani/mnjs

What is this?

MNJS: MATH NODE JS PACKAGE

Installation

npm i mnjs --save

Example

Use console.log() to output the result. console.log(mnjs.abs(-3.6)); // 3.6

const { mnjs } = require(`mnjs`);

mnjs.abs(-3.6);  // 3.6

mnjs.subt(2, 5);  // -3

mnjs.sqr(2) + mnjs.sqrt(4);  // 6

mnjs.sqr(4) + mnjs.sqrt(4) / mnjs.pi;  // 16.63661977236754

mnjs.e;  // 2.718281828459045

mnjs.log(10)  // 2.302585092994046

mnjs.log(mnjs.e);  // 1

mnjs.max(1, 10, 3, -2)	//	10

mnjs.min(5, 1, -3.2, 0.5, 3)	// -3.2

mnjs.pow(2, 4);  // 16

mnjs.pow(2, -2.5);  // 0.17677669529663687

mnjs.cbrt(8);  // 2

mnjs.sin(1);  // 0.8414709848078965
mnjs.sin.rad(1);  // 0.8414709848078965
mnjs.sin(1) === mnjs.sin.rad(1)  // true

mnjs.sin.deg(30);  // 0.5
mnjs.sin.deg(30) === Number(mnjs.sin(dtr(30)).toFixed(5))  // true

mnjs.cos.deg(60);  // 0.5

mnjs.cos(0);  // 1
mnjs.cos.rad(0);  // 1
mnjs.cos(1) === mnjs.cos.rad(1)  // true

mnjs.tan.deg(45);  // 1

mnjs.tan(0.5);  // 0.5463024898437905
mnjs.tan(0.5) === mnjs.tan.rad(0.5)  // true

mnjs.tan.deg(90);  // Infinity

For more examples, click at this 👉 link.

MNJS Object Keys

Key	Name	Value
abs	The absolute value of a number	function: abs(num)
add	Addition	function: add(num1, num2)
cos	Cosine (in radians)	function: cos(angleRadians)
cos.deg	Cosine (in degrees)	function: cos.deg(angleDegrees)
cos.rad	Cosine (in radians)	function: cos.rad(angleRadians)
csc	Cosecant (or cosec)	function: csc(angleRadians)
csc.deg	Cosecant (in degrees)	function: csc.deg(angleDegrees)
csc.rad	Cosecant (in radians)	function: csc.rad(angleRadians)
cube	Cube (n)^3	function: cube(num)
cbrt	Cube Root	function: cbrt(num)
dtr	Degrees to Radians conversion	function: dtr(angleDegrees). Result in radians
divi	Division	function: divi(numerator, denominator)
e	The Number e (Euler's number)	number: 2.71828
log	The Natural logarithm (base e) of a number	function: log(x) is equivalent to ln(x) in mathematics
max	Max function returns the largest-valued number	function: max(num1, num2, ...)
min	Min function returns the lowest-valued number	function: max(num1, num2, ...)
mult	Multiplication	function: mult(num1, num2)
pi	The Number pi (π)	number: 3.14159265358979
pow	power	function: power(num1, num2)
rtd	Radians to Degrees conversion	function: rtd(angleRadians). Result in degrees
sin	Sine (in radians)	function: sin(angleRadians)
sin.deg	Sine (in degrees)	function: sin.deg(angleDegrees)
sin.rad	Sine (in radians)	function: sin.rad(angleRadians)
sqr	Square	function: sqr(num)
sqrt	Square Root	function: sqrt(num)
subt	Subtraction	function: subt(num1, num2)
tan	Tangent (in radians)	function: tan(angleRadians)
tan.deg	Tangen (in degrees)	function: tan.deg(angleDegrees)
tan.rad	Tangen (in radians)	function: tan.rad(angleRadians)

For all objects keys, click at this 👉 link.