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i-randomjs

1.2.8 • Public • Published

iRandomJS

const iRandomJS = require("i-randomjs");

iRandom.range.intRange

returns random int number from decided range

iRandomJS.iRandom.range.intRange(1, 100);
// 43

iRandom.range.floatRange

returns random float number from decided range

iRandomJS.iRandom.range.floatRange(1, 10);
// 5.725229129354005

iRandom.color.hex

generates one random hex color

iRandomJS.iRandom.color.hex();
// "#b140d0"

iRandom.color.rgba

generates one random RGBA(Red, Green, Blue, Alpha) color

iRandomJS.iRandom.color.rgba();
// "rgba(225,129,230,0.81)"

iRandom.color.rgb

generates one random RGB(Red, Green, Blue) color

iRandomJS.iRandom.color.rgb();
// "rgb(155,129,253)"

iRandom.color.hsl

generates one random HSL color

iRandomJS.iRandom.color.hsl();
// "hsl(347, 60%, 89%)"

iRandom.color.hwb

generates one random HWB color

iRandomJS.iRandom.color.hwb();
// "hwb(52, 3%, 70%)"

iRandom.color.cmyk

generates one random CMYK color

iRandomJS.iRandom.color.cmyk();
// "cmyk(11%, 99%, 54%, 17%)"

iRandom.color.cmy

generates one random CMY color

iRandomJS.iRandom.color.cmy();
// "cmy(60%, 10%, 36%)"

iRandom.choice.letterFrom

returns random letter from string

let name = "iVesha";
iRandomJS.iRandom.choice.letterFrom(name);
// "V"

iRange.intRange

returns an array of range of int numbers

let my_range1 = iRandomJS.iRange.intRange(1, 10);
console.log(my_range1);
// [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
 
let my_range2 = iRandomJS.iRange.intRange(7, 3);
console.log(my_range2);
// [7, 6, 5, 4, 3]

iNumOf.date

returns current date and time in form of number

iRandomJS.iNumOf.date();
// 20190905012728390

iConvert.color.rgb2Hex

converts RGB color to hex

iRandomJS.iConvert.color.rgb2Hex(120, 60, 30);
// "#783c1e"

iConvert.color.rgba2Hex

converts RGBA color to hexa(hex color with alpha)

iRandomJS.iConvert.color.rgba2Hex(25, 30, 80, 0.6);
// "#191e5099"

iConvert.color.hex2Rgb

converts hex color to RGB

iRandomJS.iConvert.color.hex2Rgb("#191e50");
// "rgb(25,30,80)"

iConvert.color.hexa2Rgba

converts hexa color to RGBA

iRandomJS.iConvert.color.hexa2Rgba("#191e5099");
// "rgba(25,30,80,0.6)"

iConvert.string2Num

converts string to number using decaded level

const iVesha2Num_1 = iRandomJS.iConvert.string2Num("iVesha", 1);
console.log(iVesha2Num_1);
// 210258404575624679
 
const iVesha2Num_5 = iRandomJS.iConvert.string2Num("iVesha", 5);
console.log(iVesha2Num_5);
// 630602808103510401067

iConvert.int2Roman

converts int number to roman number

iRandomJS.iConvert.int2Roman(21);
// "XXI"

iConvert.num2Num

convert number to another number using decided level

var number1 = iRandomJS.iConvert.num2Num(1, 1);
console.log(number1);
// 222330404
 
var number2 = iRandomJS.iConvert.num2Num(number1, 1);
console.log(number2);
/* 2323574445807147779281071111012761248148214141515185617682052191920202562222226222664255028863159319235383030353435523366377440954104
*/

iConvert.var2ArrayOfChar

converts variable to Array of characters

iRandomJS.iConvert.var2ArrayOfChar("iRandomJS");
// ["i", "R", "a", "n", "d", "o", "m", "J", "S"]

iConvert.var2ArrayOfWords

converts variable to Array of words

iRandomJS.iConvert.var2ArrayOfWords("It's called appreciation");
// ["It's", "called", "appreciation"]

iCombination.combinations

gives an array of variable you want to combine indexses of

let myData = ["a", 15, true];
let combineData = iRandomJS.iCombination.combinations(myData);
 
console.log(combineData);
/*
[ [ 'a' ],
  [ 15 ],
  [ true ],
  [ 'a', 15 ],
  [ 'a', true ],
  [ 15, true ],
  [ 'a', 15, true ] ]
*/

iCombination.combinations_k

gives an array of variable you want to combine indexes of, with decided length

let combination = iRandomJS.iCombination.combinations_k([["i", 7], ["g", 1], ["v", 10]], 2);
console.log(combination);
/*
[ [ [ 'i', 7 ], [ 'g', 1 ] ],
  [ [ 'i', 7 ], [ 'v', 10 ] ],
  [ [ 'g', 1 ], [ 'v', 10 ] ] ]
  */

iSequence.fibonacci.seq

generates an array of first N numbers, as Fibonacci sequence

iRandomJS.iSequence.fibonacci.seq(5);
// [ 1, 1, 2, 3, 5, 8 ]

NOTICE IT WILL GIVE +1 IN THE MEANING OF LENGTH , SO IF YOU WRITE , LET'S SAY 7 , IT WILL BE FIRST 8 NUMBERS

iSequence.fibonacci.num

generates N-th number of Fibonacci sequence

iRandom.iSequence.fibonacci.num(15);
// 610

iSequence.arithmetic.seq

generates an array of arithmetic sequence

iRandomJS.iSequence.arithmetic.seq(4, 1, 10);
// [ 1, 11, 21, 31 ]

First parameter is how many first numbers sequence will contain. Second parameter is with wich number sequence will start from. And third parameter is value of difference

iSequence.arithmetic.num

generates Nth number of sequence

let seventh = iRandomJS.iSequence.arithmetic.num(7, 15, 10);
console.log(seventh);
// 75

iSequence.geometric.seq

generates an array of geometric sequence

iRandomJS.iSequence.geometric.seq(3, 15, 1.25);
// [ 15, 18.75, 23.4375 ]

First parameter is how many first numbers sequence will contain. Second parameter number sequence start with. And third parameter is ratio.

iSequence.geometric.num

generates N-th number of sequence

let fourthGS = iRandomJS.iSequence.geometric.num(4, 1, 2.5);
console.log(fourthGS);
// 15.625

iSequence.triangular.seq

generates an array of triangular sequence

iRandomJS.Sequence.triangular.seq(7);
// [ 1, 3, 6, 10, 15, 21, 28 ]

iSequence.triangular.num

generates N-th number of sequence

iRandomJS.iSequence.triangular.num(50);
// 1275

iSequence.square.seq

generates an array of square sequence

let iSquare = iRandomJS.iSequence.square.seq(3);
// [ 2, 4, 9 ]

iSequence.square.num

generates N-th number of sequence

iRandomJS.iSequence.square.num(10);
// 100

iSequence.cube.seq

gives an array of cube sequence

let cube = iRandomJS.iSequence.cube.seq(4);
console.log(cube);
// [ 2, 8, 27, 64 ]

iSequence.cube.num

gives N-th numver of cube sequence

let Cube9 = iRandomJS.iSequence.cube.num(9);
console.log(Cube9);
// 729

iSeries.addition

sums any amount of given numbers

iRandomJS.iSeries.addition(1, 20, 74);
// 95
 
iRandomJS.iSeries.addition(30, 90, 180, 15, 45);
// 360

iSeries.subtraction

subtract any amount of given numbers

let a = iRandomJS.iSeries.subtraction(210, 40, 7);
let b = iRandomJS.iSeries.subtraction(10, 32);
console.log(iRandomJS.iSeries.subtraction(a, b));
// 185

iSeries.multiplication

multiplies any amount of given numbers

iRandomJS.iSeries.multiplication(12, 34);
// 408

iSeries.division

divide any amount of given numbers

iRandomJS.iSeries.division(30, 20, 10, 2);
// 0.075

iSeries.modulus

modulus any amount of given numbers

let modulus1 = iRandomJS.iSeries.modulus(10, 4);
let modulus2 = iRandomJS.iSeries.modulus(13, 17);
console.log(iRandomJS.iSeries.modulus(modulus1, modulus2));
// 2

iRead.JSON

reads .json file

iRandomJS.iRead.JSON("https://raw.githubusercontent.com/LearnWebCode/json-example/master/pets-data.json", function(iData) {
    console.log(iData.pets[0].name);
});
 
// Purrsloud

iReverse.string

reverses string

iRandomJS.iReverse.string("iVesha");
// ahseVi

iReverse.number

reverses number

iRandomJS.iReverse.number(321);
// 123

iUpsideDown.normal

makes variable upside down

iRandomJS.iUpsideDown.normal("iRandomJS");
// "ıᴚɐupoɯſS"

iArray.unique

removes duplicate strings/numbers, making array unique

let array = ["iVesha", 22, false, false, 34, "iRandomJS", "javascript", "framework", 22, false];
array = iRandomJS.iArray.unique(array);
 
console.log(array);
// [ 'iVesha', 22, false, 34, 'iRandomJS', 'javascript', 'framework' ]

iMath.median

finds median number of array

iRandomJS.iMath.median([12, 24, 13, 50, 55, 40]);
// 40

Install

npm i i-randomjs

DownloadsWeekly Downloads

0

Version

1.2.8

License

ISC

Unpacked Size

30.5 kB

Total Files

27

Last publish

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