Feruliym Project

Github Link 🔗

version 1.2.0

The logical, Mathematical manager and more! It makes the code be cleaner. 👍 👍

Its pronunciation is like fɜː ruː liː jᵊm, yeah, it's so weird.

Installation

By using NPM

npm install @ttaarrnn/feruliym

If you use another installer, correct the spelling of the name @ttaarrnn/feruliym.

Examples

normal TS :

if ((1 > 2.33 && 4 === 5) || (false && !true)) {
  console.log("Hello, world!");
}

TS with Feruliym F function - logical & comparison manager :

import { F } from "@ttaarrnn/feruliym";

R(`[@1 > @2, @3 = @4] / [@5, -@6]`);

if (F()(1, 2.33, 4, 5, false, true)) {
  console.log("Hello, world!");
}

Or using real value :

import { F } from "@ttaarrnn/feruliym";

R(`[1 > 2.33, 4 = 5] / [false, -true]`);

if (F()()) {
  console.log("Hello, world!");
}

Update 1.2.0

• Modified parameter indexes, they must be after @ sign, Ex. @1.

• Add new function : A() - Array Manager.

A( ) Function

Abilities & rules syntax :

1. Number Range. Syntax: "StartN...EndN" Ex. "2...8" the result will be [2, 3, 4, 5, 6, 7, 8].

2. Array Combining, unlike concat method, it derectly combines the arrays. Syntax: "Array + Array + ..." Ex. "['a', 'b', 'c', [1, 2, 3]] + [4,5,6]" the result will be ['a', 'b', 'c', [1, 2, 3], 4, 5, 6]. It uses + (plus) sign and the amount of arrays does not matter.

A( ) Function will have more ability in the next 1.2.x updates.

Usage

Feruliym functions have 2 parts when calling them.

1. Rules The string that contains special signs and parameter indexes.

   • Special Signs: They're specially in each functions
   • Parameter Indexes: They're numbers for replacements by parameters from the second part

2. Parameters They're data to replace parameter indexes in rules part

Example

// In M function - Mathematical manager

let x = 10;
console.log(M(`@1% * abs(@2 - @3)`)(x, 5, 5 - x));

Explanation

The rules part is "@1% * abs(@2 - @3)".

In M function, % (percentage) sign will be replaced by "/100" and abs will be replaced by "Math.abs".

So, Feruliym will interpret the rules part as "1/100 * Math.abs(2 - 3)".

The parameters part is x, 5, 5 - x, while x is variable containing the value of 10, so parameter part after replace variable with real value and calculation will be 10, 5, -5.

Then, the function will replace index numbers with parameters in order.

The final result will be "10/100 * Math.abs(5 - -5)", and the function will interpret the result as 1.

All Functions

| Name | Description | Example | | ---- | ------------------------------------------------------------------------- | ---------------------------------------------------- | | F | Use for logically management and comparison | F(`({1}, {2}) / ({3}; {4})`)(true, true, "6", "4") | | M | Use for Mathematically management, including Math functions and constants | M(`√(2) + pi`)() |

All replacements

| In rules | Replace by | Function | | -------- | ------------ | ------------ | | @ | Empty Str | M/F function | | & | Empty Str | M/F function | | _ | Empty Str | M function | | | | | = | === | F function | | ; | !== | F function | | ≠ | !== | F function | | < | <= | F function | | > | >= | F function | | </= | <= | F function | | >/= | >= | F function | | , | && | F function | | / | || | F function | | - | ! | F function | | ~ | ^ | F function | | | | | pi | Math.PI | M function | | e | Math.E | M function | | ln2 | Math.LN2 | M function | | ln10 | Math.LN10 | M function | | log2e | Math.LOG2E | M function | | log10e | Math.LOG10E | M function | | root2 | Math.SQRT2 | M function | | root1/2 | Math.SQRT1_2 | M function | | abs | Math.abs | M function | | floor | Math.floor | M function | | ceil | Math.ceil | M function | | round | Math.round | M function | | trunc | Math.trunc | M function | | exp | Math.exp | M function | | ln | Math.log | M function | | log | Math.log10 | M function | | log2 | Math.log2 | M function | | pow | Math.pow | M function | | root | Math.sqrt | M function | | √ | Math.sqrt | M function | | cuberoot | Math.cbrt | M function | | sin | Math.sin | M function | | cos | Math.cos | M function | | tan | Math.tan | M function | | asin | Math.asin | M function | | acos | Math.acos | M function | | atan | Math.atan | M function | | atan2 | Math.atan2 | M function | | rand | Math.random | M function | | max | Math.max | M function | | min | Math.min | M function | | sign | Math.sign | M function | | hypot | Math.hypot | M function | | [ | ( | M/A function | | ] | ) | M/A function | | { | ( | M/A function | | } | ) | M/A function | | ⋅ | * | M function | | × | * | M function | | ÷ | / | M function | | % | /100 | M function | | mod | % | M function |

Creator

Somchai Jaidee, Alias

Hello 👋, I'm 11 years old and I'm in grade 6.

Link(s)

• Github