Merge pull request #41 from chescos/cs2-readme-update

Update readme for CS2

README.md

@@ -1,4 +1,4 @@
-# CS:GO Fade Percentage Calculator
+# CS2 Fade Percentage Calculator
 
 ![NPM Version](https://img.shields.io/npm/v/csgo-fade-percentage-calculator)
 ![NPM Bundle Size](https://img.shields.io/bundlephobia/min/csgo-fade-percentage-calculator?label=size)
@@ -7,7 +7,7 @@
 ![GitHub Test Workflow Status](https://img.shields.io/github/actions/workflow/status/chescos/csgo-fade-percentage-calculator/test.yml?branch=master&label=tests)
 ![GitHub Build Workflow Status](https://img.shields.io/github/actions/workflow/status/chescos/csgo-fade-percentage-calculator/build.yml?branch=master&label=build)
 
-Calculate the Fade percentage value of a CS:GO skin based on a given seed value. Supporting all
+Calculate the Fade percentage value of a CS2 skin based on a given seed value. Supporting all
 [Fade skins](https://csgoskins.gg/families/fade) (except for gloves),
 [Amber Fade skins](https://csgoskins.gg/families/amber-fade), and
 [Acid Fade skins](https://csgoskins.gg/families/acid-fade). Easily convert every paint seed (also called pattern index)
@@ -48,13 +48,13 @@ const supportedWeapons = FadeCalculator.getSupportedWeapons();
 
 ## 📜 How It Works
 
-Each CS:GO weapon skin has a random paint seed value between 0 and 1000. This paint seed value, sometimes also
+Each CS2 weapon skin has a random paint seed value between 0 and 1000. This paint seed value, sometimes also
 called pattern index, determines the positioning of the pattern on the gun. Specifically, the paint seed determines
 the X offset, Y offset, and rotation value for the pattern position. Those three values can be calculated using
-an algorithm which has been open-sourced by Valve.
+an algorithm that has been open-sourced by Valve.
 
 Luckily, most Fade skins have the same X and Y offsets, and only the rotation value changes with each paint seed.
-This package simply converts paint seeds to rotation values, and then assigns each rotation value a fade percentage
+This package simply converts paint seeds to rotation values and then assigns each rotation value a fade percentage
 between 80 and 100, where the best rotation value is a 100% Fade, and the worst rotation value is an 80% Fade.
 
 The whole process just involves simple math, and it is superior to alternative methods such as image pixel color
@@ -75,11 +75,12 @@ this package:
 - [SkinsMonkey](https://skinsmonkey.com/)
 - [SkinBid](https://skinbid.com/)
 - [BitSkins](https://bitskins.com/)
-- [CSGOFloat](https://csgofloat.com/)
+- [CSFloat](https://csfloat.com/)
+- [GamerPay](https://gamerpay.gg/)
 
 Other sites are currently known to use their own algorithms, probably based on image analysis. These sites come
-to different conclusions which paint seed corresponds to which fade value, as pixel color analysis is not
-very accurate to determine a fade value:
+to different conclusions about which paint seed corresponds to which fade value, as pixel color analysis is not
+very accurate for determining a fade value:
 
 - [CS.MONEY](https://cs.money/)
 - [BUFF163](https://buff.163.com/)
@@ -89,7 +90,7 @@ very accurate to determine a fade value:
 
 ## 💻 Other Programming Languages
 
-You're not using Node, JavaScript, or TypeScript for your project? We have a
+Are you not using Node, JavaScript, or TypeScript for your project? We have a
 [pre-generated JSON file](https://raw.githubusercontent.com/chescos/csgo-fade-percentage-calculator/master/generated/fade-percentages.json)
 for you that contains the fade percentages of all supported weapons. You can download it with any programming language
 into your project to store and process the values there.
@@ -101,9 +102,9 @@ Alternatively, feel free to check out the source code of this library and port i
 ### How accurate are the generated fade percentages?
 
 The generated fade percentage values are basically as accurate as they can get. Fade percentages don't really exist
-in CS:GO itself, it's a community driven value which has been historically computed through image analysis of
+in CS2 itself, it's a community-driven value that has been historically computed through image analysis of
 screenshots. However, this method is not very accurate as it depends on many presumptions of the used algorithm.
-This library just reverses the algorithm which Valve uses internally to apply the pattern on the weapon, and our only
+This library just reverses the algorithm that Valve uses internally to apply the pattern on the weapon, and our only
 presumption is a fade percentage range between 80% and 100%, with 80% being the worst and 100% being the best value.
 
 ### Why do some websites display different fade percentages?
@@ -115,12 +116,12 @@ library, creating a stronger consensus.
 
 ### Why are gloves not supported?
 
-Glove skins are handled differently in CS:GO. The method used by this library to compute fade values does not work
+Glove skins are handled differently in CS2. The method used by this library to compute fade values does not work
 for glove skins, because their patterns shift more unpredictably, similar to Case Hardened skins.
 
 ## ⭐ Credits
 
 A big thanks goes to [Step7750](https://github.com/Step7750), the work on this library was inspired by
 [his research](https://www.reddit.com/r/GlobalOffensiveTrade/comments/b7g538/psa_how_paint_seed_actually_works_technical/)
-about CS:GO paint seeds. He also implemented Valve's uniform random number generator
+about CS2 paint seeds. He also implemented Valve's uniform random number generator
 [in Go](https://github.com/Step7750/UniformRandom), which was ported to TypeScript for this project.