#phaser 3 framework

[sikkimgame67]

What programming languages should I learn for video game development?

1. C++

Why Learn It: C++ is one of the most widely used languages for high-performance and AAA game development. Many professional game engines like Unreal Engine are built using C++. It offers a lot of control over system resources and memory management, which is crucial for demanding games.

Where It's Used: Used in AAA games and high-performance engines. Popular in PC and console gaming.

Notable Games Built with C++: Fortnite (Unreal Engine) The Witcher 3 Grand Theft Auto V

2. C#

Why Learn It: C# is the primary language used in the popular game engine Unity, one of the most accessible and versatile engines for both 2D and 3D game development. It's easier to learn than C++ and is great for indie developers and mobile game development.

Where It's Used: Mainly used in Unity for game development. Suitable for mobile, PC, and VR/AR games.

Notable Games Built with C#: Monument Valley Angry Birds 2 Super Mario Run

3. Java

Why Learn It: Java is often used for Android game development and offers strong community support. It's an easier language to learn for beginners, with lots of resources available for game development.

Where It's Used: Popular for mobile game development (especially for Android). Also used in certain game engines and frameworks, like LibGDX.

Notable Games Built with Java: Minecraft (original version) Temple Run

4. Python

Why Learn It: Python is great for prototyping and learning the basics of game programming. While not as performant as C++ or C#, Python is often used for simple 2D games and scripting tasks.

Where It's Used: Used for game prototypes and simple 2D games. Frameworks like Pygame make it easier to build games in Python.

Notable Games Built with Python: Eve Online (some scripting) Civilization IV (some parts in Python)

5. JavaScript (and HTML5)

Why Learn It: JavaScript is essential for web-based games and is widely used for browser-based game development. HTML5 allows for multimedia support in the browser, making it easy to develop simple 2D games.

Where It's Used: Web-based games and browser games. Engines like Phaser and Three.js allow for the creation of games directly in the browser.

Notable Games Built with JavaScript: Bejeweled 2048

6. Swift

Why Learn It: Swift is the main language used for iOS game development (iPhone and iPad). It’s a fast and modern programming language with high performance and ease of use.

Where It's Used: Used for iOS and Mac games. Popular with Xcode and SpriteKit for 2D games.

Notable Games Built with Swift: Alto's Adventure Monument Valley

7. Lua

Why Learn It: Lua is used as a scripting language in many game engines for gameplay and other in-game features. It is simple, lightweight, and highly customizable.

Where It's Used: Lua is used in engines like Love2D and as an embedded scripting language in engines like Roblox.

Notable Games Built with Lua: World of Warcraft (add-ons) Angry Birds (scripting)

8. Rust

Why Learn It: Rust is gaining popularity in game development due to its memory safety and high performance. It’s especially suited for building low-level game engines.

Where It's Used: Used for game engines and system-level programming. Some indie game developers are using Rust to create new game engines.

Notable Games Built with Rust: Veloren (open-source multiplayer game)

9. UnrealScript (for Unreal Engine 3)

Why Learn It: UnrealScript was the scripting language used in Unreal Engine 3. While it has been replaced by C++ in Unreal Engine 4, learning UnrealScript can still be beneficial if working with older games built on Unreal Engine 3.

Where It's Used: Unreal Engine 3 games (legacy games). Not used in modern versions of Unreal Engine, but it's still relevant for specific projects.

10. GDScript (for Godot Engine)

Why Learn It: GDScript is the primary language used in the Godot Engine, an open-source and beginner-friendly game engine. It's similar to Python, making it easy to learn and use for indie game developers.

Where It's Used: Godot Engine, which is great for 2D and 3D games.

Notable Games Built with GDScript: The Interactive Adventures of Dog Mendonça & Pizzaboy (adventure game) Kingdoms of the Dump (RPG)

[ludoonline]

How Mobile App Development Companies Leverage Game Development Tools for Success

The mobile app industry is evolving rapidly, with gaming elements playing a crucial role in enhancing user engagement and retention. Mobile app development companies are now integrating game development tools to create interactive, immersive, and engaging apps that stand out in the competitive market.

In this blog, we’ll explore how game development tools are revolutionizing mobile app development and why businesses are embracing them for success.

1. Why Game Development Tools Are Important in Mobile App Development

The integration of game mechanics in mobile applications goes beyond gaming. Many industries, including education, fitness, finance, and e-commerce, are leveraging game development tools to create engaging and interactive user experiences.

Key Benefits of Game Development Tools in Mobile Apps:

✔ Enhanced User Engagement – Interactive elements like rewards, leaderboards, and animations keep users hooked. ✔ Higher Retention Rates – Gamified experiences encourage users to return, reducing churn. ✔ Improved User Experience – Smooth animations and engaging UI enhance usability. ✔ Monetization Opportunities – In-app purchases, rewards, and ads drive revenue.

By leveraging game development tools, mobile app developers can make their applications more dynamic and immersive, leading to increased user satisfaction and profitability.

2. Essential Game Development Tools for Mobile App Success

🎮 1. Unity

Unity is one of the most widely used game engines for developing mobile games and apps. With its cross-platform compatibility and powerful graphics engine, mobile app developers can create high-quality 2D and 3D interactive applications.

✔ Used for: Game-based learning apps, AR/VR experiences, and interactive storytelling.

🎮 2. Unreal Engine

Unreal Engine is known for its stunning visual effects and real-time rendering capabilities. While it’s popular for game development, mobile app developers use it for creating immersive experiences in industries like architecture, healthcare, and simulations.

✔ Used for: High-end mobile games, virtual simulations, and augmented reality apps.

🎮 3. Cocos2d-x

A lightweight and open-source game development framework, Cocos2d-x is popular among developers looking to build fast and efficient mobile applications with game-like features.

✔ Used for: 2D mobile games, animation-heavy applications, and gamified apps.

🎮 4. Phaser

Phaser is an HTML5 game framework that enables mobile app developers to create browser-based interactive applications with smooth animations and gamification elements.

✔ Used for: Web-based mobile apps with game mechanics, marketing apps, and interactive media.

🎮 5. ApperStudios Tools

ApperStudios provides cutting-edge game development tools that help mobile app developers integrate game mechanics, animations, and AI-driven interactions seamlessly into their apps.

✔ Used for: Gamified mobile apps, interactive marketing campaigns, and AI-based game mechanics.

3. How Mobile App Development Companies Are Using Game Development Tools

✅ 1. Gamification in Non-Gaming Apps

Many mobile app development companies are using game development tools to introduce gamification into non-gaming apps. Examples include:

✔ E-learning apps using progress bars, rewards, and quizzes. ✔ Fitness apps incorporating challenges and leaderboards. ✔ Finance apps using reward-based engagement strategies.

✅ 2. Augmented Reality (AR) & Virtual Reality (VR) Experiences

With the rise of AR and VR, mobile app development companies are integrating game engines like Unity and Unreal Engine to create:

✔ AR shopping experiences in e-commerce apps. ✔ Virtual tours in real estate apps. ✔ Immersive healthcare and training simulations.

✅ 3. AI-Driven Game Mechanics for Mobile Apps

AI-powered game mechanics are enhancing personalization and user interaction. Mobile apps now use AI-driven animations, automated responses, and personalized gaming elements to keep users engaged.

✔ Example: Chatbots in mobile apps using AI-driven gamified conversation experiences.

4. Future Trends: The Growing Role of Game Development in Mobile Apps

The future of mobile app development is increasingly dependent on game development tools and technologies. Some emerging trends include:

🚀 Metaverse & Blockchain Integration – Mobile apps are integrating virtual worlds and blockchain-based assets for immersive experiences. 🎯 AI-Powered Game Mechanics – Apps will use AI to create dynamic in-app experiences based on user behavior. 📈 Cloud Gaming & Streaming – Cloud-based mobile gaming is making high-quality gaming more accessible on mobile devices.

5. Conclusion: Why Mobile App Development Companies Should Use Game Development Tools

The integration of game development tools is no longer limited to gaming apps. Mobile app development companies are leveraging these tools to enhance user experience, drive engagement, and boost monetization opportunities.

By incorporating game mechanics, AI-driven interactions, and immersive experiences, businesses can create mobile apps that not only attract users but keep them engaged for the long run.

💡 Looking to integrate gaming elements into your mobile app? Explore game development tools today!

[technicallylovingcomputer]

Best Programming Languages for Mobile Game Development

Introduction

1. C++

C++ is one of the most powerful languages used for developing games. It has high performance, efficient memory usage, and cross-platforming.

Why Utilize C++ for Mobile Game Development?

High-performance execution, thus suitable for intensive games.

Utilized by game engines such as Unreal Engine and Cocos2d-x.

Cross-platform support for developing games on Android and iOS.

Best For:

Advanced mobile games with high-level graphics.

Game engines that necessitate heavy optimization.

2. C#

C# is used extensively in mobile game development, especially with the Unity game engine. Unity is among the most used game engines for mobile games and supports both 2D and 3D game development.

Why Use C# for Mobile Game Development?

Less difficult to learn than C++.

Great integration with Unity, so the preferred choice for indie developers.

Garbage collection, minimizing memory leaks.

Best For:

Indie game developers and small game studios.

Mobile games developed using Unity.

3. Java

Java is the official language for Android development and is widely used for mobile game development on the platform.

Why Use Java for Mobile Game Development?

Official language for Android, ensuring strong support and updates.

Compatible with various game engines like LibGDX.

Strong object-oriented programming features make it easy to manage complex game structures.

Best For:

Android-exclusive mobile games.

Developers looking for platform-native support.

4. Swift

Swift is Apple’s native programming language for iOS programming. It is the perfect choice for iOS-only mobile games.

Why Swift for Mobile Game Development?

Designed specifically for iOS, to provide maximum performance and smooth execution.

Simple integration with Apple’s game frameworks such as SpriteKit and SceneKit.

Clean and beginner-compliant syntax, easy to learn.

Best For:

iOS-only mobile game development.

Developers who desire effortless Apple ecosystem integration.

5. JavaScript & TypeScript

JavaScript, and TypeScript as well, are extensively used for web-based and hybrid mobile game development. Developers can create mobile games that are executed in web browsers and mobile applications using game frameworks such as Phaser and Babylon.js.

Why Use JavaScript/TypeScript for Mobile Game Development?

Excellent for browser-based and cross-platform mobile games.

Easy to combine with HTML5 and WebGL for web-based gaming.

Lightweight and easy to use for beginners.

Best For:

Web-based and casual mobile games.

Developers who aim at both web and mobile platforms.

6. Kotlin

Kotlin is another Android official language and is becoming popular among mobile game developers.

Why Use Kotlin for Mobile Game Development?

Easy interoperation with Java, so it’s simple for Java developers to switch.

Simpler and safer than Java, with less boilerplate code.

Strong support from Google as an official language for Android.

Best For:

Android game developers who want a modern alternative to Java.

Games that need to be tightly integrated with native Android features.

7. Python

Python is not the conventional choice for mobile game development but is becoming more popular thanks to its ease of use and game development libraries such as Pygame.

Why Use Python for Mobile Game Development?

Easy to learn and very readable.

Ideal for prototyping game concepts fast.

Strong libraries and frameworks such as Panda3D and Ren’Py for interactive storytelling games.

Best For:

Newbies learning game development.

Straightforward mobile games and prototypes.

Conclusion

The optimal programming language for mobile game development varies based on the complexity of the game, platform, and performance needs.

For advanced, high-performance mobile games, C++ and C# (using Unity) are strong contenders.

For Java and Kotlin, which offer robust support to Android developers.

For iOS developers, the ideal choice is Swift.

For mobile games based on the web, JavaScript and TypeScript are optimal.

For prototyping and beginners, Python makes it simple to start game development.

Selecting the best programming language will enable you to develop a successful mobile game that is smooth-running and provides an excellent user experience. Begin coding and turn your game concept into reality!

Need Assistance in Selecting the Ideal Language for Your Game?

If you are confused about which programming language to adopt for your mobile game, consult industry professionals or try out various game engines to determine the most suitable one!

[hungry-raccoon-infestation]

Uni feels like a full time job + school at the same time. I just got done making a demo 2d video game (in 3 months, yes they are insane) and a vr mini game and now I have to study for exams.

We actually had to track our hours and as a 5 person team came up with at least 800. If every single one of us were to be paid at least entry wage for the job we were doing, the thing would cost around the 12 thousand mark. But no... we don't get paid shit and the grade probably won't even be that good because one of the proffessors doesn't understand video games. He has no idea what a metroidvania is and doesn't understand how exploring a world and facing challenges can be fun.

Add on to that that we can't even properly publish the game to at least let people enjoy the thing we worked so hard on, because the framework is weird and we had to work on a gitlab that's provided by the school and doesn't allow publication.

(I did directly insult 2 proffessors for their incompetence during the past month and my teammates banned me from talking to people with authority over it)

And now I am burned out and have exams starting next week....

Btw, if anyone on here knows how to deploy Phaser sourcecode, pls help

[stevenmark04]

Python vs. JavaScript: Which Should You Learn First?

Choosing a programming language to learn can be a daunting task, especially if you are new to coding. Two of the most popular languages that often come up in discussions are Python and JavaScript. Both are versatile, powerful, and widely used, but deciding which one to learn first depends on your goals, interests, and the kind of projects you want to build. In this article, we will explore the strengths and use cases of Python and JavaScript to help you make an informed decision.

1. Understanding Python

a. Overview

Python is a high-level, general-purpose programming language known for its simplicity and readability. Created by Guido van Rossum in 1991, Python emphasizes code readability, making it an excellent choice for beginners.

b. Key Features

Easy Syntax: Python’s syntax is straightforward, resembling plain English.

Versatility: Suitable for web development, data analysis, machine learning, automation, and more.

Strong Community: A vast library of resources, tutorials, and frameworks.

Cross-Platform: Works seamlessly on Windows, macOS, and Linux.

c. Use Cases

Data Science and Machine Learning: Libraries like Pandas, NumPy, and TensorFlow make Python the go-to language for data professionals.

Web Development: Frameworks like Django and Flask enable the creation of robust web applications.

Automation: Automate repetitive tasks using Python scripts.

Education: Widely used in educational settings due to its beginner-friendly nature.

2. Understanding JavaScript

a. Overview

JavaScript is a dynamic, high-level programming language that powers the interactive elements of websites. Introduced in 1995 by Brendan Eich, JavaScript has become essential for web development.

b. Key Features

Interactivity: Adds dynamic content to websites, such as animations and user interface elements.

Versatility: Works on the client side (in the browser) and server side (with Node.js).

Event-Driven: Handles user inputs and events efficiently.

Wide Adoption: Supported by all major browsers.

c. Use Cases

Front-End Web Development: Create interactive user interfaces with frameworks like React, Angular, and Vue.js.

Back-End Development: Use Node.js to build scalable server-side applications.

Mobile App Development: Leverage frameworks like React Native for cross-platform apps.

Game Development: Create browser-based games using libraries like Phaser.

3. Comparing Python and JavaScript

a. Learning Curve

Python: Easier for beginners due to its clean and simple syntax.

JavaScript: Slightly more challenging, with concepts like asynchronous programming and DOM manipulation.

b. Application Scope

Python: Ideal for data-heavy fields, automation, and backend development.

JavaScript: Perfect for web development and interactive applications.

c. Community and Resources

Both languages have large, supportive communities and extensive learning resources. Python may have a slight edge in educational tools for beginners.

d. Performance

Python: Generally slower due to its interpreted nature but sufficient for most applications.

JavaScript: Faster in web environments, thanks to Just-In-Time (JIT) compilation.

e. Career Opportunities

Python: High demand in data science, AI, machine learning, and backend development.

JavaScript: Ubiquitous in web development, offering abundant opportunities for front-end and full-stack roles.

4. Factors to Consider When Choosing

a. Your Goals

If you aim to work in data science, AI, or automation, start with Python.

If you are interested in web development, JavaScript is the better choice.

b. Your Learning Preferences

If you prefer a language with minimal setup and beginner-friendly syntax, choose Python.

If you enjoy immediate visual feedback while coding, go for JavaScript.

c. Industry Trends

Both languages are in high demand. Python is growing rapidly in fields like AI, while JavaScript remains dominant in web development.

5. Advantages of Learning Both

While starting with one language is essential, learning both Python and JavaScript can significantly enhance your skill set. Python excels in backend development and data-driven projects, while JavaScript is indispensable for building interactive and engaging user experiences.

By learning both, you can:

Become a versatile developer.

Work on full-stack web development projects.

Expand your career opportunities across various industries.

6. Conclusion

The choice between Python and JavaScript ultimately depends on your goals and interests. Python is ideal for beginners looking to explore data science, automation, or backend development. On the other hand, JavaScript is the go-to language for aspiring web developers who want to create dynamic and interactive websites.

Whichever language you choose, remember that programming is a journey. Start with one language, build a strong foundation, and gradually expand your knowledge. Both Python and JavaScript offer rewarding career paths and opportunities to create impactful projects.

[codezup]

Building a Custom JavaScript Game with Phaser 3

Introduction Building a Custom JavaScript Game with Phaser 3 is a comprehensive tutorial that will guide you through the process of creating a custom JavaScript game using the popular Phaser 3 framework. Phaser 3 is a powerful, open-source game engine that allows you to create 2D games for the web, desktop, and mobile devices. In this tutorial, you will learn how to create a custom JavaScript…

[vijay01]

What Are The Best 10 Platforms Of Casino Game Development Company? 

The casino gaming industry has seen rapid growth in recent years largely due to the implications of technology as well as the rise of online gambling. This new calling to innovative, engaging casino games has increased multifold to emerge with many casino game development companies specializing in creating amusing gaming experiences. 

Should you consider joining the profitable world of casino game development, or do you look for a development company to collaborate with? It's time to understand which platforms are changing the future face of casino game development. Here's the full review of the best 10 platforms for casino game development.

10 Best Platforms For Casino Game Development

1. Unity

Unity is one of the most widely used game development platforms. Unity is popular for its flexibility and ease of use; it is a great place for developers to be able to author 2D and 3D casino games that will be deployed on desktops, smartphones, and tablets. 

The vast library of assets and plugins in Unity can facilitate casino game development companies in coming up with prototypes and great games in a relatively short period of time. This also brings new possibilities for VR and AR to the entertainment experience of casinos.

2. Unreal Engine

The Unreal Engine is popular due to the quality graphics and visuals that it comes with. This is one of the factors why several casinos are currently using this engine to develop games. Many companies take advantage of the Unreal Engine to create stunning slot games, table games, and highly interactive environments due to their unrivaled rendering capacity. 

Moreover, multiplayer features can be added to the platform, which adds to the social ability of the online casinos and, hence, perfect for an interactive gaming experience.

3. HTML5

Casino game development's future belongs in the mobile gaming category as HTML5 is the leader in the technology field. The platform favors responsiveness, enabling games to be built that would respond and play well across several devices or browsers, and HTML5 games have amazing experiences without requiring any extra plugins attached, making one of the most accessible channels available to the widest audience. 

This flexibility has made HTML5 an automatic choice for casino game development companies who are looking to expand their reach.

4. Cocos2d-x

Cocos2d-x is an open-source game development framework that specializes in 2D games, although this platform has gained popularity mainly with casino game development companies through the creation of slot games and easy games of cards. 

Due to its light structure, as well as it being efficient rendering capabilities, Cocos2d-x enables developers to build games that still run well even on low-end devices. It allows support for a number of programming languages, which creates access for broad programming developers.

5. Construct 3

Construct 3 is a very powerful game development platform with no code involved, making it very attractive to smaller casino game development companies or independent developers who want to create engaging games.

In its use of a drag-and-drop interface, Construct 3 allows its users more concentration on good game design and good mechanics rather than code.

6. Phaser

Phaser is an open-source, HTML5 game framework most suitable for developing 2D games. The main reason numerous companies engaged in casino game development make use of Phaser is that it is flexible, allowing easy use in creating browser-based casino games. 

The platform also allows a lot of physics engine support and input handling, so interactive dynamics can be developed. Its broad community brings along plenty of resources and support to the developers.

7. GameMaker Studio 2

GameMaker Studio 2 is also a wonderful prospect for designing 2D games. It unifies a simple drag-and-drop interface and the possibility of using its own scripting language, GML, for more complex functions. It helps to satisfy the needs of both beginner developers and professionals in casino game development. Rapid prototyping using inbuilt tools helps test mechanics and tune the game to be even better.

8. Microgaming Quickfire

Microgaming was the first business in the sphere of online gaming, and Quickfire is one line of their platform offering a whole set of tools for development companies interested in fast production and distribution of games. 

The Quickfire system offers a wide library of game resources, payment solution options, and a powerful back-end management system, thus focusing the developers on interesting game creation while leaning heavily upon the vast network of Microgaming.

9. NetEnt

NetEnt is another name dominating the casino gaming industry, known for its well-built games and innovative technology. The NetEnt platform itself is powerful enough to enable developers to develop further more immersive and engaging gaming experiences. 

The main focus here is on mobile compatibility with other cutting-edge graphics. Here, it has been observed that NetEnt is a preferred choice among companies aiming at developing games that are visually stunning and interactive.

10. Play'n GO

Given that mobile-first gaming is Play'n GO, this is the ultimate must-have level of gaming development. Slot games and table games are the types within the expansive library. 

HTML5 technology, according to the company, represents the importance of cross-platform compatibility with all devices.

How Rg Infotech Use The Latest Platforms For Casino Game Development

Using the leading technology and platforms like Unity, HTML5, and Unreal Engine, among others, the company RG Infotech offers innovative solutions for casino games. T

He created games that are highly graphic and rich in engagement power, working in perfect harmony on almost every device available, with a focus on how their new product gaming products could be sold to meet today's needs of the casino-game-playing experience that puts RG Infotech at the forefront of this kind of an industry.

Conclusion

Casino game development is an ever-changing landscape, with technological progressions and shifting preferences from players. Now that there are the right platforms to create interesting high-quality games, a casino game development company can now attract and retain its target players. Whether you have been developing casino games for many years or just entering the business, these top platforms will be a good source of inspiration as you build those interesting casino gaming experiences.

The future prospects of the industry are promising and would guarantee even more success through continuous updates on the newest trends and technologies. Finally, enter new possibilities that these platforms offer and unlock potential in exciting new world casino game development.

[bluebirdinternational]

What Is JavaScript Used For?

Numerous customers contact us because they require JavaScript developers. Occasionally, we are asked to provide them with senior, experienced developers for only 6 to 12 months. Typically, however, we must first assess the project tasks and determine whether a frontend, backend or mobile developer is required.

In this brief article, we will explore the tasks that require JavaScript. Let’s start!

The most popular frontend programming language in the world is now JavaScript. Moreover, contrary to what the majority of non-IT professionals believe, JavaScipt is not only for the frontend.

1. Mobile App Development

React Native has become a popular language for mobile development, but you can also use Ionic, NativeScript, AngularJS, or JQuery Mobile.

2. Frontend Development

Frontend development is the typical form of usage of JavaScript. Today’s most popular programming languages are Angular, React, and Vue.JS, but jQuery and Ember.JS are likely to be encountered in legacy projects.

3. Backend Development

The most popular backend JS framework is Node.JS, which is not only a backend framework but is also utilized by the majority of software developers.

4. Game Development

You might encounter Pixi.JS or Phaser in this microcosm, but Babylon.JS, melon.JS, and Impact.JS are also popular.

As stated previously, Javascript may be utilized for various purposes. Please inform us of your requirements, and Bluebird will provide you with the most qualified senior JavaScript developer available.

For Javascript developers, please visit this page!

[the2flexibleplatform]

7 Open Source Projects You Should Know - JavaScript Edition

Overview

Hi everyone 👋🏼​ In this article, I'm going to look at seven OSS repository that you should know written in JavaScript, interesting projects that caught my attention and that I want to share. Let's start 🤙🏼​

1. Appwrite

Appwrite is an end-to-end backend server for Web, Mobile, Native, or Backend apps. You can easily integrate your app with user authentication, a database for storing and querying users and team data, storage and file management, image manipulation, Cloud Functions, and more services.

 appwrite / appwrite

Your backend, minus the hassle.

Our Appwrite Init event has concluded. You can check out all the new and upcoming features on our Init website 🚀

Appwrite is a backend platform for developing Web, Mobile, and Flutter applications. Built with the open source community and optimized for developer experience in the coding languages you love.

     English | 简体中文

Announcing Appwrite Cloud Public Beta! Sign up today!

Appwrite is an end-to-end backend server for Web, Mobile, Native, or Backend apps packaged as a set of Docker microservices. Appwrite abstracts the complexity and repetitiveness required to build a modern backend API from scratch and allows you to build secure apps faster.

Using Appwrite, you can easily integrate your app with user authentication and multiple sign-in methods, a database for storing and querying users and team data, storage and file management, image manipulation, Cloud Functions, and more services.

Find out more at: https://appwrite.io

Table of Contents:

Installation

…

View on GitHub

2. melonJS

melonJS is an HTML5 game engine that empowers developers and designers to focus on content. The framework provides a comprehensive collection of components and support for a number of third-party tools. It is an alternative to other JavaScript game engines such as Phaser 🤞

 melonjs / melonJS

a fresh, modern & lightweight HTML5 game engine

melonJS 2

      A fresh, modern & lightweight HTML5 game engine

melonJS 2 is a modern version of the melonJS game engine that was first released in 2011. It has been rebuilt entirely using ES6 class, inheritance and semantic, and bundled using esbuild for blazing fast build performance and provide modern features such as tree-shaking.

Note: migrating an existing project to melonJS 2 (version 10.0 and higher) will definitely break your game (ES6 semantic and inheritance, nodeJS event emitter, and no backward compatibility with deprecated legacy APIs), and you might want to read first this small step by step guide on upgrading to melonJS 2. If you are looking at the legacy version (9.x and lower) of melonJS, you can find it here under the legacy branch.

melonJS is open-source, licensed under the MIT License, and actively developed and maintained with the help of a small team of enthusiasts…

View on GitHub

3. GDevelop

GDevelop is another free, open-source game engine build from any platforms like PC or phone. The peculiarity of this game engine is that it is possible to create video games without using code, because it uses a logic system based on conditions and actions.

 4ian / GDevelop

🎮 Open-source, cross-platform 2D/3D/multiplayer game engine designed for everyone.

GDevelop is a full-featured, no-code, open-source game development software. You can build games for mobile, desktop and the web. GDevelop is fast and easy to use: the game logic is built up using an intuitive and powerful event-based system.

Getting started

❔ I want to... 🚀 What to do Download GDevelop to make games Go to GDevelop website to download the app! Contribute to the editor Download Node.js and follow this README. Create/improve an extension Download Node.js and follow this README. Help to translate GDevelop Go on the GDevelop project on Crowdin or translate in-app tutorials.

Are you interested in contributing to GDevelop for the first time? Take a look at the list of good first issues, good first contributions or the "🏐 not too hard" cards on the Roadmap.

Overview of the architecture

Directory ℹ️ Description Core GDevelop core library, containing common tools to implement

…

View on GitHub

4. Egg.js

Egg.js is a simple library that allows you to easily add web easter eggs by watching the user's key strokes. It's simple to use and very funny 🤣

 mikeflynn / egg.js

A simple javascript library to add easter eggs to web pages.

Egg.js

Egg.js is a simple JS library that has no prerequisites and allows you to easily add web easter eggs by watching the user's key strokes.

Example

It's really easy to use. Just include the egg.js file on the page...

<script type="text/javascript" src="https://cdnjs.cloudflare.com/ajax/libs/egg.js/1.0/egg.min.js"></script>

  (Thanks to Cloudflare for hosting the library!)

...then use the addCode() function to add in your easter eggs. You need to pass it the character sequence to trigger the easter egg callback (which can either be in plain English or Javascript key codes), a function to trigger when it happens, and an optional set of metadata. Metadata can be anything from a string to an object.

var egg = new Egg(); egg .addCode("up,up,down,down,left,right,left,right,b,a", function() { jQuery('#egggif').fadeIn(500, function()

…

  View on GitHub

5. API Vault

API Vault is a beautiful project written in JavaScript: it's an online platform that works as a gateway to a world of public APIs. You can also filter the APIs by category and find the one that's right for you 🖐

 Exifly / ApiVault

Your gateway to a world of public APIs.

       Prerequisites • How To Use • Credits • Contributing • Support • License

Click here to submit your API

Built with

   Prerequisites

Before starting to use the software make sure you have docker installed.

How To Use

Clone the repository

git clone https://github.com/exifly/ApiVault

  Set .env file

Inside root repository folder rename .env.dev file

cat .env.dev > .env

  Inside /frontend folder rename .env.sample file

cd frontend cat .env.dev > .env

  Same action inside /backend folder

cd backend cat .env.dev > .env

  Client/Server side using Docker

# Go into the root folder cd ApiVault # Run docker docker-compose up

  Important note:

On first docker-compose launch, your terminal could tell you:

database_dev | 2023-05-26 13:38:01.598 UTC [83] ERROR: relation "vault_api" does not exist at character 232 database_dev | 2023-05-26 13:38:01.598 UTC [83] STATEMENT: SELECT "vault_api"."id", "vault_api"."name", "

…

  View on GitHub

6. sweetalert2

sweetalert2 is a beautiful, responsive, customizable, accessible replacement for JavaScript's popup boxes without external dependencies. Primarily designed for JavaScript projects, you can integrate it with the three big frontend frameworks: Angular, React, and Vue.

 sweetalert2 / sweetalert2

✨ A beautiful, responsive, highly customizable and accessible (WAI-ARIA) replacement for JavaScript's popup boxes. Zero dependencies. 🇺🇦

A beautiful, responsive, customizable, accessible (WAI-ARIA) replacement for JavaScript's popup boxes. Zero dependencies.

Installation | Usage | Examples | Recipe gallery | Themes | React | Angular

Sponsors

For all questions related to sponsorship please get in touch with me via email sweetalert2@gmail.com

Become a sponsor Kryptovaluutat DLX Plugins Tiago de Oliveira Stutz

Roboflow ZezeLife SERP Empire Real Spy Apps

Phone Tracking Apps Metal Raised Garden Bed

NSFW Sponsors

  Important notice about the usage of this software for .ru

…

View on GitHub

7. Video.js

Video.js is a web video player built that supports HTML video and Media Source Extensions, as well as other playback techs like YouTube and Vimeo. It supports video playback on desktops and mobile devices. As with sweetalert2, you can integrate this library with the three JavaScript frameworks: Angular, React, and Vue.

 videojs / video.js

Video.js - open source HTML5 video player

Video.js - HTML5 Video Player

    Video.js is a web video player built from the ground up for an HTML5 world. It supports HTML5 video and Media Source Extensions, as well as other playback techs like YouTube and Vimeo (through plugins). It supports video playback on desktops and mobile devices. This project was started mid 2010, and the player is now used on over 50,000 100,000 200,000 400,000 700,000 websites.

Table of Contents

Quick Start

Contributing

Code of Conduct

License

Quick Start

Thanks to the awesome folks over at Fastly, there's a free, CDN hosted version of Video.js that anyone can use. Add these tags to your document's <head>:

<link href="//vjs.zencdn.net/8.3.0/video-js.min.css" rel="stylesheet"> <script src="//vjs.zencdn.net/8.3.0/video.min.js"></script>

  For the latest version of video.js and URLs to use, check out the Getting Started page on…

View on GitHub

Conclusion

This list lists seven open source projects that are worth checking out, either to use them or even to contribute🖖 Happy coding!✨

[synergytop]

What are the major types of web development?

Browsing a website? Shopping online? Connecting with others via social media? Practically everything that you do on the web today is powered by some sort of web development.

Developing anything for the web is called web development. However, not all web development is the same. There are various different types of web development. We will explore some of the major types of web development below:

1. Front-end development: Deals with the user interface, design, and interactivity of websites or web applications. 2. Back-end development: Involves server-side programming, databases, and server configurations to ensure the functionality of websites. 3. Full-stack development: Combines both front-end and back-end development skills to create fully functional web applications. 4. Mobile development (not to be confused with mobile app development): Focuses on creating websites or web applications specifically optimized for mobile devices and platforms. 5. Responsive web development: Ensures that websites adapt and display properly across various screen sizes and devices, providing a consistent user experience. 6. Progressive web apps (PWAs): Web applications that utilize modern web technologies to provide a native app-like experience, including offline functionality and push notifications. 7. eCommerce development: Specializes in creating online stores and platforms for buying and selling goods or services over the Internet. 8. Content management system (CMS) development: Involves building and customizing platforms like WordPress, Drupal, or Joomla for creating, managing, and publishing digital content. 9. API development: Focuses on creating and maintaining application programming interfaces (APIs) that allow different software applications to communicate and interact with each other. 10. Game development: Involves creating web-based games using technologies like HTML5, CSS, and JavaScript, often with the use of libraries and frameworks such as Phaser or Unity WebGL.

Note: This is not an exhaustive list. The field of web development is ever-evolving with more and more types being added to the list. Depending on your needs, a professional web design and development company will be able to help you understand the exact type of web development you need and how to get started towards success with that.

[gratix09]

India Finest iGaming software development company

Introduction to iGaming Software Development

iGaming, or online gaming, refers to the industry that encompasses various forms of online betting, gaming, and gambling. It includes online casinos, sports betting platforms, poker rooms, and more. iGaming software development involves creating the technology, platforms, and games that power these online experiences.

Key Components of iGaming Software Development

1. Platform Development

iGaming platforms serve as the foundation for online gaming websites or applications. These platforms need to be robust, secure, and scalable to handle a large volume of users and transactions. Developers work on creating the infrastructure, databases, and backend systems that manage user accounts, transactions, game management, and regulatory compliance.

2. Game Development

Games are the heart of iGaming. Game development involves creating various types of casino games, such as slots, blackjack, roulette, poker, and more. Game developers use programming languages, graphic design, animation, and sound engineering to create engaging and entertaining games. These games need to be optimized for different devices and operating systems to ensure a seamless user experience.

3. Regulatory Compliance

The iGaming industry is heavily regulated in many jurisdictions. Developers must ensure that their software complies with various laws and regulations related to online gambling, including age verification, responsible gaming measures, geolocation services, and data protection laws.

4. Payment Systems Integration

Integrating secure and efficient payment systems is crucial for iGaming platforms. This involves connecting various payment gateways, cryptocurrencies, and e-wallets to allow users to deposit funds, withdraw winnings, and make transactions securely.

5. Security and Fairness

Security is paramount in iGaming KYC software development. Developers implement encryption techniques, secure login systems, and fraud prevention measures to protect user data and transactions. Additionally, ensuring the fairness of games through random number generators (RNGs) and regular audits is essential to gain trust among players.

Gratix Technologies Used in iGaming Software Development

1. Programming Languages

Developers use a variety of programming languages such as JavaScript, HTML5, C++, and others to build the frontend, backend, and game logic of iGaming platforms and games.

2. Frameworks and Libraries

Frameworks like Node.js, React, Angular, and libraries like Phaser and Unity are commonly used in iGaming development for building interactive user interfaces and games across different platforms.

3. Database Management Systems

Relational databases like MySQL, NoSQL databases like MongoDB, and in-memory databases are used to manage user data, game data, and transactions securely and efficiently.

4. Cloud Services

Cloud computing platforms like AWS, Azure, and Google Cloud provide scalability, flexibility, and reliability for hosting iGaming applications and handling large user traffic.

Development Process in iGaming Software Development

1. Planning and Analysis

This phase involves understanding client requirements, market research, feasibility studies, and defining project scope and goals.

2. Design and Prototyping

Developers create wireframes, design the user interface, and develop prototypes to visualize the final product and gather feedback from stakeholders.

3. Development and Testing

This phase involves coding, integrating features, developing games, and conducting rigorous testing to identify and fix bugs, ensuring a high-quality product.

4. Deployment and Maintenance

Once the software is ready, it's deployed to production servers. Maintenance involves regular updates, bug fixes, and improvements to ensure the software remains secure and functional.

Challenges in iGaming Software Development

1. Regulatory Compliance

Navigating the complex and ever-changing legal landscape across different jurisdictions poses significant challenges for iGaming KYC  developers.

2. Security Concerns

The constant threat of cyberattacks and the need to protect sensitive user data and financial transactions require robust security measures.

3. Technology Advancements

Staying updated with the latest technologies and trends in game development, mobile optimization, and user experience is essential to remain competitive.

Conclusion

iGaming software development involves a multifaceted approach, combining technical expertise, regulatory compliance, security measures, and entertainment value to create engaging and reliable online gaming experiences. The industry continues to evolve, driven by technological advancements and changing consumer preferences, presenting both challenges and opportunities for developers in this field.

[ludoonline]

Key Game Development Tools Every Mobile App Developer Should Master

As mobile app development continues to evolve, integrating engaging and interactive features has become essential for success. To achieve this, developers are turning to powerful game development tools that streamline design, enhance visuals, and improve user engagement.

Whether you’re developing a dedicated gaming app or adding gamified elements to your mobile application, mastering the right tools can significantly enhance your project’s quality and performance. Here are the key game development tools every mobile app developer should master.

1. Unity: The All-in-One Game Engine

Unity is one of the most popular and versatile game development tools in the industry. Known for its powerful capabilities and cross-platform support, Unity is widely used for both gaming and non-gaming mobile apps.

Key Features: ✅ 2D and 3D Development for visually rich mobile applications. ✅ Cross-Platform Support allows developers to write code once and deploy it across iOS, Android, and desktop devices. ✅ Asset Store offers a vast library of ready-made assets, plugins, and templates. ✅ AR and VR Integration for immersive app experiences.

Best For: Creating interactive mobile games, AR/VR apps, and rich visual interfaces.

2. Unreal Engine: Powering High-Performance Visuals

Unreal Engine is a powerful game development platform known for its stunning graphics and dynamic capabilities. While traditionally used for large-scale games, Unreal Engine is increasingly popular in mobile app development for delivering realistic visuals and interactive environments.

Key Features: ✅ Advanced Rendering for lifelike animations and visual effects. ✅ Blueprint Visual Scripting for developers with minimal coding experience. ✅ Robust Physics Engine for realistic object interactions. ✅ Real-Time Preview for fast design iteration.

Best For: Apps requiring high-quality graphics, immersive 3D content, and realistic simulations.

3. Cocos2d-x: Lightweight and Performance-Focused

Cocos2d-x is an open-source game engine known for its lightweight architecture and fast performance. Designed for 2D games and interactive mobile apps, Cocos2d-x is a powerful tool for developers aiming to build visually appealing yet resource-efficient applications.

Key Features: ✅ Lightweight Framework for optimal performance on mobile devices. ✅ Open-Source Platform with a flexible coding structure. ✅ Powerful Animation Engine for smooth character movement. ✅ Rich API Support for fast feature integration.

Best For: 2D games, puzzle apps, and casual gaming experiences.

4. Godot Engine: Open-Source and Flexible

Godot is gaining popularity among developers for its user-friendly interface and powerful capabilities. This open-source game engine is ideal for both 2D and 3D game development, offering extensive customization options.

Key Features: ✅ Node-Based Architecture simplifies complex app designs. ✅ Flexible Scripting using GDScript, C#, or VisualScript. ✅ Integrated Scene System for organized project management. ✅ Built-in Animation Tools for streamlined visual creation.

Best For: Indie developers, startups, and developers looking for a free yet powerful tool.

5. Buildbox: Drag-and-Drop Game Development

Buildbox is a no-code platform designed to help developers and designers build games quickly through visual programming. With its intuitive drag-and-drop interface, Buildbox is perfect for developers with minimal coding experience.

Key Features: ✅ No Coding Required — perfect for beginners or designers. ✅ Visual Editor for intuitive scene and character creation. ✅ Pre-Built Templates to speed up development. ✅ Monetization Tools for integrating ads, in-app purchases, and more.

Best For: Fast prototyping, casual game development, and interactive app experiences.

6. Phaser: A Powerful HTML5 Game Framework

Phaser is a lightweight yet powerful framework for creating web-based mobile games and interactive content. It’s widely used for building browser-compatible mobile apps that deliver fast performance.

Key Features: ✅ HTML5 Support for creating lightweight web apps. ✅ Flexible Animation Support for engaging visuals. ✅ Robust Physics Engine for enhanced gameplay mechanics. ✅ Wide Plugin Library for fast feature integration.

Best For: Web-based mobile games, marketing apps, and interactive content.

7. Spine: Powerful Animation Tool for 2D Games

Spine is a specialized tool for creating smooth, dynamic 2D animations that enhance game characters, backgrounds, and interactive elements. Its lightweight structure ensures fast performance on mobile devices.

Key Features: ✅ Bone-Based Animation System for fluid character movement. ✅ Powerful Export Tools for seamless integration with game engines. ✅ Efficient Workflow that simplifies complex animations. ✅ Flexible Skin System for customizing character designs.

Best For: 2D character animations, story-based games, and educational apps.

8. ARKit and ARCore: Pioneering AR Experiences

For developers building immersive augmented reality (AR) experiences, ARKit (by Apple) and ARCore (by Google) are essential tools. These frameworks simplify the development of interactive AR features for mobile apps.

Key Features: ✅ Real-World Object Recognition for enhanced interactivity. ✅ Environmental Understanding to map surroundings accurately. ✅ Motion Tracking for realistic AR movements. ✅ Cross-Platform Support for iOS and Android devices.

Best For: Retail apps with AR product visualization, interactive education apps, and creative marketing experiences.

9. Firebase: Real-Time Database for Game Apps

While not a game engine, Firebase plays a vital role in improving mobile app performance, especially for gaming apps. It offers real-time data synchronization, push notifications, and cloud storage — essential features for multiplayer and social games.

Key Features: ✅ Real-Time Database for instant updates across devices. ✅ Crash Reporting to enhance app stability. ✅ Cloud Firestore for scalable data management. ✅ Authentication Services for user sign-ins.

Best For: Multiplayer apps, social gaming platforms, and interactive user experiences.

10. Blender: Advanced 3D Modeling for Game Assets

Blender is a powerful open-source tool for creating 3D models, animations, and visual effects. For developers looking to integrate realistic visuals and custom assets into their apps, mastering Blender is highly beneficial.

Key Features: ✅ Comprehensive 3D Modeling Tools for asset creation. ✅ Rigging and Animation Support for dynamic movement. ✅ Physics Simulation Tools to enhance realism. ✅ Seamless Integration with Unity, Unreal Engine, and other game engines.

Best For: High-end 3D assets, character modeling, and immersive app environments.

Conclusion

Mastering these game development tools empowers mobile app developers to create dynamic, interactive, and engaging applications. Whether you're building a full-fledged mobile game or integrating gamified features into your app, leveraging the right tools can dramatically enhance the user experience.

For businesses looking to innovate, partnering with experienced developers — like those at ApperStudios — ensures successful integration of these tools for outstanding app performance and user engagement.

[html5-games]

Based on a request on Patreon & some questions in the Ep. 03 comments section, I created a much more detailed video to go over my Set Up Process for Phaser 3 games: https://youtu.be/UoJSfYtm5z0

[yudizblog]

Using Phaser3 and Socket.IO to introduce a multiplayer gaming experience for your users and increasing the scalability of your game.

[ibn5x]

Aavegotchi Raider! The Liquidators Revenge

Hi, my name is Mikal Muhammad from Lynne House Publishing. I want to demonstrate my entry for the 2021 Aavegotchi Game Jam; The Aavegotchi Raiders! The Liquidators revenge. To compete in this Hack-A-thon, developers were assigned two main task and a bonus. We had four days to build a game that would use web 3 to fetch and play with as an Aavegotchi essentially bring an NFT Defi asset into your game; also, we were to build the game in a web-based framework with seamless web3 integration. For that, we choose the Phaser library and game engine. Our game is from the vantage point of the Aavegotchi verse antagonist, The Liquidators, who have aligned with the pirates of the Phaser Nation to help pillage the assets of the Aaveegotchi running through the world, stealing Ghost tokens helping to defeat the Aavegotchi Souls once and for all. We used Moralis for seamless web3 integration with metamask or coinbase wallets. We plan to add wallet connect functionality Moralis makes it simple with two or three lines of code. We implemented more Moralis features, from historical data for all the users' raids, creating leader boards, the ability for users to fetch NFTs across chain, and creating checks on UI elements only available to log-in users. With Moralis powering our serverless dapp we could secure our game and implement real-time communication between clients to enable multiplayer capabilities. Moralis also allowed us to allow the user to send ethereum to other top raiders and the developers transparently. We added sounds from the Aavegotchi world to the UI, and players can also use wearables throughout the game. Please take a look at our submission demo and play the demo of Aavegotchi Raiders! Here.

link to submission video Here.

Aavegotchi Raider! The Liquadtors Revenge. Sub Demo

[t-baba]

Bootstrap 4.4.0 arrives, Firefox Replay unveiled on macOS (only, for now)

#419 — December 4, 2019

Read on the Web

In case you were wondering if you were missing an issue of Frontend Focus last week, we took a break for Thanksgiving :-)

Frontend Focus

Making a Better Custom Select Element — Julie Grundy kicks off 24ways’s fifteenth Web developer advent calendar with a fantastic article digging deep into the thorny issue of customizing form inputs while keeping them accessible.

Julie Grundy

Bootstrap 4.4.0 — This update to the popular component library introduces new responsive containers and classes, new functions and mixins, along with various fixes and deprecations.

Mark Otto, Jacob Thornton, and Bootstrap contributors

New Course: ⚛️ GraphQL + React Hooks — Learn to use GraphQL on the client-side using React with Apollo Client.

Frontend Masters sponsor

Mozilla Shows Off Firefox Replay for Nightly Builds on macOS — It's still very early days, but this new tool allows you to record, replay and rewind various processes, including JS behaviour, DOM changes, graphical updates and more. Cross-platform support will come later. Detailed information on the project is over on Mozilla’s site.

Paul Hill

How to Use New CSS :is() for Easy Element Targeting — A straightforward look at this new “matches-any” pseudo-class, a successor of sorts to the :any() and :matches() selectors. Runs through a few uses cases, including pairing it up with :not.

Kezz Bracey

▶  Do This to Improve Image Loading On Your Website — Jen Simmons explains how adding width and height attributes to all your images is something you may want to start doing again, as this can now help stop load ‘jank’.

Mozilla Developer

A W3C Status Update on Web Games Technologies — The W3C has a quick bullet-point roundup of where things standard regarding various technologies used in building games for the Web, such as WebAssembly, the Gamepad API, and the Web Monetization API.

François Daoust (W3C)

💻 Jobs

Software Engineers, Frontend at Fictiv (San Francisco) — We bring a user friendly experience to manufacturing, making it easy to turn designs into real products. Use the latest tech and JS to iterate quickly, ensuring a rapid feedback loop between us and our customers.

Fictiv

Frontend Developer at X-Team (Remote) — Work with the world's leading brands, from anywhere. Travel the world while being part of the most energizing community of developers.

X-Team

Find a Job Through Vettery — Make a profile, name your salary, and connect with hiring managers from top employers. Vettery is completely free for job seekers.

Vettery

📙 News, Tutorials & Opinion

Edge Vs. Chrome: Microsoft's Tracking Prevention Hits Google The Hardest — The new Edge browser, built on the same open source code as Google Chrome, contains a new Tracking Prevention feature that blocks third-party trackers and, at the Strict setting, many ads.

Ed Bott

The Firefox UI Is Now Built with Web Components — A few weeks ago Mozilla moved away from their XML-based UI implementation over to one built using Web Components. This blog post explains the what and the why behind this years long effort.

Brian Grinstead

An Introduction to the Picture-in-Picture Web API — Chrome supports a ‘picture-in-picture’ mechanism for creating floating video windows that continue to play even if a user navigates to a different page. Firefox and Safari have support via proprietary APIs too.

Ayooluwa Isaiah

WebSockets Vs Long Polling — Should you ever use Long Polling instead of WebSockets? Read more in this protocol comparison.

Ably sponsor

▶  Lessons Learned From Performance Monitoring in Chrome — Filmed at the recent performance.now() conference, this talk is full to the brim with insightful performance know how. Here’s the related slides.

Annie Sullivan

Switch It Up with CSS Custom Properties — The bare basics of using CSS custom properties (a.k.a. CSS variables) particularly with theming.

Kristofer Giltvedt Selbekk

Labels Are A Last Resort — Worry not, this isn’t about forms and accessibility, more so about practical label placement, emphasis, and whether you may need one at all in certain scenarios.

Refactoring UI

▶  Predictive Prefetching — Examines the techniques currently being developed, like GuessJS, to make predictive prefetching a reality.

Divya Sasidharan

▶  When JavaScript Bytes — Practical ways to reduce the amount of JavaScript we’re sending down to the people using our sites.

Tim Kadlec

Building Animated Draggable Interfaces with Vue.js and Tailwind — Tailwind CSS is an increasingly popular CSS framework.

Cristi Jora

Tried & True Productivity Tips from 25 React Experts

Progress KendoReact sponsor

Checklist to Avoid The Most Common Accessibility Errors

Bruce Lawson

Create HTML5 Native Games in Ionic Capacitor using Phaser

Abhijeet Rathore

🔧 Code, Tools & Resources

CSSYBERTRUCK — An animated CSS recreation of the Tesla Cybertruck. Be a shame if someone was to tamper with those windows...

David Khourshid codepen

WebGLStudio.js: A 3D Graphics Editor in the Browser — It’s not new but its author says it’s now mature, ready to be extended, and can be used in production (although a 1.0 release is still a little way away).

Javi Agenjo

Featured GSAP 3 Pens: A Collection by GreenSock — Last week we shared news of GSAP 3’s release, and here the GreenSock team share a collection of Codepens that show off the animation library’s new features.

GreenSock codepen

Happy Hues: Curated Colors in Context — A color palette ‘inspiration site’ that shows you the colors in a ‘real-world’ context.

Mackenzie Child

Creepyface: JS Library That Makes Your Face Follow The Pointer

Alejandro Tardín

Screenshot-to-code: A Neural Network That Transforms A Design Mock-up Into A Static Website

Emil Wallner

Wireframer: Generate SVG 'Mock Text' for Your Wireframes

Jim Raptis

   🗓 Upcoming Events

Flashback Conference, February 10-11 — Orlando, Florida — Looks at cutting-edge web dev, browser APIs and tooling, but adds the understanding of how they’ve evolved from the past to the web of today.

FrontFest, February 15 — Madrid, Spain — A Spanish conference, now in its fourth year.

Frontend Developer Love, February 19-21 — Amsterdam, Netherlands — Three full days of talks from 35+ global JavaScript leaders from around the world.

CityJS Conf, March 27 — London, UK — A 'JavaScript festival' across London.

by via Frontend Focus https://ift.tt/2OP23Yf