It’s also the most widely used programming language in open-source projects housed on the Microsoft-owned code-collaboration site GitHub.
- Anime.js - To create ripples, directional movements, follow-through, and overlapping effects
- Theatre.js - For high-fidelity motion graphics
- Popmotion- To create animations like keyframes, decay, and timeline for synchronizing multiple instances
- ScrollReveal JS- For professional-looking scroll animations on the webpage
You can make the website appear to load faster using loading animations such as spinners. They are typically relatively basic, but they divert users from the typical white screen while the website places material and feels faster.
You have access to visual and aural inputs because web browsers have webcams and microphones, which can result in some fascinating machine-learning features like face recognition.
Since the 1990s, games have been a major factor in the development of web browsers. The first in-browser games, which were made with web browser plugins like Adobe Flash or Shockwaves, were excellent time wasters like some iOS games are now.
- Rocket Game
- HD Free Rider
There are now browser games that teach you how to program thanks to the enhanced level of control and possibilities for these games.
Mobile application development
- React native- Ensures 85% reusability of the core codebase for faster app development
- Ionic- It can be used to create platform-independent apps without sacrificing app performance or user experience.
- jQuery- By addressing diverse screen sizes and resolutions, jQuery Mobile offers a fully responsive look and experience.
- Apache Cordova- Cordova apps are simple to update as a single change can be reflected across platforms at the same time
Programming languages used to create native mobile applications for the iOS and Android operating systems are totally different. Two development teams must be involved if you wish to create a native application. Today, it's also feasible to create a single program that functions on both platforms, for instance by utilizing tools like React Native.
Although still a relatively new idea, serverless websites have the potential to change the way websites are hosted. AWS Lambda and other serverless technologies can be used to host webpages in a pretty efficient manner.
Even though the technology is still in its early stages, many developers and engineers are going above and beyond to create interesting solutions for the future of Serverless operations.
The idea behind a serverless website is to provide users with a static, pre-compiled HTML file. By providing a single HTML file, we decrease the time to the first byte (the amount of time it takes for the server to begin sending data) and the time it takes for the user to access the data.
As soon as the dynamic data loads, it may be animated into the page, giving consumers a fluid experience and enabling them to access data while other data is being processed.
Good usage of this idea is the ability to code a website to load data based on where it will appear on the page, indicating that the user will have access to the data as they scroll.
In the years to come, I'm sure we'll hear a lot more about serverless websites, which are still in their infancy.
Recently, drones have become very popular. Drone flying is a popular hobby, and developers can create a ton of unique "hacks" for them. The open source community is constantly growing with new exciting things that can be developed.
Pebble.js allows you to create apps for Pebble watches. What’s more?
It's also not at all complicated!
What if you want to develop for the Apple Watch, though?
The tool Alpha WatchBench enables you to accomplish just that.
Digital art, often known as computer art or new media art, is art created with software, computers, or other electronic equipment. Digital art includes anything created or generated on digital media, such as animations, photography, illustrations, films, digital paintings, and so on.
The canvas element provides a wide variety of approaches that enable creators the opportunity to make complex artworks a reality. It provides APIs to manipulate photos, and tools to create games and animations, and it makes it very easy to create Generative Art.
Drawing pathways, boxes, and circles are techniques that can result in some beautiful digital art.
Here, you'll discover a useful manual curation of materials and equipment for creating generative art.
VR & AR Applications
Since 2016, the Augmented/Mixed/Virtual Reality trio has experienced meteoric growth, rising from a marginal market value of $6 billion to a sales value of $210 billion by 2022.
Future technology is regarded as being based on virtual and augmented reality.
The Mozilla VR team developed the well-known A-Frame framework to let programmers construct 3D experiences without using plugins.
And not just that, it is also a robust framework for developing VR content, supporting features such as Windows mixed reality, declarative HTMLGearVR, Cardboard, Oculus Go, and augmented reality.
A-Frame's primary benefit is that it employs simple HTML and it’s a powerful entity-component framework.
Progressive Web Apps
For those of you who are unfamiliar with PWAs, they are a technology that enables users to download websites to their laptop or phone in a manner akin to installing apps. They provide an app-like experience by utilizing contemporary web features. In the end, they're just standard websites with some upgrades that run in a browser.
PWAs offer a number of advantages, including:
Quick Access from the app tray or home screen
When PWAs are installed on a user's smartphone, an icon is placed on their app tray and/or home screen, enabling them to load the PWA without using a web browser.
Quicker loading times than on websites
- Enables you to create secure user interfaces and websites.
- Reduces other technical hazards and possible cross-site scripting attacks in web forms.
By implementing this feature, websites gain the capability to dismantle obstacles, guaranteeing a warm and comprehensible environment for a wider range of users, with a particular focus on those with visual impairments.
The impact of TTS extends far beyond the individual components of a webpage. It empowers users to navigate through complex content seamlessly. For example, they can explore educational materials, read news articles, shop online, or access vital information independently and without reliance on sighted assistance.