The revolutionary evolution of technology is boundless, continuous use of smart devices and applications has changed the way consumers used to explore and opt for business products or services. To ensure worth out of every spend in making a purchase of any business product or service, consumers need to make sure they are provided with the best ever experience at the same time. Providing real-time experience to the consumer has become possible for businesses due to the most trending technology, such as Virtual Reality (VR).

Virtual reality (VR) is one of the latest technologies which enables users to grasp a real-like exposure. They can intend any of the product before actually making the purchase for the same. VR allows businesses to provide their prospective customers with an enhanced experience, it allows them to interact in a simulated environment and experience a never-existing world that also without having a physical presence over that place. 

What Actually React 360 Library is?

React 360 is a framework which any of the individuals can use to create VR and 3D user interfaces. React 360 is an advanced library that has been developed on the top of React. This library is developed to create complex UI more accurately and efficiently, it allows users to use some of the familiar tools which help them in creating immersive 360 content on the web.

React 360 is one of the VR technologies which has been used widely, this advanced technology helps to render virtual reality experiences through the mobile app or through the website. Hence it will be advisable for businesses to leverage the use of this advanced technology in no time.

Virtual reality apps and websites which have been developed using React 360 libraries enable users to develop great and impressive exposure to virtual tours, 3D games, videos, and photos. It also allows them to blend 2D UI elements with 3D spaces, the app developed using this advanced technology helps in offering optimized performance to the users all the time.

Know-How React 360 is Different from React VR?

Oculus and Facebook launched a JavaScript library, which was termed as React VR in 2017. This library is used to design VR and 3D experiences in the web browser. Later during the same year, Oculus started using a native C++ version of the framework to craft first part applications and webs, which provide a more engaging experience to the users all the time when they opt for it. (Source)

With the passage of time, the APIs of the two projects diverged because all of the users and developers demanded a different type of frameworks. Both the systems differ from each other in many senses, and to avoid the confusion between the two, the repository renamed this open-source framework and termed it as React 360. This advanced platform reflects the use case in a much better way and helps developers for creating immersive 360 experiences, the solution which the developers develop using this solution provides consumers with the best experience across all the platforms such as smartphone, desktops, VR devices, and much more.

If any of the users are familiar with the use of React VR, then they will feel that many things are similar in React 360. Both the system allows users with many similarities and provides users with many common workflows like placing 2D UI elements in 3D space, even it allows users to provide optimized performance to the use cases. 

When any of the developers are considering using this advanced technology for crafting web-based or any other application solution then they need to make use of Oculus or Google Cardboard. They will also code their VR based app on the code editor and can use any of the browsers to explore whether their developed app is working accurately or efficiently or not.

Explore How Developers can Get Started With React 360 Libraries

Developers need to install Node.js to develop VR based applications and websites. When it comes to running React 360 in the web browser, this helps developers to build a pipeline that helps them to bundle up code which is based on Node. There are different ways to install Node.js in different browsers, these ways include:

• Mac: On Mac, Node.js can be installed through Homebrew.
• Windows: Search and download Windows installer from the nodejs.org page.
• Linux: When you want to download Node.js go to the nodejs.org package manager, 

On this page, find specific instructions that are specially mentioned theirs on Linux distribution. Now users need to install React 360 command-line tools, which helps them to build and manage React 360 solutions.

React 360 Project Structure: Know Which Components are Available in VR App Architecture

If you want to develop a VR based application, then it becomes vital for you to install Node.js and React VR CLI packages. 

This application can be complied with and can be checked successfully on the local server using JavaScript. You can even take support from an angularjs development firms to craft the advanced VR based solution for your business which helps you to provide a much better and engaging experience to your prospective users. Node.js package manager (NPM) can be installed easily and allows users to reuse code with the help of ad API libraries. It also allows users to install the 3D library, React 360 APIs, WebGL, and WebVR render 3D imagery allows them to provide the best experience across all the browsers that also without the involvement of any VR devices or headsets.

A VR based app architecture contains various components, these components include:

Index.js

• Client.js
• Index.html
• Static_assets

index.js

This is the file where you can explore all your React code lives. This code is only responsible for making your application much better and identifies how it will actually look like. Any code which the developers import through index.js becomes one of the vital parts of your application. It enables developers or users to organize the app by developing different files.

client.js

This code helps users to connect the react 360 apps with any of the browsers which they desire. This file performs mainly three tasks, these tasks include:

• Creating a new instance of React 360.
• Load Reacts code.
• Attach a specific place in the DOM.

This is the phase when the developed app passes through a variety of initialization options. Thus it can be considered as one of the mandatory processes which every individual has to consider when it comes to developing a React 360 app solution.

Creating a Counter

For explaining to you perfectly how the React 360 libraries work to explore the short demo given below. This can help you to create a counter using the concept of the latest 360 libraries. First of all, import some of the important elements such as Text, VrButton, View, and much more as per your need from the react-360 library. Explore the code to know how you can export elements from React-360 libraries.

Code to Export Elements from React 360 Libraries:

import React from ‘react’;
import {
  AppRegistry,
  StyleSheet,
  Text,
 View,
VrButton
} from ‘react-360’;

Code: (Source)

Now let’s declare the initial state of the project and develop the increment and decrement functions. Explore the below code to know how this code acts as the worth for your developed project.

Code for Increment and Decrement Function:

export default class Hello360 extends React. Component {
state = {
     count: 0,
};    

// This method increments our count, triggering a re-render
incrementCount = () => {
     this.setState({count: this.state.count + 1});
};    

// This method decrements our count, triggering a re-render

decrementCount = () => {
  this.setState({count: this.state.count – 1});
};
render() {
     return ();
}
};

Code: (Source)

Finally, you need to stuff all the React 360 elements which you have imported in the initial stage. Check the code to know how you can stuff those elements and can generate an excellent VR based solution that provides engaging experience to the customer all the time they opt for the solution.

Code to Integrate React 360 Elements:

render() {
return (
<View style={styles.panel}>
<VrButton
onClick={this.incrementCount}
style={styles.greetingBox}
>
<Text>+</Text>
</VrButton>
<VrButton
onClick={this.decrementCount}
style={styles.greetingBox}
>
<Text>-</Text>
</VrButton>
<Text style={styles.greeting}>
{`Count: ${this.state.count}`}
</Text>
</View>
);
}

Code: (Source)

Once you complete all the steps of development, you can run your VR based app following a few simple steps and can explore how it looks. If you haven’t made any mistake while installing and writing code, then your app will surely run successfully on any of the browsers which you desire.

Ending Note

React 360 is an open-source framework that anyone can use, using this framework does not demand extensive coding skills. Users who are possessing basic React development skills can easily learn React 360 and can easily craft captivating VR based projects. This advanced technology not only enhances the user experience by integrating 2D UIs and 360 panoramas, but it also helps any of the individuals to expand app services seamlessly.

When developers opt for React 360, then they can leverage various features that it offers to them, and Code reusability is one of them. They can leverage all the features of the platform after implementing API components and libraries which React VR offered to them. 

Based on JavaScript, React 360 platforms support 360 applications that render the best experience with 360-degree scenes. While the range of pre-built components allows developers or users to develop the solution faster than ever before. Hence this advanced framework has proved to be boon for developers, businesses as well as consumers.

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