What is Virtual Web Hosting? Additional APIs in Samsung Internet. Exploring a virtual mail server

IN Lately More and more web browsers with support (virtual reality, VR) are appearing. In this article we will look at exactly how things stand in this area today.

The state of virtual reality and Internet technologies

Previously, the Internet community had already experimented with virtual reality, namely VRML (Virtual Reality Modeling Language), but then WebVR appeared, which is a completely different approach to virtual reality, more suitable for the modern Internet. With the release of WebGL in 2011, we were able to speed up working with 3D graphics online. Now virtual reality is possible on the Internet thanks to new web APIs that take advantage of VR devices.

Thanks to these APIs it became possible display WebGL content in 3D using a VR headset. They also provide headset and controller tracking data to create an immersive experience for the user. virtual world.

WebVR was developed in 2014 by . In 2016, an earlier version of the standard was available for desktop Chrome browsers, Firefox and Samsung browser with virtual reality support (Samsung Internet for Gear VR).

WebVR support (as of June 2017)

WebVR is an open source standard that is being developed by companies such as Mozilla, Google, Samsung, Oculus, Microsoft, and more recently also Apple.

This means that any site using WebVR can create an immersive scene and then deliver it simultaneously to all major virtual reality platforms, both desktop and mobile.

The internet's ability to render VR content makes it easy to share virtual reality experiences via URLs and view them in a browser without having to download complex apps.

Additional APIs in Samsung Internet

These APIs are not part of the WebVR API, but are useful when viewing immersive content on traditional websites in an immersive browser without using WebGL.

These APIs are being developed for the Samsung Internet for Gear VR browser, but we hope that developers of other browsers will also pay attention to them and they will be standardized.

1. Panoramic video

We are talking about the ability to play panoramic videos (monoscopic and stereoscopic) with an immersive effect by setting the attribute type="dimension=360;" tag video. Panoramic videos allow the user to move around within the video by moving the image with their fingertips.

Possible values:

dimension=3d-lr: side-by-side 3D video
dimension=3d-tb: top-to-bottom 3D video
dimension=360: 360-degree video
dimension=360-lr: side-by-side 3D 360-degree video
dimension=360-tb: top-to-bottom 3D 360-degree video
dimension=180: 180-degree video
dimension=180-lr: side-by-side 3D 180-degree video
dimension=180-tb: top-to-bottom 3D 180-degree video

2. Change the background

Another API available in Samsung Internet for Gear VR is the JavaScript API for changing background image(background image) VR browser.

You'll still see your traditional 2D site, but the background will be changed to be more consistent with its environment.

window.SamsungChangeSky(( sphere: "//site.com/blue-sky.jpg" ));

What is WebVR?

WebVR is a set of cross-browser APIs that provide a variety of VR utilities for placing the user in an immersive environment generated using WebGL.

These APIs are successful in displaying undistorted 3D stereo images.

We won't go into details about the implementation of the standard as it is still changing. Plus, most users will never have to deal with it directly, since WebGL tools and libraries can usually do everything for you.

WebVR API Status

The current version of the API is known as version 1.1. In version 2.0, the names of some methods will change and a number of unused methods will disappear. There will also be additional features for some devices and use cases that were not anticipated during the first iteration of the API.

In general, the WebVR API provides the following capabilities:

• Headsets with tracking technologies allow the user to look around while in a virtual environment. Thanks to built-in frame interpolation, all head movements are tracked.
• Support for "six degrees of freedom" and "three degrees of freedom" allows controllers like the HTC Vive and Gear VR to work in virtual reality. This allows a person to use their hands to interact with the virtual environment.
• Provides information on how 3D information should be displayed for the headset. For example: visible area and how to ensure per-eye rendering in canvas.
• The new requestAnimationFrame parameter syncs with the headset screen refresh rate.
• There is a method for sending rendered frames to the headset in the form of a WebGL-supported canvas element.

Diagram describing the VR loop. The headset provides position and rotation data; the developer uses this data to render the scene from the user's perspective, and then sends the rendered data to the headset, where it is distorted accordingly and displayed to the user

Creating an Immersive WebVR Experience

Oddly enough, creating a virtual reality website raises many of the same issues as creating a good mobile site or progressive web app.

1. Quick start

One of the most big problems Internet today is network performance. Solving this problem is extremely important because:

• Users' attention span is reduced,
• networks are becoming increasingly congested, and websites are becoming larger.

WebGL and WebVR sites are certainly no exception. They can also be quite weighty.

Right now, virtual reality has an advantage over traditional content, since it is new and interesting enough for users, and therefore they are willing to wait large quantity time. However, it is still important that your 3D experience loads within seconds as users are becoming increasingly impatient.

Until your VR-enabled website loads, to the user it's nothing more than a 2D website and a promise of something interesting in the future.

There is no need to pre-load everything at once. Instead, download enough to get the user started, then download dynamically and start caching the rest.

Even if you just show a blurry 360-degree skybox and some low-poly content that allows the user to look around, this will give you precious seconds to load additional content and improve engagement.

Showing something simple but quick is much better than losing users because they are tired of waiting for the download to complete.

But be aware that network operations can be CPU-intensive and block the main thread. If this happens very often, it can result in a bad user experience.

It might be worth pre-loading one or two very large files to keep the experience intact. However, if you have a lot of them and it will take a significant amount of time to get up and running, then you might want to consider finding a more efficient alternative.

Effective use of Service Worker and Cache API for caching static files and, accordingly, more fast loading page when revisited is a great way to keep users coming back again and again.

2. Progressive enhancement

The two main virtual reality platforms are polar opposites: high-end desktop computers with advanced controllers, and mid-/high-end mobile phones with either a single rotation-tracked controller or none at all.

This poses two problems for us:

• maintaining a constant frame rate on platforms with completely different capabilities,
• providing a good user experience on VR devices with various parameters.

So far, phones have the largest reach thanks to the popularity of Gear VR and Daydream, as well as the cheapness and high availability of the Google Cardboard headset.

Below we have described some typical controller configurations. Support for all configurations is not required.

Some libraries, such as Universal Controls from A-Frame Extras, try to do the best they can with what they have.

Web-compatible controllers (from left to right): eye tracking, traditional game controllers, rotation controllers, position and rotation controllers, gesture recognition

3. Asymmetrical playback

As with progressive enhancement on the Internet, support for all levels hardware doesn't mean you have to provide the same experience for everyone.

A user with two fully tracked hands in a virtual world will have a much more engaging experience and should not be limited by giving them the same experience as a user without a controller.

For example, a VR application to create virtual reality might use tracking controllers on powerful cars; on a mobile phone, the user will be able to view everything, but will not be able to edit.

Another example would be multi-user online game virtual reality, in which players use tracking controllers; a mobile viewer can watch the game, choosing one or another angle using an eye tracking device.

4. Test as you develop

In any modern web design key point is to develop an optimized website primarily for mobile phones, the so-called (“mobile first”). As you create your scene, test it regularly on real mid-range smartphones without controllers to ensure it works for the majority of your users.

WebVR allows you to target both platforms at the same time. However, serving the same content to both platforms can lead to problems on mobile devices or desktop computers not being used to their full potential.

There is no problem to have high quality graphics. Stylized appearance low-poly can look fantastic and render very quickly.

To improve graphics, you can give the user a choice of quality before they start using WebVR. If the user requests high quality, upload graphics that are large or difficult to display.

Alternatively, start with the lowest quality and see how well the device performs using commands like requestIdleCallback or by measuring how long it takes to render. If the device works well, then you can improve the quality of the graphics. If frames start to drop, then dynamically reduce the quality.

When you improve your scene, there are a few things you can do:

• increase the draw distance,
• download and use high resolution models or textures,
• use more complex retouchers (shaders).

This ensures that users on mobile and desktop devices get the best experience possible. However, for most use cases it is probably acceptable if desktop users receive mobile experience, as you can guarantee that it will provide excellent frame rates on desktop if it does so on mobile devices as well.

Don't forget, too, that a great scene requires much more than just visual fidelity. Highly stylized games like Team Fortress 2 still look great today, while "realistic" games from the same period don't look so good.

A great scene should have a well-designed graphic style with bright colors and strong silhouettes. This will help them look good on devices with low power consumption and resolution, and will look great on desktop devices, which will only require a little extra polish.

Remember that in virtual reality most users will have the equivalent poor eyesight. Therefore, keep text and anything that causes the user to strain their eyes to see something to a minimum.

What does the Internet bring to virtual reality?

The Internet is trying to solve some of virtual reality's pressing problems.

One of the biggest problems is that the user must make a large commitment for a one-time experience that they may not want to return to.

In the case of native mobile and desktop virtual reality, a person needs to download special application from an app store, such as the Oculus store for Gear VR or Steam for HTC Vive or Oculus Rift.

This option is well suited for expensive video games in which users have already invested a certain amount of money and will return to them again and again. But for a one-time experience, like shopping, watching a movie, or meeting a new social platform, this can become a high “barrier to entry”.

Generally, users don't like having a bunch of apps on their device that just waste space or waste a large number of Internet traffic for downloading. This idea is especially distasteful to those users whose mobile devices have limited disk space ( disk space) or limited network data caps.

On the Internet, after the user has left the page, he does not need to worry about content taking up space - if necessary free space, the browser will be able to clear the data. If there is free space, the developer can cache content on the device in case the user returns, allowing the developer to kill two birds with one stone.

Of course, this requires that the developer create a VR site that will not be stored as a single giant bundle; otherwise, the benefits that the Internet can provide may be missed.

By delivering VR files dynamically and individually, just like web page files, you can take advantage of smart caching (from CDN to HTTP caching and Cache API).

In addition, the user will be able to quickly immerse themselves in virtual reality without long waits.

A well-optimized WebVR site should render the first frame a second after the user lands on the site, eliminating any lengthy initial downloads or app stores and actively increasing engagement.

Virtual reality can be shared via a URL, which can be distributed on social media or email, or even written on a wall or displayed on a TV. This will increase the likelihood of your VR content going viral due to the low barrier to entry.

1. Making the most of fast internet

One of the features of most WebVR sites is that before entering the virtual reality, the user can view and interact with the scene on their 2D screen. As the phone rotates, the view on the screen also rotates, thus creating the appearance of a “magic window” into virtual space.

This “magic window” is a powerful pattern. It gives the user the ability to preview virtual reality scenes without using a VR headset. This can be useful in cases where users do not have a VR headset with them or when on public transport.

After the user has read the content, he will be asked to bookmark the site so that he can view it later in virtual reality mode.

2. The Internet provides high-level interfaces to low-level APIs, providing cutting-edge technology to any developer

Many web APIs you may have heard of or used have become more relevant in the context of virtual reality:

• WebSockets. They are used to transfer text and binary data to the server in real time. In the case of virtual reality, they can be used to synchronize hundreds of users in real time and thus provide an experience sharing and the ability to view each other's avatars.
• WebRTC. WebRTC can also be used to enhance the virtual reality sharing experience. It allows the transfer of binary data, video and audio between peers. This can be used to provide voice chat between two avatars or synchronizing the position and pose of an avatar without going through a central server. In this way, you can connect from six to eight users simultaneously.
• WebAudio. One of the most powerful APIs. The browser contains everything you need to manage and analyze audio. You can even use a panner node for 3D surround sound in virtual reality. To create immersive virtual environments, WebAudio is more important than ever.
• SpeechRecognition. Modern browsers contain a built-in speech recognition mechanism. It can be used for voice commands And voice input text in cases where the use of real or virtual keyboard for some reason it is difficult.

What impact might virtual reality have on the internet in the long term?

Virtual reality has already impacted the web platform; WebVR APIs have been implemented on many platforms; and now the issue of creating working group WebVR inside W3C.

Virtual reality is becoming increasingly popular, and with the proliferation of devices and mixed reality, it is important that the Internet is ready to take advantage of new platforms.

WebVR as we know it today is entirely dependent on WebGL. Optimizing for WebGL means browser vendors need to increase rendering speed. Speed ​​is important because dropping frames in VR can have dire consequences, even making the user sick!

WebGL 2 will soon appear on stable versions of browsers. Version 2 brings WebGL closer to the OpenGL ES 3.0 specification. Greater visual fidelity and faster rendering of advanced graphics will make VR a truly incredible visual experience.

WebAudio may be required to more accurately convert audio to 3D (known as perceptual audio modeling) and thus provide the high-quality 3D audio required by high-budget projects. Good 3D audio will be essential to delivering high-quality immersive video content such as 360-degree films and immersive audio videos.

Running scripts on the Internet will also benefit from significant performance improvements. Currently under development lots of JavaScript APIs that can be used to improve productivity on the Internet.

JavaScript itself can be optimized and precompiled. Another option is to compile other languages ​​into WebAssembly (WASM). This can speed things up across the board, providing a package that is much smaller to download and faster to interpret and execute. With a smart and modular approach, WASM can be used to create a core WebVR experience rendering engine that we can still interact with when JavaScript help like we do today.

The browser can use web workers to perform calculations without blocking the main thread. This is good since the main thread is used primarily for rendering. Web workers are useful for managing large amounts of CPU-intensive, computationally intensive data. Thus, being isolated from the main thread, these calculations are less likely to cause frame drops.

Unfortunately, there is a cost associated with sending and receiving data from web workers for use on the main thread. They can be partially reduced using transferable objects. Passable objects, such as ArrayBuffers, allow you to change the owner of the object, but passing that object itself can become challenging task, during which errors may occur.

A new API, SharedArrayBuffer, will allow workers to share the same ArrayBuffer, allowing in this case expedient.

For web workers, part of the problem is that this moment The thread that renders the web page must also be used to render the WebGL scene. Thus, any side effects of other code running on the main thread, such as memory flushing or CPU-bound tasks, may result in dropped frames.

OffscreenCanvas allows you to render in a web worker. This will help isolate the very important and sensitive rendering loop from other threads.

Another important use case for rendering is pre-recorded 2D and 3D videos. They can be used as textures in WebGL, but they lack more fine-tuning options. Just as we have an audio element and an AudioContext in JavaScript, we will need to add a videoContext to make video management more efficient and facilitate 360-degree video playback in 3D.

An area where virtual reality currently clashes with the internet is document rendering. Rendering documents is a core function of the web platform, but rendering a document in WebGL is almost impossible without very slow and smart re-rendering.

It would be great to reconcile the two by forcing the browser to expose the contents of the DOM to WebGL. This would allow us to take advantage of the Internet for 2D interfaces, but on the other hand it would pose a potential privacy threat.

Another way

WebGL-based virtual reality doesn't have to be the future of virtual reality on the Internet. Having to replicate even the simplest WebVR use case in WebGL seems short-sighted at best and could potentially lead to the death of virtual reality on the web in the long run.

One of the strengths of the Internet is that HTML is a declarative language. Browsers can interpret the language according to the platform. The site on your desktop computer will not look the same as it does on your phone or TV. Virtual reality is another platform among the variety of media resources to use the Internet.

Being declarative like HTML or CSS, virtual reality on the web can automatically render to balance rendering speed and visual fidelity. A high-end computer can use advanced retouchers and detailed models; and a low-power mobile phone will automatically use a simple retoucher and low-poly models - just like picture element can upload images correct resolution, and then crop them for a specific device.

HTML can be extended to include some common VR use cases, such as playing 360-degree and 3D video and images, displaying 3D models, and moving part of a web page outside the 2D viewport into 3D -space.

Samsung has begun working on some of these use cases in the Samsung Internet for Gear VR web browser.

It has built-in support for 3D video using the video element. Displaying 3D stereo video in 360 degree format only requires the following HTML tag:

Middle way

Of course, they do not necessarily have to be mutually exclusive. The Internet can partially process and optimize simple options use of virtual reality, while WebGL can provide optimizations for creating immersive virtual reality from scratch.

The Extensible Web manifesto is based on the idea that the web should not sacrifice extensibility for ease of use and that the community can use tools low level, provided to extend the web platform using libraries.

Virtual reality is a case where this approach seems very relevant. We already have low level WebGL and WebVR API tools.

The A-Frame library provides custom HTML elements for creating WebGL-based 3D scenes. A-Frame can be used either independently or in conjunction with popular frameworks such as React and Angular.

A-Frame allows any web developer with HTML experience to describe and manipulate 3D virtual reality scenes using the JavaScript they are familiar with. Even tools like jQuery, Angular and React can be used to change the scene since it is still HTML at the end of the day.

Conclusion

The Internet is capable of opening virtual reality to the whole world, to every consumer, to every developer.

And although we are still in the early stages of developing virtual reality on the Internet, now is the time to start creating it and see what works and what doesn’t.

The Internet will be able to unleash the full potential of virtual reality and show that beyond video games, it can be used to improve everything we currently do on the Internet and even enable new interactions that are only possible in an immersive environment.

By starting to create VR experiences on the web today, we can ensure that VR on the web becomes a trusted standard that opens up endless possibilities for future developers.

Even if you don't think virtual reality is mature enough yet, what we create today will still be relevant tomorrow. The interface patterns we create for virtual reality are applicable to all immersive environments. Don't let yourself get passed over.

Webcam emulators are programs that create a virtual webcam. Using them, you can add all kinds of effects to the image received from your “web” (change colors, image, add music, etc.).

Also, using a virtual webcam, you can broadcast a video stream from a video file or desktop or photos (for those who do not have a real webcam).

So if you don't have a webcam, read this review of virtual webcam programs.

After installing one of these programs, you can easily launch Skype, or mail agent, or icq or any other program that supports video broadcasting, and control the image of a virtual camera using a webcam emulator.
Those. your interlocutor can see a film, a clip, photographs or anything.

But not all emulators are equally good and useful. Some are very demanding, for example, if you have slow computer, then when broadcasting the film in virtual camera— two windows with this film will work at once. One emulator window, the other in Skype (for example).
This will create a high load and the sound will lag behind the video.

List of the most popular programs for webcams it looks like this:

• WebCamMax
• SplitCam
• Manycam
• Video2Webcam

Now let’s look at each program in detail and their main differences.

WebCamMax

One of the most popular programs (utilities) for a webcam, supports all cameras, is capable of emulating a virtual camera (for those who do not have their own “webcam”, it contains great amount effects, the program is able to capture movements on a video stream.

Comfortable and functional program, although it does not support some video files. It is paid, the free version will have limitations.

SplitCam

This program is capable of not only emulating a webcam, but also creating a clone of video streams for several applications. For example, if you communicate on Skype and in a mail agent at the same time, you can simultaneously create 2 emulators of the same image, and both applications will have your image. Up to 64 emulators in one program.

Just like in the previous program, you can change the background, apply effects, broadcast your desktop or video file or photo (if you don’t have a webcam). The program is free, so it is better to download from the official website: http://splitcamera.com

Manycam

Another one convenient program for webcam emulation, a special difference from the rest is the ease of setup and management. You can create effects yourself. Just like the others, video files, desktop, etc. are supported. But there is some constraint in the settings.

The least demanding program on the computer. It is free, so it is recommended to download from the official website: http://manycam.com

Video2Webcam

This program is intended exclusively for broadcasting video files instead of a webcam. The main advantage is that you can close the program's video player window, this should reduce the program's load and allow you to broadcast a video file without duplication, but unfortunately on my computer, even without broadcasting, the video runs very slowly.

There are many other programs/utilities for webcams, for example MagicCamera. But they are not much different from those described above. If you have an opinion, question or suggestion, write in the comments, don’t be shy!

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