Completely free secure handy online viewer for 360 panoramic images. VR-ready. Mobile-friendly. Can not only create a URL to share your 360-degree panorama with others, but can also create an embed code that will allow you to embed this panorama viewer on your website pages. Works directly from the page using capabilities of WebGL & WebVR built into your browser. High-performance with no plugins required. Just provide an image with spherical panorama to the viewer on the page, and it will instantly prepare and show you a ready-made immersive panorama, which you can rotate, zoom in and out, go in full screen use Google Cardboard or Virtual Reality headset. This panorama 360 image viewer is server-independent software. It only works inside your browser, so the images you use remain confidential.Get more news about binocular camera module manufacturer,you can vist our website!

In case if you want to change panoramic image, you don't need to refresh this page, just add another image as before, and current panoramic image will be replaced with a new one.

Technically, you can use any "flat" image in supported formats (see below), however, to have panorama that looks right, it must be a high-resolution equirectangular projection image. These can be panoramic photos taken from the photosphere, or panorama images generated by CG. Long story short, it is a projection of the environment on a sphere unwrapped into a rectangular map with a strict aspect ratio of 2:1.

It's really not as complicated as it sounds at first.

Anyway, if you are a CG Artist and are not yet familiar with this concept or may want to know how to render equirectangular panorama images in 3D, we have a special tutorial on this subject - Rendering 360° Panorama Complete Guide.

For everyone else, you'd better to see how a professional photographers make immersive panoramas. There are plenty tutorials and videos on the web about it. Just search for something like "360 degree photography", "how to shoot 360° panoramas", "Google Cardboard" or "Google VR" and you quickly understand what it is.
By "non-web format" means that this format is NOT supported by any major browser, so to speak, formats that are not native to the browser. That is, it is not intended for viewing on the Internet by design, so it can not be just loaded as is, as in the case of web formats described above.

To load *.tif / *.tiff files, this program does a trick. In particular, it reads a file as abstract bytes into memory. Decodes them there, extracting RGB pixel data, and then assemble it into a web-compatible image. Only then, assembled web-compatible image eventually can be used "as is". In other words, reading non-web data requires additional transformation, from non-web image to a web image, that in turn consumes additional computing resources.