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Panotour pro gear 360 mp4#
Metadata can be considered as the identifier for applications to distinguish a normal MP4 video from a 360-degree one. Facebook and YouTube) recognise and process 360-degree videos by looking at the video’s metadata. However, special metadata has to be added to this MP4 format in order for special media players, YouTube or Facebook to recognise and play 360-degree videos correctly.ģ60-degree video players or platforms (e.g. The file format of 360-degree videos is mostly in MP4, same as the popular format we use to deliver videos today. Monoscopic 360-degree videos are the most popular type due to higher resolution, ease of use, less production cost and less technical challenges. Image 4: Two equirectangular footages are projected to each of our eyes to create the perception of depth (3D) (image source: ) As the two side-by-side videos split the resolution of the screen, the quality of stereoscopic videos is often less than monoscopic videos. These two projections map together in our brains and deceive us with a 3D vision. The two video footages are shot in a slightly different distance, side by side or top and bottom, to create the perception of depth. On the contrary, stereoscopic means that there are two video images projected to each of our eyes at the same time when the video is played (see image 4). It is the same as most ordinary videos, only it is presented in 360 degrees.
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It can be classified as 2D 360-degree videos. Monoscopic means both eyes see the same images in a video. There are two types of 360-degree videos: monoscopic and stereoscopic. Image 3: An equirectangular frame is stitched together with different images from different angles. The direction and angle to be played is controlled by the viewers’ head orientation (if wearing a headset) or the controls of the devices. The stitched footage is then presented in a spherical form. Image 3 shows how the frames in different angles are stitched together and form the equirectangular video. The stitching process can be done by the camera itself or by special editing software. Image 1: The original shape of the globe in a spherical form Image 2: The equiretangular image of the globeģ60-degree videos are footages recorded simultaneously in different angles and then stitched together to form a single video. The North Pole and South Pole in the image are stretched to the corners of the rectangle but actually they should all meet at one point on the top and bottom of the globe. Image 2 shows how the world map is usually presented as an equirectangular image. The flat equirectangular concept is like a flattened globe (see image 1) being unwrapped to become a rectangle. Viewers can see different areas inside the sphere by changing the orientation of their heads when wearing a Virtual Reality (VR) headset, or by controlling through their desktop or mobile devices. It is as if viewers are looking around inside a sphere. A 360-degree video is a flat equirectangular video being played in a spherical form through a special media player, YouTube or Facebook.
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