From there, you can select various camera options and if you would prefer the stitch analysis to take place at one position in time or analyze multiple positions (which is ideal for moving 360 shots). The next step is the stitching, which you can select with the Stitch tab at the top. In my case, since I was using the GoPro Omni, all of the cameras synced by default. (This will examine all of your clips and align them based on your preference.) I typically prefer audio synchronization, but if you didn’t record any audio, you can synchronize using motion. You will then get the option to synchronize your clips using audio or motion. If you are using a DIY camera rig, or a rig that doesn’t start all of the cameras at the same time, then just click the Synchro button at the top. The first step is synchronizing your shot together. So they act as an easy-to-follow guide for the stitching process.
AUTOPANO VIDEO PRO SERIAL KEY PRO
One great aspect of AutoPano Video Pro is that it has all of the adjustment settings right at the top - in the order we will need to use them. Once the program launches, all we need to do is drag and drop our clips to get started.
AutoPano Video Pro is the industry standard for stitching 360° footage and is popular among many VR filmmakers. In this tutorial, I am going to be use AutoPano Video Pro 3.0 to stitch my 360° video. In my case today, I am stitching footage from six GoPros. Once you stitch them, no matter how many cameras you used, the footage will be in the same equirectangular format. Other setups may include three, four, or really any number of cameras.
It could be anywhere from just one dual lens camera (like a Samsung Gear 360 or Ricoh Theta S) to multiple-camera system setups like the GoPro Omni that consists of six cameras. The number of cameras it takes to create a 360° equirectangular image can differ. (It is the same format as a world map, which is a sphere made to look flat.) You can see distortion at the top and bottom of the image, which would be the pole areas on a sphere. Once 360° is stitched, it is usually going to be in a format called equirectangular.
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