![]() ![]() ![]() You need two 2D 360 cameras, or you need to take two separate shots. In any case, if you want to do this, here are the step-by-step instructions: This is because the left view and right view will be at different distances from the subject when facing 90 and 270 degrees. Fourth, you can see the stitch is very rough. Third, if you want to take photos of anything that is moving, you’ll need two cameras and you’ll need to trigger both cameras simultaneously. Second, if the shots are not perfectly aligned, viewing it can be stressful for the eyes. As you look to the side, the 3D depth diminishes. First, the 3D effect is only while looking forward or to the rear. Here is a sample 3D 360 photo from a Ricoh Theta (to view in 3D, you need to use a smartphone and switch to cardboard view):Īs you can see there are several limitations. The solution is simple: switch the respective rear views of the two cameras (or shots). It will be the left eye from one direction, and the right eye from the other direction. As we saw, when placing two 360 cameras side by side (or using one 360 camera sequentially) with a bracket or other tool, it is not possible for a single 360 photo to consistently represent the left eye view or the right eye view. It’s for this reason that some have claimed it’s impossible to use a 2D 360 camera to capture a 3D 360 photo.Īctually, it is not so complicated to use a 2D 360 camera to capture a 3D photo. However, if you turn around to the rear view, the first camera becomes the right eye view, not the left eye view, and the second camera becomes the left eye view, not the right eye view. Looking at the front view of the photo, the first camera becomes the left eye and the second camera becomes the right eye. Suppose you take a 360 photo from the left eye position, then move a few inches for a photo in the right eye position (or you put two 360 cameras on a bracket). With a 360 camera, it’s a little trickier. You take a photo from the left eye position, and move a few inches for another photo in the right eye position, or you have two cameras on a bracket. ![]() Taking a 3D photo with a non-360 camera is relatively simple to do. The equirectangular left eye 360 photo is on top, while the equirectangular right eye 360 photo is on the bottom. The standard format for 3D 360 photos is the over-under (a.k.a. The basic idea is that for you to see a photo in 3D, the left eye has to see the left eye view of the scene, while the right eye has to see the right eye view. Yes it is possible to use a 2D 360 camera to capture a 3D 360 photo, although it takes a little work. ![]()
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