![]() I can see all 4 images (yours and my) without any problems (same for my wife). The pair have divergence, ~67 mm center separation on 5.5" screen. The pair have a little convergence (as your image), ~59 mm center separation on 5.5" screen.ģ. On 5,5" screen is ~60,5 mm center separation = half of 5.5" screen width size.Ģ. I prepared for you some images to do a test.ġ. I have two different VR viewers with manual IPD adjustment and don't have any problems. The problem can be related to viewer's optical system (the lack of manual IPD adjustment). Seems to be a little opposite/convergent (59 mm spaced on the same screen size as yours, 5,5" diagonal). Only about 30% of the pixels in the display are used, the rest are I checked your image on my phone with my VR device and is not "spaced"/divergent vs a normal stereo pair. Notice how small the images are compared with the area of the display ( shown by a white line). This stereo image shown here is about right for my Xperia Z5 premium smartphone in the 'Zeiss VR One' headset. Also for best effect the images are better if they have some barrel type distortion applied as the lenses in the headset stretch the corners outwards to give a more immersive effect. The centre of the two images need to be spaced apart by a distance slighty greater than the spacing of my eyes. My smart phone is a Sony Xperia Z5 premium and the display is 121 x 68mm in size. The first thing I found was the images for left and right were far too large. I wanted to see what my 3d side by side images would look like using the headset as a stereo viewer. I bought a Zeiss VR One headset to view my side by side stereo images on a smartphone. "The link below is for a side by side parallel-view stereo image, scaled in size to make it suitable for viewing on VR headset.
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