I watched this same video four years ago-back in 2013- and it had been posted with the anaglyph option for viewing, if I recall. Found it again, four years later...but, this time, I have a 3D television; side-by-side videos work great on it! Watching this video now, it seems as if I am 'flying' on that hang glider myself!
What an amazing video! I went ahead and liked it, added it to my favorites and shared it with a friend of mine. The best 3D video I've watched so far! You've got yourself a subscriber!
Problem is the images are positioned in a way that makes it difficult to watch it without a special viewing device. RUclips is also at fault here as they should have an option available for the viewer to switch from "distal" (which is the layout of this video) to "proximal" (which is what would make it viewable in 3D without any extra viewing device). Basically what it means is that the "distal" layout has left-eye view on the left and right-eye view on the right. This requires the viewer to do the "reverse cross-eye" which is exceedingly difficult. OTOH the "proximal" layout (left-eye view on the right and vice-versa) requires a mere standard cross-eye which is easy to do with little training. If you read protein chemistry papers you'll see a lot of proximal stereo images (3D folding of proteins is important) since they know how to communicate this sort of information. RUclips is still learning the basics of 3D, obviously. Sigh.
6:01 is a ground to air shot with the Sony TD-10. The divergence is auto and because the object is moving far away, you shouldn't have much trouble, because the 3D-Effect is essentially smaller. What kind of 3D-setup do you have?
@flymovies Thanks for your reply. I have a Zalman 3D monitor, using interlaced stereo (even lines left eye, odd lines right eye). If you switch the video to interlaced mode, you can see that the left and right eye image are way apart (about 1/4th of the movie width!). This is odd because objects far away should be at almost the same retinal position for both eyes.
![Demo 3D[SBS] (HD : 1080P)](http://i.ytimg.com/vi/u0hmMt5znX0/mqdefault.jpg)
I watched this same video four years ago-back in 2013- and it had been posted with the anaglyph option for viewing, if I recall. Found it again, four years later...but, this time, I have a 3D television; side-by-side videos work great on it! Watching this video now, it seems as if I am 'flying' on that hang glider myself!
What an amazing video! I went ahead and liked it, added it to my favorites and shared it with a friend of mine. The best 3D video I've watched so far! You've got yourself a subscriber!
Very nice video! Its only flaw is that L and R are mixed up. I guess that's why some people's eyes are bleeding when watching it.
Problem is the images are positioned in a way that makes it difficult to watch it without a special viewing device. RUclips is also at fault here as they should have an option available for the viewer to switch from "distal" (which is the layout of this video) to "proximal" (which is what would make it viewable in 3D without any extra viewing device). Basically what it means is that the "distal" layout has left-eye view on the left and right-eye view on the right. This requires the viewer to do the "reverse cross-eye" which is exceedingly difficult. OTOH the "proximal" layout (left-eye view on the right and vice-versa) requires a mere standard cross-eye which is easy to do with little training. If you read protein chemistry papers you'll see a lot of proximal stereo images (3D folding of proteins is important) since they know how to communicate this sort of information. RUclips is still learning the basics of 3D, obviously. Sigh.
JanPBtest how about you buy one for a couple dollars instead of complaining
Wonderfull video
EPIC !!!
Epic!
6:01 is a ground to air shot with the Sony TD-10. The divergence is auto and because the object is moving far away, you shouldn't have much trouble, because the 3D-Effect is essentially smaller. What kind of 3D-setup do you have?
@flymovies Thanks for your reply. I have a Zalman 3D monitor, using interlaced stereo (even lines left eye, odd lines right eye).
If you switch the video to interlaced mode, you can see that the left and right eye image are way apart (about 1/4th of the movie width!). This is odd because objects far away should be at almost the same retinal position for both eyes.
So awesome vid...but my eyes bleed when I try to fuse the videos at 6:01 . What kind of camera divergence did you use there?
COOL!!!
where is this please... and it has to be one of the longest. {: ]
If you leave the 3D setting unchecked or "off" it will still be SBS.
it works on the new 3ds
had to turn my glasses upside down
i did it but i almost got cross eyed D: