Can we see 3 D films on ipad 3
- Thread starter chriya
- Start date
While you can't see the newest 3D films, such as Avatar, in 3D on the iPad, the original B+W 3D movies from the 50's, which used different coloured filters for each eye, can be seen in 3D on the iPad if a 3D version of the movie can be found and downloaded to the iPad. The 1980's color 3D movies which used differentially polarized filters for each eye can be viewed in 3D on the iPad, if a 3D version of the movie is downloaded to your iPad.
Last edited:
I am not sure you are correct.
Have you actually tried it?
Remember (or perhaps not, if you are not into LCD construction) the screen contains a polarizer filter. This might create issues. Also, there is no way I can see to individually polarize the left and right eye views in a way that meets the needs of the polarized glasses.
Anaglyphic stereo is fine, however. If you like bad images on your iPad.
It really depends.
I am not sure you are correct.
Have you actually tried it?
Remember (or perhaps not, if you are not into LCD construction) the screen contains a polarizer filter. This might create issues. Also, there is no way I can see to individually polarize the left and right eye views in a way that meets the needs of the polarized glasses.
Anaglyphic stereo is fine, however. If you like bad images on your iPad.
Look at this thread, from one of our Supporting Vendors. http://www.ipadforums.net/pavtube-s...-blu-ray-movies-new-ipad-3-full-hd-1080p.html
I do not think it is possible, now that i consider the query.
A polarized system requires that the left and right-eye view be polarized in such a way that the left-eye view is not visable by the right eye and vice versa. Typically, this is done using a special projector, a special lens set and corresponding polarizers.
Add the polarizer to the mix (the one in the display) and I just cannot see how it could be possible.
A polarized system requires that the left and right-eye view be polarized in such a way that the left-eye view is not visable by the right eye and vice versa. Typically, this is done using a special projector, a special lens set and corresponding polarizers.
Add the polarizer to the mix (the one in the display) and I just cannot see how it could be possible.
