Hmmm
"On LG’s set, these timings are fed out to the glasses by an infrared signal – so a direct line of sight is always required"
I always enjoyed watching TV seating backwards, I think it will not work with that new TV...
Three-dimensional viewing is the name of the game at IFA this year. Not to be outdone by the likes of Panasonic, LG has demoed its own 3D-capable set. And it's a plasma. LG_PDP_02 LG's 3D plasma: may be out next year LG’s Plasma Display Panel (PDP) is, as is the case with Philips’ 3D Cinema telly, still just a proof of …
"On LG’s set, these timings are fed out to the glasses by an infrared signal – so a direct line of sight is always required."
I tend to find that when I'm watching TV I have to maintain a direct line of sight, so that the light emitted by the TV can reach my eyes. My eyes would likely be at or near the centre of these "glasses", so this seems a no-brainer.
It's all in the 20 year old glasses. Presumably they use plasma because it has a quicker response time than LCD and stops bleed between frames.
Twould be nice if someone could make use of LCD polarization to re-polarize the emitted light so that we could use passive polarized 3D specs.
The current movie screens use clockwise and anticlockwise polarisation rather than horizontal and vertical - therefore you don't lose the picture when you tilt your head or put the specs on backwards :)
I had some shutter glasses years ago which worked with the nvidia drivers to make any game (mostly) 3d - there was a fair bit ghosting then and that was using a crt at 100hz :(
I'm waiting for them to develop holographic projectors that will put a 3d image in the middle of the room, with no glasses or any other assistance required. I want to be able to get up out of my chair and walk around behind it to see the "reverse angle replay".
Bullhorn looks sort of like a projector. At least it projects sound...