Dys said:
PaulH said:
Multilayered TV screens and video game support for it so yoiu can get true 3d.
I've given it a bit of thought, but what if you had 10 translucent screens infront of eachother and you had foreground graphics at the front and background graphics at the deepest levels of the layered screens?
Rather than a single bed of light-inducing cells. Having multiple beds of cells so you can creatye true depth rather than simulated depth.
I admit the technology would be extremely difficult but imagine how pwnsome consoles would be if it had access to that technology?
PC always pwns in the end because of customisation, flexibility, practicality and gameplay. But having a tv that can access the power of true 3d as opposed to trying to manufacture 3D from a single bed of light refractive cells Would make consoles immortal o.o
I think video games would be difficult to make for it .... in that games are interactive, whereas movies would just create playback information for each bed of cells ...
lol .. sorry my post denigrated to the 'better graphics' in the end ... but true 3D would pwn @.@
Ok two things that you may find interesting:
1. Nvidia have some 3d goggle like things on the market, and while expensive I've only heard good things
2. You're desciption of layer tvs isn't going to be that unfeesable as hologram displays become more popular (I think they work by prjecting up into a mist of water).
High fives all round
I hate goggles @.@ They give me a headache ;.; Plus then you'd have to cart them to your friend's place to play a true 3d game ....
I like the idea of Holograms but I don't see them as being feasible before a multilayered tv or some sort of projection unit.
I could be wrong and they might be available in 10 years or so ... but I just cant see them working very well ... I mean, you need to create the medium(mist or liquid as the case may be) at a particular vicosity for it to work .... meaning that the core temperature would have to be perfect .... and I just don't see how it would work o.o;
Like if it were a 'mist' it would require a high refractory rate like water ... or possibly even N2 .... but both of them require such extreme high or low temperatures (well less extreme for water obviously, but still need it to be bloody hot) both inside the module and outside the module to stop condensation and maintain stability in the medium.
If a holgram was to work, I think it would only be achievable with a type of crystalline or gelatinous mass .... Gelatine can be store well in temperatures ranging from 3 Celcius all the way to 60 (so suitable for even the hottest climates of the world ... and with proper room heating, even in the coldest locations of the world).
And even if you had holograms, although 3d ... the definition wouldnt be better than modern tvs o.o
Then you need a Video camera capable of recording true 3d, which means making video recorders that use a 3d receptor ... as opposed to a computer chip that would automatically record different streams by distance from target and pronunciation of refracted light o.o
I don't see holograms being an effective media device personally X.x but I could be wrong <.<