When people ask whether virtual reality will be a real thing or just the next 3D, what I always say is, 'Take a headset, walk outside, and the next person you meet, put it on them and see what the reaction is.'
The cornerstone of our Tech 5 development platform is this uniquely textured map or world, where every surface doesn't have a repeating texture on it. It can all be stamped and modified due to the work done on it. The core technical question to be resolved on this was how do we get that media set to be playable on the iPhone.
I'd really love to work with virtual reality at some point. You could make a killer adventure game with that.
Essentially, we're always trying to reduce latency. As you try to reduce the latency of the experience, you can only get it down so far before we start running into the limitations of game engines, computing, the intensity of the experience you're trying to compute.
We're making it possible to publish a multiplayer, physically-simulated destructible-environment game that works on multiple devices and screen types, and can scale to 12,000 concurrent players.
It'd be awesome if you could see an actual player's faces projected onto an in-game character in a multiplayer game. Imagine how realistic that would feel.
I'm developing some high-frame-rate 3-D processes that are going to be, I hope, indistiguishable from reality. This will be quite an unusual cinematic event - you don't just tell an ordinary story, it's more of a first-person experience where the melodrama doesn't get in the way. Being inside the movie rather than looking at the movie.
The ideal engine of a 3-D game is an intricate and elegant construct of code that allows players to speed through solidly built virtual worlds. The engine allows every picture on a monitor to be drawn there quickly enough to convince hand and eye that it is instantaneous.
I play a lot of computer games. I love computer graphics. I've had Pixar in me for a long time.
If you black out the background in AR, you could make an immersive VR experience, and if you make the view translucent so you can see through it, you just have an augmented view of the real world. I think that's the ultimate and best form of display tech we'll have.
If 80,000,000 polygons per second is reality, what happens to you when you live in a world 160,000,000?
