Pixel Counterrr

In an earlier post, The Problem Is Choice, I contemplated the concept of sweet spot, and how the player can choose to experience the real-time image in a way the developer, the author, would never have wanted the game to be experienced. This freedom of choice is exactly the reason why Roger Ebert says that video games can never be art, and I partly agree with him; art is too limiting and degrading label to the real-time image which is so much more.

As a continuation to that post, I started to think how the amount of spatial freedom the player has in any given game, relates to the visual fidelity of that game. It seems that high level of freedom results in either low fidelity all over, like in Minecraft, or highly uneven fidelity, like in Microsoft’s Flight Simulator X. In FS X the planes and cockpits are top-notch, but the scenery at large is dull and mostly repeats itself, excluding the particular landmarks, like the famous airports or certain parts of iconic cities. FS X is an example of a game with ultimate freedom that comes with the price of ultimate incoherence.

If we then look at the other end of the spectrum, like Street Fighter IV, the fidelity in SF IV is as high as it can get, universally, thanks to the extremely limited spatial freedom of the player (and thus of “the camera”). It’s hard to take a bad screenshot of SF IV, even if you tried to do so, in contrast to FS X.

In a way, it’s sad that the child-hood’s fantasy of “a game where you can go anywhere in the world and do anything” isn’t going to happen, not on our lifetime at least. Of course, one can create infinite worlds using procedural techniques, but procedural is never equal to the stuff that is made by design. I’m really not a big believer in procedurally generated content, but in some limited cases, it has its place, for sure.

As the friends across the pond use to say, freedom is not free.

If someone would come up to me and asked what is the single most important aspect of the real-time image from the aesthetic point of view, I would say frame-rate. Without blinking an eye. It’s so important that I’ve uninstalled a game only for the fact that it was arbitrarily locked in 30 frames per second, a decision that made little sense to me.

Interestingly, frame-rate hasn’t always been an issue in video games, and I believe the discussion of it really fired up with the introduction of simulated z-axis, that is the 3D graphics. The thing was, even the most rudimentary 3D was such a struggle to the early days’ hardware, likes of Commodore 64 and Amiga 500, that it took relatively long time before one could see fluent 3D in a home environment without all the rendering errors and hick ups. And I’m not only talking solely about polygons here, but other methods to depict z-axis, too.

That been said, one could only imagine the pure bliss that was to see completely smooth frame-rates in arcade-games, like Outrun (1986) or Chase H.Q. (1988), back then with, I’d say at least, 40 frames per second sprite scaling. As a matter of fact, it was exactly those games that taught me the value of high and steady frame-rate, and how mesmerizing it really can be to see an image simulating the z-axis so smoothly in real-time.

So, I believe it was not until the 3D hardware acceleration revolution in the late 90s that truly changed the paradigm for frame-rate in a way that people started to expect smooth frame-rates from games in a home environment. Seeing Jedi Knight: Dark Forces 2 (1997) rolling on a 3Dfx Voodoo –card in our home PC for the first time with no stuttering whatsoever, was something that I will probably never forget. In fact, most of the jaw dropping experiences in general have usually been related to high frame-rate, in one way or another.

Now that frame-rate in real-time imagery is steadying in about 60 frames per second, it’s funny how old mediums, like film or television, are still pushing only 25-30 frames onto the screen per second. It baffles me why film industry is concentrating to the obnoxious 3D technology, and totally ignoring the very problem (besides the mandatory and horrible glasses) why the contemporary stereoscopic 3D is failing: the low frame-rate. James Cameron acknowledges that, but apparently that seems to be not nearly enough.

All in all, frame-rate is in the core of real-time image, and if it fails to deliver, everything else falls apart, in my mind. That is especially true in modern games. There really are no excuses for bad frame-rate, at least ones that I’d be okay with.

It is fair to say that the best thing the 80s ever had to offer people, was the possibility to be born in it. I’m not saying 80s was a particularly bad decade, but it definitely had its dark moments, which we don’t have to go into detail.

From the perspective of real-time imagery, the 80s, and especially the early 80s, really was the best era to be born in, if you just happened to be interested in computers and such. And I, for instance, learned quickly that I was.

To be born in 1980 means that I have an optimal vantage point, which covers the most crucial developments, the Cambrian Explosion, in the history of real-time imagery, starting from the release of Commodore 64 in 1982. I consider C64 as a tipping point after which strive to graphical excellence in home environment really started happening. “But you were only two years old when C64 was released”. Yes, but our family got the C64 not until 1984, so the decent software was already there, just waiting to be played with. So I had only lived four years without any exposure to real-time imagery whatsoever, four years of which I can’t remember a thing. But I remember clearly the first time when I saw Pitfall II: Lost Caverns running on C64 in the Christmas of 1984.

This means that the evolution of real-time imagery is an integral part of me growing up, and of my very being. I have the privilege to be watching real-time medium to evolve up close, of which future researchers can’t be anything but envy. It’s like being an Egyptian watching the pyramids being built.

The 80s wasn’t so bad place to be in after all.