Originally posted by: darkswordsman17
I'm not really sure what your whole point there is. Your going way off tangent.
To restate it briefly: You were talking about a video processor
in a monitor being somehow applied to improve video
in a window on your desktop, and I was telling you it's not possible to do that without causing artifacts on the rest of the desktop because monitors don't know which pixels are for which windows.
The fact is, if this causes ghosting, or image artifacts (say from just even moving the mouse on your desktop), then its not a fix, even if it resolves the color banding issue (which we don't know if it actually does or not yet).
The only way this could be considered a fix is if the processing didn't actually do anything, in which case it doesn't make sense for it to even be there in the first place, and they should be turning it off for all modes, but since they didn't, it would seem to me to serve some purpose.
I don't think you have any idea what you're talking about here. There is no magic "make it better" chip that's somehow going to take the input from a DVI cable and improve it. That data is digital. A video processing chip can't "make it better" without mutating the color data, and
any algorithm which does that is going to have tradeoffs. Period.
Since they had the processing being applied at all times in the three different modes, it seems apparent to me, that it was the purpose/intention of it to be working all the time, and its not something thats just there for video or movement, but rather is there for processing the image always.
That's interesting conjecture, but when Windows says to the video card, "Draw pixel (23,192) in color (128, 128, 128) on your primary buffer," and the monitor receives pixel (23, 192) in color (128, 128, 128), will you please tell me what the magic "make it better" algorithm is for improving on it? How does the monitor divine what that pixel is for? Is there some kind of prognostication chip that says, "Aha! The video card is sending out pixel (23, 192) in color (128, 128, 128) during this refresh - it must be part of a window border! So we'll just leave it alone." Yeah, I'll bet.
One of the things that Faroudja's processing has gotten praise for is its ability to scale non-native content, and thus this would help for running a DVD full screen, and not because its video, but because its a different resolution.
And you are saying this because...?
BTW all the DVD player applications I know of use their own scalers and deinterlacers to upscale to the desktop's current resolution. FYI if you kept switching to a 480 (?) resolution continually to let the monitor upscale the video, your desktop windows would shrink, so it's not exactly a very practical use for the Faroudja chip in a computer LCD. And in any case, you don't play scaled content in desktop mode; you use - drumroll, please! - video or gaming mode.
Again, I'll reiterate why people aren't pleased with this.
I know what they've said. When I said, "I don't understand [it]," that is just a colloquialism for "Your dissatisfaction is unfounded," and my first post essentially continued (paraphrased), "and here's why..."
Its a compromise, not an actual solution.
No, as I said before, I think it's an actual solution to a
design flaw.
If an architect designs blueprints for a building with a closet but includes no closet door, that's a design flaw. The materials used to build the walls are not at fault, and demanding to have both the wall space and the door before you'll pay the builder would be ridiculous.
They're giving you the option of giving up the image processing or put up with color banding.
Hey, we agree on something!
As far as I can tell, they designed this monitor such that the image processing is something you want, since they originally made it work at all times, and so its giving up a feature of the monitor to try to overcome a problem it has.
1. Video processing algorithms don't magically make everything better; they have tradeoffs.
2. I don't recall seeing this so-called "feature" advertised as such. We don't even know exactly what it does. How can you call it a feature? I want to see some hard data on what this Faroudja chip does for the Dell LCD. There's no specific information available on Faroudja's website or Dell's website.
Until I see an almost unanimous response that this has actually fixed the color banding issues and that no one notices any difference between the image processing on or off, this can't be considered a fix.
If the video processing shouldn't have been enabled on
everything the LCD displays in the first place, then disabling it in desktop mode is a fix even if you lose some of the advantages of the video processing in desktop mode. I certainly don't see why anyone would want a video processor active in desktop mode at native resolution, which is where most of the reported problems occur. But I, too, would like confirmation on this fix.