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But still, what "large impact on the desktop" do you envision?
I don't know what he meant with it, but well, glyph acceleration would mean higher-quality text rendering even when the text is in motion (think of e.g. during scrolling up or down, various window transformation-effects and such) leading to a smoother experience. Also, rendering text is somewhat of a heavy task and it only becomes heavier with the ever-increasing display resolutions, so the decrease in resource-usage is always welcome.
Still, I don't see it being THAT much of a large impact.
Is it really somewhat heavy? Processing power seems to increase faster than the requirements of such low-level tasks, even in mobile.
There was a great post detailing why exactly X.org sucks and why it holds Linux Desktop back big time and needs to be replaced by something better. Too bad it was on linuxhaters blog and nobody is aware it exists. Here it is if you want to read it http://linuxhaters.blogspot.gr/2008/06/nitty-gritty-shit-on-open-so... (just don't read the comments, it feels like having your head drilled with a cheap drill)
Long story short, support for even basic stuff invented 15 years ago like pbufffers (at SGI -1997) is missing from X.org. Nvidia had to replace the 1/3 of X to get their closed drivers working and fully supporting OpenGL. I think X.org has played a MAJOR role in the flamewars surrounding Linux.
User with a Nvidia card: Linux is good
User with ATI/Intel: WTF is this crap!
Edited 2012-12-06 10:09 UTC
GPU glyphs are the final piece needed to allow apps to draw resolution independently. Currently apps are forced to query the display resolution and do all kinds of calculations involving anti-aliasing. All of that platform specific code would disappear.
HTML is an example of something that is partially resolution independent.
HTML is an example of something that is partially resolution independent.
Uh, you don't need hardware acceleration for resolution independence, you just need the WM and all the toolkits designed for it. Currently they aren't designed top-down for that and GPU-generated glyphs won't magically fix them.





Member since:
2005-07-06
Reading "One technology that hasn't happened yet is GPU based glyph generation. When that happens it will likely have a large impact on the desktop" reminded me about Matrox Parhelia - though it was much simpler ("Glyph acceleration, where anti-aliasing of text was accelerated by the hardware" from http://en.wikipedia.org/wiki/Matrox_Parhelia )
But still, what "large impact on the desktop" do you envision?