If I’m turning my head, usually it’s to look up and being able to move it just an inch or two lower would really help with that. I also wish that you were able to lower the display more. More than once, I went to adjust the height and accidentally slid the monitor back so the rear leg pushed right off the edge. My biggest complaint about the stand is that it just doesn’t grip the desk enough. There’s no rotation since it's curved, however, so portrait mode is off the table and if you need to turn it, you’ll have to turn the entire stand. It also offers -5 to -20-degrees of tilt which came in handy when I wanted to stand at my desk. The monitor comes with a high-quality stand that offers just over five inches of height adjustment. Compare the bezels here to the those on the Acer Predator XB273K and you can easily see the difference this style makes. The plastic bezels themselves are only a couple of millimeters thick, so even with the black edges on the screen, it still feels very spacious. “Super narrow” still feels remarkably accurate, though. A quarter inch black border trims the screen before getting to the plastic bezels. MSI has gone with a “super narrow bezel” design their product page describes as “edge to edge.” This is not an edge-to-edge display. I also didn’t notice any text distortion at the edges which I’ve encounters on smaller curved displays in the past. The effect is subtle it doesn’t “make” this monitor but it is a nice feature the improves the overall experience. Since you’re sitting so close to a monitor, the curve gives a slight wrap-around effect that you can actually feel and does enhance the experience slightly, especially on a massive panel. Until trying curved screen monitors for the first time last year, I was skeptical of whether or not the curve would make any difference at all with TVs, I frankly didn’t see the benefit. The 1800R curve - the same found on many Acer Predator gaming monitors and the AOC AG273QCX-also enhanced this effect. The extra screen real estate really does help to draw you into the game, especially in first-person shooters and RPGs like Skyrim.
After a couple of days, I adapted to the larger format and could begin sinking in to enjoy what I feel is a genuinely more immersive game experience. Converting from linear-RGB to sRGB is the inverse: f(x) = x^(1/2.Danielle Abraham + 1 moreThat said, 32-inches is easily my favorite screen size for gaming. To get correct lighting, first convert the sRGB color to linear-RGB when sampling a texture, then do the calculations, and finally convert the result back to sRGB before writing to the framebuffer. If you sample an sRGB diffuse texture and multiply it by a lighting value, the results will be exaggerated and unrealistic. Math for lighting is expecting colors to be linear. If these conversions are already done for us, why do we need to worry about gamma correction? If you’re just sending images to the graphics card, you don’t, but if you’re doing lighting calculations, then you do. Without display gamma, sRGB images would look washed out and too bright. This function is applied by your monitor with what is called “display gamma.” Let’s say you send pixels with brightness of 127 to your monitor: the display gamma is applied and the light emitted is equal to 55 in linear-RGB, which you perceive as mid-grey.
0 kommentar(er)
