The Asus site however does say it is a TN panel hertz being FreeSync and Gsync Compatible. Since the OP ultimately did link to the monitor they have and I searched for that model on Google as the linked page I could not find what kind of panel it is. There are now even high refresh version of IPS that give the best of both worlds. It least it sounds like you are saying that TN panels are better than IPS in that regard? Sorry if you were somehow meaning something else. IPS panels display color and blending even better not muddy as you say.
#Skyrim flickery tree textures drivers
I have seen this same issue in past drivers myself and I am on a quality IPS panel. In the next however which are video stream captures not video of the screen it clearly shows the issue. I saw nothing of the issue in the first video and screen shots shown by the OP.
Whether or not you or I or anyone else agrees with the OP is irrelevant. It seems to me that while the OP's experience is different than yours that they have appropriately asked their question here. The model will still be rendered using the high-quality textures, even if your monitor is so bad - that you'd have to stand right next to the model to see any difference.I thought I must of missed something "RIDICULOUS" said previously. The resolution of your monitor only matters after this point. That is, you could get much closer to it - and you will still see details. So more points on the model will have their own unique pixel. In game, when you zoom too far in - this means you either get pixelated looking images, or if they use any kind of filtering (*all modern games do), you'll get a nice big blurry spot.Ī 4K texture just has more pixels to sample from. Therefore, to map each point on the model to a pixel in the texture, means some points will share a pixel. It has a width and height, and there is clearly no such thing as half-way between two pixels - it's either pixel 1, or pixel 2. There are a limited number of pixels in the texture map.
There are infinite points on a 3D model (look at your hand, find two points - you can keep finding a "half-way" point mathematically, infinite times) You can now set the color of that pixel on your monitor - to the color from the texture. When you view this in game, Maths™ is used, which maps each point on the 3D model, to a pixel on your screen.Īs each point on the 3D model, is already mapped to a pixel in the texture. It's like mathematically wrapping a candy-bar wrapper around the chocolate inside. points to a specific pixel on the texture. The texture is mapped to the model, such that each point on the surface of the 3D model (split into triangles), has a co-ordinate on the texture. You have a texture, which is just a 2D image of colors You have a 3D model, that looks like a thing - e.g. In short, the graphics pipeline for getting "pretty pictures" on a screen is, with some hand-waving to simplify things: A 4K texture, does not require a 4K monitor.
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