- #BETTER FPS MOD FOR MINECRAFT 1.8.9 MAC MOD#
- #BETTER FPS MOD FOR MINECRAFT 1.8.9 MAC MODS#
- #BETTER FPS MOD FOR MINECRAFT 1.8.9 MAC SERIES#
#BETTER FPS MOD FOR MINECRAFT 1.8.9 MAC MOD#
As mentioned above, this mod operates to help you mine veins of ores. Vein Miner Mod 1.12.2/1.11.2 that based on Connected Destruction by Bspkrs will assist for mining in-game.
#BETTER FPS MOD FOR MINECRAFT 1.8.9 MAC MODS#
#BETTER FPS MOD FOR MINECRAFT 1.8.9 MAC SERIES#
This was proven false many years ago, and led to a series of very large investigation of framerates higher than 60. People used to say that the human eye can't see more than 60 fps. There has been research going on for years on this topic. I'm not just spewing out anything I can think of. at 60 fps, the frame stitching would have to occur around 8% or the time or more for your eye to even register having seen it. VSync automatically requires that double buffering doesn't swap while the refresh cycle is being ran, however OpenGL does this automatically (And minecraft does take advantage of this function).Īlso, frame stitching is not very apparent in most cases, only inter times of extreme movement, where every frame has a high amount of difference from the last frame. I'm a programmer and I deal with 3D on a regular basis. I don't need to read the wiki page on screen tearing, I'm very aware of what it is. I've seen it on DirectX games, because they don't have a duel buffer. I get between 190 and 220 fps and have never had screen tearing on any OpenGL game. Since in the OpenGL pipeline the primary buffer is never written to, this doesn't occur. The problem with screen tears appears when the buffer is being written to at the same time that the monitor is copying the buffer. With this render pipeline screen tearing simply does not happen unless the person coding the renderer makes a mistake and writes to the primary buffer. No two screen updates are available at any point in time for the monitor to physically select.
when it's done being drawn the buffers are swapped. When the scene is being drawn it's writing to the second buffer. The active one and the one being written to. the also got those references at the bottom. Dont know if you people consider Wikipedia reliable, but it says the same stuff just about anywhere else. Consider reading the wiki page about screen tearing. Basically if you have to many frames the gpu might send out two frames during one cycle which will oft create the problem know as screen tearing. Thats a nice bit of info, but i dont think having 200+ frames would be needed. This is why higher FPS makes the game look smoother, even though the monitor doesn't show all the frames processed. This will lead to periodical duplicate frames. if the monitor refresh rate occurs barely after the 0.013 second frame, it may occur again before 0.019 seconds because the refresh rate is consistent.
So the frames are not at a constant rate. 60 fps does not mean 1 frame every 0.01666 seconds, the frames may come at random times, one frame may take 0,013 seconds and another may take 0.019 seconds. Having higher frames than your refresh rate reduces the amount of frame stitching and stutter, and can make that 60 physical FPS more consistent. While it is true that the monitor has a physical refresh rate of 60, it is not true that higher frame-rates don't affect the smoothness. And If you also did not know 200+fps is of no use because the average monitor these days can only display 60fps. I have a suggestion, get a good computer! Mine runs a 1.8.3 freshly generated world at 300+ fps all the time if i do not cap it.
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