I mean… the alternative is to get hardware (including a monitor) capable of just running the game at an fps/hz above roughly 120 (ymmv), such that your actual eyes and brain do real motion blur.
Motion blur is a crutch to be able to simulate that from back when hardware was much less powerful and max resolutions and frame rates were much lower.
At highet resolutions, most motion blur algorithms are quite inefficient and eat your overall fps… so it would make more sense to just remove it, have higher fps, and experience actual motion blur from your eyes+brain and higher fps.
my basis for the statement is beam.ng. at 100hz, the feeling of speed is markedly different depending on whether motion blur is on. 120 may make a difference.
… What?
I mean… the alternative is to get hardware (including a monitor) capable of just running the game at an fps/hz above roughly 120 (ymmv), such that your actual eyes and brain do real motion blur.
Motion blur is a crutch to be able to simulate that from back when hardware was much less powerful and max resolutions and frame rates were much lower.
At highet resolutions, most motion blur algorithms are quite inefficient and eat your overall fps… so it would make more sense to just remove it, have higher fps, and experience actual motion blur from your eyes+brain and higher fps.
You still see doubled images instead of a smooth blur in your peripheral vision I think when you’re focused on the car for example in a racing game.
my basis for the statement is beam.ng. at 100hz, the feeling of speed is markedly different depending on whether motion blur is on. 120 may make a difference.