Which means, the bigger the screen, the faster the acceleration, the more you would need to sample. Now, I don't know of any studies off-hand about rapid objects moving across the screen (though it seems like a good one for someone to do - hmmmm), but it seems reasonable that the Nyquist freq for things like mouse cursor movement is at least correlated to speed. Clearly, for motion video, it's closer to 100Hz than 10 (that's why TVs run at 60Hz, for example (that's fields, not frames)). While the Nyquist frequency is often cited as around 10Hz, it varies for different applications. The temporal aliasing of the mouse cursor is due to sampling - in theory, high enough sampling goes above the Nyquist frequency (the frequency at which humans stop perceiving a series of discrete events as discrete and start perceiving the series as continuous). My favorite linux applications continue toĪs others have noted, "mouse trails" are not motion blur, even faded. So the results are workable with linux in a Rodents by assigning functions to a chord or Turn any of your ps/2 winmice into 'scrolling' much better, worksĪ bonus is the logitech win9x software will Optical mouse accomplished more than all the Several days am fairly use to its quirks. Optical mouse (logitech wheelmouse) and after i tried it, but it's stillĪ couple of weeks ago i even popped for a See mandrake/kde2 is addressing with a "silken" using several brands of serial and ps/2 mice mouse res, speed, accel and sampling rates Quit using X as my main desktop and quit all
Mouse cursor drove me crazy to the point i Threshold, the sluggish inconsistency of the
I crossed the 1280x1024 X screen resolution Been using linux for several years, but once
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