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Acceleration: Moving the mouse the same distance fast results in different total reported counts than when we move it slow. Can be positive (moves farther the faster the mouse moves) or negative (moves less the faster you move the mouse). Move the mouse fast in one direction and then move the mouse slow back to exactly the original position.
Acceleration: Moving the mouse the same distance fast results in different total reported counts than when we move it slow. Can be positive (moves farther the faster the mouse moves) or negative (moves less the faster you move the mouse). Move the mouse fast in one direction and then move the mouse slow back to exactly the original position.
Hello guys, Im here to post some pics of the da elite to figure out if there are any problems with my device. I noticed some spike lags and errors in the test, ill post pictures below.
I've only ever seen mouse-sided poll disruption in Zowie mice and there it's probably either problem with descriptors or the IC chip because the behaviour is consistent (jumps one poll interval). That said, if you don't move the mouse fast enough throughout, buffer filling rate naturally decreases and so do polls that return data.
Hello, with original MouseTester (v 1.0) I get very stable polling (0.998 / 1.002 ms range), but with new Mouse Tester v1.4, I get some polls within 1.15 and 0.85ms range... I have a G303 and a new desktop computer with every Power Saving feature turned OFF...
So what I presume happens is whenever a master clock signal and a cpu core first start up an application, this begins Phase 1 of polling, the mouse tester software is synced to the polling of the mouse according to this "Phase 1 polling angle", lets give it a position of 0 degrees for Phase 1.
I wrote this to be a simple mouse testing software that has built-in plotting, CSV save and load, and plot export to PNG capability. Full source code can be found on GitHub, just search for MouseTester by microe1. It uses an open source (MIT License) plotting library called OxyPlot that can also be found on GitHub.
If you move the mouse at an inconsistent or too slow pace (or at a speed faster than the max tracking speed of your sensor), the result will not be accurate. The bell curved "xvelocity vs time" graph doesn't have anything to do with the polling rate. It can be replicated by doing a single fast swipe left to right on the x axis.
3. align the mouse to be perpendicular to the paper. 3. start collecting data in mousetester 4. move the mouse with as little rotation as possible, at a reasonable speed, until the cable reaches the other edge of the paper. the most important thing is to make sure your mouse is in the same orientation when you finish as when you started.
How does the data travel from the mouse through the Windows operating system? Visual from Microsoft's Media Experience Analyzer (MXA/XA) scheduler view. Y-Axis represents the process/thread priority in the scheduler and the X-Axis is time passed during processing with associated Ready Threads (lines linked between threads)