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When you move a mechanical (computer) mouse, the roller ball transfers its movement to two slotted encoder wheels that have two sensors that detect the position of the wheels. The sensors are mounted an odd half number of teeth apart, giving two pairs of pulse trains that are 90 degrees out of phase with respect to each other. Running these pulse trains through logic comprising some XOR gates and a flip-flip, you can drive an up/down counter in such a way that the count represents the horizontal or vertical position of the roller. At the point where a change is detected, either by a movement of the roller or a change in status of a button, a message is sent to the computer that includes the button status and the delta-x and delta-y of the roller since the last update. The computer driver then integrates that into mouse messages that drive (typically) windows.

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Q: When you move a mechanical mouse the roller ball transfers it's movement to two slotted?
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