3 ms·
Assuming you mean the linked "Fitt's law", I don't see how this would apply here. If the icon size and the distance are the same, this law wouldn't differentiat
by pvitz 5y ago
Assuming you mean the linked "Fitt's law", I don't see how this would apply here. If the icon size and the distance are the same, this law wouldn't differentiate between the button being in the middle or on the left of the taskbar.
- deleted 5y ago[deleted]
- 1_player 5y agoIt does: if it's in the middle of the taskbar, the area is infinitely long only on one axis, you still have to move your mouse on the correct place on the X axis (as determined by the icon size). If it's on the far left, the target area is infinitely large on both axes, just throw your mouse somewhere down left and you'll land on target 100% of the time.