KeyWait AppsKey Prevents keyboard auto-repeat from repeating the mouse click. ![]() KeyWait RCtrl Prevents keyboard auto-repeat from repeating the mouse click. * Left-click (hold down Control/Shift to Control-Click or Shift-Click). *#Right::MouseMove, 10, 0, 0, R Win+RightArrow => Move cursor to the right *#Left::MouseMove, -10, 0, 0, R Win+LeftArrow => Move cursor to the left *#Down::MouseMove, 0, 10, 0, R Win+DownArrow => Move cursor downward Here you’ll find two panes: one shows a menu of different macOS functions and settings and the other shows the list of. That’s the same location for customizing keyboard shortcuts on macOS. To remap individual function keys to do your bidding, visit System Preferences > Keyboard > Shortcuts. By contrast, the following example is a simpler demonstration: *#up::MouseMove, 0, -10, 0, R Win+UpArrow hotkey => Move cursor upward Remapping Function Keys in System Preferences. Since that script offers smooth cursor movement, acceleration, and other features, it is the recommended approach if you plan to do a lot of mousing with the keyboard. The keyboard can be used to move the mouse cursor as demonstrated by the fully-featured Keyboard-To-Mouse script. A percent sign (%) as a destination key.This is because each remapping internally uses as destination keys. For example, A::b is typically equivalent to A::B and ^a::b is equivalent to ^a::^b. The action can be to display a character, to execute a host function, to execute a. The sequence of keystrokes can be either a single key or a single key combined with Shift, Ctrl, or Alt. However, a remapping opposite to the one above would not work as one might expect, as a remapping never "releases" the modifier keys which are used to trigger it. Keyboard remapping lets you associate a sequence of keystrokes with a particular action, so that typing the sequence of keystrokes causes the action to occur. For example, the following line would produce an uppercase B when you type either "a" or "A" (as long as CapsLock is off): a::B By contrast, specifying an uppercase letter on the right side forces uppercase. ![]() The examples above use lowercase, which is recommended for most purposes because it also remaps the corresponding uppercase letters (that is, it will send uppercase when CapsLock is "on" or the Shift key is held down). The B key would continue to send the "b" keystroke unless you remap it to something else as shown in the following example: a::b ![]() The above example does not alter the B key itself. For example, a script consisting only of the following line would make the A key behave like the B key: a::b The syntax for the built-in remapping feature is OriginKey::DestinationKey. For the advantages and disadvantages of each approach, see registry remapping. Limitation: AutoHotkey's remapping feature described below is generally not as pure and effective as remapping directly via the Windows registry.
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