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X Mouse Button Controls

One-button mouse

Three-button mouse

Five-button ergonomic mouse

A mouse button is an electric switch on a computer mouse which can be pressed (“clicked”) to select or interact with an element of a graphical user interface.

X-Mouse Button Control currently supports Windows XP, 2003, 2003 R2, Vista, 2008, 2008 R2, 7, 8, 2012, 8.1, 2012 R2, 2016 & 2019 (GUI version) and 10. It was originally designed to run natively on x64 editions of Windows but it is fully supported on 32bit editions too! Download X-Mouse Button Control free. X-Mouse Button Control is a free Windows application to reconfigure your mouse. X-Mouse Controls. Donate $5 now Donate $25 now Donate $100 now More options. Windows utility to enable or disable active window tracking, raising and also the delay in milliseconds. This is known as x-mouse behavior or focus follows mouse. Project site with downloads; Source code on github; Screenshot of the main window, running on Windows 10. On the Buttons tab, make sure that the mouse that you are using is selected under Connected device. In the list under the button that you want to reassign, select Macro. The Macro Editor window will be displayed. An empty macro will be created and added to the macro list. In the File Name box, type the name of the new macro.

Mouse buttons are most commonly implemented as a miniature snap-action switches (micro switches).

The three-button scrollmouse has become the most commonly available design. Users most commonly employ the second button to invoke a contextual menu in the computer's software user interface, which contains options specifically tailored to the interface element over which the pointer currently sits. By default, the primary mouse button sits located on the left-hand side of the mouse, for the benefit of right-handed users; left-handed users can usually reverse this configuration via software.

Design[edit]

In contrast to its motion-tracking mechanism, the mouse's buttons have changed little over the years, varying mostly in shape, number, and placement.

Apple Mighty Mouse with electrocapacitative “buttons”

A mouse click is the action of pressing (i.e. 'clicking', an onomatopoeia) a button to trigger an action, usually in the context of a graphical user interface (GUI). “Clicking” an onscreen button is accomplished by pressing on the real mouse button while the pointer is placed over the onscreen button's icon.

The reason for the clicking noise made is due to the specific switch technology used nearly universally in computer mice. The switch is a subminiature precision snap-action type; the first of such types were the Honeywell MICRO SWITCH products.

Operation[edit]

Double clicking refers to clicking (and, naturally, releasing) a button (often the primary one, usually the left button) twice. Software recognizes both clicks, and if the second occurs within a short time, the action is recognised as a double click.

If the second click is made after the time expires it is considered to be a new, single click. Most modern operating systems and mice drivers allow a user to change the speed of a double click, along with an easy way to test the setting. Some software recognises three or more clicks, such as progressively selecting a word, sentence, or paragraph in a word processor text page as more clicks are given in a sequence.

With less abstracted software, a mouse button's current state (“mouse up” and “mouse down”) is monitored, allowing for modal operations such as drag and drop.

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Number of buttons[edit]

Douglas Engelbart's first mouse had a single button; Xerox PARC soon designed a three-button model, but reduced the count to two for Xerox products. Apple decided on one button for their GUI environments on commercial release in 1983, while most other PC environments standardized on two, and most professional workstation environments used three. Aside from such OEM bundled mice, usually having between one and three buttons, many aftermarket mice have always had five or more, with varying amounts of additional software included to support them.

Clash of clans cheat engine free download no survey. This state of affairs continued until the late 1990s, when growing support for mice with a scroll wheel after the 1996 introduction of Microsoft's IntelliMouse incidentally made 3-button pointing devices ubiquitous on OEM hardware. The one major holdout, Apple, finally went multi-button in 2005 with their Mighty Mouse, though all Apple laptops would continue to use one-button trackpads until their first buttonless trackpad in 2008.

Computer[edit]

'My friend Marvin Minsky tells me there's great controversy in the artificial intelligence community over how many buttons a mouse should have', Jerry Pournelle wrote in 1983.^[1] In the matter of the number of buttons, Engelbart favored the view “as many as possible.” The prototype that popularized the idea of three buttons as standard had that number only because “we could not find anywhere to fit any more switches.”

Those favoring single-button mice argue that a single button is simpler for novice users to understand, and for developers to support. In addition, as a lowest common denominator option, it offers both a path gradual advancement in user sophistication for unfamiliar applications, and a fallback for diverse or malfunctioning hardware. Those favoring multiple-button mice argue that support for a single-button mouse often requires clumsy workarounds in interfaces where a given object may have more than one appropriate action. Several common workarounds exist, and some are specified by the Apple Human Interface Guidelines.

One workaround was the double click, first used on the Lisa, to allow both the “select” and “open” operation to be performed with a single button.

Another workaround has the user hold down one or more keys on the keyboard before pressing the mouse button (typically control on a Macintosh for contextual menus). This has the disadvantage that it requires that both the user's hands be engaged. It also requires that the user perform actions on completely separate devices in concert; that is, holding a key on the keyboard while pressing a button on the mouse. This can be a difficult task for a disabled user, although can be remedied by allowing keys to stick so that they do not need to be held down.

Another involves the press-and-hold technique. In a press-and-hold, the user presses and holds the single button. After a certain period, software perceives the button press not as a single click but as a separate action. This has two drawbacks: first, a slow user may press-and-hold inadvertently. Second, the user must wait for the software to detect the click as a press-and-hold, otherwise the system might interpret the button-depression as a single click. Furthermore, the remedies for these two drawbacks conflict with each other: the longer the lag time, the more the user must wait; and the shorter the lag time, the more likely it becomes that some user will accidentally press-and-hold when meaning to click. Studies have found all of the above workarounds less usable than additional mouse buttons for experienced users.^{[citation needed]}

A workaround for users of two-button mice in environments designed for three buttons is mouse chording, to simulate a tertiary-click by pressing both buttons simultaneously.^[2]

Additional buttons[edit]

Aftermarket manufacturers have long built mice with five or more buttons. Depending on the user's preferences and software environment, the extra buttons may allow forward and backward web-navigation, scrolling through a browser's history, or other functions, including mouse related