Shift Down

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Sends simulated keystrokes and mouse clicks to the active window.

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Parameters

The sequence of keys to send. As with other commands, the comma in front of the first parameter is optional.

By default (that is, if neither SendRaw nor the Raw mode or Text mode is used), the characters ^+!#{} have a special meaning. The characters ^+!# represent the modifier keys Ctrl, Shift, Alt and Win. They affect only the very next key. To send the corresponding modifier key on its own, enclose the key name in braces. To just press (hold down) or release the key, follow the key name with the word 'down' or 'up' as shown below.

Note: As capital letters are produced by sending Shift, A produces a different effect in some programs than a. For example, !A presses Alt+Shift+A and !a presses Alt+A. If in doubt, use lowercase.

The characters {} are used to enclose key names and other options, and to send special characters literally. For example, {Tab} is Tab and {!} is a literal exclamation mark.

[v1.1.27+]: Enclosing a plain ASCII letter (a-z or A-Z) in braces forces it to be sent as the corresponding virtual keycode, even if the character does not exist on the current keyboard layout. In other words, Send a produces the letter 'a' while Send {a} may or may not produce 'a', depending on the keyboard layout. For details, see the remarks below.

Send variants

Send: By default, Send is synonymous with SendEvent; but it can be made a synonym for SendInput or SendPlay via SendMode.

SendRaw: Similar to Send, except that all characters in Keys are interpreted and sent literally. See Raw mode for details.

SendInput and SendPlay[v1.0.43+]: SendInput and SendPlay use the same syntax as Send but are generally faster and more reliable. In addition, they buffer any physical keyboard or mouse activity during the send, which prevents the user's keystrokes from being interspersed with those being sent. SendMode can be used to make Send synonymous with SendInput or SendPlay. For more details about each mode, see SendInput and SendPlay below.

SendEvent[v1.0.43+]: SendEvent sends keystrokes using the same method as the pre-1.0.43 Send command. The rate at which keystrokes are sent is determined by SetKeyDelay.

Special modes

The following modes affect the interpretation of the characters in Keys or the behavior of key-sending commands such as Send, SendInput, SendPlay, SendEvent and ControlSend. These modes must be specified as {x} in Keys, where x is either Raw, Text, or Blind. For example, {Raw}.

Raw mode

The Raw mode can be either enabled with {Raw}, SendRaw or ControlSendRaw, which causes all subsequent characters, including the special characters ^+!#{}, to be interpreted literally rather than translating {Enter} to Enter, ^c to Ctrl+C, etc. For example, both Send {Raw}{Tab} and SendRaw {Tab} send {Tab} instead of Tab.

The Raw mode does not affect the interpretation of escape sequences, variable references and expressions. For example, SendRaw ``100`% sends the string `100%. When using ControlSend, it is also necessary to escape literal commas (`,).

Text mode [v1.1.27+]

The Text mode can be enabled with {Text}, which is similar to the Raw mode, except that no attempt is made to translate characters (other than `r, `n, `t and `b) to keycodes; instead, the fallback method is used for all of the remaining characters. For SendEvent, SendInput and ControlSend, this improves reliability because the characters are much less dependent on correct modifier state. This mode can be combined with the Blind mode to avoid releasing any modifier keys: Send {Blind}{Text}your text. However, some applications require that the modifier keys be released.

`n, `r and `r`n are all translated to a single Enter, unlike the default behavior and Raw mode, which translate `r`n to two Enter. `t is translated to Tab and `b to Backspace, but all other characters are sent without translation.

[v1.1.29+]: Like the Blind mode, the Text mode ignores SetStoreCapsLockMode (that is, the state of CapsLock is not changed) and does not wait for Win to be released. This is because the Text mode typically does not depend on the state of CapsLock and cannot trigger the system Win+L hotkey. However, this only applies when Keys begins with {Text} or {Blind}{Text}.

Blind mode

The Blind mode can be enabled with {Blind}, which gives the script more control by disabling a number of things that are normally done automatically to make things work as expected. {Blind} must be the first item in the string to enable the Blind mode. It has the following effects:

• The Blind mode avoids releasing the modifier keys (Alt, Ctrl, Shift, and Win) if they started out in the down position. For example, the hotkey +s::Send {Blind}abc would send ABC rather than abc because the user is holding down Shift.
• Modifier keys are restored differently to allow a Send to turn off a hotkey's modifiers even if the user is still physically holding them down. For example, ^space::Send {Ctrl up} automatically pushes Ctrl back down if the user is still physically holding Ctrl, whereas ^space::Send {Blind}{Ctrl up} allows Ctrl to be logically up even though it is physically down.
• SetStoreCapsLockMode is ignored; that is, the state of CapsLock is not changed.
• Menu masking is disabled. That is, Send omits the extra keystrokes that would otherwise be sent in order to prevent: 1) Start Menu appearance during Win keystrokes (LWin/RWin); 2) menu bar activation during Alt keystrokes. However, the Blind mode does not prevent masking performed by the keyboard hook following activation of a hook hotkey.
• Send does not wait for Win to be released even if the text contains an L keystroke. This would normally be done to prevent Send from triggering the system 'lock workstation' hotkey (Win+L). See Hotkeys for details.

The Blind mode is used internally when remapping a key. For example, the remapping a::b would produce: 1) 'b' when you type 'a'; 2) uppercase 'B' when you type uppercase 'A'; and 3) Ctrl+B when you type Ctrl+A.

{Blind} is not supported by SendRaw or ControlSendRaw; use {Blind}{Raw} instead.

The Blind mode is not completely supported by SendPlay, especially when dealing with the modifier keys (Ctrl, Alt, Shift, and Win).

Key names

The following table lists the special keys that can be sent (each key name must be enclosed in braces):

Repeating or Holding Down a Key

To repeat a keystroke: Enclose in braces the name of the key followed by the number of times to repeat it. For example:

To hold down or release a key: Enclose in braces the name of the key followed by the word Down or Up. For example:

When a key is held down via the method above, it does not begin auto-repeating like it would if you were physically holding it down (this is because auto-repeat is a driver/hardware feature). However, a Loop can be used to simulate auto-repeat. The following example sends 20 tab keystrokes:

By default, Send will not automatically release a modifier key (Control, Shift, Alt, and Win) if that modifier key was 'pressed down' by sending it. For example, Send a may behave similar to Send {Blind}{Ctrl up}a{Ctrl down} if the user is physically holding Ctrl, but Send {Ctrl Down} followed by Send a will produce Ctrl+A. DownTemp and DownR can be used to override this behavior. DownTemp and DownR have the same effect as Down except for the modifier keys (Control, Shift, Alt, and Win).

DownTemp tells subsequent sends that the key is not permanently down, and may be released whenever a keystroke calls for it. For example, Send {Control DownTemp} followed later by Send a would produce A, not Ctrl+A. Any use of Send may potentially release the modifier permanently, so DownTemp is not ideal for remapping modifier keys.

[v1.1.27+]:DownR (where 'R' stands for remapping, which is its main use) tells subsequent sends that if the key is automatically released, it should be pressed down again when send is finished. For example, Send {Control DownR} followed later by Send a would produce A, not Ctrl+A, but will leave Ctrl in the pressed state for use with keyboard shortcuts. In other words, DownR has an effect similar to physically pressing the key.

If a character does not correspond to a virtual key on the current keyboard layout, it cannot be 'pressed' or 'released'. For example, Send {µ up} has no effect on most layouts, and Send {µ down} is equivalent to Send µ.

General Remarks

Characters vs. keys: By default, characters are sent by first translating them to keystrokes. If this translation is not possible (that is, if the current keyboard layout does not contain a key or key combination which produces that character), the character is sent by one of following fallback methods:

• SendEvent and SendInput use SendInput() with the KEYEVENTF_UNICODE flag. [v1.1.27+]: ANSI builds of AutoHotkey convert the character to Unicode before sending it. Prior to v1.1.27, ANSI builds used the Alt+nnnnn method.
• SendPlay uses the Alt+nnnnn method, which produces Unicode only if supported by the target application.
• ControlSend posts a WM_CHAR message.

Note: Characters sent using any of the above methods usually do not trigger keyboard shortcuts or hotkeys.

[v1.1.27+]: For characters in the range a-z or A-Z (plain ASCII letters), each character which does not exist in the current keyboard layout may be sent either as a character or as the corresponding virtual keycode (vk41-vk5A):

• If a naked letter is sent (that is, without modifiers or braces), or if Raw mode is in effect, it is sent as a character. For example, Send {Raw}Regards sends the expected text, even though pressing R (vk52) produces some other character (such as К on the Russian layout). {Raw} can be omitted in this case, unless a modifier key was put into effect by a prior Send.
• If one or more modifier keys have been put into effect by the Send command, or if the letter is wrapped in braces, it is sent as a keycode (modified with Shift if the letter is upper-case). This allows the script to easily activate standard keyboard shortcuts. For example, ^c and {Ctrl down}c{Ctrl up} activate the standard Ctrl+C shortcut and {c} is equivalent to {vk43}.

If the letter exists in the current keyboard layout, it is always sent as whichever keycode the layout associates with that letter (unless the Text mode is used, in which case the character is sent by other means). In other words, the section above is only relevant for non-Latin based layouts such as Russian.

Modifier State: When Send is required to change the state of the Win or Alt modifier keys (such as if the user was holding one of those keys), it may inject additional keystrokes (Ctrl by default) to prevent the Start menu or window menu from appearing. For details, see #MenuMaskKey.

BlockInput Compared to SendInput/SendPlay: Although the BlockInput command can be used to prevent any keystrokes physically typed by the user from disrupting the flow of simulated keystrokes, it is often better to use SendInput or SendPlay so that keystrokes and mouse clicks become uninterruptible. This is because unlike BlockInput, SendInput/Play does not discard what the user types during the send; instead, such keystrokes are buffered and sent afterward.

When sending a large number of keystrokes, a continuation section can be used to improve readability and maintainability.

Since the operating system does not allow simulation of the Ctrl+Alt+Del combination, doing something like Send ^!{Delete} will have no effect.

Send may have no effect on Windows Vista or later if the active window is running with administrative privileges and the script is not. This is due to a security mechanism called User Interface Privilege Isolation.

SendInput [v1.0.43+]

SendInput is generally the preferred method to send keystrokes and mouse clicks because of its superior speed and reliability. Under most conditions, SendInput is nearly instantaneous, even when sending long strings. Since SendInput is so fast, it is also more reliable because there is less opportunity for some other window to pop up unexpectedly and intercept the keystrokes. Reliability is further improved by the fact that anything the user types during a SendInput is postponed until afterward.

Unlike the other sending modes, the operating system limits SendInput to about 5000 characters (this may vary depending on the operating system's version and performance settings). Characters and events beyond this limit are not sent.

Note: SendInput ignores SetKeyDelay because the operating system does not support a delay in this mode. However, when SendInput reverts to SendEvent under the conditions described below, it uses SetKeyDelay -1, 0 (unless SendEvent's KeyDelay is -1,-1, in which case -1,-1 is used). When SendInput reverts to SendPlay, it uses SendPlay's KeyDelay.

Shift Downfield

If a script other than the one executing SendInput has a low-level keyboard hook installed, SendInput automatically reverts to SendEvent (or SendPlay if SendMode InputThenPlay is in effect). This is done because the presence of an external hook disables all of SendInput's advantages, making it inferior to both SendPlay and SendEvent. However, since SendInput is unable to detect a low-level hook in programs other than [AutoHotkey v1.0.43+], it will not revert in these cases, making it less reliable than SendPlay/Event.

When SendInput sends mouse clicks by means such as {Click}, and CoordMode Mouse, Relative is in effect (the default), every click will be relative to the window that was active at the start of the send. Therefore, if SendInput intentionally activates another window (by means such as alt-tab), the coordinates of subsequent clicks within the same command will be wrong because they will still be relative to the old window rather than the new one.

SendPlay [v1.0.43+]

Warning: SendPlay may have no effect at all if UAC is enabled, even if the script is running as an administrator. For more information, refer to the FAQ.

SendPlay's biggest advantage is its ability to 'play back' keystrokes and mouse clicks in a broader variety of games than the other modes. For example, a particular game may accept hotstrings only when they have the SendPlay option.

Of the three sending modes, SendPlay is the most unusual because it does not simulate keystrokes and mouse clicks per se. Instead, it creates a series of events (messages) that flow directly to the active window (similar to ControlSend, but at a lower level). Consequently, SendPlay does not trigger hotkeys or hotstrings.

Like SendInput, SendPlay's keystrokes do not get interspersed with keystrokes typed by the user. Thus, if the user happens to type something during a SendPlay, those keystrokes are postponed until afterward.

Although SendPlay is considerably slower than SendInput, it is usually faster than the traditional SendEvent mode (even when KeyDelay is -1).

Both Win (LWin and RWin) are automatically blocked during a SendPlay if the keyboard hook is installed. This prevents the Start Menu from appearing if the user accidentally presses Win during the send. By contrast, keys other than LWin and RWin do not need to be blocked because the operating system automatically postpones them until after the SendPlay (via buffering).

SendPlay does not use the standard settings of SetKeyDelay and SetMouseDelay. Instead, it defaults to no delay at all, which can be changed as shown in the following examples:

SendPlay is unable to turn on or off CapsLock, NumLock, or ScrollLock. Similarly, it is unable to change a key's state as seen by GetKeyState() unless the keystrokes are sent to one of the script's own windows. Even then, any changes to the left/right modifier keys (e.g. RControl) can be detected only via their neutral counterparts (e.g. Control). Also, SendPlay has other limitations described on the SendMode page.

Unlike SendInput and SendEvent, the user may interrupt a SendPlay by pressing Ctrl+Alt+Del or Ctrl+Esc. When this happens, the remaining keystrokes are not sent but the script continues executing as though the SendPlay had completed normally.

Although SendPlay can send LWin and RWin events, they are sent directly to the active window rather than performing their native operating system function. To work around this, use SendEvent. For example, SendEvent #r would show the Start Menu's Run dialog.

Related

SendMode, SetKeyDelay, SetStoreCapsLockMode, Escape sequences (e.g. `%), ControlSend, BlockInput, Hotstrings, WinActivate

Examples

Selects the File->Save menu (Alt+F followed by S).

Jumps to the end of the text then send four shift+left-arrow keystrokes.

Sends a long series of raw characters via the fastest method.

8 October 2020, 12:33 | Updated: 3 November 2020, 10:44

Here's the meaning behind the viral shifting trend on TikTok.

Shift Down In Excel

Everyday it seems like there's a new trend on TikTok. Whether it's the term Heather or the whole Gen-Z tattoo mess, it's sometimes hard to keep up with what's going on. But today let's talk about shifting. It's the latest trend on the platform and the hashtag #shifting has almost 300 million views. But what does it even mean and how to you do it? Here's all we know…

What is shifting on TikTok?

Apparently, shifting (sometimes called reality shifting) is just a way of training your mind to enter a new reality. It's nothing new, though, the whole thing actually started on Reddit a while ago but it's been picked up on TikTok recently thanks to the internet's obsession with Draco Malfoy.

As you know, TikTok have basically reclaimed Harry Potter, so shifting allows members of the fandom to transport themselves to Hogwarts, Hagrid's Hut or… Draco's bedroom. Yep, people are actually transporting themselves to realities where Draco is their boyfriend.

Shift Down 1 Left 2

READ MORE:Best TikTok songs 2020: Every viral song from TikTok

There are so many methods to try if you would like to become a shifter but the two most popular seem to be the raven and Alice in Wonderland methods. For the raven method, you'll need to lie down in the starfish position when you're half asleep and count down from 100. You then have to imagine your desired reality, or if you have a prewritten script about how you want your shifted reality experience to pan out prepared, recite it.

Meanwhile, if you fancy trying the Alice in Wonderland method, the shifter needs to visualise themselves running after a person from their desired reality (for example, Draco) and jumping down a rabbit hole with them. The results are said to feel like an extremely realistic and vivid dream.

So far, it all kind of sounds like a mixture between meditation, manifestation and lucid dreaming (when the dreamer is aware that they're dreaming). But scientifically speaking, is it actually a thing? Well in an interview with VICE UKGrace Warwick, a therapist with expertise in anomalous experiences, confirmed that shifting is a 'transliminal experience'.

'Transliminal experiences occur when awake and are most common when the mind is in a soothed state – for example, upon waking and before falling asleep,' she explained. 'The 'instructions' [for shifting] that abound on social media include being half asleep as a start point. They then introduce repetitive music [or] counting backwards slowly. All these factors would induce a state conducive to a transliminal experience. An interesting aspect of the techniques is the central part that a prepared 'script' plays – I would liken the role of the script to creating a guided meditation or working with active imagination.'

So, there you have it. Shifting is real. Time to transport myself to the my desired reality – the bank.

QUIZ: Which Harry Potter character would be your boyfriend?