Editing Smash directional influence

From SmashWiki, the Super Smash Bros. wiki
Jump to navigationJump to search
Warning You aren't logged in. While it's not a requirement to create an account, doing so makes it a lot easier to keep track of your edits and a lot harder to confuse you with someone else. If you edit without being logged in, your IP address will be recorded in the page's edit history.

The edit can be undone. Please check the comparison below to verify that this is what you want to do, and then publish the changes below to finish undoing the edit.

Latest revision Your text
Line 6: Line 6:
Despite its name, SDI is not a subtype of [[directional influence]] (or DI), but a different mechanic altogether that can be performed under the same circumstances. The major difference is that, while DI changes the trajectory a character is launched in, SDI changes a character's position before launch. DI does not exist in the original ''[[Super Smash Bros.]]'', while SDI does; as a result, SDI in ''Super Smash Bros.'' is often referred to as simply "DI".
Despite its name, SDI is not a subtype of [[directional influence]] (or DI), but a different mechanic altogether that can be performed under the same circumstances. The major difference is that, while DI changes the trajectory a character is launched in, SDI changes a character's position before launch. DI does not exist in the original ''[[Super Smash Bros.]]'', while SDI does; as a result, SDI in ''Super Smash Bros.'' is often referred to as simply "DI".


The mechanics of SDI operate by shifting the character by a vector determined by the control stick. SDI is applied on every frame a control stick vector of sufficient length is input, in a new direction on either horizontal or vertical axis. As a result, repeatedly tapping in one direction will move the character much farther than simply holding the stick in that direction. In addition, because diagonals have both horizontal and vertical components, changing from an orthogonal position to an adjacent diagonal one will generate a new SDI input, while changing from a diagonal position to an adjacent orthogonal one will not. This results in a technique called '''quarter-circle DI''', which involves quickly rotating the stick between two orthogonal positions for increased distance. Quarter-circle DI was introduced to the United States by Japanese smasher {{Sm|Captain Jack}} and was once known as Japanese DI.
The mechanics of SDI operate by shifting the character by a vector determined by the control stick. SDI is applied on every frame a control stick vector of sufficient length is input, in a new direction on either horizontal or vertical axis. As a result, repeatedly tapping in one direction will move the character much farther than simply holding the stick in that direction. In addition, because diagonals have both horizontal and vertical components, changing from an orthogonal position to an adjacent diagonal one will generate a new SDI input, while changing from a diagonal position to an adjacent orthogonal one will not. This results in a technique called quarter-circle DI, which involves quickly rotating the stick between two orthogonal positions for increased distance. Quarter-circle DI was introduced to the United States by Japanese smasher {{Sm|Captain Jack}} and was once known as Japanese DI.


In ''Brawl'', the C-stick can assist in SDI. So-called '''double-stick SDI''' utilizes the C-stick's ability to override the control stick by holding one of the sticks in one direction and utilizing quarter-stick DI with the other.
In ''Brawl'', the C-stick can assist in SDI. So-called double-stick SDI utilizes the C-stick's ability to override the control stick by holding one of the sticks in one direction and utilizing quarter-stick DI with the other.


Whenever a character is hit on the ground by an attack that does not lift them off it, such as a weak [[meteor smash]] or move that launches at the [[Sakurai angle]], they can only leave ground horizontally, not vertically. This prevents them from SDIing upward and going airborne before getting launched by the attack, potentially allowing them to immediately land and cancel [[hitstun]]. When grounded, the horizontal component of a diagonal SDI vector still moves the character, only vertical component is negated. Consequently, quarter circle SDI and other methods to perform multiple SDI inputs still work. In ''Ultimate'' when hit with a move that will lift the victim off the ground, it is possible to SDI upwards only if the first SDI input is made on exactly frame 2 of hitlag, and it is in an upwards direction. Doing so lifts the opponent off the ground during hitlag, allowing for further upwards SDI inputs to be made. Notably, this allows opponents to jump out of fast hitting moves such as {{SSBU|Ryu}}'s down tilt which would otherwise force a landing during hitstun, before hitting the ground, as they will be launched from higher up, and thus the hitstun will end before they land. However, due to the frame perfect timing required, which also demands a correct prediction of what move will hit the victim and on what frame, this has little to no utility in realistic circumstances. The opponent can still SDI off the grounds when hit by an [[electric]] attack.
Whenever a character is hit on the ground by an attack that does not lift them off it, such as a weak [[meteor smash]] or move that launches at the [[Sakurai angle]], they can only leave ground horizontally, not vertically. This prevents them from SDIing upward and going airborne before getting launched by the attack, potentially allowing them to immediately land and cancel [[hitstun]]. When grounded, the horizontal component of a diagonal SDI vector still moves the character, only vertical component is negated. Consequently, quarter circle SDI and other methods to perform multiple SDI inputs still work. In ''Ultimate'' when hit with a move that will lift the victim off the ground, it is possible to SDI upwards only if the first SDI input is made on exactly frame 2 of hitlag, and it is in an upwards direction. Doing so lifts the opponent off the ground during hitlag, allowing for further upwards SDI inputs to be made. Notably, this allows opponents to jump out of fast hitting moves such as {{SSBU|Ryu}}'s down tilt which would otherwise force a landing during hitstun, before hitting the ground, as they will be launched from higher up, and thus the hitstun will end before they land. However, due to the frame perfect timing required, which also demands a correct prediction of what move will hit the victim and on what frame, this has little to no utility in realistic circumstances. The opponent can still SDI off the grounds when hit by an [[electric]] attack.

Please note that all contributions to SmashWiki are considered to be released under the Attribution-ShareAlike 3.0 Unported license (see SmashWiki:Copyrights for details). Your changes will be visible immediately. Please enter a summary of your changes above.

Do not submit copyrighted work without permission!

Cancel Editing help (opens in new window)

Templates used on this page: