For-Each Loop

Enable by adding using for loops to your script.

A new kind of loop syntax that stores the loop index and value in variables for convenience.

This can be used to avoid confusion when nesting multiple loops inside each other.

for {_index}, {_value} in {my list::*}:
    broadcast "%{_index}%: %{_value}%"

for each {_player} in all players:
    send "Hello %{_player}%!" to {_player}

All existing loop features are also available in this section.

Queue

Enable by adding using queues to your script.

A collection that removes elements whenever they are requested.

This is useful for processing tasks or keeping track of things that need to happen only once.

set {queue} to a new queue of "hello" and "world"

broadcast the first element of {queue}
# "hello" is now removed

broadcast the first element of {queue}
# "world" is now removed

# queue is empty

set {queue} to a new queue of all players

set {player 1} to a random element out of {queue} 
set {player 2} to a random element out of {queue}
# players 1 and 2 are guaranteed to be distinct

Queues can be looped over like a regular list.

Script Reflection

Enable by adding using script reflection to your script.

This feature includes:

• The ability to reference a script in code.
• Finding and running functions by name.
• Reading configuration files and values.

Local Variable Type Hints

Enable by adding using type hints to your script.

Local variable type hints enable Skript to understand what kind of values your local variables will hold at parse time. Consider the following example:

set {_a} to 5
set {_b} to "some string"
... do stuff ...
set {_c} to {_a} in lowercase # oops i used the wrong variable

Previously, the code above would parse without issue. However, Skript now understands that when it is used, {_a} could only be a number (and not a text). Thus, the code above would now error with a message about mismatched types.

Please note that this feature is currently only supported by simple local variables. A simple local variable is one whose name does not contain any expressions:

{_var} # can use type hints
{_var::%player's name%} # can't use type hints

Runtime Error Catching

Enable by adding using error catching to your script.

A new catch [run[ ]time] error[s] section allows you to catch and suppress runtime errors within it and access them later with [the] last caught [run[ ]time] errors.

catch runtime errors:
    ...
    set worldborder center of {_border} to {_my unsafe location}
    ...
if last caught runtime errors contains "Your location can't have a NaN value as one of its components":
    set worldborder center of {_border} to location(0, 0, 0)

Damage Sources

Enable by adding using damage sources to your script.

Note that type has been removed as an option for the 'damage cause' expression as damage cause and damage type now refer to different things.

Damage sources are a more advanced and detailed version of damage causes. Damage sources include information such as the type of damage, the location where the damage originated from, the entity that directly caused the damage, and more.

Below is an example of what damaging using custom damage sources looks like:

damage all players by 5 using a custom damage source:
	set the damage type to magic
	set the causing entity to {_player}
	set the direct entity to {_arrow}
	set the damage location to location(0, 0, 10)

For more details about the syntax, visit damage source on our documentation website.

Equippable Components

Enable by adding using equippable components to your script.

Equippable components allows retrieving and changing the data of an item in the usage as equipment/armor.

Below is an example of creating a blank equippable component, modifying it, and applying it to an item:

set {_component} to a blank equippable component:
	set the camera overlay to "custom_overlay"
	set the allowed entities to a zombie and a skeleton
	set the equip sound to "block.note_block.pling"
	set the equipped model id to "custom_model"
	set the shear sound to "ui.toast.in"
	set the equipment slot to chest slot
	allow event-equippable component to be damage when hurt
	allow event-equippable component to be dispensed
	allow event-equippable component to be equipped onto entities
	allow event-equippable component to be sheared off
	allow event-equippable component to swap equipment
set the equippable component of {_item} to {_component}

Changes can be made directly on to the existing equippable component of an item whether using the item itself or the retrieved equippable component

set the equipment slot of {_item} to helmet slot
    
set {_component} to the equippable component of {_item}
allow {_component} to swap equipment

For more details about the syntax, visit equippable component on our documentation website.