Table of Contents

Class Array

A built-in data structure that holds a sequence of elements.

Array

Remarks

An array data structure that can contain a sequence of elements of any Variant type. Elements are accessed by a numerical index starting at 0. Negative indices are used to count from the back (-1 is the last element, -2 is the second to last, etc.).

var array = ["First", 2, 3, "Last"]
print(array[0])  # Prints "First"
print(array[2])  # Prints 3
print(array[-1]) # Prints "Last"

array[1] = "Second"
print(array[1])  # Prints "Second"
print(array[-3]) # Prints "Second"

Note: Arrays are always passed by reference. To get a copy of an array that can be modified independently of the original array, use Array.duplicate.

Note: Erasing elements while iterating over arrays is not supported and will result in unpredictable behavior.

Differences between packed arrays, typed arrays, and untyped arrays: Packed arrays are generally faster to iterate on and modify compared to a typed array of the same type (e.g. PackedInt64Array versus Array[int]). Also, packed arrays consume less memory. As a downside, packed arrays are less flexible as they don't offer as many convenience methods such as Array.map. Typed arrays are in turn faster to iterate on and modify than untyped arrays.

Constructors

Array

Constructs an empty Array.

Array Array

Array(Array, int, StringName, Variant)

Creates a typed array from the base array. A typed array can only contain elements of the given type, or that inherit from the given class, as described by this constructor's parameters:

  • type is the built-in Variant type, as one the Variant.Type constants.

  • class_name is the built-in class name (see get_class).

  • script is the associated script. It must be a Script instance or null.

If type is not @GlobalScope.TYPE_OBJECT, class_name must be an empty StringName and script must be null.

class_name Sword
extends Node

class Stats:
    pass

func _ready():
    var a = Array([], TYPE_INT, "", null)               # Array[int]
    var b = Array([], TYPE_OBJECT, "Node", null)        # Array[Node]
    var c = Array([], TYPE_OBJECT, "Node", Sword)       # Array[Sword]
    var d = Array([], TYPE_OBJECT, "RefCounted", Stats) # Array[Stats]

The base array's elements are converted when necessary. If this is not possible or base is already typed, this constructor fails and returns an empty Array.

In GDScript, this constructor is usually not necessary, as it is possible to create a typed array through static typing:

var numbers: Array[float] = []
var children: Array[Node] = [$Node, $Sprite2D, $RigidBody3D]

var integers: Array[int] = [0.2, 4.5, -2.0]
print(integers) # Prints [0, 4, -2]


Array Array(Array base, int type, StringName class_name, Variant script)

Parameters

base Array
type int
class_name StringName
script Variant

Array(Array)

Returns the same array as from. If you need a copy of the array, use Array.duplicate.

Array Array(Array from)

Parameters

from Array

Array(PackedByteArray)

Constructs an array from a PackedByteArray.

Array Array(PackedByteArray from)

Parameters

from PackedByteArray

Array(PackedColorArray)

Constructs an array from a PackedColorArray.

Array Array(PackedColorArray from)

Parameters

from PackedColorArray

Array(PackedFloat32Array)

Constructs an array from a PackedFloat32Array.

Array Array(PackedFloat32Array from)

Parameters

from PackedFloat32Array

Array(PackedFloat64Array)

Constructs an array from a PackedFloat64Array.

Array Array(PackedFloat64Array from)

Parameters

from PackedFloat64Array

Array(PackedInt32Array)

Constructs an array from a PackedInt32Array.

Array Array(PackedInt32Array from)

Parameters

from PackedInt32Array

Array(PackedInt64Array)

Constructs an array from a PackedInt64Array.

Array Array(PackedInt64Array from)

Parameters

from PackedInt64Array

Array(PackedStringArray)

Constructs an array from a PackedStringArray.

Array Array(PackedStringArray from)

Parameters

from PackedStringArray

Array(PackedVector2Array)

Constructs an array from a PackedVector2Array.

Array Array(PackedVector2Array from)

Parameters

from PackedVector2Array

Array(PackedVector3Array)

Constructs an array from a PackedVector3Array.

Array Array(PackedVector3Array from)

Parameters

from PackedVector3Array

Array(PackedVector4Array)

Constructs an array from a PackedVector4Array.

Array Array(PackedVector4Array from)

Parameters

from PackedVector4Array

Methods

all(Callable)

Qualifiers: const

Calls the given Callable on each element in the array and returns true if the Callable returns true for all elements in the array. If the Callable returns false for one array element or more, this method returns false.

The method should take one Variant parameter (the current array element) and return a bool.

func greater_than_5(number):
    return number > 5

func _ready():
    print([6, 10, 6].all(greater_than_5)) # Prints true (3/3 elements evaluate to true).
    print([4, 10, 4].all(greater_than_5)) # Prints false (1/3 elements evaluate to true).
    print([4, 4, 4].all(greater_than_5))  # Prints false (0/3 elements evaluate to true).
    print([].all(greater_than_5))         # Prints true (0/0 elements evaluate to true).

    # Same as the first line above, but using a lambda function.
    print([6, 10, 6].all(func(element): return element > 5)) # Prints true

See also Array.any, Array.filter, Array.map and Array.reduce.

Note: Unlike relying on the size of an array returned by Array.filter, this method will return as early as possible to improve performance (especially with large arrays).

Note: For an empty array, this method always returns true.

bool all(Callable method)

Parameters

method Callable

any(Callable)

Qualifiers: const

Calls the given Callable on each element in the array and returns true if the Callable returns true for one or more elements in the array. If the Callable returns false for all elements in the array, this method returns false.

The method should take one Variant parameter (the current array element) and return a bool.

func greater_than_5(number):
    return number > 5

func _ready():
    print([6, 10, 6].any(greater_than_5)) # Prints true (3 elements evaluate to true).
    print([4, 10, 4].any(greater_than_5)) # Prints true (1 elements evaluate to true).
    print([4, 4, 4].any(greater_than_5))  # Prints false (0 elements evaluate to true).
    print([].any(greater_than_5))         # Prints false (0 elements evaluate to true).

    # Same as the first line above, but using a lambda function.
    print([6, 10, 6].any(func(number): return number > 5)) # Prints true

See also Array.all, Array.filter, Array.map and Array.reduce.

Note: Unlike relying on the size of an array returned by Array.filter, this method will return as early as possible to improve performance (especially with large arrays).

Note: For an empty array, this method always returns false.

bool any(Callable method)

Parameters

method Callable

append(Variant)

Appends value at the end of the array (alias of Array.push_back).

void append(Variant value)

Parameters

value Variant

append_array(Array)

Appends another array at the end of this array.

var numbers = [1, 2, 3]
var extra = [4, 5, 6]
numbers.append_array(extra)
print(numbers) # Prints [1, 2, 3, 4, 5, 6]


void append_array(Array array)

Parameters

array Array

assign(Array)

Assigns elements of another array into the array. Resizes the array to match array. Performs type conversions if the array is typed.

void assign(Array array)

Parameters

array Array

back

Qualifiers: const

Returns the last element of the array. If the array is empty, fails and returns null. See also front.

Note: Unlike with the [] operator (array[-1]), an error is generated without stopping project execution.

Variant back

bsearch(Variant, bool)

Qualifiers: const

Returns the index of value in the sorted array. If it cannot be found, returns where value should be inserted to keep the array sorted. The algorithm used is binary search.

If before is true (as by default), the returned index comes before all existing elements equal to value in the array.

var numbers = [2, 4, 8, 10]
var idx = numbers.bsearch(7)

numbers.insert(idx, 7)
print(numbers) # Prints [2, 4, 7, 8, 10]

var fruits = ["Apple", "Lemon", "Lemon", "Orange"]
print(fruits.bsearch("Lemon", true))  # Prints 1, points at the first "Lemon".
print(fruits.bsearch("Lemon", false)) # Prints 3, points at "Orange".

Note: Calling Array.bsearch on an unsorted array will result in unexpected behavior. Use sort before calling this method.

int bsearch(Variant value, bool before)

Parameters

value Variant
before bool

bsearch_custom(Variant, Callable, bool)

Qualifiers: const

Returns the index of value in the sorted array. If it cannot be found, returns where value should be inserted to keep the array sorted (using func for the comparisons). The algorithm used is binary search.

Similar to Array.sort_custom, func is called as many times as necessary, receiving one array element and value as arguments. The function should return true if the array element should be behind value, otherwise it should return false.

If before is true (as by default), the returned index comes before all existing elements equal to value in the array.

func sort_by_amount(a, b):
    if a[1] < b[1]:
        return true
    return false

func _ready():
    var my_items = [["Tomato", 2], ["Kiwi", 5], ["Rice", 9]]

    var apple = ["Apple", 5]
    # "Apple" is inserted before "Kiwi".
    my_items.insert(my_items.bsearch_custom(apple, sort_by_amount, true), apple)

    var banana = ["Banana", 5]
    # "Banana" is inserted after "Kiwi".
    my_items.insert(my_items.bsearch_custom(banana, sort_by_amount, false), banana)

    # Prints [["Tomato", 2], ["Apple", 5], ["Kiwi", 5], ["Banana", 5], ["Rice", 9]]
    print(my_items)

Note: Calling Array.bsearch_custom on an unsorted array will result in unexpected behavior. Use Array.sort_custom with func before calling this method.

int bsearch_custom(Variant value, Callable func, bool before)

Parameters

value Variant
func Callable
before bool

clear

Removes all elements from the array. This is equivalent to using Array.resize with a size of 0.

void clear

count(Variant)

Qualifiers: const

Returns the number of times an element is in the array.

To count how many elements in an array satisfy a condition, see Array.reduce.

int count(Variant value)

Parameters

value Variant

duplicate(bool)

Qualifiers: const

Returns a new copy of the array.

By default, a shallow copy is returned: all nested Array and Dictionary elements are shared with the original array. Modifying them in one array will also affect them in the other.

If deep is true, a deep copy is returned: all nested arrays and dictionaries are also duplicated (recursively).

Array duplicate(bool deep)

Parameters

deep bool

erase(Variant)

Finds and removes the first occurrence of value from the array. If value does not exist in the array, nothing happens. To remove an element by index, use Array.remove_at instead.

Note: This method shifts every element's index after the removed value back, which may have a noticeable performance cost, especially on larger arrays.

Note: Erasing elements while iterating over arrays is not supported and will result in unpredictable behavior.

void erase(Variant value)

Parameters

value Variant

fill(Variant)

Assigns the given value to all elements in the array.

This method can often be combined with Array.resize to create an array with a given size and initialized elements:

var array = []
array.resize(5)
array.fill(2)
print(array) # Prints [2, 2, 2, 2, 2]

Note: If value is a Variant passed by reference (Object-derived, Array, Dictionary, etc.), the array will be filled with references to the same value, which are not duplicates.

void fill(Variant value)

Parameters

value Variant

filter(Callable)

Qualifiers: const

Calls the given Callable on each element in the array and returns a new, filtered Array.

The method receives one of the array elements as an argument, and should return true to add the element to the filtered array, or false to exclude it.

func is_even(number):
    return number % 2 == 0

func _ready():
    print([1, 4, 5, 8].filter(is_even)) # Prints [4, 8]

    # Same as above, but using a lambda function.
    print([1, 4, 5, 8].filter(func(number): return number % 2 == 0))

See also Array.any, Array.all, Array.map and Array.reduce.

Array filter(Callable method)

Parameters

method Callable

find(Variant, int)

Qualifiers: const

Returns the index of the first occurrence of what in this array, or -1 if there are none. The search's start can be specified with from, continuing to the end of the array.

Note: If you just want to know whether the array contains what, use Array.has (Contains in C#). In GDScript, you may also use the in operator.

Note: For performance reasons, the search is affected by what's Variant.Type. For example, 7 (int) and 7.0 (float) are not considered equal for this method.

int find(Variant what, int from)

Parameters

what Variant
from int

find_custom(Callable, int)

Qualifiers: const

Returns the index of the first element in the array that causes method to return true, or -1 if there are none. The search's start can be specified with from, continuing to the end of the array.

method is a callable that takes an element of the array, and returns a bool.

Note: If you just want to know whether the array contains anything that satisfies method, use Array.any.

func is_even(number):
    return number % 2 == 0

func _ready():
    print([1, 3, 4, 7].find_custom(is_even.bind())) # Prints 2


int find_custom(Callable method, int from)

Parameters

method Callable
from int

front

Qualifiers: const

Returns the first element of the array. If the array is empty, fails and returns null. See also back.

Note: Unlike with the [] operator (array[0]), an error is generated without stopping project execution.

Variant front

get(int)

Qualifiers: const

Returns the element at the given index in the array. This is the same as using the [] operator (array[index]).

Variant get(int index)

Parameters

index int

get_typed_builtin

Qualifiers: const

Returns the built-in Variant type of the typed array as a Variant.Type constant. If the array is not typed, returns @GlobalScope.TYPE_NIL. See also is_typed.

int get_typed_builtin

get_typed_class_name

Qualifiers: const

Returns the built-in class name of the typed array, if the built-in Variant type @GlobalScope.TYPE_OBJECT. Otherwise, returns an empty StringName. See also is_typed and get_class.

StringName get_typed_class_name

get_typed_script

Qualifiers: const

Returns the Script instance associated with this typed array, or null if it does not exist. See also is_typed.

Variant get_typed_script

has(Variant)

Qualifiers: const

Returns true if the array contains the given value.

print(["inside", 7].has("inside"))  # Prints true
print(["inside", 7].has("outside")) # Prints false
print(["inside", 7].has(7))         # Prints true
print(["inside", 7].has("7"))       # Prints false

In GDScript, this is equivalent to the in operator:

if 4 in [2, 4, 6, 8]:
    print("4 is here!") # Will be printed.

Note: For performance reasons, the search is affected by the value's Variant.Type. For example, 7 (int) and 7.0 (float) are not considered equal for this method.

bool has(Variant value)

Parameters

value Variant

hash

Qualifiers: const

Returns a hashed 32-bit integer value representing the array and its contents.

Note: Arrays with equal hash values are not guaranteed to be the same, as a result of hash collisions. On the countrary, arrays with different hash values are guaranteed to be different.

int hash

insert(int, Variant)

Inserts a new element (value) at a given index (position) in the array. position should be between 0 and the array's size.

Returns @GlobalScope.OK on success, or one of the other Error constants if this method fails.

Note: Every element's index after position needs to be shifted forward, which may have a noticeable performance cost, especially on larger arrays.

int insert(int position, Variant value)

Parameters

position int
value Variant

is_empty

Qualifiers: const

Returns true if the array is empty ([]). See also size.

bool is_empty

is_read_only

Qualifiers: const

Returns true if the array is read-only. See make_read_only.

In GDScript, arrays are automatically read-only if declared with the const keyword.

bool is_read_only

is_same_typed(Array)

Qualifiers: const

Returns true if this array is typed the same as the given array. See also is_typed.

bool is_same_typed(Array array)

Parameters

array Array

is_typed

Qualifiers: const

Returns true if the array is typed. Typed arrays can only contain elements of a specific type, as defined by the typed array constructor. The methods of a typed array are still expected to return a generic Variant.

In GDScript, it is possible to define a typed array with static typing:

var numbers: Array[float] = [0.2, 4.2, -2.0]
print(numbers.is_typed()) # Prints true


bool is_typed

make_read_only

Makes the array read-only. The array's elements cannot be overridden with different values, and their order cannot change. Does not apply to nested elements, such as dictionaries.

In GDScript, arrays are automatically read-only if declared with the const keyword.

void make_read_only

map(Callable)

Qualifiers: const

Calls the given Callable for each element in the array and returns a new array filled with values returned by the method.

The method should take one Variant parameter (the current array element) and can return any Variant.

func double(number):
    return number * 2

func _ready():
    print([1, 2, 3].map(double)) # Prints [2, 4, 6]

    # Same as above, but using a lambda function.
    print([1, 2, 3].map(func(element): return element * 2))

See also Array.filter, Array.reduce, Array.any and Array.all.

Array map(Callable method)

Parameters

method Callable

max

Qualifiers: const

Returns the maximum value contained in the array, if all elements can be compared. Otherwise, returns null. See also min.

To find the maximum value using a custom comparator, you can use Array.reduce.

Variant max

min

Qualifiers: const

Returns the minimum value contained in the array, if all elements can be compared. Otherwise, returns null. See also max.

Variant min

pick_random

Qualifiers: const

Returns a random element from the array. Generates an error and returns null if the array is empty.

# May print 1, 2, 3.25, or "Hi".
print([1, 2, 3.25, "Hi"].pick_random())

Note: Like many similar functions in the engine (such as randi or shuffle), this method uses a common, global random seed. To get a predictable outcome from this method, see @GlobalScope.seed.

Variant pick_random

pop_at(int)

Removes and returns the element of the array at index position. If negative, position is considered relative to the end of the array. Returns null if the array is empty. If position is out of bounds, an error message is also generated.

Note: This method shifts every element's index after position back, which may have a noticeable performance cost, especially on larger arrays.

Variant pop_at(int position)

Parameters

position int

pop_back

Removes and returns the last element of the array. Returns null if the array is empty, without generating an error. See also pop_front.

Variant pop_back

pop_front

Removes and returns the first element of the array. Returns null if the array is empty, without generating an error. See also pop_back.

Note: This method shifts every other element's index back, which may have a noticeable performance cost, especially on larger arrays.

Variant pop_front

push_back(Variant)

Appends an element at the end of the array. See also Array.push_front.

void push_back(Variant value)

Parameters

value Variant

push_front(Variant)

Adds an element at the beginning of the array. See also Array.push_back.

Note: This method shifts every other element's index forward, which may have a noticeable performance cost, especially on larger arrays.

void push_front(Variant value)

Parameters

value Variant

reduce(Callable, Variant)

Qualifiers: const

Calls the given Callable for each element in array, accumulates the result in accum, then returns it.

The method takes two arguments: the current value of accum and the current array element. If accum is null (as by default), the iteration will start from the second element, with the first one used as initial value of accum.

func sum(accum, number):
    return accum + number

func _ready():
    print([1, 2, 3].reduce(sum, 0))  # Prints 6
    print([1, 2, 3].reduce(sum, 10)) # Prints 16

    # Same as above, but using a lambda function.
    print([1, 2, 3].reduce(func(accum, number): return accum + number, 10))

If max is not desirable, this method may also be used to implement a custom comparator:

func _ready():
    var arr = [Vector2i(5, 0), Vector2i(3, 4), Vector2i(1, 2)]

    var longest_vec = arr.reduce(func(max, vec): return vec if is_length_greater(vec, max) else max)
    print(longest_vec) # Prints (3, 4)

func is_length_greater(a, b):
    return a.length() > b.length()

This method can also be used to count how many elements in an array satisfy a certain condition, similar to Array.count:

func is_even(number):
    return number % 2 == 0

func _ready():
    var arr = [1, 2, 3, 4, 5]
    # If the current element is even, increment count, otherwise leave count the same.
    var even_count = arr.reduce(func(count, next): return count + 1 if is_even(next) else count, 0)
    print(even_count) # Prints 2

See also Array.map, Array.filter, Array.any, and Array.all.

Variant reduce(Callable method, Variant accum)

Parameters

method Callable
accum Variant

remove_at(int)

Removes the element from the array at the given index (position). If the index is out of bounds, this method fails.

If you need to return the removed element, use Array.pop_at. To remove an element by value, use Array.erase instead.

Note: This method shifts every element's index after position back, which may have a noticeable performance cost, especially on larger arrays.

Note: The position cannot be negative. To remove an element relative to the end of the array, use arr.remove_at(arr.size() - (i + 1)). To remove the last element from the array, use arr.resize(arr.size() - 1).

void remove_at(int position)

Parameters

position int

resize(int)

Sets the array's number of elements to size. If size is smaller than the array's current size, the elements at the end are removed. If size is greater, new default elements (usually null) are added, depending on the array's type.

Returns @GlobalScope.OK on success, or one of the other Error constants if this method fails.

Note: Calling this method once and assigning the new values is faster than calling Array.append for every new element.

int resize(int size)

Parameters

size int

reverse

Reverses the order of all elements in the array.

void reverse

rfind(Variant, int)

Qualifiers: const

Returns the index of the last occurrence of what in this array, or -1 if there are none. The search's start can be specified with from, continuing to the beginning of the array. This method is the reverse of Array.find.

int rfind(Variant what, int from)

Parameters

what Variant
from int

rfind_custom(Callable, int)

Qualifiers: const

Returns the index of the last element of the array that causes method to return true, or -1 if there are none. The search's start can be specified with from, continuing to the beginning of the array. This method is the reverse of Array.find_custom.

int rfind_custom(Callable method, int from)

Parameters

method Callable
from int

set(int, Variant)

Sets the value of the element at the given index to the given value. This will not change the size of the array, it only changes the value at an index already in the array. This is the same as using the [] operator (array[index] = value).

void set(int index, Variant value)

Parameters

index int
value Variant

shuffle

Shuffles all elements of the array in a random order.

Note: Like many similar functions in the engine (such as randi or pick_random), this method uses a common, global random seed. To get a predictable outcome from this method, see @GlobalScope.seed.

void shuffle

size

Qualifiers: const

Returns the number of elements in the array. Empty arrays ([]) always return 0. See also is_empty.

int size

slice(int, int, int, bool)

Qualifiers: const

Returns a new Array containing this array's elements, from index begin (inclusive) to end (exclusive), every step elements.

If either begin or end are negative, their value is relative to the end of the array.

If step is negative, this method iterates through the array in reverse, returning a slice ordered backwards. For this to work, begin must be greater than end.

If deep is true, all nested Array and Dictionary elements in the slice are duplicated from the original, recursively. See also Array.duplicate).

var letters = ["A", "B", "C", "D", "E", "F"]

print(letters.slice(0, 2))  # Prints ["A", "B"]
print(letters.slice(2, -2)) # Prints ["C", "D"]
print(letters.slice(-2, 6)) # Prints ["E", "F"]

print(letters.slice(0, 6, 2))  # Prints ["A", "C", "E"]
print(letters.slice(4, 1, -1)) # Prints ["E", "D", "C"]


Array slice(int begin, int end, int step, bool deep)

Parameters

begin int
end int
step int
deep bool

sort

Sorts the array in ascending order. The final order is dependent on the "less than" (<) comparison between elements.

var numbers = [10, 5, 2.5, 8]
numbers.sort()
print(numbers) # Prints [2.5, 5, 8, 10]

Note: The sorting algorithm used is not stable. This means that equivalent elements (such as 2 and 2.0) may have their order changed when calling sort.

void sort

sort_custom(Callable)

Sorts the array using a custom Callable.

func is called as many times as necessary, receiving two array elements as arguments. The function should return true if the first element should be moved before the second one, otherwise it should return false.

func sort_ascending(a, b):
    if a[1] < b[1]:
        return true
    return false

func _ready():
    var my_items = [["Tomato", 5], ["Apple", 9], ["Rice", 4]]
    my_items.sort_custom(sort_ascending)
    print(my_items) # Prints [["Rice", 4], ["Tomato", 5], ["Apple", 9]]

    # Sort descending, using a lambda function.
    my_items.sort_custom(func(a, b): return a[1] > b[1])
    print(my_items) # Prints [["Apple", 9], ["Tomato", 5], ["Rice", 4]]

It may also be necessary to use this method to sort strings by natural order, with String.naturalnocasecmp_to, as in the following example:

var files = ["newfile1", "newfile2", "newfile10", "newfile11"]
files.sort_custom(func(a, b): return a.naturalnocasecmp_to(b) < 0)
print(files) # Prints ["newfile1", "newfile2", "newfile10", "newfile11"]

Note: In C#, this method is not supported.

Note: The sorting algorithm used is not stable. This means that values considered equal may have their order changed when calling this method.

Note: You should not randomize the return value of func, as the heapsort algorithm expects a consistent result. Randomizing the return value will result in unexpected behavior.

void sort_custom(Callable func)

Parameters

func Callable

Operators

!= (Array)

Returns true if the array's size or its elements are different than right's.

bool != (Array right)

Parameters

right Array

+ (Array)

Appends the right array to the left operand, creating a new Array. This is also known as an array concatenation.

var array1 = ["One", 2]
var array2 = [3, "Four"]
print(array1 + array2) # Prints ["One", 2, 3, "Four"]

Note: For existing arrays, Array.append_array is much more efficient than concatenation and assignment with the += operator.

Array + (Array right)

Parameters

right Array

< (Array)

Compares the elements of both arrays in order, starting from index 0 and ending on the last index in common between both arrays. For each pair of elements, returns true if this array's element is less than right's, false if this element is greater. Otherwise, continues to the next pair.

If all searched elements are equal, returns true if this array's size is less than right's, otherwise returns false.

bool < (Array right)

Parameters

right Array

<= (Array)

Compares the elements of both arrays in order, starting from index 0 and ending on the last index in common between both arrays. For each pair of elements, returns true if this array's element is less than right's, false if this element is greater. Otherwise, continues to the next pair.

If all searched elements are equal, returns true if this array's size is less or equal to right's, otherwise returns false.

bool <= (Array right)

Parameters

right Array

== (Array)

Compares the left operand Array against the right Array. Returns true if the sizes and contents of the arrays are equal, false otherwise.

bool == (Array right)

Parameters

right Array

> (Array)

Compares the elements of both arrays in order, starting from index 0 and ending on the last index in common between both arrays. For each pair of elements, returns true if this array's element is greater than right's, false if this element is less. Otherwise, continues to the next pair.

If all searched elements are equal, returns true if this array's size is greater than right's, otherwise returns false.

bool > (Array right)

Parameters

right Array

>= (Array)

Compares the elements of both arrays in order, starting from index 0 and ending on the last index in common between both arrays. For each pair of elements, returns true if this array's element is greater than right's, false if this element is less. Otherwise, continues to the next pair.

If all searched elements are equal, returns true if this array's size is greater or equal to right's, otherwise returns false.

bool >= (Array right)

Parameters

right Array

[] (int)

Returns the Variant element at the specified index. Arrays start at index 0. If index is greater or equal to 0, the element is fetched starting from the beginning of the array. If index is a negative value, the element is fetched starting from the end. Accessing an array out-of-bounds will cause a run-time error, pausing the project execution if run from the editor.

Variant [] (int index)

Parameters

index int