WorldRoot

WorldRoot : Instance

Overview

A WorldRoot is a class used for detecting or simulating Objects in 3D space

Properties

Methods

Raycast

It casts an invisible ray from a given origin in a specified direction to detect Objects along the path, returning the result as a RaycastResult Object.

You can optionally use a RaycastParams Object to define specific targets or conditions for detection. If omitted, the default settings apply, and all parts become detectable.

Parameters

Vector3 InOrigin	The starting point from which the ray is cast.
Vector3 InDirection	This vector defines the direction of the ray. The length (magnitude) of this vector also determines how far the ray can detect Objects.
RaycastParams InRaycastParams	This configuration Object is used to define the conditions for which Objects should be detected.

Return

RaycastResult

Code Samples

local Workspace = game:GetService("Workspace")

local Origin = Vector3.new(0, 50, 0)
local Direction = Vector3.new(0, 0, -3000)

local RaycastParams = RaycastParams.new()
RaycastParams.FilterType = Enum.RaycastFilterType.Exclude 
RaycastParams.FilterDescendantsInstances = 
{ 
    Workspace.Part
}

local Result = Workspace:Raycast(Origin, Direction, RaycastParams)
if Result then
    print("Result Position : ", Result.Position)
    print("Result Name : ", Result.Instance.Name)
else
    print("Result nil")
end

GetPartBoundsInBox

Searches for and returns an array of parts that overlap with a box-shaped region defined by a given center and size.

Detection is based on each part's bounding box rather than its actual shape, so accuracy may be lower for non-cuboid forms like spheres, cylinders, or complex MeshParts.

Use OverlapParams to fine-tune filtering conditions and detection scope.

Parameters

CFrame InCenter	This is the center coordinate of the area to be detected.
Vector3 InSize	These are the width, height, and depth of the box-shaped detection area.
OverlapParams InOverlapParams	This configuration Object is used to define the conditions for which Objects should be detected.

Return

array

Code Samples

local Center = Vector3.new(0, 50, 0)
local Size = Vector3.new(1000, 1000, 1000)
local Cframe = CFrame.new(Center)
local PartsInBox = workspace:GetPartBoundsInBox(Cframe, Size)

for _, obj in ipairs(PartsInBox) do
    print(obj.Name)
end

GetPartBoundsInSphere

Returns an array of parts within a sphere defined by center and radius. Useful for proximity checks and area-of-effect queries. Uses bounding boxes, so complex shapes may be approximated.

Parameters

CFrame InCenter
number InRadius
OverlapParams InOverlapParams

Return

array

Code Samples

GetPartsInPart

Returns an array of parts that overlap with the specified BasePart. Filtering can be customized via OverlapParams to include/exclude certain objects.

Parameters

BasePart InBasePart
OverlapParams InOverlapParams

Return

array

Code Samples

DrawRay

This method displays a ray of a specified color on the screen based on a given origin and direction for visual representation.

This is mainly used for debugging and is helpful for visually identifying the direction and destination of a Raycast.

Parameters

Vector3 InOrigin	The starting point from which the ray is cast.
Vector3 InDirection	This vector defines the direction of the ray. The length (magnitude) of this vector also determines how far the ray can detect Objects.
Color3 InColor	The color of the ray.
number InThickness	The width of the ray.
number InLifeTime	The duration (in seconds) that the ray persists in the world.

Return

void

Code Samples

local Workspace = game:GetService("Workspace")

local Origin = Vector3.new(0, 50, 0)
local Direction = Vector3.new(0, 0, -1000)
local Color = Color3.fromRGB(255, 0, 0)
local Thickness = 5
local LifeTime = 1.5

Workspace:DrawRay(Origin, Direction, Color, Thickness, LifeTime)

Events