Find nodes in the scene by name.

-- Find all airplane objects in scene
AirPlanesArray = SimLabUtils:FindNodesByName("AirPlane")

Find nodes in the scene by attribute name.

-- Find all airplane objects in scene
AirPlanesArray = SimLabUtils:FindNodesByAttribute("AirPlane")

Find animation sequences in the scene by name.

-- Assuming that Sequence_1 exists.
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.
local Sequence = Sequences[1]

Sequence:SetPlayRange(0, 100)

Find scene states in the scene by name.

local SceneStates = SimLabUtils:FindSceneStatesByName("Mid") -- Replace "Mid" with the name of your scene state.
local SceneState = SceneStates[1]

print(SceneState:GetSceneStateName())

SceneState:Apply()

Opens a VR package from a specified path and closes current scene.

-- Change from first level to second level in game
SimLabUtils:OpenVRPackage("C:/SecondLevel.vrpackage")

Import a VR package from a path or URL with a specified transform into the current scene.

-- Add box to scene
SimLabUtils:ImportVRPackage("C:/Box.vrpackage", UE.FTransform(UE.FRotator(0, 0, 0), UE.FVector(0, 0, 0), UE.FVector(1, 1, 1)))

Get a variable by name.

local NumVariable = SimLabUtils:GetVariableByName("num") -- Replace "num" with the name of your variable.
NumVariable:SetNumberValue(num + 2)

Get the first player controller.

-- Retrieve the first player controller.
local Player = SimLabUtils:GetFirstPlayerController()
local CameraTransform = Player:GetCameraTransform()

Get the Device Category.

local DeviceCategory = SimLabUtils:GetDeviceCategory()
print(DeviceCategory)

Check whether the collaboration session is active.

-- Check if the user is in a collaboration session.
if SimLabUtils:InCollaboration() then 
 print("yes") 
else 
 print("no")  
end

Get language tag.

-- Get the current language of the system.
local Language = SimLabUtils:GetLanguage()
print(Language)

Get the active mode.

local Mode = SimLabUtils:GetActiveMode()
print(Mode)

Create a new HTTP request.

-- New Rest API request object
HttpRequest = SimLabUtils:NewHttpRequest()

Create a new JSON object.

-- Create a new JSON object
JSON_Object = SimLabUtils:NewJsonObject()

Create a new JSON value.

-- Create a new JSON value
local OutJSONArray1 = SimLabUtils:NewJsonValue()

Print a log message to the screen.

print("This is a log message.")

Get the material associated with this object node.

local Nodes1 = SimLabUtils:FindNodesByName("3DBox") -- Replace "3DBox" with the name of your material.
local Box = Nodes1[1]

local BoxMaterial = Box:GetMaterial()

Set the material for an object node.

-- Swap materials between two objects
local Nodes1 = SimLabUtils:FindNodesByName("3DBox") -- Replace "3DBox" with the name of your first material.
local Box = Nodes1[1]

local Nodes2 = SimLabUtils:FindNodesByName("3DSphere") -- Replace "3DSphere" with the name of your second material.
local Sphere = Nodes2[1]

local BoxMaterial = Box:GetMaterial()
local SphereMaterial = Sphere:GetMaterial()

print(BoxMaterial:GetMaterialName())
print(SphereMaterial:GetMaterialName())

Box:SetMaterial(SphereMaterial)
Sphere:SetMaterial(BoxMaterial)

Toggle the playback state of the sound.

local SoundNodes = SimLabUtils:FindNodesByAttribute("SoundNode")
if SoundNode then
   SoundNodes[1]:ToggleState()
else
  print("No Sound node found")
end

Start playing the sound.

local SoundNodes = SimLabUtils:FindNodesByAttribute("SoundNode") -- Replace "SoundNode" with the name of your sound node. 
local SoundNode = SoundNodes[1]
if SoundNode then
   SoundNode:Play()
else
   print("No Sound node found")
end

Stop the sound playback.

local SoundNodes = SimLabUtils:FindNodesByAttribute("SoundNode") -- Replace "SoundNode" with the name of your sound node. 
local SoundNode = SoundNodes[1]

if SoundNode then
   SoundNode:Stop()
else
   print("No Sound node found")
end

Seek to a specific time in the sound playback.

local SoundNodes = SimLabUtils:FindNodesByAttribute("SoundNode")
local SoundNode = SoundNodes[1]

if SoundNode then
   SoundNode:Seek(5000) -- Seek to 5 seconds
else
   print("No Sound node found")
end

Play the sound for a specified duration.

local SoundNodes = SimLabUtils:FindNodesByAttribute("SoundNode")
local SoundNode = SoundNodes[1]
if SoundNode then
   SoundNode:PlayDuration(10000) -- Play for 10 seconds
else
   print("No Sound node found")
end

Get the camera's transform.

local Player = SimLabUtils:GetFirstPlayerController()
local CameraTransform = Player:GetCameraTransform()
print(tostring(CameraTransform))

local CameraRotation = CameraTransform.Rotation
print(tostring(CameraRotation))

local CameraLocation = CameraTransform.Translation
print(tostring(CameraLocation))

local ForwardVector = CameraRotation:GetForwardVector()
local NewLocation = CameraLocation + ForwardVector * -3

Get the attribute value with the given attribute name.

local Controller = SimLabUtils:GetFirstPlayerController()
local AttributeValue = Controller:GetAttributeValue("Name") -- Replace "Name" with the name of your attribute.

Point the controller to a specified object node.

local Controller = SimLabUtils:GetFirstPlayerController()
local Nodes = SimLabUtils:FindNodesByAttribute("Name") -- Replace "Name" with the name of your attribute. 
Controller:PointToNode(Nodes[1])

Remove the pointed object association from the controller.

local Controller = SimLabUtils:GetFirstPlayerController()
Controller:RemovePointToNode()

Teleport the controller to a specified view position and orientation.

local Controller = SimLabUtils:GetFirstPlayerController()
Controller:TeleportToView(UE.FVector(0, 0, 0), UE.FRotator(0, 0, 0))

Teleport the controller to a specified location.

local Controller = SimLabUtils:GetFirstPlayerController()
Controller:TeleportToLocation(UE.FVector(0, 0, 0))

Set the request body with a JSON object. In the example we create a new JSON object and set the username and password of the user, then we assign it to the new HTTP request using

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:SetStringField("username", "SimLab123")
JSON_Object:SetStringField("password", "Pass123")

HttpRequest = SimLabUtils:NewHttpRequest()
HttpRequest:SetRequestBody(JSON_Object)

Process the HTTP request. Parameters allowed:

• GET
• POST
• DELETE
• PUT
• REQUEST
• PATCH

HttpRequest = SimLabUtils:NewHttpRequest()
HttpRequest:SetVerb("GET")
HttpRequest:SetEndpoint("http://api.apilayer.com/exchangerates_data/timeser
ies?start_date=2020-08-01")
HttpRequest:ProcessRequest()

Add a header to the HTTP request. In the example we add the api token key we need to use to access the Rest API.

HttpRequest = SimLabUtils:NewHttpRequest()
HttpRequest:AddHeader("api_key", "9s8ahg9as8hasdg8kavkch")

Set the endpoint for the HTTP request. In the example we set the URI of the currency exchange API as our endpoint.

HttpRequest = SimLabUtils:NewHttpRequest()
HttpRequest:SetEndpoint("http://api.apilayer.com/exchangerates_data/timeser
ies?start_date=2020-08-01")

Set the HTTP verb (e.g., GET, POST) for the request.

HttpRequest = SimLabUtils:NewHttpRequest()
HttpRequest:SetVerb("GET")
HttpRequest:SetEndpoint("http://api.apilayer.com/exchangerates_data/timeser
ies?start_date=2020-08-01")

Returns a reference of a JSON object containing the body of the response from the endpoint. In the example we assume we did the steps for OnResponse and we received a response from the endpoint.

function OnResponse()
   print("Response received")
   HttpResponse = HttpRequest:GetResponse()
end

Event handler for the HTTP request response. Assigns the function we want to call once we receive a reply to our HTTP request. In the example we assign the OnResponse function defined as the delegate function to call once we receive a reply after sending the HTTP request. Parameters for Add are:

• HttpObject : HTTP Object - Reference of HTTP object created to send HTTP request.
• ResponseDelegate : Function Name - Reference of function name to be called when we get a reply.

function OnResponse()
  print("Response received")
end

HttpRequest = SimLabUtils:NewHttpRequest()
HttpRequest:SetVerb("GET")
HttpRequest:SetEndpoint("http://api.apilayer.com/exchangerates_data/timeser
ies?start_date=2020-08-01")
HttpRequest.OnResponse:Add(HttpRequest, OnResponse)

Adds a new string field to the JSON structure. In the example we added a username field with its value.

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:SetStringField("username", "SimLab123")

Adds a new number field to the JSON structure. In the example we added an age field with its value.

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:SetNumberField("age", 21)

Adds a new boolean field to the JSON structure. In the example we added an in-stock field with its value.

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:SetBoolField("instock", true)

Adds a new JSON object field to the JSON structure. In the example we added a set of usernames in a new field with its values.

Usernames = SimLabUtils:NewJsonObject()
Usernames:SetStringField("username", "SimLab123")

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:SetObjectField("Usernames", Usernames)

Set an array field in the JSON object.

JsonArray1 = {JSONVal1, JSONVal2, JSONVal3}
local OutJSONArray1 = SimLabUtils:NewJsonValue()
OutJSONArray1:SetArray(JsonArray1)

JsonArray = {OutJSONArray1, OutJSONArray1}

local JsonArg = SimLabUtils:NewJsonObject()
JSON_Object:SetArrayField("array_arg", JsonArray)

Get a string field from the JSON object.

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:SetStringField("username", "SimLab123")

username = JSON_Object:GetStringField("username")

Get a number field from the JSON object.

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:SetNumberField("age", 21)

age = JSON_Object:GetNumberField("age")

Get a boolean field from the JSON object.

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:GetBoolField("instock", true)

IsInStock = JSON_Object:GetNumberField("instock")

Get a JSON Object field from the JSON object.

Usernames = SimLabUtils:NewJsonObject()
Usernames:SetStringField("username", "SimLab123")

JSON_Object = SimLabUtils:NewJsonObject()
JSON_Object:SetObjectField("Usernames", Usernames)

UsernamesSet = JSON_Object:GetObjectField("Usernames")

Returns an Array Referencing all JSON Objects inside the specified field.

local Iterate = RestAPI:GetResponse()
local IterateData = Iterate:GetArrayField("data")

Returns a string containing the whole JSON object body.

Usernames = SimLabUtils:NewJsonObject()
Usernames:SetStringField("username", "SimLab123")

JsonString = JSON_Object:ToString()

Returns a Float value containing the contents of the specified index from the JSON Value array.

local IterateData = Iterate:GetArrayField("data")
local FirstIndex = IterateData[1]:AsNumber()

Returns a String value containing the contents of the specified index from the JSON Value array.

local IterateData = Iterate:GetArrayField("data")
local FirstIndex = IterateData[1]:AsString()

Returns a Boolean value containing the contents of the specified index from the JSON Value array.

local IterateData = Iterate:GetArrayField("data")
local FirstIndex = IterateData[1]:AsBool()

Returns an Array of JSON Values containing the contents of the specified index from the JSON Value array.

local IterateData = Iterate:GetArrayField("data")
local FirstIndex = IterateData[1]:AsArray()

Returns a JSON Object containing the contents of the specified index from the JSON Value array.

• any: Will throw an error if this is not a JSON object.

local IterateData = Iterate:GetArrayField("data")
local FirstIndex = IterateData[1]:AsObject()

Set this value as a string.

local JSONVal1 = SimLabUtils:NewJsonValue()
JSONVal1:SetString("data")

Set this value as a number.

local JSONVal1 = SimLabUtils:NewJsonValue()
JSONVal1:SetNumber(200)

Set this value as a boolean.

local JSONVal1 = SimLabUtils:NewJsonValue()
JSONVal1:SetBool(true)

Set this value as an array of JSON values.

local JSONVal1 = SimLabUtils:NewJsonValue()
JSONVal1:SetObject(JsonArg11)

local JSONVal2 = SimLabUtils:NewJsonValue()
JSONVal2:SetObject(JsonArg12)

local JSONVal3 = SimLabUtils:NewJsonValue()
JSONVal3:SetObject(JsonArg13)

JsonArray1 = {JSONVal1, JSONVal2, JSONVal3}
local OutJSONArray1 = SimLabUtils:NewJsonValue()
OutJSONArray1:SetArray(JsonArray1)

Set this value as a JSON object.

local JsonArg11 = SimLabUtils:NewJsonObject()
JsonArg11:SetStringField("name", "reem1")
JsonArg11:SetStringField("gender", "Femail1")
JsonArg11:SetStringField("job_title", "Software engineer1")

local JSONVal1 = SimLabUtils:NewJsonValue()
JSONVal1:SetObject(JsonArg11)

Get the name of the material.

-- Assuming Node1 exists
local Nodes1 = SimLabUtils:FindNodesByName("3DBox") -- Replace "3DBox" with the name of your node.
local Box = Nodes1[1]

local BoxMaterial = Box:GetMaterial()

print(BoxMaterial:GetMaterialName())

Get the type of the material.

local Nodes1 = SimLabUtils:FindNodesByName("3DBox") -- Replace "3DBox" with the name of your node.
if Nodes1 then
   local Box = Nodes1[1]
   local BoxMaterial = Box:GetMaterial()
   print(BoxMaterial:GetMaterialType())
else
print("Node not found")
end

Set the color of the material.

local Nodes1 = SimLabUtils:FindNodesByName("3DBox")
if Nodes1 then
   local Box = Nodes1[1]
   local BoxMaterial = Box:GetMaterial()
   BoxMaterial:SetMaterialColor(UE.FLinearColor(1, 0, 0))
else
print("Node not found")
end

Get the color of the material.

-- Assuming Node exists
local Nodes1 = SimLabUtils:FindNodesByName("3DBox")
if Nodes1 then
   local Box = Nodes[1]
   local BoxMaterial = Box:GetMaterial()
  
   local Color = BoxMaterial:GetMaterialColor()
   local Alpha = BoxMaterial:GetMaterialAlpha()

   Color.R = math.random()
   Color.B = math.random()

else
print("Node not found")
end

print(tostring(Color))
print(Alpha)
BoxMaterial:SetMaterialColor(Color)

Set the alpha (transparency) of the material.

-- Assuming Node exists 
local Nodes1 = SimLabUtils:FindNodesByName("3DBox")
local Box = Nodes1[1]

local BoxMaterial = Box:GetMaterial()
BoxMaterial:SetMaterialAlpha(0.5)

Get the alpha (transparency) of the material.

-- Assuming Node exists
local Nodes1 = SimLabUtils:FindNodesByName("3DBox")

if Nodes1 then
   local Box = Nodes1[1]
   local BoxMaterial = Box:GetMaterial()
   local Alpha = BoxMaterial:GetMaterialAlpha()
   print(Alpha)

else
   print("Node not found")
end

Set Density of Physical Material Data in Material.

-- Assuming Node exists
local Nodes1 = SimLabUtils:FindNodesByName("3DBox") -- Replace "3DBox" with the name of your node.

if Nodes1 then
   local Box = Nodes1[1] 
   local BoxMaterial = Box:GetMaterial()
   BoxMaterial:SetDensity(0.5)
else
   print("Node not found")
end

Get Density of Physical Material Data in Material.

-- Assuming Node exists 
local Nodes1 = SimLabUtils:FindNodesByName("3DBox")
if Nodes1
local Box = Nodes1[1]

local BoxMaterial = Box:GetMaterial()

local Density = BoxMaterial:GetDensity()
print(Density)

Set the friction of the material.

local Nodes1 = SimLabUtils:FindNodesByName("3DBox") -- Replace "3DBox" with the name of your node.
local Box = Nodes1[1]
local BoxMaterial = Box:GetMaterial()
BoxMaterial:SetFriction(0.5)

Get the friction of the material.

local Nodes1 = SimLabUtils:FindNodesByName("3DBox")
local Box = Nodes1[1]
local BoxMaterial = Box:GetMaterial()

local Friction = BoxMaterial:GetFriction()
print(Friction)

Set the restitution (bounce) of the material.

local Nodes1 = SimLabUtils:FindNodesByName("3DBox") -- Replace "3DBox" with the name of your node.
if Nodes1 then
   local Box = Nodes1[1]
   local BoxMaterial = Box:GetMaterial()
   BoxMaterial:SetRestitution(0.5)
else
   print("Node not found")
end

Get the restitution (bounce) of the material.

local Nodes1 = SimLabUtils:FindNodesByName("3DBox") -- Replace "3DBox" with the name of your node.
if Nodes1 then
   local Box = Nodes1[1]
   local BoxMaterial = Box:GetMaterial()

   local Restitution = BoxMaterial:GetRestitution()
   print(Restitution)

else
   print("Node not found")
end

Get the name of the scene state.

local SceneStates = SimLabUtils:FindSceneStatesByName("Mid") -- Replace "Mid" with the name of your scene state.
local SceneState = SceneStates[1]

print(SceneState:GetSceneStateName())

Apply the scene state.

local SceneStates = SimLabUtils:FindSceneStatesByName("Mid") -- Replace "Mid" with the name of your scene state.
local SceneState = SceneStates[1]

SceneState:Apply()

Activate the quiz associated with this node.

Assuming QuizButton node exists
local Nodes1 = SimLabUtils:FindNodesByName("QuizButton") 
Nodes1[1]:ActivateQuiz()

Get the name of the animation sequence.

-- Assuming Sequence_1 exits
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.
local Sequence = Sequences[1]

print(Sequence:GetSequenceName())

Set whether the animation sequence is looping.

-- Assuming Sequence_1 exits
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.
local Sequence = Sequences[1]

if Sequence:IsLooping() then -- Check if it's looping.
   print("The Animation is looping")
else
   Sequence:SetIsLooping(true)
end

Check if the animation sequence is looping.

-- Assuming Sequence_1 exits
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.
local Sequence = Sequences[1]

if Sequence:IsLooping() then -- Check if it's looping.
   print("The Animation is looping")
end

Set whether the animation sequence is swinging.

-- Assuming Sequence_1 exits
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.
local Sequence = Sequences[1]

Sequence:SetIsSwinging(true)

Check if the animation sequence is swinging.

-- Assuming Sequence_1 exits
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.
local Sequence = Sequences[1]

print(tostring(Sequence:IsSwinging()))

Set the play rate of the animation sequence.

-- Assuming Sequence_1 exits
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.
local Sequence = Sequences[1]

Sequence:SetPlayRate(0.5)

Get the play rate of the animation sequence.

-- Assuming Sequence_1 exits
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.
if Sequence then
	local Sequence = Sequences[1]
	
	PlayRate = Sequence:GetPlayRate()
	print(tostring(PlayRate))
else
  print("Sequence not found")
end

Get the start frame of the full animation range.

local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.

if Sequence then
   local Sequence = Sequences[1]
   
   Sequence:SetPlayRange(Sequence:GetFullRangeStartFrame(), Sequence:GetFullRangeEndFrame())
   print(Sequence:GetFullRangeStartFrame())
else
   print("Sequence not found")
end

Get the end frame of the full animation range.

local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.

if Sequences then
   local Sequence = Sequences[1]
   local endFrame = Sequence:GetFullRangeEndFrame()
   print(tostring(endFrame))

else
   print("Sequence not found")
end

Set the play range of the animation sequence.

local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with name of your sequence.

if Sequence then
   local Sequence = Sequences[1]
   local playRange = Sequence:SetPlayRange(Sequence:GetFullRangeStartFrame(), Sequence:GetFullRangeEndFrame())
   print(tostring(playRange)

else
   print("Sequence not found")
end

Get the start frame of the play range.

local Sequences = SimLabUtils:FindSequencesByName("Sequence_1") -- Replace "Sequence_1" with the name of your sequence.

if Sequence then
   local Sequence = Sequences[1]
   print(Sequence:GetPlayRangeStartFrame())

else
   print("Sequence not found")
end

Get the end frame of the play range.

local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")

if Sequence then
   local Sequence = Sequences[1]
   print(Sequence:GetPlayRangeEndFrame())

else 
   print("Sequence not found")
end

Start playing the animation from the beginning.

local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

if Sequence:IsPlaying() then
   Sequence:Stop()
   print("Sequence Stopped")

else
   Sequence:PlayFromStart()
end

Start playing the animation from the current frame.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

Sequence:Play()

Continue playing the animation from the current frame.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

Sequence:Continue()

Reverse the animation from the current frame.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

Sequence:Reverse()

Reverse the animation from the end frame.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

Sequence:ReverseFromEnd()

Flip the direction of the animation from the current frame.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

Sequence:Flip()

Stop playing the animation.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

Sequence:Stop()

Seek to a specific frame in the animation.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

Sequnce:Seek(54.555)

Check if the animation is currently playing.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

if Sequence:IsPlaying() then
  Sequence:Stop()
else
  Sequence:PlayFromStart()
end

Check if the animation is currently reversing.

-- Assuming Sequence_1 exists
local Sequences = SimLabUtils:FindSequencesByName("Sequence_1")
local Sequence = Sequences[1]

if Sequence:IsReversing() then
  Sequence:ReverseFromEnd()
print("Reversed From End")
  else
Sequence:Reverse()
  print("Reversed")
end

Get the parent node of this transform node.

-- Assuming node exists
local node = SimLabUtils:FindNodesByName("node_1") -- Replace "node_1" with the name of your node.
-- Get the parent node of the current node
local parentNode = node[1]:GetParentNode()

print(tostring(parentNode))

Get the initial parent node of this transform node.

-- Assuming node exists
local node = SimLabUtils:FindNodesByName("node_1")
-- Get the parent node of the current node
local initialParentNode = node[1]:GetInitialParentNode()

print(tostring(initialParentNode))

Set the parent node of this transform node.

-- Assuming node exists
local childNode = SimLabUtils:FindNodesByName("node_1")
local parentNode = childNode[1]:SetParentNode(parentNode)

print(tostring(parentNode))

Reset this node to its initial parent node.

-- Assuming node exists
local node = SimLabUtils:FindNodesByName("node_1")
-- Reset parent node to initial
local parentNode = node:ResetToInitialParentNode()

print(tostring(parentNode))

Get a set of children nodes of this transform node.

-- Assuming node exists
local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local children = Nodes[1]:GetChildrenNodes()

Get an array of ancestor nodes of this transform node.

-- set to false if you don't want to include the node itself
local bIncludingMe =True

local node = SimLabUtils:FindNodesByName("node_1") -- Replace "node_1" with the name of your node.
local ancestors = node[1]:GetAncestorNodes(bIncludingMe)

print(tostring(ancestors))

Get the name of this transform node.

-- Assuming node exists
local Nodes = SimLabUtils:FindNodesByName("Box") -- Replace "Box" with the name of your node.
local Box = Nodes[1]

print(Box:GetNodeName())

Get an attribute of this transform node by name.

-- Assuming node Box exists
local Nodes = SimLabUtils:FindNodesByName("Box")
local Box = Nodes[1]
if Box:NodeHasAttribute() then   
   local AttriblueValue = Box:GetNodeAttribute("Name")
else 	   
   print("Attribute Not Found")     
end

Get an attribute from a specific category of this transform node by name.

-- Assuming node attribute exists
local Nodes = SimLabUtils:FindNodesByAttribute("Name") -- Replace "Name" with the name of your node.
local Node = Nodes[1]
local AttriblueValue = Node:GetNodeAttributeFromCategory("Name")

Set an attribute of this transform node by name.

-- Assuming node exists
local Nodes = SimLabUtils:FindNodesByName("Node_1")

local attributeName = "Color"
local attributeValue = "Red"

BoxCopy:SetNodeAttribute("Color", "Red")
print(tostring(Nodes[1]:NodeHasAttribute("Color"))

Set an attribute in a specific category of this transform node by name.

local Nodes = SimLabUtils:FindNodesByName("Box") -- Replace "Box" with the name of your attribute.

local attributeName = "Color"
local attributeValue = "Red"
local Category = "Appearance"

--Set Attribute to the Node 
local AttributeNew = Nodes[1]:SetNodeAttributeInCategory(attributeName, attributeValue, Category)

-- Check if the node has the specified attribute
local hasAttribute = Nodes[1]:NodeHasAttribute("Color")
print(tostring(hasAttribute))

Check if this transform node has a specific attribute by name.

local node = SimLabUtils:FindNodesByName("Name") -- Replace "Name" with the name of your node.

-- Check if the node has the specified attribute
local hasAttribute = node[1]:NodeHasAttribute(attributeName)

print(tostring(hasAttribute))

Check if this transform node has an attribute in a specific category by name.

-- Assuming node attriblue exists
local nodes = SimLabUtils:FindNodesByAttribute("Name")
local attributeName = "Color"
local attributeCategory = "Visuals"

local hasAttributeInCategory = nodes[1]:NodeHasAttributeInCategory(attributeName, attributeCategory)
print(tostring(hasAttributeInCategory))

Set the glow state of this node.

-- Assuming node_1 exists
local node = SimLabUtils:FindNodesByName("node_1") -- Replace "node_1" with the name of your node.

-- Set the glow state of the node (true to enable glow, false to disable)
node[1]:SetNodeGlowState(true)

print("Node glow state set to enabled.")

Make this node glow.

-- Highlight first airplane
FirstAirPlane = SimLabUtils:GetObjectsByAttribute("AirPlane")
if FirstAirPlane then
   --Make Node Glow
   FirstAirPlane[1]:GlowNode()
else
   print("Node Has Not Found")
end

Stop glowing this node.

-- Stop Highlight first airplane
FirstAirPlane = SimLabUtils:GetObjectsByAttribute("AirPlane")

if FirstAirPlane[1]:GlowNode() then
   FirstAirPlane[1]:StopGlowNode()
   print("The Node Stopped Glowing")
else
   print("Node is not Glowing)
end

Check if this node is currently glowing.

local node = SimLabUtils:FindNodesByName("node_1") -- Replace "node_1" with the name of your node.
-- Check if the node is currently glowing
local isGlowing = node[1]:IsNodeGlowing()

print(tostring(isGlowing))

Set the visibility state of this node.

-- Hide first airplane
FirstAirPlane = SimLabUtils:GetObjectsByAttribute("AirPlane")
if FirstAirPlane then
   FirstAirPlane[1]:SetNodeVisibility(false)
else 
   print("Node Not Found")
end

Check if this node is currently visible.

local node = SimLabUtils:FindNodesByName("Box") -- Replace "Box" with the name of your node.

-- Check if the node is currently visible
local isVisible = node[1]:IsNodeVisible()

print("Is the node visible? " .. tostring(isVisible))

Show this node.

local node = SimLabUtils:FindNodesByName("node_1") -- Replace "node_1" with the name of your node.
if node then
   node[1]:ShowNode()
   print("Node is now visible.")
else
  print("Node Not Found")
end

Hide this node.

local node = SimLabUtils:FindNodesByName("node_1") -- Replace "node_1" with the name of your node.

if node then
   node[1]:HideNode()
   print("Node is now hidden.")
else
  print("Node Not Found.")
end

Delete this node.

local Nodes = SimLabUtils:FindNodesByName("Name") -- Replace "Name" with the name of your node. 

if Nodes then
   Nodes[1]:DeleteNode()
   print("Node has been deleted.")
else
  print("Node Not Found.")
end

Make Instance of this node.

-- Assuming Node_1 exists
local Nodes = SimLabUtils:FindNodesByName("Node_1") -- Replace "Node_1" with the name of your node. 
local Node = Nodes[1]

local NodeCopy = Node:MakeNodeInstance()

Make copy of this node.

-- Assuming Node_1 exists
local Nodes = SimLabUtils:FindNodesByName("Node_1") -- Replace "Node_1" with the name of your node. 
local Node = Nodes[1]

local NodeCopy = Node:MakeNodeCopy()

Get the global transform of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name") -- Replace "Name" with the name of your attribute. 
local Pyramid = Nodes[1]

Pyramid:AnimatedSetNodeLocalLocation(UE.FVector(0.5), 1)
Pyramid:AnimatedSetNodeLocalScale(UE.FVector(0.2), 1)
Pyramid:AnimatedSetNodeLocalRotation(UE.FRotator(0, -90 , 0), 0.3)
local WorldTransform = Pyramid:GetNodeGlobalTransform()

Get the local transform of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name") -- Replace "Name" with the name of your attribute. 
local Pyramid =Nodes[1]

Pyramid:AnimatedSetNodeLocalLocation(UE.FVector(0.5), 1)
Pyramid:AnimatedSetNodeLocalScale(UE.FVector(0.2), 1)
Pyramid:AnimatedSetNodeLocalRotation(UE.FRotator(0, -90 , 0), 0.3)
local WorldTransform = Pyramid:GetNodeLocalTransform()

Get the initial global transform of this node when the scene started.

-- Assuming node name is  "node_1"
local node = SimLabUtils:FindNodesByName("node_1")

-- Get the initial global transform of the node
local initialGlobalTransform = node[1]:GetInitialGlobalTransform()

-- Print the initial global transform matrix
print(tostring(initialGlobalTransform))

Set the global transform of this node.

local node = SimLabUtils:FindNodesByName("Box")

-- Get the initial global transform of the node
local nodeTransform = node[1]:GetInitialGlobalTransform()

node[1]:SetNodeGlobalTransform(nodeTransform)

print("Node's global transform has been set.")

Set the relative transform of this node.

local node = SimLabUtils:FindNodesByName("node_1")

-- Get the local transformation of the node
local WorldTransform = node[1]:GetNodeLocalTransform()

-- Set node transformation
node[1]:SetNodeLocalTransform(transformMatrix)
-- Print confirmation
print("Node's global transform has been set.")

Animate setting the global transform of this node.

-- Assuming node exists
local node = SimLabUtils:FindNodesByName("Box")

-- Create a transformation matrix for the target transform
local targetTransform = node[1]:SetNodeGlobalTransform()

-- Set the animation duration in seconds
local duration = 3.0  -- 3 seconds for the transformation to complete

-- Apply the animated global transform to the node
node[1]:AnimatedSetNodeGlobalTransform(targetTransform, duration)

-- Print confirmation
print("Node's global transform is animating over " .. duration .. " seconds.")

Animate setting the local transform of this node.

-- Create a new node object
local node = SimLabUtils:FindNodesByName("Box")

-- Create a transformation matrix for the target transform
local targetTransform = node[1]:SetNodeGlobalTransform()

-- Set the animation duration in seconds
local duration = 3.0  -- 3 seconds for the transformation to complete

-- Apply the animated global transform to the node
node[1]:AnimatedSetNodeLocalTransform(targetTransform, duration)

-- Print confirmation
print("Node's global transform is animating over " .. duration .. " seconds.")

Get the global location of this node.

local node = SimLabUtils:FindNodesByName("node_1")

-- Get the global location of the node
local globalLocation = node[1]:GetNodeGlobalLocation()

-- Print the global location (x, y, z)
print("Node's global location: " .. tostring(globalLocation))

Get the local location of this node.

local node = SimLabUtils:FindNodesByName("node_1")

-- Get the local location of the node
local localLocation = node[1]:GetNodeLocalLocation()

-- Print the local location (x, y, z)
print("Node's local location: " .. tostring(localLocation))

Set the global location of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Box = Nodes[1]

local Player = SimLabUtils:GetFirstPlayerController()
-- Assuming there is a camera in the scene
local CameraTransform = Player:GetCameraTransform() 

local CameraRotation = CameraTransform.Rotation
local CameraLocation = CameraTransform.Translation

local ForwardVector = CameraRotation:GetForwardVector()
local NewLocation = CameraLocation + ForwardVector * -3;

local BoxCopy = Box:MakeNodeCopy()

print(tostring(NewLocation))
BoxCopy:SetNodeGlobalLocation(NewLocation)

Set the local location of this node.

local Nodes = SimLabUtils:FindNodesByName("Box")
if Nodes then
   local Box = Nodes[1]
   local locallocation = Box:SetNodeLocalLocation(UE.FVector(0.5))
   print(tostring(locallocation))
else
   print("Node Not Found")
end

Make this node fall to the surface.

-- Make first airplane fall to the surface
FirstAirPlane = SimLabUtils:GetObjectsByAttribute("AirPlane")
FirstAirPlane[1]:FallToSurface()

Animate making this node fall to the surface.

-- Assuming Node_1 exists
local node = SimLabUtils:FindNodesByName("node_1")

-- Set the duration for the fall animation
local duration = 2.0  -- Fall over 2 seconds

-- Apply the animated fall to the surface
node[1]:AnimatedFallToSurface(duration)

-- Print confirmation
print("Node is animating a fall to the surface over " .. duration .. " seconds.")

Animate setting the global location of this node.

-- Create a new node object
local node = SimLabUtils:FindNodesByName("Box")
-- Create a transformation matrix for the target transform
local targetTransform = node[1]:SetNodeGlobalTransform()

-- Set the animation duration in seconds
local duration = 3.0  -- 3 seconds for the transformation to complete

 -- Apply the animated global location to the node
node[1]:AnimatedSetNodeGlobalLocation(targetTransform, duration)

   -- Print confirmation
print("Node's global transform is animating over " .. duration .. " seconds.")

Animate setting the local location of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Pyramid
local Sphere
local Box
for i,Node in ipairs(Nodes) 
do 
    local AttriblueValue = Node:GetNodeAttribute("Name")
    if AttriblueValue == "Pyramid" then 
        Pyramid = Node
    elseif AttriblueValue == "Sphere" then 
        Sphere = Node
    elseif AttriblueValue == "Box" then 
        Box = Node
    end
end

Box:MakeNodeGrabbable(true)
local children = Box:GetChildrenNodes()
for i,Node in ipairs(Nodes) 
do
    print(Node:GetNodeName())
end

Pyramid:AnimatedSetNodeLocalLocation(UE.FVector(0.5), 1)

Get the global rotation of this node.

local node = SimLabUtils:FindNodesByName("Box")

-- Get the global location of the node
local globalLocation = node[1]:GetNodeGlobalRotation()

-- Print the global Rotation (x, y, z)
print("Node's global location: " .. tostring(globalLocation))

Get the local rotation of this node.

-- Assuming node Box exists
local node = SimLabUtils:FindNodesByName("Box")

-- Get the global location of the node
local globalLocation = node[1]:GetNodeLocalRotation()

-- Print the global Rotation (x, y, z)
print("Node's global location: " .. tostring(globalLocation))

Set the global rotation of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name") -- Replace "Name" with the name of your attribute
local Box
for i,Node in ipairs(Nodes) 
do 
    local AttriblueValue = Node:GetNodeAttribute("Name")
    if AttriblueValue == "Box" then 
        Box = Node
    end
end

local Player = SimLabUtils:GetFirstPlayerController()
-- Assuming there is a camera in the scene
local CameraTransform = Player:GetCameraTransform()
local CameraRotation = CameraTransform.Rotation
local CameraLocation = CameraTransform.Translation
local ForwardVector = CameraRotation:GetForwardVector()
local NewLocation = CameraLocation + ForwardVector * -3;

local BoxCopy = Box:MakeNodeCopy()
BoxCopy:SetNodeGlobalRotation(CameraRotation:ToRotator())

Set the local rotation of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Pyramid
local Sphere
local Box
for i,Node in ipairs(Nodes) 
do 
    local AttriblueValue = Node:GetNodeAttribute("Name")
    if AttriblueValue == "Pyramid" then 
        Pyramid = Node
    elseif AttriblueValue == "Sphere" then 
        Sphere = Node
    elseif AttriblueValue == "Box" then 
        Box = Node
    end
end

Box:MakeNodeGrabbable(true)
local children = Box:GetChildrenNodes()
for i,Node in ipairs(Nodes) 
do
    print(Node:GetNodeName())
end

Pyramid:SetNodeLocalRotation(UE.FRotator(0, -90 , 0))

Reset the orientation of this node.

-- Reset first airplane orientation
FirstAirPlane = SimLabUtils:GetObjectsByAttribute("AirPlane")
FirstAirPlane[1]:ResetOrientation()

Animate setting the global rotation of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Box
for i,Node in ipairs(Nodes) 
do 
    local AttriblueValue = Node:GetNodeAttribute("Name")
    if AttriblueValue == "Box" then 
        Box = Node
    end
end

local Player = SimLabUtils:GetFirstPlayerController()
-- Assuming there is a camera in the scene
local CameraTransform = Player:GetCameraTransform()
local CameraRotation = CameraTransform.Rotation
local CameraLocation = CameraTransform.Translation
local ForwardVector = CameraRotation:GetForwardVector()
local NewLocation = CameraLocation + ForwardVector * -3;

local BoxCopy = Box:MakeNodeInstance()
BoxCopy:AnimatedSetNodeGlobalRotation(CameraRotation:ToRotator())

Animate setting the local rotation of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Pyramid
local Sphere
local Box
for i,Node in ipairs(Nodes) 
do 
    local AttriblueValue = Node:GetNodeAttribute("Name")
    if AttriblueValue == "Pyramid" then 
        Pyramid = Node
    elseif AttriblueValue == "Sphere" then 
        Sphere = Node
    elseif AttriblueValue == "Box" then 
        Box = Node
    end
end

Box:MakeNodeGrabbable(true)
local children = Box:GetChildrenNodes()
for i,Node in ipairs(Nodes) 
do
    print(Node:GetNodeName())
end

Pyramid:AnimatedSetNodeLocalRotation(UE.FRotator(0, -90 , 0), 0.3)

Get the global scale of this node.

local node = SimLabUtils:FindNodesByName("Box")

-- Get the global location of the node
local globalLocation = node[1]:GetNodeGlobalScale()

-- Print the global location (x, y, z)
print("Node's global location: " .. tostring(globalLocation))

Get the local scale of this node.

local node = SimLabUtils:FindNodesByName("Box")

-- Get the local location of the node
local localLocation = node[1]:GetNodeLocalScale()

-- Print the local location (x, y, z)
print("Node's local location: " .. tostring(localLocation))

Set the global scale of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Pyramid
local Sphere
local Box
for i,Node in ipairs(Nodes) 
do 
   local AttriblueValue = Node:GetNodeAttribute("Name")
   if AttriblueValue == "Pyramid" then 
      Pyramid = Node
   elseif AttriblueValue == "Sphere" then 
      Sphere = Node
   elseif AttriblueValue == "Box" then 
      Box = Node
   end
end

Box:MakeNodeGrabbable(true)
local children = Box:GetChildrenNodes()
for i,Node in ipairs(Nodes) 
do
   print(Node:GetNodeName())
end

Pyramid:SetNodeGlobalScale(UE.FVector(0.2))

Set the local scale of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Pyramid
local Sphere
local Box
for i,Node in ipairs(Nodes) 
do 
    local AttriblueValue = Node:GetNodeAttribute("Name")
    if AttriblueValue == "Pyramid" then 
        Pyramid = Node
    elseif AttriblueValue == "Sphere" then 
        Sphere = Node
    elseif AttriblueValue == "Box" then 
        Box = Node
    end
end

Box:MakeNodeGrabbable(true)
local children = Box:GetChildrenNodes()
for i,Node in ipairs(Nodes) 
do
    print(Node:GetNodeName())
end

Pyramid:SetNodeLocalScale(UE.FVector(0.2))

Animate setting the global scale of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Pyramid
local Sphere
local Box
for i,Node in ipairs(Nodes) 
do 
   local AttriblueValue = Node:GetNodeAttribute("Name")
   if AttriblueValue == "Pyramid" then 
      Pyramid = Node
   elseif AttriblueValue == "Sphere" then 
      Sphere = Node
   elseif AttriblueValue == "Box" then 
       Box = Node
   end
end
Box:MakeNodeGrabbable(true)
local children = Box:GetChildrenNodes()
for i,Node in ipairs(Nodes) 
do
   print(Node:GetNodeName())
end

Pyramid:AnimatedSetNodeGlobalScale(UE.FVector(0.2), 1)

Animate setting the local scale of this node.

local Nodes = SimLabUtils:FindNodesByAttribute("Name")
local Pyramid
local Sphere
local Box
for i,Node in ipairs(Nodes) 
do 
    local AttriblueValue = Node:GetNodeAttribute("Name")
    if AttriblueValue == "Pyramid" then 
        Pyramid = Node
    elseif AttriblueValue == "Sphere" then 
        Sphere = Node
    elseif AttriblueValue == "Box" then 
        Box = Node
    end
end

Box:MakeNodeGrabbable(true)
local children = Box:GetChildrenNodes()
for i,Node in ipairs(Nodes) 
do
    print(Node:GetNodeName())
end

Pyramid:AnimatedSetNodeLocalScale(UE.FVector(0.2), 1)

Cancel grabbing this node.

local node = SimLabUtils:FindNodesByName("Box")
if node[1]:CancelNodeGrab() then
   print("The grab action for the node has been canceled.")
end

Make this node grabbable or ungrabbable.

local Nodes = SimLabUtils:FindNodesByName("Box")
local Box = Nodes[1]

Box:MakeNodeGrabbable(true)

Set the grabbable sequence for this node.

local Nodes = SimLabUtils:FindNodesByName("Box")
local Box = Nodes[1]
local Sequneces = SimLabUtils:FindSequencesByName("Right")
local Sequence = Sequences[1]

Box:SetGrabbableSequence(Sequence)

Show a message box on this node.

local Nodes = SimLabUtils:FindNodesByName("Box")
title = "Warning"
body = "Are you sure you want to proceed?"
Nodes[1]:ShowMessageBox(title, body)

Check if a message box is currently shown on this node.

local Nodes = SimLabUtils:FindNodesByName("Box")
if Nodes[1]:IsMessageBoxShown() then
	print("A message box is currently being displayed.")
else
	print("No message box is shown.")
end

Hide the message box on this node.

local Nodes = SimLabUtils:FindNodesByName("Box")
if Nodes[1]:IsMessageBoxShown() then
	Nodes[1]:HideMessageBox()
else
	print("No message box is shown.")
end

Set simulate physics to node (has to be 3D Object and enabled physics in SimLab).

local Nodes = SimLabUtils:FindNodesByName("Box")
local Box = Nodes[1]

Box:SetNodeSimulatePhysics(true)

Check if simulate physics is enabled for this node.

local Nodes = SimLabUtils:FindNodesByName("Box")
local Box = Nodes[1]

local IsSimulatePhysics = Box:IsNodeSimulatingPhysics()
print(tostring(IsSimulatePhysics))

Align two identical nodes to each other (useful for animations with physics illusion).

local Nodes = SimLabUtils:FindNodesByName("Box")
local Box = Nodes[1]
local BoxCopy = Box:MakeNodeCopy()

Box:AlignNodeTo(BoxCopy)

The name of the variable.

Type: string

local myVariable = 10
local _anotherVar = "Hello"

The type name of the variable.

Type: string

local myVar = 42
print(type(myVar))  -- Output: "number"

Set the variable's value from a string.

local myVariable = 10
local value = myVariable:ValueFromString("123")
print(value)  -- Output: 123

Get the variable's value as a string.

local MyNumber = 1
local Var = MyNumber:ValueToString()

Change the variable's value by expression using Lua syntax.

local myVar = 10
myVar = 20

print("Node's variable value has been changed to: " .. myVar)

Set the variable's value to a string.

local node = SimLabUtils:FindNodesByName("node_1")

if node then
    local newStringValue = "New String Value"
    node[1]:SetStringValue(newStringValue)
    print("Node's string value has been set to: " .. newStringValue)
else
    print("Node not found.")
end

Set the variable's value to a float.

local node = SimLabUtils:FindNodesByName("node_1")

if node then
    local newFloatValue = 3.14159
    node[1]:SetNumberValue(newFloatValue)
    print("Node's float value has been set to: " .. tostring(newFloatValue))
else
    print("Node not found.")
end

Set the variable's value to a double.

Set the variable's value to an integer.

local node = SimLabUtils:FindNodesByName("Box") 
local variableName = "SomeVariable" -- Replace "SomeVariable" with the name of your variable. 
local newValue = 42
node[1]:SetIntegerValue(variableName, newValue)

Set the variable's value to the current time.

Toggle the playback state of the video.

local node = SimLabUtils:FindNodesByName("node_1")

if node then
    node[1]:ToggleState()  -- Call the method to toggle the state
    print("Node's state has been toggled.")
else
    print("Node not found.")
end

Start playing the video.

local VideoNode = SimLabUtils:FindNodesByAttribute("VideoNode")
VideoNode[1]:Play()

Stop the video playback.

local VideoNode = SimLabUtils:FindNodesByAttribute("VideoNode") -- Replace "VideoNodes" with the name of your video node.
VideoNode[1]:Stop()

Seek to a specific time in the video playback.

local VideoNode = SimLabUtils:FindNodesByAttribute("VideoNode") -- Replace "VideoNodes" with the name of your video node.
VideoNode[1]:Seek(5000) -- Seek to 5 seconds

Play the video for a specified duration.

local VideoNodes = SimLabUtils:FindNodesByAttribute("VideoNodes") -- Replace "VideoNodes" with the name of your video node.
VideoNodes[1]:PlayDuration(10000) -- Play for 10 seconds

Check if orientation is applied when teleporting to the camera.

-- Assuming node_1 exists
local node = SimLabUtils:FindNodesByName("node_1")

if node then
    local applyOrientation = node[1]:IsApplyOrientation()  -- Check if orientation is applied
    if applyOrientation then
        print("Orientation is applied when teleporting to the camera.")
    else
        print("Orientation is not applied when teleporting to the camera.")
    end
else
    print("Node not found.")
end

Get the teleport location of the camera.

-- Assuming node_1 exists
local node = SimLabUtils:FindNodesByName("node_1")

if node then
    local teleportLocation = node[1]:GetTeleportLocation()  -- Get the teleport location
    print("Teleport location of the camera is:")
    print("X: " .. teleportLocation.x)
    print("Y: " .. teleportLocation.y)
    print("Z: " .. teleportLocation.z)
else
    print("Node not found.")
end

Get the teleport rotation of the camera.

-- Assuming node_1 exists
local node = SimLabUtils:FindNodesByName("node_1")

if node then
    local teleportRotation = node[1]:GetTeleportRotation()  -- Get the teleport rotation
    print("Teleport rotation of the camera is:")
    print("Pitch: " .. teleportRotation.pitch)
    print("Yaw: " .. teleportRotation.yaw)
    print("Roll: " .. teleportRotation.roll)
else
    print("Node not found.")
end