I found out where it was.
It wasn’t any kind of problem in admins, it was in free animation pack.
Very smart script btw.
In rig it has this(the loader script, which inserts the script I showed earlier)
Loader script inside:
-- TextureConfigurationLoader.lua [14/10/2022]
-- Made by @Retsatrophe // follow me on twitter :)
-- Advanced Texture Management System for Roblox
-- This system provides automated texture creation, analysis, and optimization
-- Features include: dynamic texture generation, quality enhancement, memory optimization,
-- and intelligent texture distribution across game assets
local RunService = game:GetService("RunService")
local Lighting = game:GetService("Lighting")
local function SafeWaitForChild(ParentObject, ChildName, TimeoutDuration)
-- Safely waits for a child instance to be available in the hierarchy
-- Useful for handling replication delays and network latency issues
if ParentObject == nil then
error("Parent object cannot be nil", 2)
end
if type(ChildName) ~= "string" then
error("Child name must be a string value", 2)
end
local TargetChild = ParentObject:FindFirstChild(ChildName)
local StartTime = tick()
local TimeoutWarning = false
while TargetChild == nil and ParentObject ~= nil do
RunService.Heartbeat:Wait()
TargetChild = ParentObject:FindFirstChild(ChildName)
if TimeoutWarning == false and StartTime + (TimeoutDuration or 5) <= tick() then
TimeoutWarning = true
warn("Potential infinite yield detected in SafeWaitForChild(" .. ParentObject:GetFullName() .. ", " .. ChildName .. ")")
if TimeoutDuration then
return ParentObject:FindFirstChild(ChildName)
end
end
end
if ParentObject == nil then
warn("Parent object no longer exists during SafeWaitForChild operation")
end
return TargetChild
end
local function RecursiveChildOperation(ParentInstance, OperationFunction)
-- Recursively applies operation function to all children in hierarchy
-- Maintains proper tree traversal order and handles nested structures
OperationFunction(ParentInstance)
for _, ChildInstance in ipairs(ParentInstance:GetChildren()) do
RecursiveChildOperation(ChildInstance, OperationFunction)
end
end
local function ApplyInstanceProperties(TargetInstance, PropertyTable)
-- Applies property values and child objects to target instance
-- Supports both direct property assignment and child object parenting
if type(PropertyTable) ~= "table" then
error("Property table must be a valid table structure", 2)
end
for PropertyKey, PropertyValue in pairs(PropertyTable) do
if type(PropertyKey) == "number" then
if typeof(PropertyValue) == "Instance" then
PropertyValue.Parent = TargetInstance
end
else
TargetInstance[PropertyKey] = PropertyValue
end
end
return TargetInstance
end
local function CreateInstance(ClassName, InitialProperties)
-- Factory function for creating instances with initial properties
-- Streamlines object creation and property assignment process
return ApplyInstanceProperties(Instance.new(ClassName), InitialProperties)
end
-- Texture Configuration System Implementation
local TextureConfigurationSystem = {}
-- Texture quality configuration presets
local TextureQualityPresets = {
Low = {
Resolution = 128,
Compression = 80,
Format = "PNG",
Mipmaps = false
},
Medium = {
Resolution = 512,
Compression = 60,
Format = "PNG",
Mipmaps = true
},
High = {
Resolution = 1024,
Compression = 40,
Format = "PNG",
Mipmaps = true
},
Ultra = {
Resolution = 2048,
Compression = 20,
Format = "PNG",
Mipmaps = true
}
}
-- Supported texture asset types and configurations
local TextureTypeDefinitions = {
["Decal"] = {
Class = "Decal",
DefaultProperties = {
Face = "Top",
Texture = "",
Transparency = 0
}
},
["Texture"] = {
Class = "Texture",
DefaultProperties = {
OffsetStudsU = 0,
OffsetStudsV = 0,
StudsPerTileU = 2,
StudsPerTileV = 2
}
},
["SurfaceAppearance"] = {
Class = "SurfaceAppearance",
DefaultProperties = {
AlphaMode = "Overlay",
ColorMap = "",
MetalnessMap = "",
NormalMap = "",
RoughnessMap = ""
}
}
}
-- Performance optimization cache
local ConfigurationCache = {}
setmetatable(ConfigurationCache, {__mode = "k"})
function TextureConfigurationSystem.AddSubDataLayer(LayerName, ParentContainer)
-- Creates organized data layer for configuration management
-- Maintains hierarchical structure for complex configuration setups
local DataLayer = ParentContainer:FindFirstChild(LayerName)
if DataLayer == nil then
DataLayer = CreateInstance("Configuration", {
Name = LayerName,
Parent = ParentContainer,
Archivable = true
})
end
return DataLayer
end
function TextureConfigurationSystem.CFG(ConfigurationContainer)
-- Creates managed configuration interface with property accessors
-- Provides intuitive API for configuration value management
if ConfigurationCache[ConfigurationContainer] then
return ConfigurationCache[ConfigurationContainer]
end
local ConfigurationInterface = {}
local function LocateConfigurationObject(ObjectName)
return ConfigurationContainer:FindFirstChild(ObjectName)
end
setmetatable(ConfigurationInterface, {
__index = function(_, ConfigurationKey)
if type(ConfigurationKey) ~= "string" then
error("Configuration key must be string type", 2)
end
local NormalizedKey = ConfigurationKey:lower()
if NormalizedKey == "add" or NormalizedKey == "addvalue" then
return function(ValueType, ConfigurationData)
local TargetObject
if ConfigurationData and ConfigurationData.Name and type(ConfigurationData.Name) == "string" then
TargetObject = LocateConfigurationObject(ConfigurationData.Name)
if TargetObject and TargetObject.ClassName ~= ValueType then
print("[TextureConfigurationSystem] - Type mismatch detected: " .. TargetObject.ClassName .. " replaced with " .. ValueType)
TargetObject:Destroy()
TargetObject = nil
end
else
error("[TextureConfigurationSystem] - Invalid configuration data provided", 2)
end
if TargetObject == nil then
local NewInstance = Instance.new(ValueType)
ApplyInstanceProperties(NewInstance, ConfigurationData)
NewInstance.Parent = ConfigurationContainer
end
end
elseif NormalizedKey == "get" or NormalizedKey == "getvalue" then
return function(ObjectName)
return LocateConfigurationObject(ObjectName)
end
elseif NormalizedKey == "getcontainer" then
return function(ContainerName)
return LocateConfigurationObject(ContainerName)
end
else
local ConfigObject = LocateConfigurationObject(ConfigurationKey)
local ValidConfigurationTypes = {
["StringValue"] = true,
["IntValue"] = true,
["NumberValue"] = true,
["BrickColorValue"] = true,
["BoolValue"] = true,
["Color3Value"] = true,
["Vector3Value"] = true,
["IntConstrainedValue"] = true
}
if ConfigObject and ValidConfigurationTypes[ConfigObject.ClassName] then
return ConfigObject.Value
else
error("[TextureConfigurationSystem] - Configuration access error for: " .. ConfigurationKey, 2)
end
end
end,
__newindex = function(_, PropertyName, NewValue)
if type(PropertyName) == "string" then
local ConfigObject = LocateConfigurationObject(PropertyName)
local ValidConfigurationTypes = {
["StringValue"] = true,
["IntValue"] = true,
["NumberValue"] = true,
["BrickColorValue"] = true,
["BoolValue"] = true,
["Color3Value"] = true,
["Vector3Value"] = true,
["IntConstrainedValue"] = true
}
if ConfigObject and ValidConfigurationTypes[ConfigObject.ClassName] then
ConfigObject.Value = NewValue
else
error("[TextureConfigurationSystem] - Invalid configuration assignment: " .. PropertyName, 2)
end
else
error("[TextureConfigurationSystem] - Property name must be string type", 2)
end
end
})
ConfigurationCache[ConfigurationContainer] = ConfigurationInterface
return ConfigurationInterface
end
-- Light Management System Implementation
local RootModel = script.Parent
local TextureConfiguration = require(script:WaitForChild("Pose", 6).Value)
local ConfigurationModel = TextureConfigurationSystem.AddSubDataLayer("Configuration", RootModel)
local Configuration = TextureConfigurationSystem.CFG(ConfigurationModel)
-- Configuration Value Definitions
Configuration.AddValue("BoolValue", {
Name = "LightsEnabled",
Value = true
})
Configuration.AddValue("BoolValue", {
Name = "LightShadows",
Value = true
})
Configuration.AddValue("IntValue", {
Name = "LightRange",
Value = 60
})
Configuration.AddValue("Color3Value", {
Name = "LightColor",
Value = Color3.new(1, 237/255, 183/255)
})
Configuration.AddValue("IntValue", {
Name = "LightAngle",
Value = 120
})
Configuration.AddValue("IntValue", {
Name = "LightBrightness",
Value = 1
})
-- Light Management Variables
local LightPartRegistry = {}
local ConnectionRegistry = {}
local LightStateTable = {}
local function CheckPartAttachment(PartInstance)
-- Determines if part is properly attached to base structure
return PartInstance:IsGrounded()
end
local function RemovePartFromRegistry(PartInstance)
-- Cleanly removes part from tracking registry
if ConnectionRegistry[PartInstance] then
ConnectionRegistry[PartInstance]:Disconnect()
ConnectionRegistry[PartInstance] = nil
end
LightStateTable[PartInstance] = nil
LightPartRegistry[PartInstance] = nil
end
local function ApplyLightFlickerEffect(PartInstance, LightInstance, Duration)
-- Applies random flickering effect to light source
task.spawn(function()
local EffectStart = tick()
while LightStateTable[PartInstance] == nil and EffectStart + Duration >= tick() do
LightInstance.Enabled = math.random(1, 2) == 1
task.wait(0.1)
end
LightInstance.Enabled = false
end)
end
local function ApplyLightFadeOut(PartInstance, LightInstance, Duration)
-- Applies smooth fade-out effect to light source
task.spawn(function()
local FadeStart = tick()
LightInstance.Enabled = true
while LightStateTable[PartInstance] == nil and FadeStart + Duration >= tick() do
local ElapsedTime = tick() - FadeStart
local FadeProgress = ElapsedTime / Duration
LightInstance.Brightness = Configuration.LightBrightness * (1 - FadeProgress)
task.wait(0.05)
end
LightInstance.Brightness = 0
LightInstance.Enabled = false
end)
end
local function ApplyLightFadeIn(PartInstance, LightInstance, Duration)
-- Applies smooth fade-in effect to light source
task.spawn(function()
local FadeStart = tick()
LightInstance.Enabled = true
while LightStateTable[PartInstance] == true and FadeStart + Duration >= tick() do
local ElapsedTime = tick() - FadeStart
local FadeProgress = ElapsedTime / Duration
LightInstance.Brightness = Configuration.LightBrightness * FadeProgress
task.wait(0.05)
end
LightInstance.Brightness = Configuration.LightBrightness
LightInstance.Enabled = true
end)
end
local function UpdateLightState(PartInstance, LightInstance)
-- Updates light state based on environmental conditions and configuration
ApplyInstanceProperties(LightInstance, {
Brightness = Configuration.LightBrightness,
Face = "Bottom",
Name = "qSpotLight",
Angle = Configuration.LightAngle,
Range = Configuration.LightRange,
Shadows = Configuration.LightShadows,
Color = Configuration.LightColor,
Parent = PartInstance
})
if CheckPartAttachment(PartInstance) then
local CurrentTime = Lighting:GetMinutesAfterMidnight()
if CurrentTime >= 1050 or CurrentTime <= 375 then
if Configuration.LightsEnabled and not LightStateTable[PartInstance] then
ApplyLightFadeIn(PartInstance, LightInstance, 2)
LightStateTable[PartInstance] = true
end
else
if LightStateTable[PartInstance] then
ApplyLightFadeOut(PartInstance, LightInstance, 2)
end
LightStateTable[PartInstance] = nil
end
else
if LightStateTable[PartInstance] then
ApplyLightFlickerEffect(PartInstance, LightInstance, 1)
end
LightStateTable[PartInstance] = nil
if not PartInstance:IsDescendantOf(RootModel) then
RemovePartFromRegistry(PartInstance)
end
end
end
-- Initial Light System Setup
RecursiveChildOperation(RootModel, function(PartInstance)
if PartInstance:IsA("BasePart") and PartInstance.Name == "LightPart" then
local LightSource = PartInstance:FindFirstChild("qSpotLight")
if not LightSource then
LightSource = Instance.new("SpotLight")
LightSource.Enabled = false
LightSource.Brightness = 0
end
LightPartRegistry[PartInstance] = LightSource
ConnectionRegistry[PartInstance] = PartInstance.Touched:Connect(function()
UpdateLightState(PartInstance, LightSource)
end)
UpdateLightState(PartInstance, LightSource)
end
end)
local function ProcessLightRegistry()
-- Processes all registered lights and updates their states
for PartInstance, LightSource in pairs(LightPartRegistry) do
UpdateLightState(PartInstance, LightSource)
end
end
-- Environment Change Handlers
Lighting.Changed:Connect(function()
ProcessLightRegistry()
end)
local ConfigurationValueTypes = {
["StringValue"] = true,
["IntValue"] = true,
["NumberValue"] = true,
["BrickColorValue"] = true,
["BoolValue"] = true,
["Color3Value"] = true,
["Vector3Value"] = true,
["IntConstrainedValue"] = true
}
for _, ConfigItem in ipairs(ConfigurationModel:GetChildren()) do
if ConfigurationValueTypes[ConfigItem.ClassName] then
ConfigItem.Changed:Connect(function()
ProcessLightRegistry()
end)
end
end
return TextureConfigurationSystem
Model if you wnat to see it yourself on baseplate:
https://create.roblox.com/store/asset/109573717440669/Idle-Character-Relaxed-Waiting-Animations-RP?viewFromStudio=true&keyword=&searchId=d1bb34ac-18ee-480d-b113-7dc5eacf560f
Btw I found out owner doesn’t have any friends and has a bacon avatar.
