Should we implement a custom ?
--!strict local Players = game:GetService("Players") local TweenService = game:GetService("TweenService") local Tool = script.Parent local Handle = Tool:WaitForChild("Handle") :: BasePart -- Define our states using an explicit type definition type SystemState = "Unlit" | "Lit" | "Depleted" local AdvancedItem = {} AdvancedItem.__index = AdvancedItem function AdvancedItem.new(toolInstance: Tool) local self = setmetatable({}, AdvancedItem) self.Instance = toolInstance self.Handle = toolInstance:WaitForChild("Handle") self.CurrentState = "Unlit" :: SystemState self.Lifespan = 100.0 -- Represented as a percentage -- Initialize network attributes for client reading self.Instance:SetAttribute("SystemState", self.CurrentState) self.Instance:SetAttribute("Lifespan", self.Lifespan) return self end function AdvancedItem:Light() if self.CurrentState ~= "Unlit" then return end self.CurrentState = "Lit" self.Instance:SetAttribute("SystemState", self.CurrentState) -- Start active consumption thread task.spawn(function() while self.CurrentState == "Lit" and self.Lifespan > 0 do task.wait(1) self:Consume(2.5) -- Drain 2.5% per second when active end end) end function AdvancedItem:Consume(amount: number) if self.CurrentState ~= "Lit" then return end self.Lifespan = math.max(0, self.Lifespan - amount) self.Instance:SetAttribute("Lifespan", self.Lifespan) -- Dynamically scale the physical size of the object to simulate burning down local targetScale = math.clamp(self.Lifespan / 100, 0.25, 1.0) local tweenInfo = TweenInfo.new(0.9, Enum.EasingStyle.Linear) local tween = TweenService:Create(self.Handle, tweenInfo, Size = Vector3.new(self.Handle.Size.X, self.Handle.Size.Y, targetScale) ) tween:Play() if self.Lifespan <= 0 then self:Deplete() end end function AdvancedItem:Deplete() self.CurrentState = "Depleted" self.Instance:SetAttribute("SystemState", self.CurrentState) -- Clean up tool safely from character inventory task.wait(0.5) self.Instance:Destroy() end -- Hook up the tool lifecycle events local itemSession = AdvancedItem.new(Tool) Tool.Activated:Connect(function() if itemSession.CurrentState == "Unlit" then itemSession:Light() end end) Use code with caution. 🎨 Client-Side Visual FX & Animation Engine
Tip (An invisible Attachment point at the glowing end for particles) SmokeParticles (ParticleEmitter) LocalScript (Handles user input and local animations)
: rbxassetid://253246197 (A soft glow or flare texture)
The system became a focal point for a specific subset of the Roblox Luau (scripting) community. Developers praised the and advanced math used to handle the particle physics and UI elements.
An advanced system removes the boring "click to craft." Instead, we implement a using UserInputService .
local hitPower = if charge >= 0.95 then "Massive" else "Normal" applyBuff(player, hitPower)
An advanced tool system relies on a strict separation of replication and visual effects. The server manages state, ownership, and data validation, while the client handles animations, local inputs, and heavy particle rendering. Folder Structure
A robust item system requires a clear separation of logic. The server must handle state changes (such as inventory updates or tracking durability), while the client handles immediate visual feedback (like playing animations or rendering screen effects). Explorer Hierarchy
Ignore incoming requests if the elapsed time since the last Inhale event is lower than your system cooldown limit. Performance Culling
Should we implement a custom ?
--!strict local Players = game:GetService("Players") local TweenService = game:GetService("TweenService") local Tool = script.Parent local Handle = Tool:WaitForChild("Handle") :: BasePart -- Define our states using an explicit type definition type SystemState = "Unlit" | "Lit" | "Depleted" local AdvancedItem = {} AdvancedItem.__index = AdvancedItem function AdvancedItem.new(toolInstance: Tool) local self = setmetatable({}, AdvancedItem) self.Instance = toolInstance self.Handle = toolInstance:WaitForChild("Handle") self.CurrentState = "Unlit" :: SystemState self.Lifespan = 100.0 -- Represented as a percentage -- Initialize network attributes for client reading self.Instance:SetAttribute("SystemState", self.CurrentState) self.Instance:SetAttribute("Lifespan", self.Lifespan) return self end function AdvancedItem:Light() if self.CurrentState ~= "Unlit" then return end self.CurrentState = "Lit" self.Instance:SetAttribute("SystemState", self.CurrentState) -- Start active consumption thread task.spawn(function() while self.CurrentState == "Lit" and self.Lifespan > 0 do task.wait(1) self:Consume(2.5) -- Drain 2.5% per second when active end end) end function AdvancedItem:Consume(amount: number) if self.CurrentState ~= "Lit" then return end self.Lifespan = math.max(0, self.Lifespan - amount) self.Instance:SetAttribute("Lifespan", self.Lifespan) -- Dynamically scale the physical size of the object to simulate burning down local targetScale = math.clamp(self.Lifespan / 100, 0.25, 1.0) local tweenInfo = TweenInfo.new(0.9, Enum.EasingStyle.Linear) local tween = TweenService:Create(self.Handle, tweenInfo, Size = Vector3.new(self.Handle.Size.X, self.Handle.Size.Y, targetScale) ) tween:Play() if self.Lifespan <= 0 then self:Deplete() end end function AdvancedItem:Deplete() self.CurrentState = "Depleted" self.Instance:SetAttribute("SystemState", self.CurrentState) -- Clean up tool safely from character inventory task.wait(0.5) self.Instance:Destroy() end -- Hook up the tool lifecycle events local itemSession = AdvancedItem.new(Tool) Tool.Activated:Connect(function() if itemSession.CurrentState == "Unlit" then itemSession:Light() end end) Use code with caution. 🎨 Client-Side Visual FX & Animation Engine
Tip (An invisible Attachment point at the glowing end for particles) SmokeParticles (ParticleEmitter) LocalScript (Handles user input and local animations) Roblox - Advanced Weed Blunt System
: rbxassetid://253246197 (A soft glow or flare texture)
The system became a focal point for a specific subset of the Roblox Luau (scripting) community. Developers praised the and advanced math used to handle the particle physics and UI elements. Should we implement a custom
An advanced system removes the boring "click to craft." Instead, we implement a using UserInputService .
local hitPower = if charge >= 0.95 then "Massive" else "Normal" applyBuff(player, hitPower) An advanced system removes the boring "click to craft
An advanced tool system relies on a strict separation of replication and visual effects. The server manages state, ownership, and data validation, while the client handles animations, local inputs, and heavy particle rendering. Folder Structure
A robust item system requires a clear separation of logic. The server must handle state changes (such as inventory updates or tracking durability), while the client handles immediate visual feedback (like playing animations or rendering screen effects). Explorer Hierarchy
Ignore incoming requests if the elapsed time since the last Inhale event is lower than your system cooldown limit. Performance Culling