The user is asking me to make a Roblox game similar to "Steal an Egg" (a popular Roblox game genre where you steal eggs from bases while guards defend them) but themed around One Piece devil fruits. They want: 1. Real devil fruit models 2. One Piece characters as guards (replacing the beasts) 3. Fruits that "hatch" into the real fruit user (character who ate that fruit) This is a big request - a full Roblox game. I can't literally create a Roblox game in a chat, but I can provide the code (Luau scripts) and instructions for building this in Roblox Studio. Let me think about what "Steal an Egg" gameplay is like: - Players have bases/pedestals with eggs (or in this case devil fruits) - Eggs grow/hatch over time - Players can steal eggs from other players' bases - Guards (in this case, One Piece characters) defend the fruits - When eggs hatch, they become pets/creatures - here they'd become the character who ate that fruit Important IP considerations: One Piece characters and Devil Fruits are copyrighted by Eiichiro Oda/Shueisha/Toei. Creating a fan game using these assets raises IP concerns. I should probably note this briefly - fan games exist on Roblox commonly (like Blox Fruits which is inspired by One Piece), but using actual One Piece character models/names could get the game taken down. I should mention this caveat but still help with the game structure. Actually, Roblox does have many One Piece-inspired games. Direct use of copyrighted names/models is risky. I can mention this and suggest they can rename things, but I'll write the code with the One Piece names as requested since it's their choice - actually, let me think. Providing code with references to character names like "Luffy" is fine - it's just code. The user takes on responsibility for uploading assets. I'll add a brief note about IP. Now, what can I actually deliver? - A project structure for Roblox Studio - Server scripts for game logic (spawning fruits, stealing mechanics, hatching, guards) - Local scripts for UI - Model creation guidance (since I can't create actual 3D models, I'll describe how to build devil fruit models procedurally with parts, or suggest using meshes) - Guard AI (NPCs that patrol and attack thieves) - Hatching system: fruit hatches into character who ate it (e.g., Gomu Gomu no Mi hatches into Luffy) The "hatch into the real fruit user" mechanic: In Steal an Egg, eggs hatch into pets. Here, each devil fruit would hatch into the canonical user: - Gomu Gomu no Mi (Gum-Gum Fruit) → Luffy - Hito Hito no Mi → Chopper - Mera Mera no Mi → Ace - Goro Goro no Mi → Enel - Yami Yami no Mi → Blackbeard - Hie Hie no Mi → Aokiji - Magu Magu no Mi → Akainu - Ope Ope no Mi → Law - Gura Gura no Mi → Whitebeard - Ito Ito no Mi → Doflamingo - Suna Suna no Mi → Crocodile - Bara Bara no Mi → Buggy - Moku Moku no Mi → Smoker - Uo Uo no Mi Model: Azure Dragon → Kaido - Hito Hito no Mi Model: Nika → Luffy (Gear 5) - Yomi Yomi no Mi → Brook - Suke Suke no Mi → Absalom/Shiryu - Mochi Mochi no Mi → Katakuri Guard characters (replacing beasts): - Marines: Garp, Sengoku, Aokiji, Akainu, Kizaru, Smoker, Tashigi - Pirates: Zoro, Sanji, Rayleigh, Shanks, Mihawk, Kaido, Big Mom - Yonko guarding rare fruits, etc. Rarity system: - Common: Bara Bara no Mi (Buggy), etc. - Rare: Mera Mera no Mi - Legendary: Goro Goro no Mi - Mythic: Hito Hito no Mi Model: Nika (Gear 5 Luffy) Let me structure the answer: 1. Brief note on what I can deliver (full codebase + build instructions) + IP caveat (brief) 2. Game design overview 3. How to set up in Roblox Studio (folder structure) 4. Scripts: - Config module (fruits, guards, rarities, hatching mappings) - Server: Fruit spawning - Server: Base/pedestal system with steal mechanics - Server: Guard AI (pathfinding, attack) - Server: Hatching system - Server: Money/stealing economy - RemoteEvents - LocalScript: UI (inventory, notifications) - Procedural devil fruit model builder (since they can't easily get mesh assets, generate swirl-pattern fruit from parts) - Procedural guard character builder (blocky R6-style characters with colored parts approximating outfits, name tags) That's a lot. I need to be comprehensive but manageable. Let me write clean, working Luau code. Key mechanics of "Steal an Egg" style games: - Each player gets a base with a pad where fruits spawn - Fruits grow through stages (seed → growing → ripe) - When ripe, you can collect/hatch them - You can enter other players' bases to steal ripe fruits - Guards patrol bases and attack intruders (knock them back / kill them) - Stolen fruits get carried; if you die while carrying, you drop it - Hatched characters become "pets" that follow you or sit in your collection and generate money Let me design: **Game loop:** 1. Player joins → assigned a base plot with a Rebirth/locking door, a "Fruit Nest" pedestal 2. Every X seconds, a fruit spawns in the nest based on rarity odds 3. Fruit grows through 3 stages over ~60s, then is stealable/collectable 4. Owner touches ripe fruit → +cash and fruit added to inventory; after Y seconds it hatches into the character 5. Other players can enter the base and touch the fruit to grab it; carrying fruit slows you and makes guards target you 6. Guards (NPC) patrol; if a thief is inside the base, guards chase and attack (deal damage / knockback); if thief dies, fruit returns to pedestal 7. Hatch: fruit disappears, character NPC spawns, follows owner, generates passive cash based on rarity 8. Players can equip hatched characters to get the fruit's power (simple ability: Luffy = stretch punch, Ace = fireball, etc.) — maybe keep this simple: hatched characters give a stat boost + passive income. Adding full combat powers would be enormous. I could add a simple "power" where equipping gives a special move via a tool. Maybe I'll include one generic ability system with per-fruit projectile color/damage. That's doable with a simple RemoteEvent tool. Given length constraints, I'll build: - ReplicatedStorage: Modules (FruitConfig, GuardConfig), RemoteEvents folder - ServerScriptService: MainServer script (or several) - Workspace: Baseplate + generated plots (generate plots via script to avoid manual building!) - StarterGui: handled by a LocalScript that builds UI programmatically Procedural generation is the way to go so the user doesn't have to build anything manually. The script will: - Create plots around the map - Build devil fruit models from spheres + swirl patterns (FruitConfig includes color scheme per fruit) - Build guard NPCs from parts (torso, head, limbs) with simple colors per character - Build hatched character NPCs similarly Devil fruit model: classic One Piece devil fruit look - a bulbous fruit with swirl patterns (swooshes). Procedurally: a sphere (SpecialMesh with "sphere" or a Ball part), plus several curved swirl "S" shapes made from small cylinders/parts, plus a green stem on top. I can create swirls by placing rotated cylinder segments along an arc. Let me write a helper that creates a swirl: for t = 0..1, angle positions along a spiral on the sphere surface, place small neon-ish darker parts. Simpler: place 3-5 "banana-shaped" swirl bands using a series of small spheres arranged along a curve on the fruit surface. That looks decent. Actually a clean approach: fruit = ball part with size ~2; create swirl pattern by iterating along latitude circles with sinusoidal longitude offsets, placing small dark spheres tangent to surface. That gives the classic spiral texture. Stem: small green cylinder bent (two cylinders). Good. Guard AI: humanoid NPC with Humanoid + simple state machine: - Idle patrol: walk between waypoints around the plot - Detect thief: if a player character is inside plot bounds and is carrying a fruit or isn't the owner → chase - Attack: when close, deal damage (melee) with cooldown; maybe play a slash effect - If target dies or leaves plot+range, return to patrol Use PathfindingService optionally; simple straight-line chase with Humanoid:MoveTo is fine and less buggy. Guards confined to their plot mostly. Hatching: fruit object has attributes (FruitName, OwnerUserId, Stage, RipeAt). Server heartbeat checks ripeness; when owner touches it, fruit is "collected" into an incubator slot on the base; after hatch timer, spawns the character NPC (procedural humanoid with character colors), which follows the owner when they're nearby, sits at base otherwise, and grants passive income. Actually in Steal an Egg, hatched pets sit in your base and generate money you collect. Let me do: hatched characters stand on your base in a "crew" line, each generates cash per second accumulated; step on collect pad to claim. Keep faithful-ish. Also stealing: thief touches ripe fruit on someone else's base → fruit attaches above their head (weld), they carry it to their own nest to "bank" it; guards of the victim base chase them while inside; if the thief dies, fruit returns. When banked, it goes to thief's incubator. That's the core loop. Money: stealing gives the fruit's cash value when banked/hatched; owners passively earn from hatched crew. Combat for players: give everyone a combat tool (punch) or a sword so they can fight guards/other thieves. Simple tool with click to damage nearby. I'll include a basic CombatTool creation server-side and give to character on spawn. UI: money display, inventory of hatched characters maybe, notifications when fruit spawns/ripe/stolen. Keep UI minimal: Money label, "Rebirth"? Skip rebirth. Add a "Store" where you buy better guards? That's a nice progression: buy stronger guards with cash (e.g., hire Zoro to guard your base). I'll include a simple shop: buy guard upgrades. Hmm, length. Let me prioritize core loop + polish minimal. Let me now think about the module data. FruitConfig (name, user, rarity, colors {base, swirl}, value, growTime, hatchTime, income): 1. Bara Bara no Mi — Buggy — Common — value 100 2. Suke Suke no Mi — Shiryu — Common 3. Moku Moku no Mi — Smoker — Uncommon 4. Suna Suna no Mi — Crocodile — Uncommon 5. Hana Hana no Mi — Robin — Uncommon 6. Mera Mera no Mi — Ace — Rare 7. Goro Goro no Mi — Enel — Rare 8. Hie Hie no Mi — Aokiji — Rare 9. Magu Magu no Mi — Akainu — Legendary 10. Gura Gura no Mi — Whitebeard — Legendary 11. Ito Ito no Mi — Doflamingo — Legendary 12. Ope Ope no Mi — Law — Mythic 13. Uo Uo no Mi (Azure Dragon) — Kaido — Mythic 14. Hito Hito no Mi Model: Nika — Luffy (Gear 5) — Secret/Mythic GuardConfig (name, hp, damage, speed, colors, rarity tier of plot): Default guard per base: random Marine. Shop upgrades: Coby → Smoker → Tashigi → Zoro (hired pirate) → Garp → Kizaru → Akainu → Shanks → Mihawk. Guard NPC procedural appearance: I'll define per-guard: shirtColor, pantsColor, skinColor, hairColor, accessory (hat/strawhat/sword). Build with R6-ish parts manually: Head (ball), Torso (block), arms, legs. Add a name billboard. Straw hat for Luffy: torus-ish cylinder brim + dome. I can add simple accessories: "StrawHat", "MarineCap", "Hood". Keep it simple: hat type field with builder functions for a couple of types (cap = cylinder + brim, strawhat = wide cylinder + dome, none). Weapon: guards hold a sword part (block) — melee range 6, damage per hit. Player carrying fruit: highlight + billboard showing fruit name; slow walkspeed to 14. Drops: on death, drop fruit back to original nest (store originalPlot). Base/plot generation: - 8 plots arranged in circle/rows around spawn. Each plot: floor, walls (3 walls, open front), nest pedestal in center-back, guard spawn points, collect pad, incubation pad (3 slots), door? Steal-an-egg bases have open fronts. Plot bounds via Region or just distance check from plot center & owner check. Locking: buyable door? Skip; maybe a "Lock" button that closes a forcefield door for 30s with cooldown. Could add if space. Probably skip to keep code focused, or include simple lock (creates transparent door part for 10s, 60s cooldown) via ProximityPrompt. It adds flavor. I'll include it — it's small. Economy numbers: - Start cash 0. Passive income from hatched characters: value/10 per sec? Let's say income = value per 10s. - Selling? You keep characters. Rebirth skipped. - Base fruit grow time 60s common → 180s mythic. - Hatch time 30s. - Steal: bank fruit → you get the fruit into your incubator; original owner loses it. - When hatched, character joins your crew (max 6). Server architecture: single Script "GameServer" in ServerScriptService requiring modules from ReplicatedStorage? Simpler: put everything in ServerScriptService with ModuleScripts inside it, or put modules in ReplicatedStorage so client can read config for UI. I'll put FruitConfig in ReplicatedStorage (client UI may show rarity colors) and main logic in ServerScriptService. RemoteEvents needed: - Client → Server: RequestCollectFruit? (touch handled server-side, so maybe not needed), BuyGuard, LockBase - Server → Client: Notify (title, text), MoneyChanged, CrewUpdated Touch handling: server-side Touched on fruit handle. Fine. Anti-exploit: not deep, but basic sanity (cooldowns, server-authoritative checks). Mention it. Now writing the code. It'll be long. Let me organize: **ReplicatedStorage/FruitConfig (ModuleScript)** ```lua local FruitConfig = {} FruitConfig.RarityColors = { Common = Color3.fromRGB(170,170,170), Uncommon = Color3.fromRGB(85,255,127), Rare = Color3.fromRGB(85,170,255), Legendary = Color3.fromRGB(255,170,0), Mythic = Color3.fromRGB(170,0,255), } FruitConfig.RarityWeights = { Common = 50, Uncommon = 30, Rare = 14, Legendary = 5, Mythic = 1, } FruitConfig.Fruits = { {Name = "Bara Bara no Mi", User = "Buggy", Rarity="Common", BaseColor=Color3..., SwirlColor=..., Value=150, GrowTime=45, HatchTime=20, Income=15}, ... } ``` Include ~12-14 fruits. **GuardConfig (ModuleScript in ReplicatedStorage)** Guards with stats and appearance: {Name, Health, Damage, Speed, AttackRange=6, AttackCooldown=1, Skin, Shirt, Pants, Hat, Weapon} **ServerScriptService/MainGame (Script)** — big script containing: - Services - Plot generation - Fruit model builder - Character/guard builder - Fruit lifecycle (spawn, grow, ripe, collect/steal, bank, hatch) - Guard AI loop - Player setup (leaderstats Cash, base assignment) - Combat tool - Remotes handling (lock, buy guard) Maybe split into a few scripts for readability, but one well-organized long script with sections is easier to paste. Actually multiple scripts create ordering issues; single script is safest to paste. But it'll be ~700-900 lines. That's acceptable for this request given they asked to "make a game". I'll aim for complete but tight code. Maybe split: MainGame (server), ClientUI (LocalScript in StarterGui). Plus config modules. That's 4 scripts total. Good. Let me write the fruit model builder: ```lua local function buildDevilFruit(fruitDef) local model = Instance.new("Model") model.Name = fruitDef.Name local body = Instance.new("Part") body.Shape = Enum.PartType.Ball body.Size = Vector3.new(2.4, 2.4, 2.4) body.Color = fruitDef.BaseColor body.Material = Enum.Material.SmoothPlastic body.CanCollide = true body.Name = "Handle" body.Parent = model -- swirl pattern for i = 1, 24 do local t = i / 24 local lat = math.asin(2*t - 1) -- distribute over sphere local lon = t * math.pi * 6 -- wraps ~3 times local x = math.cos(lat) * math.cos(lon) local y = math.sin(lat) local z = math.cos(lat) * math.sin(lon) local swirlPart = Instance.new("Part") swirlPart.Shape = Enum.PartType.Ball swirlPart.Size = Vector3.new(0.35,0.35,0.35) swirlPart.Color = fruitDef.SwirlColor swirlPart.Material = Enum.Material.Neon swirlPart.CanCollide = false swirlPart.Massless = true swirlPart.CFrame = CFrame.new(body.Position) * CFrame.new(x*1.15, y*1.15, z*1.15) local weld = Instance.new("Weld") -- weld to body ... end ``` Welding many parts: use WeldConstraint or Weld with C0. Since body is the root and model will be moved via PivotTo, welds keep pattern attached. Actually simpler: make swirl parts CanCollide false, Massless, and weld with WeldConstraint to body after positioning. Then move model via body. I'll set model.PrimaryPart = body, and when placing, use model:PivotTo(...). WeldConstraints hold relative positions. Good. Simpler and cheaper: use a Texture? Without uploading assets, procedural parts it is. 24 swirl dots per fruit is fine (each fruit has ~25 parts; few fruits on map at once). Stem: small green cylinder on top + a leaf? Two cylinders: stem vertical, plus small "T" top. Fine. Also add a BillboardGui above fruit showing name + rarity + progress while growing. Character builder (R6-like from parts): ```lua local function buildCharacter(def, isGuard) -- def has Skin, Shirt, Pants, Hair, Hat, Name local model = Instance.new("Model") -- parts: Head, Torso, LArm, RArm, LLeg, RLeg -- Humanoid, HumanoidRootPart ``` Standard R6 rig construction: - HumanoidRootPart: 2x2x1 transparent, CFrame at position - Torso 2x2x1 at y offset 0 (torso center at HRP position) - Head 2x1x1? R6 head is 2x1x1 with mesh; simpler: use a ball? Blocky head with SpecialMesh "Head" scale 1.25,1.25,1.25. I'll do Part 2x1x1 + SpecialMesh Head. - Limbs 1x2x1 positioned relative. - Motor6Ds to connect so animations... We won't animate; but Humanoid needs joints for proper death/ragdoll. Build Motor6D: RootJoint (HRP-Torso), Neck (Torso-Head), shoulders, hips. Without animations characters T-pose; fine for NPC guards. Could add simple walk animation via manually rotating? Skip; use Humanoid description? Simplest: static parts welded by Motor6D so humanoid works, no anims. Acceptable. Actually, an easier robust approach: use `Players:CreateHumanoidModelFromDescription`? That requires HumanoidDescription with assets IDs for shirts etc. — no custom assets. Could color a default rig: we can create a rig via `game:GetService("InsertService"):LoadAsset`? Not reliable offline. Procedural build is fine. Alternatively use a dummy via Players service: `players:CreateHumanoidModelFromDescription(description, Enum.HumanoidRigType.R6)` gives a full R6 rig with Motor6Ds and default animations will play (walk anim). HumanoidDescription without assets yields gray default body — we can color body parts via description.BodyColor? HumanoidDescription has properties like Shirt/ShirtColor? It has `BodyColor`? Actually HumanoidDescription has properties: Hair, Face, Shirt, Pants (asset ids), GraphicTShirt, plus BodyColor? There's `HumanoidDescription.HeadColor`, `TorsoColor`, etc.? I don't think so; colors via BodyColors? Hmm — HumanoidDescription doesn't include colors directly (it has for HeadScale etc. and body colors? I recall `HumanoidDescription` has no color properties; you set colors on the resulting model parts). The created model is a standard rig with proper joints and animation scripts? Created model includes `Animate` script? I believe CreateHumanoidModelFromDescription does NOT include the Animate script, so walking animation wouldn't play unless we copy one. We can clone the default Animate script from an existing player character? Not accessible server-side from StarterPlayer? There's `StarterPlayer` → we can put our own Animate script in the guard model: a simple custom Animate script that plays default animations by name requires animation assets; default R6 animation IDs are Roblox-owned and can be used (rbxassetid://... official). Many games copy the standard Animate script. I can include a minimal custom animate: on Moving, loop "walk" anim with official R6 run animation id (e.g., run: rbxassetid://180426354 is R6 run). Using Roblox-owned animation IDs is allowed. To keep code smaller, maybe skip animations — guards gliding while MoveTo without anim looks meh but acceptable for a starter kit. I'll include a tiny animate script with one walk animation using the classic R6 walk id 180426354? That's "run" for R6? Known official R6 anim ids: run = 180426354, walk = 180426354 is actually run... The classic R6 walk: 180426354 (run). Idle: 180435571. These are Roblox-created so usable. I'll add optional small LocalScript-like Script inside guard model that plays run anim while moving. Keep it short. Hmm, weighing total length. The answer will be long regardless; I'll include the mini Animate script (20 lines) — worth it for feel. Build-character with Motor6D is ~80 lines. Alternatively simpler: weld limbs with WeldConstraints and skip Humanoid? But then damage/health handling manual. Humanoid is convenient (health, MoveTo, Died event). Keep Motor6D build. Let me define buildRig(def): ```lua local function buildRig(def) local model = Instance.new("Model") model.Name = def.Name local hrp = newPart("HumanoidRootPart", def.Shirt, Vector3.new(2,2,1), true) -- transparent hrp.Transparency = 1 local torso = newPart("Torso", def.Shirt, Vector3.new(2,2,1)) local head = ... ... local rootJoint = Instance.new("Motor6D") etc. ``` Positions (R6 offsets from HRP at origin): - Torso center at (0,0,0) relative HRP? In R6, HRP and Torso share center. Yes: HRP center == Torso center. - Head: Torso.CFrame * CFrame.new(0,1.5,0)? R6 head is at y +1.5? Torso is 2 tall; head bottom at torso top (+1), head 1 tall → head center +1.5. Neck C0 = CFrame.new(0,1,0) on torso side, C1 = CFrame.new(0,-0.5,0) on head side. - Arms: 1x2x1 at x=±1.5, center y=0. Shoulder Motor6D C0 = CFrame.new(±1.5? Actually shoulder joint at torso top corners: C0 = CFrame.new(1.5? Hmm classic: C0 = CFrame.new(1, 0.5, 0) * angles? I don't need exact animation-correct joints; approximate: C0 on torso at (±1.5, 0.5, 0)? For limb attachment, arm center at x=±1.5, y=0? Torso height 2 (from -1 to +1). Arm 2 tall centered at y=-0.5? In R6, arm top aligns with torso top: arm spans y in [-2? no: arm length 2, top at +1 → center at 0. Wait torso spans -1..+1, arm spans +1 down to -1 → center 0. Yes arm center (±1.5, 0, 0). - Legs: below torso: spans -1..-3 → center (±0.5, -2, 0). Motor6D Part0/Part1: e.g., RootJoint Part0=HRP Part1=Torso C0=CFrame.new()*identity, C1=identity. Neck: Part0=Torso, Part1=Head, C0=CFrame.new(0,1,0), C1=CFrame.new(0,-0.5,0). Shoulders: Part0=Torso Part1=Arm C0=CFrame.new(±1.5,0.5,0)? If C0 is joint location in Part0 space and C1 joint location in Part1 space, and they coincide: joint at torso (±1.5? Let me just set C0=CFrame.new(±1.5,0.5,0)?? Hmm: to place arm center at (±1.5,0,0) relative torso: if C0 = CFrame.new(±1.5, 0.5, 0) and C1 = CFrame.new(0, 0.5, 0): then arm center = torsoCF * C0 * C1:inverse() = torsoCF * CFrame.new(±1.5,0,0). Yes since C1:inverse() of (0,0.5,0) gives translation (0,-0.5,0); combined (±1.5, 0.5-0.5, 0) = (±1.5,0,0). Good. Legs: C0 = CFrame.new(±0.5,-1,0), C1 = CFrame.new(0,1,0) → leg center = torsoCF*(±0.5,-2,0). Good. Head: C0=CFrame.new(0,1,0), C1=CFrame.new(0,-0.5,0) → head center (0,1.5,0). Face: decal? Use SpecialMesh Head + face via `Instance.new("Decal")` with the default face texture "rbxasset://textures/face.png". That works (built-in asset). Good. Hat builder: types: "StrawHat" (yellow wide cylinder + red band), "MarineCap" (white cylinder + brim + visor?), "Sunglasses"? Keep StrawHat, MarineCap, WcHat? Provide few: StrawHat, MarineCap, None. Also maybe "Hood" for Enel? Not needed. Weapon: katana: long thin blade + guard + handle, welded to right arm, plus guard holds it. Fine: weld blade to Right Arm. Billboard name tag above head with guard name + HP bar? HP bar via Humanoid? BillboardGui with HealthBar? Humanoid displays health bar automatically when damaged if `HealthDisplayType`? Set humanoid.HealthDisplayType = AlwaysOn? There's `Humanoid.DisplayDistanceType`. Set DisplayName via humanoid.DisplayName = name. Easiest: humanoid.DisplayName = def.Name and HealthDisplayDistanceType... Actually NPCs show name+health if `humanoid.DisplayDistanceType = Enum.HumanoidDisplayDistanceType.Viewer`? Default shows display name. I'll set humanoid.DisplayName and leave default. Plus colored chat-bubble? Skip. Guard AI: State per guard: {plot, humanoid, rootPart, home positions list, target} Loop each heartbeat or 0.2s: - find thief: players whose character is inside plot bounds and (carrying fruit OR player != owner) — even just intruding should be attacked? In Steal an Egg, guards attack anyone entering who isn't owner. But players need to browse? Typically yes, non-owners get attacked on entry. I'll do: non-owner inside plot → chase; owner ignored. - If target within plot bounds + 10 studs grace: MoveTo target position (lead a bit), when within AttackRange: face target, attack cooldown → damage + small knockback (BodyVelocity or ApplyImpulse) + hit effect (red flash part). - Else: patrol waypoints (corners of plot), MoveTo, wait. - Death: respawn guard after 15s at plot with full hp (owner can also buy stronger guard which replaces). Guard damage to player triggers... player death handled by Roblox; on death, if carrying fruit, return fruit to its home nest. Hook humanoid.Died on player characters server-side. Fruit lifecycle: Nest per plot: pedestal part with a "FruitAnchor". Plot state: currentFruit (model), fruitData {def, owner, stage}. Timers via task.spawn loop per plot: - wait spawnDelay (e.g., 15s after last event) - pick fruit by rarity weights - build small fruit (scale grows: 0.6 → 1.0 over growTime), billboard shows progress - ripe: change billboard "RIPE — Steal me!", enable touch: - Touched: if character humanoid; player = Players:GetPlayerFromCharacter - if player == owner: collect → fruit moves to incubation slot; after HatchTime → hatch: build crew character def.User, assign to plot crew list (max 6; if full, auto-sell for cash). Notify. - else: steal → attach fruit above thief head (weld to head), set carrying attribute; thief must return to THEIR plot nest and touch it to bank (moves into their incubator, original owner loses it; notify both). While carrying: WalkSpeed 14, guards of victim plot chase. - If stolen fruit's thief dies → fruit returns to original plot nest (re-ripe immediately? set ripe again). Incubation: plot has 3 incubation pads; model placed on pad with billboard countdown; on hatch, spawn crew character standing at crew spot, adds to crew with income; income accrues to plot owner's Cash every second: cash += sum(income). Actually simpler: each crew member adds income per second; accumulate per plot; collect pad shows amount; owner touches collect pad → claim. Steal bank when thief's own incubator full? If pads full, oldest replaces? Just block: can't bank if full, fruit stays carried. Simpler: if full, instantly sell for cash value *0.5. I'll do instant sale with notify. Lock door: ProximityPrompt on base door part "Lock (10s)" — sets door CanCollide true transparency 0.2 for 10s, cooldown 60s per player, cost small cash? Free with cooldown. Simple. Shop: NPC? Just a ProximityPrompt on a "Guard Post" in each plot cycling upgrade: buying next-tier guard costs cash; replaces guard. Tier list from GuardConfig.Tiers. Implement via ProximityPrompt with HoldDuration 0.5; server checks cash. Player cash: leaderstats "Cash". Combat tool for players: "Fists"/"Cutlass": Tool with Activated → check nearby humanoids within 5 studs in front → damage 15, cooldown 0.5. Slash effect part. Give tool on CharacterAdded via :WaitForChild? Clone from ServerStorage each spawn. Create the tool procedurally too. Client UI (LocalScript in StarterGui): - Top center: Cash label bound to leaderstats via RemoteEvent? Use leaderstats instance directly (client can read leaderstats). - Bottom: hotbar default Roblox; skip. - Notifications: listen RemoteEvent "Notify" → create frames stacking. - Maybe a fruit rarity color in billboards only server-side. Fine. Remotes: create in ReplicatedStorage/Remotes: "Notify", "CrewUpdated" (not needed for UI minimal), "Lock" etc. Server handles prompts directly, so only Notify remote needed. Good—minimal. Also need to handle player leaving: free plot; remove crew; unassign base. If owner leaves, their fruits? Remove plot contents; plot reassigned to next joiner. Plot assignment: table plots[] with ownerUserId. On join: find plot with no owner → assign; build "owner sign" (billboard with player name). On leave: clear. Map generation: 8 plots in two rows of 4 facing a central spawn? Simple: plots at positions around origin: for i, angle = i*(2π/8), radius 60, facing center. Spawn location at center platform. Each plot 40x40 floor, 3 walls height 8, open side facing center. Plot bounds check: within plot's oriented box: use plot.CFrame:PointToObjectSpace(pos), abs x<=halfW etc. Now, code writing. I must be careful with correctness. Let me draft the full server script mentally with key functions: Services: ```lua local Players = game:GetService("Players") local ReplicatedStorage = game:GetService("ReplicatedStorage") local RunService = game:GetService("RunService") local PathfindingService... (skip) ``` Modules: FruitConfig = require(ReplicatedStorage.FruitConfig), GuardConfig = require(...GuardConfig) Remotes folder creation: ```lua local Remotes = Instance.new("Folder") Remotes.Name="Remotes" Remotes.Parent=ReplicatedStorage local NotifyEvent = Instance.new("RemoteEvent") ... ``` Helpers: ```lua local function newPart(props) ... end ``` buildDevilFruit(def, scale) as above with welds. buildRig(def) returns model with humanoid etc. Guard-specific: hold weapon, billboard. Wait — hatched crew characters are the fruit users. def from fruit config needs appearance for user: colors per user. I'll add Appearance table in FruitConfig per fruit for the user (shirt color, pants, skin, hair, hat) — that's 14 entries × colors; manageable, keep terse: e.g. {Skin=Color3.fromRGB(255,220,180), Shirt=..., Pants=..., Hat="StrawHat", Hair=...}. Colors approximations: - Luffy: skin tan, red shirt, blue shorts, straw hat, black hair - Zoro: green hair, white shirt green haramaki, ... (Zoro as guard option) - Buggy: blue hair, pirate coat? shirt blue, pants... - Smoker: white hair, Marine jacket (white/blue), - Crocodile: black hair? coat... - Robin: black hair, purple top - Ace: black hair, orange hat/shirtless—shirt orange - Enel: blond, white pants, bare chest (skin shirt?), gold - Aokiji: black hair? white vest, blue... shirt teal - Akainu: black hair, red/marine - Whitebeard: white hair? shirtless (skin), black pants, yellow? - Doflamingo: blond, pink feather coat (shirt pink), white pants, sunglasses (black head accessory—skip or make head black band? skip) - Law: black hair, white spotted hoodie? shirt white? jeans - Kaido: black hair, scale... shirt dark purple - Gear 5 Luffy: white hair, white shirt? white outfit, straw hat GuardConfig tiers: 1. Coby (free) — weak 2. Helmeppo 3. Smoker 4. Tashigi? maybe skip, keep 6 tiers: - Tier1 Coby {HP 100, DMG 8, Speed 16} - Tier2 Smoker {HP 250, DMG 15, Speed 18} - Tier3 Zoro {HP 500, DMG 25, Speed 20} - Tier4 Garp {HP 800, DMG 35, Speed 20} - Tier5 Kizaru {HP 1200, DMG 45, Speed 24} - Tier6 Shanks {HP 2000, DMG 60, Speed 26} Prices: 0, 500, 2500, 10000, 40000, 150000. Each guard def: {Name, Health, Damage, Speed, AttackCooldown=1, Skin, Hair, Shirt, Pants, Hat, Weapon="Sword"/"Fists"} Now server main loop details. Plot build function createPlot(index, cframe): - Folder model in Workspace.Plots - Floor 40x1x40, color varies per plot - Walls: back wall + 2 side walls (open toward center) - Nest pedestal at back-center: cylinder base + top pad "NestPad" (fruit anchor above) - Incubation pads: 3 small pads along left wall - Crew area: along right wall (markers for up to 6 spots) - Collect pad: green circle near front; touch → claim income - Guard post: small podium near front-left with ProximityPrompt "Hire Better Guard" - Door frame at front with "LockPad" ProximityPrompt - Owner sign: billboard above door - Return plot data table: {Model, CF (center), Size, OwnerUserId=nil, Fruit=nil, Incubators={}, Crew={}, Income=0, Guard..., SpawnCFs} Fruit spawning per plot loop: ```lua task.spawn(function() while true do local plot = plot if not plot.OwnerUserId then wait... -- wait until has owner and no current fruit repeat task.wait(1) until plot.OwnerUserId and not plot.FruitSlot.Fruit and not plot.FruitSlot.CarriedOut local def = pickFruit() local fruit = spawnFruit(plot, def) -- grow ... end end) ``` Simplify with per-plot state machine in a coroutine. Growth: scale tween over GrowTime; update billboard each second. Then ripe state: wait until touched (event-driven) — the loop can wait on a BindableEvent or promise-like: use plot.FruitSlot.TouchedEvent = Instance.new("BindableEvent"); fire on collect/steal; loop waits :Wait(). Then after handling, loop continues (spawn delay). Steal carrying: fruit model unanchored parts? Keep fruit anchored at nest; when stolen, weld to thief's head: set model parts CanCollide false, Massless, then weld body to head with offset up 3. Track OriginalPlot. On thief's plot nest touch (owner == thief) → bank. Also thief touching own nest while carrying—need distinguish collect vs bank: if plot has no current fruit and thief carrying → bank. Touch handling must debounce. Death handling: on player character added, connect humanoid.Died → if carrying, return fruit to original plot (re-weld to nest anchor, ripe again, guards resume...). Hatch: build rig of user, place at crew spot, humanoid anchors? Set stand still: humanoid.WalkSpeed=0 or just anchor HRP? Anchored HRP prevents physics weirdness. Add BillboardGui with user name + "+$X/s". Crew members push income. Income accumulation: task.spawn per plot loop each 1s: if owner, income sum → plot.PendingCash += total; update collect pad billboard. Owner touches pad → cash += pending; pending = 0. Guard spawn: buildRig(guardDef) at guard spawn; set network owner none; AI loop per guard with heartbeat. AI as task.spawn while guard alive. Guard AI pseudocode: ```lua local function startGuardAI(plot, guard) task.spawn(function() local humanoid, root = ... while guard.Alive and humanoid.Health>0 and plot.OwnerUserId do local target = findThief(plot) -- nearest player char in bounds not owner if target then local hrp = target humanoid:MoveTo(hrp.Position) if (root.Position - hrp.Position).Magnitude <= ATTACK_RANGE then -- attack if now - lastAttack >= cd then damage target humanoid; knockback; swing effect end end else patrol waypoints end task.wait(0.15) end end) end ``` MoveTo every 0.15s is okay-ish; better use Humanoid:MoveTo each update; fine. Waypoints: corners inset of plot. findThief: iterate Players, char hrp, plot:contains(pos), player.UserId ~= plot.OwnerUserId, and char alive. Also skip players in lobby? Fine. Also guards should target thieves carrying fruit preferentially — sort by (carrying first, then distance). Player entering other base gets attacked; owner safe. Steal-an-egg also has "PV" fight players; players can fight each other with combat tool. Tool damages any humanoid except self. Knockback: apply AssemblyLinearVelocity to target HRP: direction from guard to target * 40 + up 30. Hit effect: small red sphere flashed at target, tween size/transparency, destroy. Now the fruit Touched: fruit body part Touched. If growing (not ripe) → ignore (or bounce message). If ripe: - Player == owner → collect: move to incubator pad (weld/anchor at pad), billboard countdown, after HatchTime hatch. - Player != owner → steal (if that player has a plot? If not assigned plot (spectator), ignore). Attach to head. Mark carried. Guards target them. Their own nest touch banks it: move to THEIR incubator pad, original owner notified "X stole your Gomu Gomu no Mi!", thief notified. Incubator slots: plot.Incubators = list of {Pad, Fruit=nil}. On bank/collect, find free slot; if none (steal case) → sell instantly for half value. On hatch → slot freed. Hatch loop per incubating fruit: task.delay(HatchTime, hatchFn) but need cancellation? Fruits can't be stolen once in incubator (they're in your base; guards protect; but other players could touch incubator? In Steal an Egg, can you steal eggs from incubator? I think you steal growing eggs from nest; keep incubated safe). No cancellation needed. Crew max 6; if hatch occurs when full → sell new hatch for full value cash? Simpler: allow unlimited crew but cap income spots: place crew in line extending; cap at 8; beyond → auto-sell value. I'll cap MAX_CREW = 8. When owner leaves: destroy plot contents (fruits, crew), reset. Edge: owner rebirth? skip. DataStore saving? Skip (mention as next step). Keep session-only. Client UI LocalScript: cash label top; notifications from Notify remote; simple fruit rarity feed when any ripe spawns? Notify covers: "A Mera Mera no Mi is ripe at your nest!", "Someone is stealing your fruit!", "You banked X!", "Y hatched into Ace!". Nice. Also show "Carrying" indicator? Billboard on fruit suffices. Camera/Loading: skip. Instructions section: where to put each script, click Play. Also how to extend (meshes, more fruits). Note about IP: mention using names/models of One Piece IP may lead to takedown; consider renaming or keeping private. Brief. Now let me actually write all code carefully. --- FruitConfig ModuleScript (ReplicatedStorage.FruitConfig): ```lua local FruitConfig = {} FruitConfig.RarityOrder = {"Common","Uncommon","Rare","Legendary","Mythic"} FruitConfig.RarityColor = { Common = Color3.fromRGB(180,180,180), Uncommon = Color3.fromRGB(88,255,138), Rare = Color3.fromRGB(80,150,255), Legendary = Color3.fromRGB(255,170,0), Mythic = Color3.fromRGB(200,80,255), } FruitConfig.RarityWeight = { Common = 45, Uncommon = 28, Rare = 17, Legendary = 8, Mythic = 2, } -- C(Color) helper to keep table short local C = Color3.fromRGB FruitConfig.Fruits = { { -- 1 Name = "Bara Bara no Mi", User = "Buggy", Rarity = "Common", FruitColor = C(230,60,60), SwirlColor = C(120,20,20), Value = 150, GrowTime = 40, HatchTime = 20, Income = 2, Looks = {Skin=C(255,205,170), Hair=C(30,60,200), Shirt=C(90,90,120), Pants=C(60,60,70), Hat="PirateHat"?} }, ... } ``` Hmm "Hat" types: "StrawHat","MarineCap","PirateHat"(tricorn hard), "None". I'll implement StrawHat, MarineCap, None (+ generic "Crown"? no). Buggy PirateHat → implement simple tricorn: black wide cylinder + dome. OK implement 3 hat types: StrawHat, MarineCap, Tricorn. Appearance fields: Skin, Hair, Shirt, Pants, Hat, Weapon (for guards), Scar? skip. Fruits list (14): 1. Bara Bara no Mi — Buggy — Common — fruit red w/ dark red swirl. Buggy: blue hair, shirt gray/blue striped? Shirt C(70,90,160), pants brown C(90,70,50), Tricorn? Buggy wears a pirate hat with... yes tricorn. Value 150, Grow 40, Hatch 20, Income 2. 2. Suke Suke no Mi — Shiryu — Common — fruit? transparent/green. Colors: pale green C(180,230,170), swirl C(90,140,90). Shiryu: shirt black, pants black, hair black, MarineCap? he's Impel Down chief guard — cap. Value 150. 3. Moku Moku no Mi — Smoker — Uncommon — white/gray fruit. Smoker: white hair, shirt teal (Marine coat) C(60,120,140)? Smoker coat is... white with green? shirt C(150,160,150)? Let me pick: Skin C(255,205,170), Hair white C(230,230,230), Shirt C(70,110,130), Pants C(40,50,60), MarineCap. Value 400, Grow 60, Income 5. 4. Hana Hana no Mi — Robin — Uncommon — pink/purple fruit. Robin: black hair long, shirt purple C(120,60,140), pants dark C(50,50,60), skin light. Value 400. 5. Suna Suna no Mi — Crocodile — Uncommon — tan fruit. Croc: black hair? shirt dark green coat C(50,90,60), pants C(40,40,40). Value 450. 6. Mera Mera no Mi — Ace — Rare — orange flame fruit C(255,140,40), swirl C(255,220,120). Ace: black hair, shirt orange C(240,120,30), pants blue C(50,70,130), skin tan. Value 1200, Grow 80, Hatch 30, Income 14. 7. Goro Goro no Mi — Enel — Rare — yellow fruit C(255,230,90), swirl C(200,150,30). Enel: blond hair C(230,210,120), shirt = skin? bare chest: Shirt = skin color C(255,215,175)? weird but ok; Pants white C(240,240,230). Value 1300. 8. Hie Hie no Mi — Aokiji — Rare — light blue fruit. Kuzan: black hair? He has dark curly hair? black. Shirt teal C(70,140,150), pants white. Value 1300. 9. Ope Ope no Mi — Law — Legendary — red heart-ish fruit with white spots? Colors: C(220,60,70) swirl C(240,240,240). Law: black hair, shirt white C(230,230,230) (hoodie), pants blue jeans C(60,80,140). Value 3500, Grow 100, Hatch 40, Income 40. 10. Ito Ito no Mi — Doflamingo — Legendary — pink? white? fruit whitish pink C(250,190,210) swirl C(220,60,110). Doffy: blond hair C(240,200,80), shirt pink C(240,90,140), pants white C(235,235,235), skin. Value 3500. 11. Magu Magu no Mi — Akainu — Legendary — dark red/orange. Akainu: black hair, shirt dark red C(140,30,30)? Marine coat white; shirt C(180,40,40), pants C(50,50,50), MarineCap. Value 4000. 12. Gura Gura no Mi — Whitebeard — Legendary — white/pale fruit. WB: white hair C(240,240,240)? He's bald-ish with white crescent mustache — hair white. Shirt skin (bare) C(235,190,150), pants black C(30,30,30). Value 4500. 13. Uo Uo no Mi (Model: Azure Dragon) — Kaido — Mythic — blue-purple fruit C(90,90,200), swirl C(40,40,120). Kaido: black hair, shirt dark purple C(70,50,110), pants C(50,40,60), skin tan dark? C(220,170,140). Value 12000, Grow 140, Hatch 60, Income 130. 14. Hito Hito no Mi Model: Nika — Luffy (Gear 5) — Mythic — white-gold fruit C(250,240,200), swirl C(255,190,60). Luffy G5: white hair C(245,245,245), shirt white C(240,240,240), pants white, straw hat. Value 20000, Grow 180, Hatch 75, Income 220. Also include Gomu Gomu no Mi as separate? Hito Hito Model Nika IS the renamed Gomu Gomu. But "hatches into Luffy" classic = Gomu Gomu. Maybe make fruit 14 = "Gomu Gomu no Mi (Nika)" user "Luffy (Gear 5)". Keep single entry name "Hito Hito no Mi, Model: Nika". Fine. Also maybe Mochi → Katakuri Legendary? 14 is plenty. Guards GuardConfig: ```lua local C = Color3.fromRGB GuardConfig.Tiers = { {Name="Coby", Price=0, Health=120, Damage=8, Speed=16, Cool=1.0, Skin=..., Hair=C(230,170,120)? pink hair C(235,150,170), Shirt=C(240,240,240), Pants=C(70,90,140), Hat="MarineCap", Weapon="Sword"}, {Name="Helmeppo", Price=750, ...}, {Name="Smoker", Price=3000, Health=300, Damage=16, Speed=18, Weapon="Jitte"→"Sword"}, {Name="Zoro", Price=12000, Health=600, Damage=26, Speed=20, Hair=C(60,180,90), Shirt=C(90,130,90)? white, Pants=C(40,45,50), Weapon="Sword", Hat="None", Bandana? none}, {Name="Garp", Price=45000, Health=1000, Damage=38, Speed=20, Hair white, Shirt C(240,240,240), Pants C(70,90,140), MarineCap, Weapon="Fists"}, {Name="Kizaru", Price=150000, Health=1600, Damage=52, Speed=24, Hair black, Shirt white suit C(240,240,240), Pants C(240,240,240), Weapon="Fists" (light kicks)}, {Name="Shanks", Price=500000, Health=2600, Damage=70, Speed=26, Hair red C(180,40,40), Shirt black C(40,40,45), Pants C(60,60,70), Tricorn? Shanks straw hat → StrawHat}, } ``` 7 tiers fine. Now main server script. Let me write it fully. ```lua -- ServerScriptService/GameServer (Script) local Players = game:GetService("Players") local RS = game:GetService("ReplicatedStorage") local TweenService = game:GetService("TweenService") local FruitConfig = require(RS:WaitForChild("FruitConfig")) local GuardConfig = require(RS:WaitForChild("GuardConfig")) -- Remotes local Remotes = RS:FindFirstChild("Remotes") or Instance.new("Folder") Remotes.Name = "Remotes"; Remotes.Parent = RS local Notify = Remotes:FindFirstChild("Notify") or Instance.new("RemoteEvent") Notify.Name = "Notify"; Notify.Parent = Remotes -- constants local PLOT_COUNT = 8 local PLOT_SIZE = 44 ... ``` Helper newPart: ```lua local function part(props, parent) local p = Instance.new("Part") p.Anchored = true p.TopSurface = Enum.SurfaceType.Smooth p.BottomSurface = Enum.SurfaceType.Smooth for k,v in props do p[k]=v end -- generalized iteration works in Luau if parent then p.Parent = parent end return p end ``` Generalized iteration `for k,v in props` — Luau supports iterating tables with `in` directly (pairs semantics) — yes, Luau allows `for k,v in t do` (it treats as pairs). Safe. Billboard helper: ```lua local function makeBillboard(parent, text, color, size, offsetY) local bb = Instance.new("BillboardGui") bb.Size = UDim2.fromScale(...) -- use UDim2.new(0,200,0,50) bb.AlwaysOnTop = true bb.StudsOffset = Vector3.new(0, offsetY or 3, 0) local lbl = Instance.new("TextLabel") lbl.Size = UDim2.fromScale(1,1) lbl.BackgroundTransparency = 1 lbl.TextScaled = true lbl.Font = Enum.Font.FredokaOne lbl.Text = text lbl.TextColor3 = color or Color3.new(1,1,1) lbl.TextStrokeTransparency = 0.2? use stroke ... end ``` Devil fruit builder: ```lua local function buildDevilFruit(def) local model = Instance.new("Model") model.Name = def.Name local body = part({Name="Handle", Shape=Enum.PartType.Ball, Size=Vector3.new(2.2,2.2,2.2), Color=def.FruitColor, Material=Enum.Material.SmoothPlastic, CanCollide=true}, model) -- swirls for i = 0, 27 do local t = (i + 0.5) / 28 local lat = math.asin(2*t - 1) local lon = t * math.pi * 8 local dir = Vector3.new(math.cos(lat)*math.cos(lon), math.sin(lat), math.cos(lat)*math.sin(lon)) local s = part({Shape=Enum.PartType.Ball, Size=Vector3.new(0.5,0.5,0.5), Color=def.SwirlColor, Material=Enum.Material.Neon, CanCollide=false, Massless=true}, model) s.CFrame = CFrame.new(body.Position + dir * 1.05) local w = Instance.new("WeldConstraint") w.Part0 = body; w.Part1 = s; w.Parent = s end -- stem local stem = part({Shape=Enum.PartType.Cylinder, Size=Vector3.new(0.25,0.8,0.25), Color=Color3.fromRGB(80,140,60)}, model) stem.CFrame = body.CFrame * CFrame.new(0, 1.4, 0) * CFrame.Angles(0,0,math.rad(90)) weld... local leaf = part({Shape=Enum.PartType.Ball, Size=Vector3.new(0.5,0.15,0.9), Color=...green}, model) rotated weld... model.PrimaryPart = body return model end ``` Wait: cylinder axis along X, so to make vertical stem rotate 90° around Z: CFrame.Angles(0,0,math.rad(90)) makes X axis point up. Good. Note body.CanCollide true but anchored: I'll anchor the body at nest; when stealing, we re-anchor to thief's head? If we weld to head, body must be unanchored and massless, collisions off. Approach: on steal: set all parts Massless, CanCollide=false, body.Anchored=false; weld body to head via WeldConstraint; offset: place body at head.Position + head.CFrame.UpVector*3 before welding. On return/bank: unanchor? set body.Anchored=true, welds to head destroyed. Keep a reference to "carryWeld". Manage. Growth animation: scale fruit: use model:ScaleTo? Model:ScaleTo exists (newer API) — scales whole model incl welds. Simpler: keep fruit at full size but sink it into pedestal? Or grow via ScaleTo progressively: model:ScaleTo(0.4+0.6*t). ScaleTo on models with welds works. Use that: initial ScaleTo(0.35), tween to 1.0 over GrowTime by updating every 0.5s (loop) — smooth enough. Then billboard progress text. Fruit billboard: name + rarity colored + status line. Nest anchor: nest pad part at position; fruit placed so body sits on pad: body.CFrame = pad.CFrame * CFrame.new(0, 1.2+padHalf, 0). Then PivotTo later for steal. Fruit slot state per plot: ```lua plot.Fruit = { Def = def, Model = model, Stage = "Growing", -- Growing, Ripe, Carried, Incubating, Done OriginalPlot = plot, CarrierUserId = nil, } ``` Touch logic on body: ```lua body.Touched:Connect(function(hit) local char = hit.Parent? need FindFirstAncestor WhichIsA Model with Humanoid ``` Standard: ```lua local function playerFromHit(hit) local char = hit:FindFirstAncestorOfClass("Model")? ``` Better: hit.Parent might be accessory handle... Use: `local character = hit:FindFirstAncestorWhichIsA("Model")` then check humanoid; get player. Debounce: local lastTouch = 0; if time() - lastTouch < 1 then return. On collect (owner): set Stage="Incubating", remove billboard, move model to free incubator pad (PivotTo pad + up 1.6), anchor. schedule hatch: task.delay(def.HatchTime, hatch, plot, slot). Fire notify. On steal (non-owner with own plot): Stage="Carried"; attach; notify victim & thief; set carrier attribute & walkspeed. Store mapping fruitByCarrier[player]. When thief touches own nest pad (server touch on nest pad, not fruit): if carrying → bank: move to their free incubator slot; if none → sell half. Notify both. Nest pad touch also handles owner collecting? I put touch on fruit body for collect; nest pad touch for banking. OK. Also handle: owner touches ripe fruit → collect even if... fine. Grow loop per plot: ```lua task.spawn(function() while true do -- wait for ownership & empty nest while not (plot.OwnerUserId and not plot.Fruit) do task.wait(1) end task.wait(SPAWN_DELAY) -- 8s if plot.OwnerUserId and not plot.Fruit then spawnGrowingFruit(plot) end end end) ``` spawnGrowingFruit: ```lua local def = pickRandomFruit() local model = buildDevilFruit(def) model:ScaleTo(0.35) model:PivotTo(pad + up) parent to plot.Model plot.Fruit = {...Stage="Growing"} task.spawn(growAndRipen, plot) ``` growAndRipen: loop GrowTime, update scale & billboard progress; then Stage="Ripe"; billboard "RIPE!"; notify owner; pulse neon? Make body Material Neon on ripe for visibility. Also handle plot owner left mid-grow: cleanup check inside loop (if not plot.OwnerUserId → destroy, plot.Fruit=nil, return). Hatch function: ```lua local function hatch(plot, slot) local def = slot.Def slot.Fruit=nil (destroy model) -- find crew spot if #plot.Crew >= MAX_CREW then cash award = def.Value (full) notify "crew full — sold" else local userDef = def.Looks (appearance) with Name = def.User local rig = buildRig({Name=def.User, Skin=..., Hat=def.Hat? appearance.Hat}) place at crew spot; anchor HRP; billboard "+$X/s" table.insert(plot.Crew, {Model=rig, Income=def.Income}) notify owner "Your ... hatched into ...!" end end ``` Crew income loop per plot: ```lua task.spawn(function() while true do task.wait(1) if plot.OwnerUserId then local total = 0 for _,c in plot.Crew do total += c.Income end plot.Pending += total updateCollectBillboard(plot, plot.Pending) end end end) ``` Collect pad touch: if player is owner → cash += pending; pending=0; effect. Guard hire prompt: prompt.Triggered(player) → tier index current+1; cost; check leaderstats cash; deduct; destroy old guard; spawn new; update post billboard. Guard respawn on death: humanoid.Died → wait 6 → destroy model → spawn same tier guard again (free respawn). Track plot.GuardTier. Guard AI function as described. Attack: ```lua local function attackTarget(guard, targetHRP) local hum = targetHRP.Parent:FindFirstChildOfClass("Humanoid") hum:TakeDamage(guard.Damage) knockback slash effect end ``` findThief: ```lua local best, bestScore for _, plr in Players:GetPlayers() do if plr.UserId ~= plot.OwnerUserId and plr.Character then local hrp = char:FindFirstChild("HumanoidRootPart") local hum alive if plotContains(plot, hrp.Position) then local carrying = char:GetAttribute("CarryingFruit") score = carrying and 0 or dist ... end end end ``` Prefer carrying: if any carrier in bounds pick them; else nearest. plotContains: transform to plot center object space; |x|<=W/2+2, |z|<=D/2+2, y within -5..30. Patrol: pick random waypoint among 4 inset corners every few seconds: track guard.NextPatrol time. MoveTo throttling: every 0.2s MoveTo target pos. Also guards shouldn't leave plot far: clamp chase target to plot bounds (clamp object-space coords to half sizes) — nice touch: compute local pos, clamp, back to world. Do that. Player setup: ```lua Players.PlayerAdded → leaderstats Cash IntValue 0? give starting 100? Start 0 fine... start 25? Use 0. assign plot: find free; set owner; update sign; teleport character to plot spawn (on CharacterAdded, if plot assigned, MoveTo? Set respawn at plot: use player.RespawnLocation? SpawnLocations: create SpawnLocation per plot with Enabled team? Simpler: on CharacterAdded wait HRP then PivotTo plot spawn after a beat. Give combat tool. Connect Died → drop carried fruit. PlayerRemoving → free plot: destroy fruits/crew/guard? Keep guard for next owner? Reset plot: destroy fruit, crew; clear pending; set OwnerUserId=nil; sign cleared. ``` Combat tool: ```lua local function makeCombatTool() local tool = Instance.new("Tool") tool.Name = "Cutlass" tool.RequiresHandle = true local handle = part({...blade gray, Size Vector3.new(0.3,3,0.5)? as blade vertical when held}) tool.Activated → server-side? Tool Activated fires on server too if tool has server script? Tool.Activated works in server Script inside tool. Put Script inside tool. ``` Since tools are created server-side, embed a Script with source? Can't set Script.Source at runtime in a live game? Actually plugin-only: Script.Source can be set by server scripts? `Script.Source` is not scriptable at runtime (only in plugins/command bar). So instead handle Tool.Activated by connecting from server when creating the tool — Tool.Activated fires on server? Yes! Tool.Activated fires on both client and server contexts (server-side connection works when tool equipped; actually Tool.Activated on server fires when clicked if tool is equipped — yes, Tools fire Activated on server). Hmm: Historically, Tool.Activated fires in ServerScriptService scripts parented to the tool? The Activated event fires on the server when the tool is activated, yes (classic sword scripts connect Tool.Activated server-side... classic swords use Tool.Activated in server Script inside tool). Yes classic scripts do exactly that. So: create tool, connect tool.Activated on server: find nearest enemy humanoid within 6 studs and within 60° front? Simple: all humanoids within 6 studs except activator's own char; damage 20; cooldown via attribute on tool. Add slash sound? Skip sounds or use built-in "rbxasset://sounds/swordslash.wav" — that's a classic free asset; fine to include via Sound instance with SoundId "rbxasset://sounds/swordslash.wav". Nice touch, include. Give tool each spawn: clone template (store template in ServerStorage-ish variable; can't clone a tool whose Activated already connected? Cloning copies connections? Connections are not cloned. But Activated connection defined in creation function would be lost on clone. So build tool fresh each spawn (cheap). Lock door: door part spanning opening; prompt "Lock base (10s)"; on trigger: check cooldown attribute on plot (time), set door transparency 0.3 CanCollide true for 10s then revert; notify owner. Cooldown 45s stored as plot.LastLock. Stealing while door closed: can't enter. Good synergy. Sign: billboard above door with owner name; update on assign. Also initial cash to buy first guard? Tier1 free. Cash from income + stealing (banking gives nothing until hatch; hatch produces income; also stealing banks into incubator which hatches into your crew → income). Also maybe instant cash on bank = def.Value * 0.5? Let's also give Value*0.5 instant when banking stolen fruit (bonus) plus the hatch. Hmm that could double-dip; keep: banking stolen fruit → incubates (no instant cash). Collecting OWN ripe fruit → also incubates (no instant cash). Income only from crew. Simple, clean. But early game slow: first fruit grow 40s, hatch 20s → income 2/s... fine with starting cash 0; guards tier1 free. Wait: stealing someone's fruit and hatching it — the victim loses that crew potential; thief gains. Good loop. Now what about "fruit hatches into the real fruit user" — yes hatch spawns the user NPC in your crew. Also mention:想吃 fruit powers? Could add equipping crew for powers — beyond scope; mention as extension. Maybe quick add: clicking your hatched character gives you a "power dash"? Skip; mention. Let me also handle: multiple fruits? One fruit per nest at a time. With 8 plots & one nest each, fine. MAX_CREW = 8, incubator slots = 3. Edge: thief banks fruit while their nest has a growing fruit: incubator independent of nest — fine. Edge: thief dies carrying → return fruit to original plot: model unparent from character welds: destroy carry weld, reset anchors, PivotTo original pad, Stage="Ripe" again, notify. If original plot owner left meanwhile → destroy fruit. Implement carrying helpers: ```lua local function attachFruitToCharacter(fruit, char) local head = char:FindFirstChild("Head") local body = fruit.Model.PrimaryPart body.Anchored = false for _,p in fruit.Model:GetDescendants() do if p:IsA("BasePart") then p.CanCollide=false; p.Massless=true end end -- destroy old weld constraints? They're internal; body itself gets new weld to head; internal welds keep pattern. fruit.Model.Parent = char body.CFrame = head.CFrame * CFrame.new(0,3,0) local w = Instance.new("WeldConstraint") w.Part0=head w.Part1=body w.Name="CarryWeld" w.Parent=body fruit.CarryWeld = w fruit.Model:PivotTo(head.CFrame * CFrame.new(0,3.2,0)) -- set before weld char:SetAttribute("CarryingFruit", fruit.Def.Name) humanoid.WalkSpeed = 14 end ``` Order: PivotTo then weld. Since body unanchored, gravity pulls until weld created same frame; ok. Detach: ```lua local function detachFruit(fruit) fruit.CarryWeld:Destroy() fruit.CarryWeld=nil char attributes cleanup; walkspeed 16 fruit.Model.Parent = workspace.Plots... end ``` Bank/collect placement: ```lua local function placeInSlot(fruit, pad) detach if needed; body.Anchored=true; PivotTo(pad up 1.7); billboard countdown handled by hatch scheduler? Show countdown via task loop updating text. Keep billboard simple "Hatching..." with remaining updated in loop task.spawn. end ``` Hatch countdown loop: ```lua task.spawn(function() local remaining = def.HatchTime while remaining > 0 and slot.Fruit == fruit do task.wait(1); remaining -= 1 bbText = ("Hatching %ds"):format(remaining) end end) ``` Then task.delay? Combine into same loop: when remaining hits 0 → hatch. Cleaner: single loop does countdown & hatch. Need slot reference stable. Incubator slot: {Pad=pad, Fruit=nil}. plot.Incubators = {slot1,slot2,slot3}. Now guard builder details (buildRig): ```lua local function buildRig(def) local model = Instance.new("Model") model.Name = def.Name local function bp(name, size, color, parent) local p = Instance.new("Part") p.Name = name; p.Size = size; p.Color = color p.TopSurface=Smooth; p.BottomSurface=Smooth p.CanCollide=false; p.Massless=false p.Parent = parent return p end local skin = def.Skin local hrp = bp("HumanoidRootPart", Vector3.new(2,2,1), skin, model); hrp.Transparency=1; hrp.CanCollide=false local torso = bp("Torso", Vector3.new(2,2,1), def.Shirt, model) local head = bp("Head", Vector3.new(2,1,1), skin, model) local mesh = Instance.new("SpecialMesh"); mesh.MeshType=Enum.MeshType.Head; mesh.Scale=Vector3.new(1.25,1.25,1.25); mesh.Parent=head local face = Instance.new("Decal"); face.Texture="rbxasset://textures/face.png"; face.Face=Enum.NormalId.Front; face.Parent=head local la = bp("Left Arm", Vector3.new(1,2,1), skin or shirt? arms skin, model) ... ``` Arms colored skin (short sleeves?) — use skin for arms, shirt for torso, pants for legs, shoes? legs = pants color. Hair: part on head (ball squashed) hair color: ```lua local hair = bp("Hair", Vector3.new(1.6,0.6,1.6), def.Hair, model) welded to head top-back. ``` Use Motor6D? Simpler: WeldConstraint after positioning; but building via CFrame assembly then weld all to torso/head with constraints. I'll assemble with explicit CFrames relative HRP then Motor6D for the 6 rig joints and WeldConstraint for hair/hat/weapon. Positions relative HRP at origin (HRP center): - torso center (0,0,0) - head center (0,1.5,0) - arms (±1.5, 0, 0), legs (±0.5, -2, 0) - hair: (0, 1.85, -0.1)? relative head: top of head at +0.5 (head 1 tall, center 1.5 → top 2.0); hair slab at (0, 1.95, 0) covering top: size (1.9,0.5,1.9) → center y 2.0? place (0,1.95,-0.05) size(1.85,0.6,1.85). Weld to head. - StrawHat: brim cylinder Size(0.2? cylinder axis X... to make horizontal disc: cylinder rotated: Size = Vector3.new(0.2, 3.2, 3.2) with rotation CFrame.Angles(0,0,rad(90)) → axis vertical, diameter 3.2. Position (0,2.25,0). Dome: ball squashed? SpecialMesh? Use Part with cylinder Size(0.7,2.0,2.0) rotated → dome-ish (flat top). Red band: cylinder Size(0.25,2.05,2.05)? Layer: brim yellow C(235,200,90); band red C(200,40,40) slightly larger than dome bottom. Simplify: brim + smaller cylinder (dome) + thin red torus? band as cylinder height 0.25 diameter 2.1 placed at y 2.05. Stack order: brim at 2.2 (flat disc), dome above at 2.55, band at 2.25 slightly overlapping brim? Good enough. - MarineCap: brim small: cylinder Size(0.15,2.4,2.4) white at y 2.1? cap: dome white Size(0.6,2.2,2.2) at 2.3 + brim front: part block Size(0.9? visor: (1.4,0.15,0.9) at (0,2.05,-0.9)? front is -Z. Visor at front: Position (0,2.1,-1.0) dark. Plus little white dome. OK. - Tricorn: dark wide brim Size(0.25,3.0,3.0) black at 2.2 + dome Size(0.6,1.8,1.8) at 2.5. Weld all accessories to head with WeldConstraint. Weapon "Sword": blade part Size(0.25,3.5,0.6) color C(200,200,210) Metal + guard (0.8,0.2,0.9) gold + handle (0.3,0.9,0.35) brown; assemble as small model welded to Right Arm: right arm center (1.5,0,0); sword held pointing... attach blade along arm downward: blade center at right arm pos + down 2.5? Arm spans 0±1 (center 0, half 1). Holding sword pointing down: blade top at hand (arm bottom -1): blade center at (1.5, -1-1.75, -0.2)= y -2.75. Weld blade group to Right Arm. Guard holds sword always; fine. Motor6D creation: ```lua local function motor(name, p0, p1, c0, c1) local m = Instance.new("Motor6D") m.Name=name; m.Part0=p0; m.Part1=p1; m.C0=c0; m.C1=c1; m.Parent=p0 end motor("RootJoint", hrp, torso, CFrame.new(), CFrame.new()) motor("Neck", torso, head, CFrame.new(0,1,0), CFrame.new(0,-0.5,0)) motor("Right Shoulder", torso, ra, CFrame.new(1.5,0.5,0), CFrame.new(0,0.5,0)) motor("Left Shoulder", torso, la, CFrame.new(-1.5,0.5,0), CFrame.new(0,0.5,0)) motor("Right Hip", torso, rl, CFrame.new(0.5,-1,0), CFrame.new(0,1,0)) motor("Left Hip", torso, ll, CFrame.new(-0.5,-1,0), CFrame.new(0,1,0)) ``` Check shoulder math: want arm center at (1.5,0,0) rel torso. arm center = C0 * C1⁻¹ applied? If Motor6D defines Part1.CFrame = Part0.CFrame * C0 * C1:inverse() (when not rotated). C1:inverse() translates (0,-0.5,0). So arm center = torsoCF * CFrame.new(1.5,0.5,0) * CFrame.new(0,-0.5,0) = (1.5,0,0). ✓. Hip: leg center = torsoCF * (0.5,-1,0)*(0,-1,0) = (0.5,-2,0) ✓. Neck: head center = (0,1,0)*(0,0.5,0)→ C1:inverse of (0,-0.5,0) is +(0,0.5,0) → (0,1.5,0) ✓. Then set model positions: hrp.CFrame = spawnCF; all others are driven by motors? Motor6D positions children automatically once joints set? Parts still have their own CFrames until simulated; when parts unanchored & welded by motors, physics places them per joints after step. HumanoidRootPart anchored? For NPCs we anchor HRP and MoveTo works (Humanoid moves anchored HRP? Actually Humanoid:MoveTo requires the HRP to be unanchored? NPC HRP must be unanchored for Humanoid movement (humanoid physics controls it); common practice: anchor nothing, but set network ownership to server, and use a small "seat"? Standard NPC: HRP unanchored, set network owner nil (server). To keep guard from being pushed around, that's fine. But my parts all CanCollide=false: humanoid needs collision? Humanoid controller works regardless; but they'd fall through floor! Floor is CanCollide true; humanoid limbs with CanCollide false still stand? Humanoid maintains hip height via... if limbs CanCollide=false, humanoid falls through? Humanoid uses raycast for standing on parts (needs parts CanCollide true? Humanoid stands via physics contact: typically need torso/legs collidable). Standard: keep default CanCollide true for torso/legs, false arms/head. I'll set: HRP CanCollide false (standard), Torso & legs CanCollide true, arms/head false. Hair/hat/weapon CanCollide false Massless true. Also for hatched crew: anchor HRP to keep them standing still (anchored HRP fine for static). Crew don't move; anchor HRP, others unanchored held by motors... if HRP anchored and connected via RootJoint, others hang fine. Guard: HRP unanchored; set `hrp:SetNetworkOwner(nil)` after parenting (must be parented to workspace first). Guard falls? Humanoid stands. Also PlatformStand? no. Humanoid props: humanoid.MaxHealth, Health, WalkSpeed, DisplayName = def.Name, HealthDisplayType? set humanoid.DisplayDistanceType = Enum.HumanoidDisplayDistanceType.Viewer? Actually to always show name: humanoid.DisplayDistanceType = AlwaysDisplay? Enum has `HumanoidDisplayDistanceType.Viewer` and `.None`. Name display uses NameDisplayDistance... Default shows names for NPCs? Humanoids show health bar & name if within NameDisplayDistance (default 100?) — for NPCs default DisplayDistanceType Viewer shows name+health. I'll also add custom BillboardGui name with colored text & HP for style. Fine: custom billboard: name label + bar (Frame). Keep: name + rarity? guard name + "Lv"? Just name & HP text updated on HealthChanged. Simple. Animate script for guards (walk anim): small Script inside model: ```lua local humanoid = script.Parent:WaitForChild("Humanoid") local anim = Instance.new("Animation") anim.AnimationId = "rbxassetid://180426354" -- classic R6 run (Roblox-owned) local track = humanoid:LoadAnimation(anim) -- wait, LoadAnimation deprecated but works; use humanoid.Animator:LoadAnimation track.Looped = true local hrp = ... while true do task.wait(0.2) local vel = hrp.AssemblyLinearVelocity * Vector3.new(1,0,1) local moving = vel.Magnitude > 1 if moving and not track.IsPlaying then track:Play() elseif not moving and track.IsPlaying then track:Stop() end end ``` This is a Script (server) inside guard model — fine, LoadAnimation via Animator. R6 animation requires humanoid.RigType R6 — our rig is R6-like with Motor6Ds named standard? Animation tracks animate Motor6Ds named "Right Shoulder" etc. Our motors have standard names → classic R6 animations should work. Also need parts named exactly: "Head","Torso","Left Arm","Right Arm","Left Leg","Right Leg","HumanoidRootPart" for R6 animations to target joints. I set those names. Wait: R6 animation ids are tied to rig with those exact joint names — yes standard. Humanoid also requires "HumanoidRootPart" & "Torso" named for R6. ✓. Humanoid needs Head named Head for name display. ✓. Also death: humanoid.Died → parts remain; cleanup: destroy model after 4s (for guards respawn). Now crew characters: also use Animate? They don't move; skip script. Player character carrying detection for guards: attribute on character. Also thieves entering base: guards attack non-owner even without fruit — but then innocent players can't walk near? Plot bounds are the plot area; entering = attack. That matches "steal an egg" (guards attack intruders). But what about players coming to fight the guard legitimately? They'd be attacked anyway; fine, they have a sword. Hmm, one more: guards attacking players who enter to *look*. It's a steal game; fine. Combat: player tool damage vs guard humanoid works (TakeDamage respects ForceFields). ForceField on owner? no. Now, spawn teleport: after assigning plot on PlayerAdded, on CharacterAdded: task.wait(0.5); hrp:PivotTo(plot.SpawnCF). SpawnCF: front-center of plot facing nest. Also plot assignment ordering: PlayerAdded then character may load before plot assignment; use player:SetAttribute("PlotIndex")? Assign plot in PlayerAdded before char spawn typically. Also handle Players already in game (script in Solo works): loop existing players. StarterGui LocalScript builds ScreenGui: - Cash: TextLabel top-left; bind: player:WaitForChild("leaderstats").Cash.Changed - Notify frame stack top-right: on Notify.OnClientEvent(title, msg, color) create label, tween in, destroy after 4s. - Maybe carrying banner bottom: attribute listener: character.AttributeChanged "CarryingFruit" → show "Carrying: X — get it home!" Good small addition. Also add starter "How to play" text: static TextLabel bottom-left with instructions. Nice. Total scripts: 1. ReplicatedStorage.FruitConfig (ModuleScript) 2. ReplicatedStorage.GuardConfig (ModuleScript) 3. ServerScriptService.GameServer (Script) 4. StarterGui.StealUI (LocalScript) Write them now, carefully. I'll be mindful of Luau correctness. Detailed GameServer code plan (writing final): ```lua --!strict? no, keep loose. local Players = game:GetService("Players") local ReplicatedStorage = game:GetService("ReplicatedStorage") local ServerStorage = game:GetService("ServerStorage") local TweenService = game:GetService("TweenService") local FruitConfig = require(ReplicatedStorage:WaitForChild("FruitConfig")) local GuardConfig = require(ReplicatedStorage:WaitForChild("GuardConfig")) -- ============ REMOTES ============ local Remotes = Instance.new("Folder"); Remotes.Name = "Remotes"; Remotes.Parent = ReplicatedStorage local Notify = Instance.new("RemoteEvent"); Notify.Name="Notify"; Notify.Parent=Remotes local function notify(player, title, msg, color) Notify:FireClient(player, title, msg, color) end local function notifyPlot(plot, title, msg, color) local plr = plot.OwnerUserId and Players:GetPlayerByUserId(plot.OwnerUserId) if plr then notify(plr, title, msg, color) end end -- ============ CONSTANTS ============ local PLOT_COUNT = 6 local PLOT_SIZE = 44 local RING_RADIUS = 62 local SPAWN_DELAY = 6 local MAX_CREW = 8 local INCUBATORS = 3 local CARRY_SPEED = 14 local LOCK_TIME, LOCK_COOLDOWN = 10, 45 ``` 6 plots simpler. Helper functions (newPart, billboard, effect). Map base: ```lua local map = Instance.new("Folder"); map.Name="Map"; parent workspace -- center island part floor 140x1x140 at y0 color grass SpawnLocation at center: create SpawnLocation part 12x1x12 at center, ForceField 5s? SpawnLocation with Duration=0 neutral. ``` plots positioned around ring at radius 62, each rotated to face center: plotCF = CFrame.new(pos) * CFrame.Angles(0, angle+π?, 0). Plot "front" should face center: define plot local -Z as front? Let's define plot's front direction = toward center: plotCF = CFrame.lookAt(pos, Vector3.new(0, pos.Y, 0)). Door at front (-Z side? lookAt makes -Z? CFrame.lookAt makes the -Z? Actually lookAt points the -Z? CFrame.lookAt(pos, target) orients so that the lookVector (+? -Z?) — LookVector = (target - pos).Normalized, and LookVector corresponds to -Z axis. So local -Z faces center. Walls on local +Z (back), ±X sides. Nest at back (+Z), door front (-Z). Wait if front faces center, then players walk from center into the open front. Good: open side -Z. Plot local coords: center at (0,?) size PLOT_SIZE: floor from -22..22. Back wall at z=+21, side walls x=±21. Nest pad at (0, y, +16). Incubator pads at (-14, y, +16) row spaced 5: three pads along back-left. Crew spots at (14, y, +16..-8) along right. Collect pad at (0, y, +2)? center-ish: (0,?,+4). Guard spawn near door guard post at (-14, ?, -12)? GuardPost with prompt at (14,?, -10)? Let's put GuardPost near front-left (-14, z=-12), door at front center (0, z=-21): door part Size (10,10,1) at (0,5,-21). Lock prompt on door. Guard patrol waypoints: corners inset 8: (±14, z ±14) 4 pts. Plot floor top at y=0.5? Center island top y=0.5 too? Make all floors same top: floor part Size(44,1,44) positioned y=-0.5 → top at 0. Center island Size(160,1,160) y=-0.5. Pedestal pads height 0.6: pad Size(6,0.6,6) top ~0.6. Fruit body radius 1.1 → body center y = padTop + 1.2. Now buildPlot: ```lua local plots = {} local function createPlot(index) local angle = (index-1)/PLOT_COUNT * math.pi*2 local pos = Vector3.new(math.sin(angle)*RING_RADIUS, 0, math.cos(angle)*RING_RADIUS) local cf = CFrame.lookAt(pos, Vector3.new(0,0,0)) local model = Instance.new("Model"); model.Name = "Plot"..index; model.Parent = map? workspace -- floor part{Size=Vector3.new(PLOT_SIZE,1,PLOT_SIZE), CFrame=cf*CFrames.new(0,-0.5,0), Color=..., Material=Grass? Slate, Parent=model, Name="Floor"} -- walls back wall: Size(PLOT_SIZE,10,1) at (0,5, PLOT_SIZE/2-0.5) side walls: Size(1,10,PLOT_SIZE) at (±(PLOT_SIZE/2-0.5),5,0) -- door frame top beam: Size(12,2,1) at (0,11,-21)? door part separate (10,9,1) transparent 0.7 CanCollide false at (0,4.5,-21) -- nest pedestal: cylinder base r? part cylinder Size(0.8,6,6) at (0,0.4,16) stone + pad part (5,0.5,5) at (0,0.95,16)? Let me: base cylinder height 0.8 axis Y: cylinder axis X — rotate. Simpler: block pedestal Size(6,1,6) at (0,0.5,16), pad Size(4.4,0.5,4.4) at (0,1.25,16) color gold. Fruit pad top y=1.5. Fruit center y = 1.5+1.2=2.7. -- incubator pads i=1..3 at (-13 + (i-1)*? place along back wall: (-12,?,16),(-6,?,16),(-18,?,16): pads Size(3.5,0.4,3.5) top 0.4, color purple-ish -- crew spots: x=13, z = 16,10,4,-2,-8,-14,18? MAX_CREW 8: z from 16 down by 6: 16,10,4,-2,-8,-14 (6) plus (18?) add two more: 22? beyond plot. Use two columns? Keep 6 crew spots → MAX_CREW=6. Simplify MAX_CREW=6. -- collect pad: (0,?,2): Size(6,0.3,6) green, prompt? touch. -- guardpost: (-13,?, -12): small pillar + prompt + billboard current guard -- door: part at (0, 5, -21.5) Size(12,10,1) Transparency 0.85 CanCollide false Name LockDoor, color cyan; prompt on it. -- Spawn location inside plot? no; spawn at front outside: plot.SpawnCF = cf * CFrame.new(0, 4, -30) facing plot: face toward +Z (into plot): CFrame.lookAt(pos + cf*(-Z? front dir = -LookVector... front dir in world = cf.LookVector (points toward center). Spawn position = pos + cf.LookVector * -? Wait plot center pos; front side faces center; so spawn just outside front = pos + (dir toward center)*28 = pos + cf.LookVector*28? LookVector points toward center, so outside front is opposite: pos - LookVector*? Hmm: center of map at origin; plot at pos; LookVector points from pos toward origin. The open front of plot faces origin. Outside the front means between plot and origin: position = pos + LookVector * (PLOT_SIZE/2 + 8). Standing there facing plot: CFrame.lookAt(spawnPos, pos). plot table fields... end ``` Wait, spawn just outside front means thieves spawn near plots? Players respawn at their own plot front — fine. Actually simpler: spawn on their own plot floor center-front: pos + LookVector*10. Put SpawnLocation? We're teleporting manually anyway: spawnCF = cf * CFrame.new(0,4, -10)? local z=-10 is front area inside plot, facing nest: orientation: want facing +Z local (toward nest). cf already has -Z toward center... character facing nest = facing +Z local = facing away from center: CFrame = cf * CFrame.new(0,4,-10) * CFrame.Angles(0, math.pi, 0). OK. But Plot floor at y top 0; y=4 fine drop. Store plot = {Index, CF=cf, Model=model, OwnerUserId=nil, OwnerName="", Fruit=nil, Incubators={}, Crew={}, Pending=0, GuardTier=1, GuardModel=nil, Sign=bb, CollectBill=bb, GuardBill=bb, LastLock=0, NestPad=pad, Door=door, PostPrompt=prompt} plotContains: ```lua local function plotContains(plot, pos) local localPos = plot.CF:PointToObjectSpace(pos) return math.abs(localPos.X) <= PLOT_SIZE/2 + 4 and math.abs(localPos.Z) <= PLOT_SIZE/2 + 4 and localPos.Y > -10 and localPos.Y < 40 end ``` clampToPlot: ```lua local function clampToPlot(plot, pos) local lp = plot.CF:PointToObjectSpace(pos) local half = PLOT_SIZE/2 - 2 lp = Vector3.new(math.clamp(lp.X,-half,half), lp.Y, math.clamp(lp.Z,-half,half)) return plot.CF:PointToWorldSpace(lp) end ``` Fruit creation: ```lua local function pickFruit() local total = 0 for _, w in FruitConfig.RarityWeight do total += w end local roll = math.random() * total for rarity, w in FruitConfig.RarityWeight do roll -= w if roll <= 0 then local pool = {} for _, f in FruitConfig.Fruits do if f.Rarity == rarity then table.insert(pool, f) end end return pool[math.random(#pool)] end end return FruitConfig.Fruits[1] end ``` Iterating dict order nondeterministic but fine for weighted pick? Weighted with dict iteration order — acceptable randomness-wise (any order yields correct distribution). OK. Fruit billboard: ```lua local function fruitBillboard(model, def) bb BillboardGui Size UDim2.new(0,160,0,60) StudsOffsetWorldSpace? Use StudsOffset (0,3,0) on body? Attach to body part: bb.Adornee = body; parent body? parent model? Parent to body, always on top. name label + status label (two TextLabels in UIListLayout? manual positions: name top, status bottom. ``` I'll create container with two labels stacked. Simplify: single TextLabel with RichText? Use two labels: NameLabel (colored by rarity), StatusLabel (white). Set via function updateFruitBillboard(fruit, statusText). Growing loop: ```lua local function startGrowing(plot, fruit) task.spawn(function() local def = fruit.Def local t = 0 fruit.Model:ScaleTo(0.4) while t < def.GrowTime do task.wait(0.5) if not plot.OwnerUserId then cleanupFruit(plot); return end t += 0.5 local a = t/def.GrowTime fruit.Model:ScaleTo(0.4 + 0.6*a) updateBillboard(fruit, ("Growing %d%%"):format(math.floor(a*100))) end fruit.Stage = "Ripe" fruit.Body.Material = Enum.Material.Neon updateBillboard(fruit, "RIPE! Touch to take") notifyPlot(plot, "Fruit ripe!", def.Name.." is ready at your nest!", rarityColor) end) end ``` ScaleTo scaling welds: Model:ScaleTo scales uniformly; weld constraints maintained. Billboard size doesn't scale (good). But ScaleTo with CanCollide ball body radius changes; body anchored — collisions with players... body CanCollide true would let thieves push? It's anchored so solid obstacle; small fruit blocks walking? Body anchored CanCollide true = players bump into it. Fine/realistic. Actually annoying: nest on pedestal; ok. Touch connection on body set once at creation, checks Stage: ```lua fruit.Body.Touched:Connect(function(hit) if fruit.Stage ~= "Ripe" then return end local char = hit.Parent local player = Players:GetPlayerFromCharacter(char) if not player then return end if tick() - (fruit.LastTouch or 0) < 1 then return end fruit.LastTouch = tick() if player.UserId == plot.OwnerUserId then collectByOwner(plot, fruit) else attemptSteal(plot, fruit, player) end end) ``` char = hit.Parent could be accessory; GetPlayerFromCharacter(nil)→nil; fine mostly. collectByOwner: find free slot; if none → sell for def.Value (cash add) notify "nest storage full — sold for $X"; destroy fruit model; plot.Fruit=nil. If slot: Stage="Incubating", move: detach not needed; set parts anchored true, PivotTo pad up 1.6; billboard "Hatching in Xs"; countdown task; plot.Fruit=nil (nest free for next spawn immediately — good, matches game feel). attemptSteal: ```lua if not getPlayerPlot(player) then notify(player,... "You need your own base first!") return end if char already carrying → return fruit.Stage="Carried"; fruit.Carrier=player attach to char notify victim plot "X is stealing your Y!" notify thief "Grabbed Y! Run it home to your nest!" plot.Fruit=nil (nest free) fruitByPlayer[player.UserId] = fruit set walkspeed, attribute ``` Banking: nest pad Touched: ```lua plot.NestPad.Touched:Connect(function(hit) local player = Players:GetPlayerFromCharacter(hit.Parent) if not player or player.UserId ~= plot.OwnerUserId then return end local fruit = carriedBy[player.UserId] if not fruit then return end if tick()-(fruit.LastBank or 0) < 1 then return end -- bank it carriedBy[player.UserId]=nil detach(fruit, player) local slot = freeSlot(plot) if slot then placeInSlot(...); startHatchCountdown(plot, slot, fruit) notify both else plot owner cash += fruit.Def.Value * 0.5 ... "storage full, sold" end end) ``` Note: owner collecting own ripe fruit also goes through fruit body touch → collectByOwner → slot etc. Same slot logic. Wait: collectByOwner and bank both need "place in slot + countdown + hatch". Shared function incubate(plot, fruit, byPlayer). Hatch: ```lua local function hatchFruit(plot, slot, fruit) -- destroy fruit model fruit.Model:Destroy() slot.Fruit = nil local def = fruit.Def if #plot.Crew >= MAX_CREW then addCash(plot.OwnerUserId, def.Value) notifyPlot(plot, "Crew full", def.User.." sold for $"..def.Value, ...) return end local spot = plot.CrewSpots[#plot.Crew+1] local rigDef = {Name=def.User, Skin=def.Looks.Skin, Hair=..., Shirt=..., Pants=..., Hat=def.Looks.Hat} local rig = buildRig(rigDef) rig:PivotTo(spot) -- anchor rig.HumanoidRootPart.Anchored = true rig.Parent = plot.Model billboard on head: def.User .. " +$"..def.Income.."/s" table.insert(plot.Crew, {Model=rig, Income=def.Income}) notifyPlot(plot, "Hatched!", def.Name.." hatched into "..def.User.."!", ...) end ``` Countdown: ```lua local function startIncubation(plot, slot, fruit) slot.Fruit = fruit task.spawn(function() local remaining = fruit.Def.HatchTime while remaining > 0 and slot.Fruit == fruit and plot.OwnerUserId do updateBillboard(fruit, "Hatching in "..remaining.."s") task.wait(1) remaining -= 1 end if slot.Fruit == fruit and plot.OwnerUserId then hatchFruit(plot, slot, fruit) end end) end ``` updateBillboard needs fruit.Billboard labels. Income loop per plot (single global loop iterating plots each second is simpler): ```lua task.spawn(function() while true do task.wait(1) for _, plot in plots do if plot.OwnerUserId then local total=0 for _,c in plot.Crew do total += c.Income end if total>0 then plot.Pending += total; updateCollectBB(plot) end end end end end) ``` Collect pad touch → if owner & pending>0: cash += pending; pending=0; update; small green effect + notify? No notify spam; just effect. addCash(userId, amount): player leaderstats.Cash.Value +=. Guard functions: ```lua local function spawnGuard(plot) local def = GuardConfig.Tiers[plot.GuardTier] local rig = buildRig{...} rig.Humanoid.MaxHealth = def.Health; rig.Humanoid.Health = def.Health rig.Humanoid.WalkSpeed = def.Speed rig.Humanoid.DisplayName = def.Name place at guard spawn cf rig.Parent = plot.Model pcall hrp:SetNetworkOwner(nil) plot.GuardModel = rig startGuardAI(plot, rig, def) rig.Humanoid.Died:Connect(function() task.wait(4) rig:Destroy() if plot.OwnerUserId then task.wait(4); if plot.OwnerUserId then spawnGuard(plot) end end end) end ``` AI: ```lua local function startGuardAI(plot, rig, def) local humanoid = rig:WaitForChild("Humanoid") local root = rig:WaitForChild("HumanoidRootPart") local waypoints = plot.PatrolPoints local wpIndex = math.random(#waypoints) local lastAttack = 0 task.spawn(function() while rig.Parent and humanoid.Health > 0 do local target = findThief(plot) if target then local tpos = clampToPlot(plot, target.Position) humanoid:MoveTo(tpos) local dist = (root.Position - target.Position).Magnitude if dist <= 5.5 then humanoid:MoveTo(root.Position) -- stop local now = tick() if now - lastAttack >= def.AttackCooldown then lastAttack = now attack(plot, rig, def, target) end end else if tick() >= (plot._nextPatrol or 0) then plot._nextPatrol = tick() + math.random(4,8) wpIndex = wpIndex % #waypoints + 1 humanoid:MoveTo(waypoints[wpIndex]) end end task.wait(0.2) end end) end ``` attack(): ```lua local function attack(plot, rig, def, targetHRP) local victim = targetHRP.Parent:FindFirstChildOfClass("Humanoid") if not victim or victim.Health <= 0 then return end victim:TakeDamage(def.Damage) -- knockback targetHRP.AssemblyLinearVelocity = (targetHRP.Position - rig.HumanoidRootPart.Position).Unit * 40 + Vector3.new(0,30,0) slashEffect(targetHRP.Position) end ``` Careful: (pos-pos).Unit if zero → NaN; guard dist>0 anyway (dist<=5.5 could be ~0?). Add epsilon: if magnitude<0.01 skip. Slash effect: red part sphere at target, tween transparency 1, destroy. Also swing the guard's right arm? Could set shoulder Motor6D C0 rotated briefly — skip. findThief: ```lua local function findThief(plot) local best, bestDist for _, player in Players:GetPlayers() do if player.UserId ~= plot.OwnerUserId then local char = player.Character local hrp = char and char:FindFirstChild("HumanoidRootPart") local hum = char and char:FindFirstChildOfClass("Humanoid") if hrp and hum and hum.Health > 0 and plotContains(plot, hrp.Position) then local carrying = char:GetAttribute("CarryingFruit") ~= nil local d = (hrp.Position - plot.CF.Position).Magnitude - (carrying and 1000 or 0) if not bestDist or d < bestDist then best, bestDist = hrp, d end end end end return best end ``` Death drop: ```lua local function onCharacterDied(player, char) local fruit = carriedBy[player.UserId] if fruit then carriedBy[player.UserId] = nil char:SetAttribute("CarryingFruit", nil) -- return fruit to original plot local home = fruit.OriginalPlot if home.OwnerUserId and fruit.Model.Parent then -- detach if fruit.CarryWeld then fruit.CarryWeld:Destroy() end local body = fruit.Body body.Anchored = true fruit.Model.Parent = home.Model fruit.Model:PivotTo(home nest cf) fruit.Stage = "Ripe" fruit.Body.Material = Neon updateBillboard(fruit, "Dropped! ripe") else fruit.Model:Destroy() end end end ``` Hook humanoid.Died on CharacterAdded. Also if carrier leaves game (PlayerRemoving) → same return. Nest spawn cycle: also ensure when plot.Fruit==nil and owner present, spawn after delay. Handle stolen case: nest freed → new fruit spawns later. Good. One more: while growing, fruit Stage="Growing" and owner touches → nothing (or show "still growing"). Add notify cooldown? skip. Lock door prompt: ```lua door prompt ActionText "Lock Base", ObjectText "Gate" prompt.Triggered: function(player) if player.UserId ~= plot.OwnerUserId then return end if tick() - plot.LastLock < LOCK_COOLDOWN then notify remaining; return end plot.LastLock = tick() door.Transparency = 0.25; door.CanCollide = true notifyPlot(plot, "Gate locked", "Your gate is locked for "..LOCK_TIME.."s") task.delay(LOCK_TIME, function() door.Transparency=0.85; door.CanCollide=false end) end ``` Guard post prompt: cycles tiers: ```lua post prompt: Triggered(player) owner check local nextTier = plot.GuardTier + 1 if nextTier > #GuardConfig.Tiers → notify "max guard" local cost = Tiers[nextTier].Price cash check → deduct; plot.GuardTier = nextTier destroy old guard rig (if alive) → spawnGuard(plot) update post billboard "Guard: Zoro" notify ``` Destroying old guard: if plot.GuardModel then plot.GuardModel:Destroy(); plot.GuardModel=nil (AI loop exits via rig.Parent check). Sign: billboard above door "Owner: name" / "Unclaimed". PlayerAdded: ```lua local function assignPlot(player) for _, plot in plots do if not plot.OwnerUserId then plot.OwnerUserId = player.UserId plot.OwnerName = player.Name updateSign(plot) plot.PlotOwner = player return plot end end return nil end Players.PlayerAdded:Connect(function(player) local stats = Instance.new("Folder") leaderstats; Cash IntValue 0? give 100 start? 0. player:SetAttribute("PlotIndex", nil) local plot = assignPlot(player) if plot then player:SetAttribute("PlotIndex", plot.Index) else notify "server full" end player.CharacterAdded:Connect(function(char) local hum = char:WaitForChild("Humanoid") hum.Died:Connect(function() onCharacterDied(player, char) end) giveCombatTool(player, char) local myPlot = plots[player:GetAttribute("PlotIndex") or 0]? store plotIndex attr task.wait(0.4) if myPlot and char.Parent then char:PivotTo(myPlot.SpawnCF) end end) notify(player, "Welcome!", "Grow fruits, steal from others, hatch your crew!", ...) end) ``` Wait `for _, plot in plots` — plots is array; generalized iteration works. PlayerRemoving: plot cleanup: ```lua local idx = player:GetAttribute("PlotIndex") local plot = plots[idx] if plot then if plot.Fruit then plot.Fruit.Model:Destroy(); plot.Fruit=nil end for _, slot in plot.Incubators do if slot.Fruit then slot.Fruit.Model:Destroy(); slot.Fruit=nil end end for _, c in plot.Crew do c.Model:Destroy() end plot.Crew = {} plot.Pending = 0 plot.GuardTier = 1 if plot.GuardModel then plot.GuardModel:Destroy() end -- respawning guard task might still fire: guarded by plot.OwnerUserId checks plot.OwnerUserId = nil updateSign(plot) end carriedBy[player.UserId] = nil -- also return their carried fruit? if they were stealing: return fruit ``` Handle carried fruit on leave: call onCharacterDied-ish return logic. I'll factor `dropCarriedFruit(player)`. Note: if owner leaves while fruit carried by other player, fruit.OriginalPlot owner nil → destroy fruit. Handled in return logic check `home.OwnerUserId`. Edge: guard death respawn loop: after Died, wait 4 destroy, then task.delay(6, spawn if owner). Use task.delay(8, function() if plot.OwnerUserId and not plot.GuardModel parent? just spawnGuard; guard model check: if plot.GuardModel == rig then plot.GuardModel = nil end; if plot.OwnerUserId then spawnGuard(plot) end). Also when buying new guard: destroy old; Died connection may fire? Destroying doesn't fire Died. Set plot.GuardModel=nil then old:Destroy(); spawnGuard replaces. Combat tool: ```lua local function giveCombatTool(player, char) local tool = Instance.new("Tool") tool.Name = "Cutlass" tool.ToolTip = "Fight guards and thieves!" tool.CanBeDropped = false local handle = Instance.new("Part") handle.Name="Handle"; Size=Vector3.new(0.4,3.2,0.7)? blade look: make handle small + blade? Only one handle part allowed per? Tool.Handle single; visual: handle part sized as blade, colored metal, plus weld decorations? Keep single part blade gray with brown bottom via? Just one part: Size (0.5,3,0.25), Color steel. Add small crossguard part welded (decor). Tool grips: default grip fine. handle.Parent = tool tool.Parent = char? player.Backpack -- slash logic local lastSlash = 0 local slashSound = Instance.new("Sound"); slashSound.SoundId="rbxasset://sounds/swordslash.wav"; slashSound.Volume=0.6; slashSound.Parent=handle tool.Activated:Connect(function() local now = tick() if now - lastSlash < 0.6 then return end lastSlash = now slashSound:Play() local myChar = tool.Parent local myHRP = myChar and myChar:FindFirstChild("HumanoidRootPart") if not myHRP then return end for _, other in Players:GetPlayers() do ... enemy chars within 6 studs and not self: damage 20 end -- also damage guards (NPCs in workspace): iterate plot guards? iterate workspace models with humanoid & not player chars: simpler: loop all plots' guards + also crew? don't damage crew of others? allow damaging guards only: loop plots, plot.GuardModel. local function hitTarget(model, hrp) local hum = model:FindFirstChildOfClass("Humanoid") if hum and (hrp.Position - myHRP.Position).Magnitude <= 6.5 then hum:TakeDamage(20) knockback small end end -- players for _, plr in Players:GetPlayers() do if plr ~= player and plr.Character then local hrp2 = plr.Character:FindFirstChild("HumanoidRootPart") if hrp2 and (hrp2.Position-myHRP.Position).Magnitude <= 6.5 then local hum2 = plr.Character:FindFirstChildOfClass("Humanoid") hum2:TakeDamage(20) slash effect end end end -- guards for _, plot in plots do local g = plot.GuardModel if g and g.PrimaryPart? use HRP local hrp3 = g:FindFirstChild("HumanoidRootPart") if hrp3 and (hrp3.Position - myHRP.Position).Magnitude <= 6.5 then g.Humanoid:TakeDamage(20) end end end end) tool.Parent = player:WaitForChild("Backpack") end ``` Tool.Activated server connection: does Tool.Activated fire on server? Let me recall: Tool.Activated — " Fired when the player clicks while a tool is equipped." This event fires on the server (and client) — classic sword scripts (e.g., classic sword gear) connect Tool.Activated in server Scripts. Yes correct. Knockback on players from slash: minor, skip or small. Effects helper: ```lua local function popEffect(position, color, size) local p = part({Shape=Ball, Size=Vector3.new(1,1,1)*size, Color=color, Material=Neon, CanCollide=false, Anchored=true, CFrame=CFrame.new(position)}, workspace.Effects) TweenService:Create(p, TweenInfo.new(0.4), {Transparency=1, Size=Vector3.new(...)*size*2}):Play() game:GetService("Debris"):AddItem(p, 0.45) end ``` Debris service. Now the LocalScript UI: ```lua local Players = game:GetService("Players") local RS = game:GetService("ReplicatedStorage") local player = Players.LocalPlayer local Notify = RS:WaitForChild("Remotes"):WaitForChild("Notify") local gui = Instance.new("ScreenGui") gui.Name="StealUI" gui.ResetOnSpawn=false parent playerGui -- Cash label local cash = TextLabel top-left: anchored (0,0), pos (12,12), size (200,44), bg dark rounded (UICorner), text "Cash: $0" -- bind local stats = player:WaitForChild("leaderstats") local cashVal = stats:WaitForChild("Cash") local function setCash(v) cash.Text = "$"..v end cashVal.Changed:Connect(setCash) setCash(cashVal.Value) -- Carry banner local banner bottom center hidden; char attribute changed: local function bindChar(char) char:GetAttributeChangedSignal("CarryingFruit"):Connect(function() local f = char:GetAttribute("CarryingFruit") if f then banner.Text = "Carrying "..f.." — run it to your nest!" banner.Visible=true else banner.Visible=false end end) end player.CharacterAdded:Connect(bindChar) if player.Character then bindChar end -- notifications container frame top-right; function onNotify(title,msg,color): create Frame (240 wide) with title label colored + msg; layout: use UIListLayout vertical, entries appended; tween in; Debris-like destroy after 4.5s with tween out. -- help text bottom-left small: "Grow fruit • Steal from rivals • Don't get caught" ``` Notify payload (title, msg, colorString?) pass Color3. Now, one concern: total code length. The GameServer will be ~600-700 lines. That's OK but I should write efficiently, keep comments brief. Also the config modules ~150 lines each. UI ~120. Plus setup instructions and notes. It'll be a long response — acceptable given "make me a game". Use headers per script with file placement. Keep prose concise. Also mention Roblox Studio setup steps: New baseplate → delete baseplate? We generate map in script; user just needs to: create the 4 scripts in right places and paste. ServerStorage not needed. Wait: StarterPlayer character WalkSpeed default 16; carrying sets 14; on death respawn resets (attribute cleanup happens in died handler). Guard vs thief damage kills thief → drop. Also thief might log out — handled. What about two fruits? one nest each plot fine. Billboard for fruit: parent to body; but body is welded & moved; BillboardGui adornee body stays attached. Good. One more mechanic from "Steal an Egg": the thief steals and must return home; guards hit thief; thief can fight back. ✓. Crew characters could be attacked/stolen? Keep safe. Also plot door: gate open (no part) by default; the LockDoor part transparent & non-collidable shows frame. Check: guards can leave plot chasing? clamp target within plot; guard may still wander slightly out via physics; acceptable. Also: guards should not attack the *owner's* crew etc. fine. Potential bug: `part()` helper sets Anchored=true default; for rig parts I need unanchored. I'll param Anchored=false in rig builder. Motor6D assemblies: parts unanchored; when model parented, physics assembles. RootJoint connects HRP↔torso. For crew I anchor HRP after placing. For guards leave unanchored + network owner nil. Humanoid requires "HumanoidRootPart"? For R6 the root part named "HumanoidRootPart" ✓, plus "Torso" and "Head" ✓. Also add humanoid.RigType? Default R6 when parts named Torso? Humanoid auto-detects rig via Motor6D layout/RootJoint — with our names & RootJoint it'll be R6. ✓. Facing: buildRig parts positioned relative to provided CFrame: hrp.CFrame = spawnCF; other parts CFrame = spawnCF * offsets; motors C0/C1 as computed. After parenting, physics may shift limbs slightly; motors hold them. Hair weld: hair part CanCollide false Massless; WeldConstraint head↔hair after setting CFrames. WeldConstraints compute relative at creation from current CFrames — set CFrames before creating weld. I'll write assembly function that places all parts at absolute CFrames (from spawnCF), then creates joints/welds. Note buildRig receives spawnCF param. For hats: functions addStrawHat(headCF world) etc. position relative head: headCF * CFrame.new(0,0.75? head half 0.5; head center at spawnCF*(0,1.5,0). Hat brim center at headCF * CFrame.new(0,0.85,0) with rotation for cylinder vertical: cylinder axis X; rotate Z 90°: CFrame.Angles(0,0,math.rad(90)) then Size=(0.25,3.4,3.4)→ axis along local Y after rotation? Part with Shape Cylinder: the cylinder's axis is along the part's X axis. Rotating part by Angles(0,0,90°) maps X→Y world: axis vertical ✓, and Size.Y/Z become diameter? For cylinders, Size.X is height(along axis), Y/Z diameter. So Size=(0.25,3.4,3.4) rotated → flat disc vertical axis diameter 3.4 height 0.25 ✓. Dome: cylinder Size=(0.7,2.0,2.0) rotated → height 0.7 vertical, diameter 2.0, position y+0.25+0.35. Band: cylinder Size=(0.3,2.15,2.15) red at y offset 0.35. Positions relative head center: - brim at (0, 0.55, 0): head top at +0.5, brim slightly above. - dome at (0, 0.95, 0) - band at (0, 0.65, 0) MarineCap: - dome white cylinder Size=(0.6,2.1,2.1) at (0,0.75,0) - visor black block Size=(1.4,0.2,0.8) at (0,0.45,-0.85) (front is -Z since LookVector -Z; face decal on Front normal = -Z ✓) Tricorn: - brim dark Size=(0.25,3.2,3.2) at (0,0.6,0), dome Size=(0.7,1.9,1.9) at (0,0.95,0) black. Weapon sword in Right Arm: right arm center at spawnCF*(1.5,0,0); blade: Size=(0.3,3.4,0.7)? blade long axis Y: held downward: blade center at armCF*(0,-2.4,-0.1)? arm bottom at -1; blade top at -1.1 → center -1.1-1.7=-2.8. Set blade center armCF*(0,-2.8,0), guard block at armCF*(0,-1.15,0) Size(0.9,0.25,0.9) gold, handle cylinder? handle block Size(0.35,1.0,0.35) at armCF*(0,-0.6? overlapping arm bottom: -0.9? put (0,-0.7,0)? handle between arm and guard: handle center at armCF*(0,-0.85,0)? arm bottom -1 → handle center -1.0? Let handle (0.35,0.9,0.35) center (0,-1.0,0)? Then guard at (0,-1.55,0), blade center (0,-3.3,0) length 3.4 → spans -1.6..-5.0. Total sword ~4 studs — big katana-ish. OK scale down blade 2.8: center (0,-3.0,0). Whatever, looks fine. Weld each weapon part to Right Arm. Crew/guard name billboards: BillboardGui parent head, Size(0,140,0,40), offset (0,2.2,0), TextLabel name colored. For guards add second line HP? Keep name only; humanoid default health bar shows when damaged (R6 with Head named shows? default name display may double-show humanoid.DisplayName — set humanoid.DisplayDistanceType = None to avoid duplicate, then our billboard shows name; health bar? our billboard could include health bar frame updated via HealthChanged — small: green bar background red fill scaled by health. I'll implement tiny healthbar in guard billboard. Crew: name+income, no bar. Let me now also handle Humanoid DisplayName duplicates: set rig.Humanoid.DisplayDistanceType = Enum.HumanoidDisplayDistanceType.None. Animate script: I'll create via Instance.new("Script")? Can't set Source at runtime. So Animate logic must run from the main server script: per guard, task.spawn loop playing anim track: humanoid.Animator:LoadAnimation(anim). Do it in startGuardAI: create anim, track; loop check moving. Simpler: in AI loop we already know when target/patrol MoveTo called; set track play/stop: maintain guard.Moving flag: play track when issuing MoveTo? Track should reflect actual movement; use velocity check inside AI loop (every 0.2s): if root.AssemblyLinearVelocity.Magnitude>2 play else stop. LoadAnimation each guard spawn — fine. Animation id: R6 walk "rbxassetid://180426354" is actually "run". Roblox default R6 animations: run = 180426354, walk = 180426354? The known list: climb 180363159, fall 180436148, idle 180435571/180435792, jump 129963974? (that's old), run 180426354, walk 180426354? I recall walk anim id for R6 tools? The classic: walk = 180426354 IS run. There's "walk" 913402848? that's R15. For safety use run 180426354 — looks like running; guards chase fast anyway; for idle use idle 180435571 static? Playing idle anim looped when standing: idle anim has arm sway; ok add both: idleTrack (180435571) looped, runTrack (180426354) looped. Manage transitions: if moving: play run stop idle else inverse. Fine. These are Roblox-made catalog animations; loading by id works if the asset is public (they are, owned by Roblox). Many games use them. OK. Alternatively skip animations entirely to cut length... The polish is worth ~25 lines. Include. Now also "Hito Hito no Mi Model: Nika" user display "Luffy (Gear 5)". Rig white hair + straw hat. Fruit "hatching into the user" — crew NPC named after user ✓. Double-check touch events with anchored fruit: Touched fires on anchored parts when characters touch ✓. Nest pad touch fires constantly as owner stands on pad; debounce via carriedBy nil checks — cheap. Also guard: when thief carrying runs into owner's base again (re-steal attempt of same fruit? fruit is with them). Guard chase continues until thief leaves plot bounds+4. findThief requires inside bounds; if thief exits, guard loses target → patrol. But thief must reach THEIR base; they'll exit quickly. Add grace: chase targets within bounds OR within 20 studs of bounds while carrying? Keep simple: bounds only (guards stop at gate). Hmm, that makes stealing easy: sprint in, grab, sprint out before guard hits you (guard dmg 8/1s, knockback though). Knockback 40+30 launches thief — strong deterrent. OK. Balance: grow times short (40s) so action starts fast. Also add coins on steal success? banking gives incubator → hatch → income. Early thief gets long-term income. Fine. Now let me also give starting cash 0 but Tier1 guard free — good. Rebirth/progression beyond: not included; mention ideas. Write FruitConfig final with 14 fruits & looks: I'll define Looks = {Skin, Hair, Shirt, Pants, Hat}. Also maybe Eyes? no. Let me write out with color helper C. 1. Bara Bara no Mi / Buggy / Common / fruit C(215,70,70) swirl C(110,25,25) / Looks: Skin C(255,214,180), Hair C(45,85,200), Shirt C(150,40,40)? Buggy coat is... red/maroon? Buggy: blue hair, red coat? Buggy wears... his coat is reddish-brown? I'll do Shirt C(140,50,50), Pants C(70,60,80), Hat "Tricorn". Value 150, Grow 40, Hatch 20, Income 2. 2. Suke Suke no Mi / Shiryu / Common / fruit C(170,215,160) swirl C(90,130,85) / Skin C(230,190,160), Hair C(35,35,35), Shirt C(45,45,50), Pants C(35,35,40), Hat "MarineCap". Value 150. 3. Moku Moku no Mi / Smoker / Uncommon / fruit C(225,225,220) swirl C(140,140,140) / Skin C(255,214,180), Hair C(235,235,235), Shirt C(95,135,150), Pants C(45,55,65), Hat "MarineCap". Value 400, Grow 55, Hatch 25, Income 5. 4. Hana Hana no Mi / Nico Robin / Uncommon / fruit C(225,120,170) swirl C(130,40,90) / Skin C(255,220,190), Hair C(25,25,25), Shirt C(110,60,150), Pants C(40,40,50), Hat "None". Value 420. 5. Suna Suna no Mi / Crocodile / Uncommon / fruit C(215,190,130) swirl C(130,105,55) / Skin C(240,210,180), Hair C(30,30,30), Shirt C(60,95,65), Pants C(45,45,45), Hat "None". Value 450. 6. Mera Mera no Mi / Ace / Rare / fruit C(255,130,40) swirl C(255,220,120) / Skin C(240,190,150), Hair C(35,30,30), Shirt C(245,125,35), Pants C(55,75,140), Hat "None". Value 1200, Grow 75, Hatch 30, Income 13. 7. Goro Goro no Mi / Enel / Rare / fruit C(255,225,95) swirl C(195,140,35) / Skin C(250,215,180), Hair C(235,205,110), Shirt C(250,215,180) (bare chest), Pants C(240,238,225), Hat "None". Value 1300. 8. Hie Hie no Mi / Aokiji / Rare / fruit C(150,215,240) swirl C(80,140,180) / Skin C(255,214,180), Hair C(30,30,30), Shirt C(90,150,160), Pants C(235,235,235), Hat "None". Value 1300. 9. Ope Ope no Mi / Trafalgar Law / Legendary / fruit C(225,65,80) swirl C(245,245,245) / Skin C(255,214,180), Hair C(28,28,30), Shirt C(235,235,235), Pants C(70,90,150), Hat "None". Value 3500, Grow 95, Hatch 40, Income 38. 10. Ito Ito no Mi / Doflamingo / Legendary / fruit C(250,185,205) swirl C(215,55,105) / Skin C(255,214,180), Hair C(240,200,90), Shirt C(235,85,140), Pants C(240,240,240), Hat "None". Value 3500. 11. Magu Magu no Mi / Akainu / Legendary / fruit C(190,55,35) swirl C(255,140,60) / Skin C(255,214,180), Hair C(25,25,25), Shirt C(60,70,95) marine coat? Akainu wears white marine suit w/ red? Shirt C(230,230,230), Pants C(60,70,95), Hat "MarineCap". Value 4000. 12. Gura Gura no Mi / Whitebeard / Legendary / fruit C(240,235,215) swirl C(160,150,120) / Skin C(235,190,155), Hair C(240,240,240), Shirt C(235,190,155) bare, Pants C(35,35,40), Hat "None". Value 4500. 13. Uo Uo no Mi, Model: Azure Dragon / Kaido / Mythic / fruit C(95,95,205) swirl C(45,45,120) / Skin C(225,175,140), Hair C(35,30,30), Shirt C(75,55,115), Pants C(55,45,70), Hat "None". Value 12000, Grow 130, Hatch 55, Income 120. 14. Hito Hito no Mi, Model: Nika / Luffy (Gear 5) / Mythic / fruit C(250,240,205) swirl C(255,185,60) / Skin C(245,205,170), Hair C(248,248,248), Shirt C(245,245,245), Pants C(245,245,245), Hat "StrawHat". Value 20000, Grow 170, Hatch 70, Income 200. GuardConfig tiers (7): 1. Coby — Price 0 — HP 120 — DMG 8 — Speed 16 — Cool 1.0 — Skin C(255,214,180), Hair C(240,170,190) (pink), Shirt C(240,240,240), Pants C(75,95,150), Hat "MarineCap", Weapon "Sword" 2. Helmeppo — 750 — HP 220 — DMG 14 — Speed 17 — Skin, Hair C(225,215,160) blond, Shirt C(90,110,150)? marine blue white... Shirt C(235,235,235), Pants C(75,95,150), Hat "None", Weapon "Sword" (axes but fine) 3. Smoker — 3000 — HP 350 — DMG 20 — Speed 18 — Hair white C(235,235,235), Shirt C(95,135,150), Pants C(45,55,65), Hat "MarineCap", Weapon "Sword" 4. Zoro — 12000 — HP 650 — DMG 30 — Speed 20 — Hair C(70,190,110), Shirt C(110,140,110)? Zoro white shirt green coat? Shirt C(70,110,80), Pants C(45,48,55), Hat "None", Weapon "Sword" 5. Garp — 45000 — HP 1100 — DMG 42 — Speed 20 — Hair C(235,235,235), Shirt C(235,235,235), Pants C(75,95,150), Hat "MarineCap", Weapon "Fists" 6. Kizaru — 150000 — HP 1700 — DMG 55 — Speed 24 — Hair C(30,30,30), Shirt C(240,240,240), Pants C(240,240,240), Hat "None", Weapon "Fists" 7. Shanks — 500000 — HP 2800 — DMG 75 — Speed 26 — Hair C(185,45,45), Shirt C(45,45,52), Pants C(70,70,80), Hat "StrawHat", Weapon "Sword" GuardConfig also AttackRange = 5.5, Knockback values default in code. Now writing final GameServer fully. Let me write it end-to-end carefully (this is the bulk). ```lua ------------------------------------------------------------ -- STEAL A DEVIL FRUIT — main server script -- Place in: ServerScriptService ------------------------------------------------------------ local Players = game:GetService("Players") local ReplicatedStorage = game:GetService("ReplicatedStorage") local TweenService = game:GetService("TweenService") local Debris = game:GetService("Debris") local FruitConfig = require(ReplicatedStorage:WaitForChild("FruitConfig")) local GuardConfig = require(ReplicatedStorage:WaitForChild("GuardConfig")) -- Constants local PLOT_COUNT = 6 local PLOT_SIZE = 44 local RING_RADIUS = 62 local SPAWN_DELAY = 6 local MAX_CREW = 6 local CARRY_WALKSPEED = 14 local LOCK_TIME = 10 local LOCK_COOLDOWN = 45 local PUNCH_DAMAGE = 20 -- Remotes local remotes = Instance.new("Folder") remotes.Name = "Remotes" remotes.Parent = ReplicatedStorage local notifyEvent = Instance.new("RemoteEvent") notifyEvent.Name = "Notify" notifyEvent.Parent = remotes local plots = {} local carriedBy = {} -- [userId] = fruit ------------------------------------------------------------ -- Small helpers ------------------------------------------------------------ local C3 = Color3.fromRGB local function newPart(props, parent) local p = Instance.new("Part") p.Anchored = true p.TopSurface = Enum.SurfaceType.Smooth p.BottomSurface = Enum.SurfaceType.Smooth for k, v in props do p[k] = v end p.Parent = parent return p end local function weldTo(part0, part1) local w = Instance.new("WeldConstraint") w.Part0 = part0 w.Part1 = part1 w.Parent = part1 return w end local function makeLabel(parent, text, color, size, pos) ... end ``` Billboard helper: ```lua local function makeBillboard(adornee, height, offset) local bb = Instance.new("BillboardGui") bb.Adornee = adornee bb.Size = UDim2.new(0, 180, 0, height or 40) bb.StudsOffset = Vector3.new(0, offset or 3, 0) bb.AlwaysOnTop = true bb.MaxDistance = 120 local label = Instance.new("TextLabel") label.Size = UDim2.new(1, 0, 1, 0) label.BackgroundTransparency = 1 label.Font = Enum.Font.FredokaOne label.TextScaled = true label.TextStrokeTransparency = 0.25? use TextStrokeTransparency=0.2? that's for text stroke; fine label.TextColor3 = Color3.new(1,1,1) label.Parent = bb bb.Parent = adornee return bb, label end ``` For fruit need two-line: make with two labels: nameLabel & statusLabel. I'll make specialized: ```lua local function makeFruitBillboard(body) local bb = Instance.new("BillboardGui") ... Size (0,170,0,64), offset (0,3.5,0) name label top half, status bottom half parent bb to body return {Gui=bb, Name=nameLabel, Status=statusLabel} end ``` notify helpers. Effects: ```lua local effectFolder = Instance.new("Folder") Name "Effects" parent workspace local function popEffect(position, color, baseSize) local p = newPart({Shape=Enum.PartType.Ball, Size=Vector3.one*baseSize, Color=color, Material=Enum.Material.Neon, CanCollide=false, Anchored=true, CFrame=CFrame.new(position), Transparency=0.2}, effectFolder) TweenService:Create(p, TweenInfo.new(0.35), {Size=Vector3.one*baseSize*2.2, Transparency=1}):Play() Debris:AddItem(p, 0.4) end ``` Vector3.one exists ✓. Map: ```lua local mapFolder = Instance.new("Folder") Name "Map" parent workspace newPart({Name="Island", Size=Vector3.new(170,1,170), CFrame=CFrame.new(0,-0.5,0), Color=C3(96,140,70), Material=Enum.Material.Grass}, mapFolder) local spawnLoc = Instance.new("SpawnLocation") spawnLoc.Size = Vector3.new(14,1,14) spawnLoc.CFrame = CFrame.new(0,0.5? top of island is y=0; spawn pad top at 0.5: CFrame.new(0,0.5,0)? floor top y = 0 (since center -0.5, half 0.5). Put spawn pad Size (14,0.4,14) at y 0.2 → top 0.4. SpawnLocation Anchored true, Duration 0? ForceField Duration default 10? set spawnLoc.ForceField? Property is "Duration" (forcefield duration) set 0. Neutral true default. spawnLoc.Parent = mapFolder ``` SpawnLocation must be in Workspace (fine in folder? SpawnLocation works if descendant of Workspace). OK. Plot creation function (long): I'll write it. ```lua local function createPlot(index) local angle = (index - 1) / PLOT_COUNT * math.pi * 2 local basePos = Vector3.new(math.sin(angle) * RING_RADIUS, 0, math.cos(angle) * RING_RADIUS) local cf = CFrame.lookAt(basePos, Vector3.new(0, 0.5, 0)) cf = CFrame.new(cf.X, 0, cf.Z, ...) hmm lookAt with y diff tilts; use target y equal pos y: CFrame.lookAt(basePos + Vector3.new(0,3,0)? Simplest: compute yaw-only: cf = CFrame.new(basePos) * CFrame.Angles(0, angleToCenter, 0) where angleToCenter = math.atan2(-basePos.X, -basePos.Z). Since lookVector = -Z; want lookVector toward origin: direction d = -basePos.Unit. Need CFrame with LookVector = d: yaw = math.atan2(-d.X, -d.Z). d = -basePos.Unit → -d.X = basePos.X/len... yaw = math.atan2(basePos.X, basePos.Z). So cf = CFrame.new(basePos.X, 0, basePos.Z) * CFrame.Angles(0, math.atan2(basePos.X, basePos.Z), 0). Let me verify: CFrame.Angles(0,θ,0) lookVector = (-sinθ, 0, -cosθ). Want (-sinθ,0,-cosθ) = (-x,0,-z)/len → sinθ = x/len, cosθ = z/len → θ = atan2(x, z) ✓. ``` Good: `local yaw = math.atan2(basePos.X, basePos.Z)`. Build parts (all CFrame = cf * CFrame.new(local)): floor: Size (PLOT_SIZE,1,PLOT_SIZE) at (0,-0.5,0) color per index from palette. backWall: (PLOT_SIZE,9,1) at (0,4.5, PLOT_SIZE/2 - 0.5) sideWalls x2: (1,9,PLOT_SIZE) at (±(PLOT_SIZE/2-0.5),4.5,0) front posts: (1,9,1) at (±(PLOT_SIZE/2-6),4.5,-(PLOT_SIZE/2-0.5))? decorate door frame: two posts at x ±5, z -21.5 plus top beam (12,1,1) at (0,9? posts height 9 center 4.5; beam at (0,9,-21.5) Size (11,1,1.4). lockDoor: Size (10,9,1) at (0,4.5,-21.5), Transparency 0.85, CanCollide false, Color C3(80,200,255), Name "LockDoor". Prompt child. Wait side walls length PLOT_SIZE spans -22..22 incl front gap? side walls z from -22..22 but front should be open between posts... side walls at x=±21.5 full depth; front opening between x -21.5..21.5 partially blocked by door part? Door part (10 wide) only blocks center; sides open (x from ±5..±21.5 open) — that's fine, "gate" locks center only? Then locking pointless (walk around). Make door full width: Size (PLOT_SIZE-2, 9, 1) at (0,4.5,-21.5). When locked CanCollide true spans whole front. Transparency 0.85 nearly invisible when open — ok. When locked transparency 0.35 cyan shield. Good. nest pedestal: block (6,1,6) at (0,0.5,16) C3(120,90,60) Wood? Material Wood; pad (4.6,0.5,4.6) at (0,1.25,16) gold C3(212,175,55) Metal. NestPad = pad. Fruit anchor CFrame = pad.CFrame * CFrame.new(0, 0.25 + 1.15, 0) → body center y ≈ 2.65. incubator pads: for i=1..3: x = -8 - (i-1)*6? place along left side: positions (-12,?) z 16? Let me place along back-left: (-8, z 16), (-14, z 16), (-20?) wall at 21.5; pad half 1.75 → x=-19 ok: xs {-8,-14,-19}? Hmm spacing uneven from center; fine: pads at x = -8, -14, -19? Actually put them in a row along left wall: z 12, 4, -4 at x=-18? Simpler: three pads along left side: (-18, 12), (-18, 4), (-18, -4). Size (3.6,0.4,3.6) color C3(120,80,180). slot pad top y=0.4. crew spots: along right wall x=18: z = 12, 6, 0, -6, -12, -18 → 6 spots (MAX_CREW=6). Spot = CFrame at (18, 0, z) facing nest? orientation: rig facing left (-X?) use cf * CFrame.new(18, 0, z) * CFrame.Angles(0, math.rad(90)?) facing -X direction (toward center of plot): LookVector should point -X: yaw such that look = (-1,0,0): -sinθ=-1 → θ=90°: CFrame.Angles(0, math.rad(90), 0) gives look (-sin90,0,-cos90)=(-1,0,0) ✓. collect pad: (6,0.3,6) at (0,0.15,4)? center-ish front: z=2. Color C3(80,220,110). Billboard above showing "Claim $0". guard post: pillar (1.2,4,1.2) at (-14? put near front-left: (-13,2,-14) + sign billboard; prompt on pillar. patrol points: (±12, ±12) local: {(12,12),(-12,12),(12,-12),(-12,-12)} → world via cf. sign: billboard adornee back wall? adornee = backWall part, offset (0, +? billboard relative part center: wall center y 4.5; offset (0, 3, 0) → above wall top (9) — offset 6: place StudsOffset (0,6,0). Text "Unclaimed" gray / "Player's Base" green. plot table: ```lua local plot = { Index=index, CF=cf, Model=model, OwnerUserId=nil, Fruit=nil, Incubators={}, Crew={}, Pending=0, GuardTier=1, GuardModel=nil, LastLock=0, NestPad=nestPad, Door=lockDoor, Sign=signLabel, CollectLabel=collectLabel, GuardLabel=guardLabel, SpawnCF=cf * CFrame.new(0,4,-12) * CFrame.Angles(0,math.pi,0), PatrolPoints=...world points, CrewSpots=..., NestAnchor = pad.CFrame * CFrame.new(0,1.4,0)? body center: pad top 1.5 → body center 1.5+1.15=2.65: nestAnchor = pad.CFrame * CFrame.new(0, 0.25+1.15, 0) } ``` Incubator slot list: plot.Incubators[i] = {Pad=padWorldCF? store Pad part, Fruit=nil}. Nest pad touch connect (banking) — connect here referencing plot. Collect pad touch. Door prompt, guard post prompt — connect after functions defined. Order in script: define all helper funcs first (buildRig, buildDevilFruit, spawnGuard, AI, fruit funcs), then createPlot, then loops. Forward references: createPlot connects handlers referencing functions defined later? In Lua, upvalue must exist at connect-time closure creation? The closure references variable `collectByOwner` etc.; if the function is defined (local declared) before createPlot calls happen at runtime, fine — as long as `local collectByOwner` is declared before createPlot *runs* (call order), not before function definition textually? Local variable must be in scope lexically at the point the closure is written. So I need functions declared (local ... = function) BEFORE createPlot textually, or use forward local declarations at top: `local spawnGuard, collectByOwner, ...` then assign later. Simplest: order code: helpers → buildRig/buildDevilFruit → fruit logic functions → guard functions → createPlot → init map & loops → player events. createPlot uses spawnGuard (guard funcs defined before) ✓. But startGuardAI uses findThief & attack — define before. Guard healthbar billboard: implement inside buildRig for guards via param `showHealth`. Or add after in spawnGuard: create billboard with name+hp bar. I'll implement guard billboard in spawnGuard: ```lua local bb = BillboardGui on head: name label + bg frame + fill frame hum.HealthChanged → fill.Size = UDim2.fromScale(hum.Health/hum.MaxHealth,1) ``` ~20 lines. Include. Crew billboard in hatchFruit: name + income. buildRig(def, spawnCF): ```lua local function buildRig(def, spawnCF) local model = Instance.new("Model") model.Name = def.Name local function bp(name, size, color) local p = Instance.new("Part") p.Name = name p.Size = size p.Color = color p.TopSurface = Enum.SurfaceType.Smooth p.BottomSurface = Enum.SurfaceType.Smooth p.CanCollide = false p.Parent = model return p end local skin = def.Skin local hrp = bp("HumanoidRootPart", Vector3.new(2,2,1), skin) hrp.Transparency = 1 local torso = bp("Torso", Vector3.new(2,2,1), def.Shirt) torso.CanCollide = true local head = bp("Head", Vector3.new(2,1,1), skin) local headMesh = Instance.new("SpecialMesh") headMesh.MeshType = Enum.MeshType.Head headMesh.Scale = Vector3.new(1.25,1.25,1.25) headMesh.Parent = head local face = Instance.new("Decal") face.Texture = "rbxasset://textures/face.png" face.Face = Enum.NormalId.Front face.Parent = head local la = bp("Left Arm", Vector3.new(1,2,1), skin) local ra = bp("Right Arm", Vector3.new(1,2,1), skin) local ll = bp("Left Leg", Vector3.new(1,2,1), def.Pants) ll.CanCollide = true local rl = bp("Right Leg", Vector3.new(1,2,1), def.Pants) rl.CanCollide = true local function place(part, offset) part.CFrame = spawnCF * CFrame.new(offset) end place(hrp, Vector3.new(0,0,0)) place(torso, Vector3.new(0,0,0)) place(head, Vector3.new(0,1.5,0)) place(la, Vector3.new(-1.5,0,0)) place(ra, Vector3.new(1.5,0,0)) place(ll, Vector3.new(-0.5,-2,0)) place(rl, Vector3.new(0.5,-2,0)) local function motor(name, p0, p1, c0, c1) local m = Instance.new("Motor6D") m.Name = name m.Part0 = p0 m.Part1 = p1 m.C0 = c0 m.C1 = c1 m.Parent = p0 end motor("RootJoint", hrp, torso, CFrame.new(), CFrame.new()) motor("Neck", torso, head, CFrame.new(0,1,0), CFrame.new(0,-0.5,0)) motor("Left Shoulder", torso, la, CFrame.new(-1.5,0.5,0), CFrame.new(0,0.5,0)) motor("Right Shoulder", torso, ra, CFrame.new(1.5,0.5,0), CFrame.new(0,0.5,0)) motor("Left Hip", torso, ll, CFrame.new(-0.5,-1,0), CFrame.new(0,1,0)) motor("Right Hip", torso, rl, CFrame.new(0.5,-1,0), CFrame.new(0,1,0)) -- hair if def.Hair then local hair = bp("Hair", Vector3.new(1.9,0.55,1.9), def.Hair) hair.Massless = true hair.CFrame = head.CFrame * CFrame.new(0,0.45,-0.05) weldTo(head, hair) end -- hat if def.Hat == "StrawHat" then ... elseif "MarineCap" ... elseif "Tricorn" ... -- weapon if def.Weapon == "Sword" then build sword welded to ra end local humanoid = Instance.new("Humanoid") humanoid.DisplayName = def.Name humanoid.DisplayDistanceType = Enum.HumanoidDisplayDistanceType.None humanoid.MaxHealth = def.Health or 100 humanoid.Health = humanoid.MaxHealth humanoid.WalkSpeed = def.Speed or 16 humanoid.Parent = model model.PrimaryPart = hrp return model, humanoid, hrp end ``` Wait hats: welded to head; hat parts CanCollide false Massless. Write hat builders inline. StrawHat: ```lua local brim = bp("HatBrim", Vector3.new(0.25,3.6,3.6), C3(232,198,92)) brim.Massless = true brim.CFrame = head.CFrame * CFrame.new(0,0.55,0) * CFrame.Angles(0,0,math.rad(90)) weldTo(head, brim) local dome = bp("HatTop", Vector3.new(0.7,2.1,2.1), C3(232,198,92)) dome.Massless = true dome.CFrame = head.CFrame * CFrame.new(0,0.95,0) * CFrame.Angles(0,0,math.rad(90)) weldTo(head, dome) local band = bp("HatBand", Vector3.new(0.32,2.2,2.2), C3(200,45,45)) band.Massless = true band.CFrame = head.CFrame * CFrame.new(0,0.72,0) * CFrame.Angles(0,0,math.rad(90)) weldTo(head, band) ``` Check: dome cylinder height 0.7 vertical spans y 0.95±0.35 = 0.6..1.3; brim at 0.55 (0.425..0.675) overlaps dome bottom ✓; band 0.72±0.16 = 0.56..0.88 covering seam ✓. Diameter brim 3.6 vs head width 2 (mesh scale 1.25 → visual ~2.5 wide) — brim 3.6 sticks out nicely. MarineCap: ```lua dome white Size(0.6,2.2,2.2) at (0,0.7,0) visor: block Size(1.6,0.2,0.9) color C3(30,30,35) at head.CFrame * CFrame.new(0,0.45,-0.95) ``` visor front: head front is -Z ✓. Tricorn: ```lua brim C3(40,40,45) Size(0.25,3.4,3.4) at (0,0.55,0); dome Size(0.7,2.0,2.0) at (0,0.92,0) same color ``` Sword: ```lua local blade = bp("Blade", Vector3.new(0.28,3.2,0.7), C3(205,208,215)) blade.Material = Enum.Material.Metal blade.CFrame = ra.CFrame * CFrame.new(0,-3.1,0) weldTo(ra, blade) local guard = bp("Guard", Vector3.new(0.95,0.25,0.95), C3(180,150,60)) guard.Material = Metal guard.CFrame = ra.CFrame * CFrame.new(0,-1.45,0) weldTo(ra, guard) local grip = bp("Grip", Vector3.new(0.35,1.1,0.35), C3(90,60,35)) grip.CFrame = ra.CFrame * CFrame.new(0,-0.8,0)? grip center -0.8 spans -1.35..-0.25 overlapping arm (arm spans -1..1) hmm arm bottom -1; grip from -0.25 to -1.35 sticks below arm 0.35. guard at -1.45. blade spans -1.5..-4.7. Looks like held downward. ok. weldTo(ra, grip) ``` Blade CanCollide false ✓ (bp sets false). Hmm blade pointing down through legs when walking — whatever, blocky game. Devil fruit builder (final): ```lua local function buildDevilFruit(def) local model = Instance.new("Model") model.Name = def.Name local body = newPart({Name="Body", Shape=Enum.PartType.Ball, Size=Vector3.new(2.3,2.3,2.3), Color=def.FruitColor, Material=Enum.Material.SmoothPlastic}, model) local swirl = Instance.new("Part")? use newPart loop: for i = 1, 30 do local t = (i - 0.5) / 30 local lat = math.asin(2 * t - 1) local lon = t * math.pi * 8 local dir = Vector3.new(math.cos(lat)*math.cos(lon), math.sin(lat), math.cos(lat)*math.sin(lon)) local dot = newPart({Shape=Enum.PartType.Ball, Size=Vector3.new(0.55,0.55,0.55), Color=def.SwirlColor, Material=Enum.Material.Neon, CanCollide=false, Massless=true, CFrame=CFrame.new(dir * 1.08)}, model) weldTo(body, dot) end ``` Careful: newPart sets CFrame via props; body CFrame default at origin (0,?)? Part default CFrame identity (0,0,0). Then we PivotTo later anyway. But dots placed at dir*1.08 relative origin BEFORE body positioned — since welds created while parts at those CFrames, weld constraint stores offset ✓, then model:PivotTo(body target) moves all? PivotTo moves whole model regardless of welds ✓. But wait: body at origin anchored; dots CanCollide false unanchored? newPart sets Anchored=true default! Dots anchored breaks weld movement? Anchored parts don't move via welds, but PivotTo sets all parts explicitly ✓. However when stolen we set body.Anchored=false and expect welds to carry dots — dots still Anchored=true → they'd stay floating! Must set dots Anchored=false (weld holds them) & Massless. So in fruit builder: dots anchored=false. Similarly stem/leaf anchored=false. Body anchored default true (needed at nest). When carrying: body unanchored; dots unanchored+massless+CanCollide false fine. Also set all fruit parts CanCollide: body true; others false. Stem: ```lua local stem = newPart({Shape=Enum.PartType.Cylinder, Size=Vector3.new(0.7,0.4,0.4), Color=C3(88,140,60), CanCollide=false, Massless=true, CFrame=CFrame.new(0,1.5,0)*CFrame.Angles(0,0,math.rad(90))}, model) weldTo(body, stem) local leaf = newPart({Shape=Enum.PartType.Ball, Size=Vector3.new(0.9,0.25,0.5), Color=C3(105,170,70), ...CFrame=CFrame.new(0.35,1.75,0)*CFrame.Angles(0,0,math.rad(20))}, model) weldTo(body, leaf) ``` Cylinder Size=(height along X, diameter Y, diameter Z) = (0.7,0.4,0.4) rotated vertical → stem height 0.7 centered y1.5 → spans 1.15..1.85; body top at 1.15 ✓. Leaf small ball squashed at side top ✓. Wait stem vertical: rotation Angles(0,0,90°) maps X→Y? Rotation about Z by +90°: X axis → Y axis ✓ axis vertical. Fruit billboard: ```lua local function addFruitBillboard(fruit) local body = fruit.Body local bb = Instance.new("BillboardGui") bb.Size = UDim2.new(0, 170, 0, 70) bb.StudsOffset = Vector3.new(0, 3.4, 0) bb.AlwaysOnTop = true bb.MaxDistance = 150 bb.Adornee = body local name = Instance.new("TextLabel") name.Size = UDim2.new(1, 0, 0.55, 0) name.BackgroundTransparency = 1 name.Font = Enum.Font.FredokaOne name.TextScaled = true name.Text = fruit.Def.Name name.TextColor3 = FruitConfig.RarityColor[fruit.Def.Rarity] name.TextStrokeTransparency = 0.2? ok name.TextStrokeColor3 = black? default black fine name.Parent = bb local status = Instance.new("TextLabel") status.Position = UDim2.new(0,0,0.55,0); status.Size = UDim2.new(1,0,0.45,0) status... TextColor3 white status.Parent = bb bb.Parent = body fruit.Billboard = {Name=name, Status=status} end local function setFruitStatus(fruit, text) if fruit.Billboard then fruit.Billboard.Status.Text = text end end ``` Fruit spawn & grow: ```lua local function spawnFruitInPlot(plot) local def = pickFruit() local model = buildDevilFruit(def) local body = model:FindFirstChild("Body") model:ScaleTo(0.4) model:PivotTo(plot.NestAnchor) model.Parent = plot.Model local fruit = { Def = def, Model = model, Body = body, Stage = "Growing", OriginalPlot = plot, LastTouch = 0, CarryWeld = nil, Billboard = nil, } addFruitBillboard(fruit) plot.Fruit = fruit body.Touched:Connect(function(hit) if fruit.Stage ~= "Ripe" then return end local player = Players:GetPlayerFromCharacter(hit.Parent) if not player then return end if tick() - fruit.LastTouch < 1 then return end fruit.LastTouch = tick() if player.UserId == plot.OwnerUserId then collectByOwner(plot, fruit, player) else attemptSteal(plot, fruit, player) end end) task.spawn(function() local t = 0 while t < def.GrowTime do task.wait(0.5) t += 0.5 if not plot.OwnerUserId or plot.Fruit ~= fruit then return end local alpha = t / def.GrowTime model:ScaleTo(0.4 + 0.6 * alpha) setFruitStatus(fruit, ("Growing — %d%%"):format(math.floor(alpha * 100))) end if plot.Fruit ~= fruit then return end fruit.Stage = "Ripe" body.Material = Enum.Material.Neon setFruitStatus(fruit, "RIPE — touch to grab!") notifyPlot(plot, "Fruit is ripe!", def.Name .. " is ready at your nest!", FruitConfig.RarityColor[def.Rarity]) end) end ``` collectByOwner: ```lua local function collectByOwner(plot, fruit, player) plot.Fruit = nil fruit.Stage = "Incubating" local slot = findFreeSlot(plot) if not slot then addCash(player, fruit.Def.Value) notify(player, "Nest storage full", fruit.Def.Name .. " sold for $" .. fruit.Def.Value, ...) fruit.Model:Destroy() return end incubate(plot, slot, fruit, player) end ``` incubate: ```lua local function incubate(plot, slot, fruit, player) slot.Fruit = fruit local body = fruit.Body body.Anchored = true fruit.Model.Parent = plot.Model fruit.Model:PivotTo(slot.Pad.CFrame * CFrame.new(0, 1.55, 0)) notify(player, "Incubating", fruit.Def.Name .. " will hatch soon...", ...) task.spawn(function() local remaining = fruit.Def.HatchTime while remaining > 0 and slot.Fruit == fruit and plot.OwnerUserId do setFruitStatus(fruit, "Hatching in " .. remaining .. "s") task.wait(1) remaining -= 1 end if slot.Fruit ~= fruit or not plot.OwnerUserId then return end hatchFruit(plot, slot, fruit) end) end ``` Note pivot at pad +1.55: pad top 0.4, fruit radius 1.15 → center 1.55 ✓. hatchFruit as planned; find free crew spot = plot.CrewSpots[#plot.Crew + 1]. AttemptSteal: ```lua local function attemptSteal(plot, fruit, player) local myIndex = player:GetAttribute("PlotIndex") if not myIndex then notify(player, "No base", "Claim a base first (rejoin if server full)!", ...) return end local char = player.Character local hrp = char and char:FindFirstChild("HumanoidRootPart") local hum = char and char:FindFirstChildOfClass("Humanoid") if not (hrp and hum and hum.Health > 0) then return end if carriedBy[player.UserId] then return end plot.Fruit = nil fruit.Stage = "Carried" fruit.CarrierUserId = player.UserId carriedBy[player.UserId] = fruit -- attach above head local head = char:FindFirstChild("Head") fruit.Model.Parent = char for _, p in fruit.Model:GetDescendants() do if p:IsA("BasePart") then p.CanCollide = false p.Massless = true end end body.Anchored = false fruit.Model:PivotTo(head.CFrame * CFrame.new(0, 3.2, 0)) fruit.CarryWeld = weldTo(head, body) hum.WalkSpeed = CARRY_WALKSPEED char:SetAttribute("CarryingFruit", fruit.Def.Name) notify(player, "Fruit stolen!", "Run " .. fruit.Def.Name .. " back to YOUR nest!", C3(255,120,120)) notifyPlot(plot, "Intruder!", player.Name .. " is stealing your " .. fruit.Def.Name .. "!", C3(255,80,80)) end ``` setFruitStatus while carried: maybe update "GET HOME!" — set once. detach helper: ```lua local function detachFruit(fruit, player) local char = player.Character if fruit.CarryWeld then fruit.CarryWeld:Destroy() fruit.CarryWeld = nil end if char then char:SetAttribute("CarryingFruit", nil) local hum = char:FindFirstChildOfClass("Humanoid") if hum then hum.WalkSpeed = 16 end end end ``` dropCarriedFruit(player): if carriedBy then detach; return home: ```lua local function dropCarriedFruit(player) local fruit = carriedBy[player.UserId] if not fruit then return end carriedBy[player.UserId] = nil detachFruit(fruit, player) local home = fruit.OriginalPlot if home.OwnerUserId then local body = fruit.Body body.Anchored = true fruit.Model.Parent = home.Model fruit.Model:PivotTo(home.NestAnchor) fruit.Stage = "Ripe" body.Material = Enum.Material.Neon setFruitStatus(fruit, "Dropped! Grab it!") else fruit.Model:Destroy() end end ``` Note pivot restores original scale? ScaleTo persists ✓ (still 1.0 since ripe). During growing can't be carried so scale is 1 ✓. Banking (nest pad touch): ```lua nestPad.Touched:Connect(function(hit) local player = Players:GetPlayerFromCharacter(hit.Parent) if not player or player.UserId ~= plot.OwnerUserId then return end local fruit = carriedBy[player.UserId] if not fruit then return end if tick() - (fruit.LastBank or 0) < 1 then return end fruit.LastBank = tick() carriedBy[player.UserId] = nil detachFruit(fruit, player) local victimPlot = fruit.OriginalPlot local slot = findFreeSlot(plot) if slot then fruit.Stage = "Incubating" notify(player, "Secured!", fruit.Def.Name .. " is hatching in your base!", ...) notifyPlot(victimPlot, "Fruit stolen!", player.Name .. " got away with your " .. fruit.Def.Name .. "!", ...) incubate(plot, slot, fruit, player) else addCash(player, math.floor(fruit.Def.Value * 0.5)) notify(player, "Storage full", fruit.Def.Name .. " sold for $" .. math.floor(fruit.Def.Value * 0.5), ...) notifyPlot(victimPlot, "Fruit stolen!", ...) hmm sold still stolen; notify fruit.Model:Destroy() end end) ``` Also when victimPlot owner nil → notifyPlot no-op ✓. Edge: owner touches own ripe fruit while ALSO carrying another fruit? They can't carry own since carriedBy set only via steal; owner collect while carrying: collectByOwner → incubate moves model etc. fine, keeps carrying other. Allowed; fun. Wait issue: attemptSteal attaches fruit model to char; plot.Fruit=nil so nest spawns next fruit after delay ✓. Another edge: two players touch simultaneously — debounce LastTouch 1s. Guard spawn & AI (write final): ```lua local function findFreeSlot(plot) for _, slot in plot.Incubators do if not slot.Fruit then return slot end end return nil end local function findThief(plot) ... as above local function attack(targetHRP, guardRoot, def) local hum = targetHRP.Parent and targetHRP.Parent:FindFirstChildOfClass("Humanoid") if not hum or hum.Health <= 0 then return end local delta = targetHRP.Position - guardRoot.Position local flat = Vector3.new(delta.X, 0, delta.Z) if flat.Magnitude < 0.05 then flat = Vector3.new(0, 0, 1) end hum:TakeDamage(def.Damage) targetHRP.AssemblyLinearVelocity = flat.Unit * 46 + Vector3.new(0, 32, 0) popEffect(targetHRP.Position, C3(255, 60, 60), 2) end local function startGuardAI(plot, rig, def) local humanoid = rig:FindFirstChildOfClass("Humanoid") local root = rig:FindFirstChild("HumanoidRootPart") local lastAttack = 0 local waypoints = plot.PatrolPoints local wp = math.random(#waypoints) -- walk animation local runTrack, idleTrack local animator = humanoid:FindFirstChildOfClass("Animator") or Instance.new("Animator", humanoid) local runAnim = Instance.new("Animation") runAnim.AnimationId = "rbxassetid://180426354" runTrack = animator:LoadAnimation(runAnim) runTrack.Looped = true local idleAnim = Instance.new("Animation") idleAnim.AnimationId = "rbxassetid://180435571" idleTrack = animator:LoadAnimation(idleAnim) idleTrack.Looped = true idleTrack:Play() task.spawn(function() while rig.Parent and humanoid.Health > 0 do local target = findThief(plot) if target then humanoid:MoveTo(clampToPlot(plot, target.Position)) local dist = (root.Position - target.Position).Magnitude if dist <= 5.5 and tick() - lastAttack >= def.Cool then lastAttack = tick() humanoid:MoveTo(root.Position) attack(target, root, def) end elseif tick() >= (plot._nextPatrol or 0) then plot._nextPatrol = tick() + math.random(4, 9) wp = wp % #waypoints + 1 humanoid:MoveTo(waypoints[wp]) end local speed = root.AssemblyLinearVelocity.Magnitude local moving = speed > 2 if moving and not runTrack.IsPlaying then idleTrack:Stop() runTrack:Play() elseif not moving and runTrack.IsPlaying then runTrack:Stop() idleTrack:Play() end task.wait(0.2) end end) end ``` `Instance.new("Animator", humanoid)` parent arg ok. spawnGuard: ```lua local function spawnGuard(plot) local def = GuardConfig.Tiers[plot.GuardTier] local spawnCF = plot.CF * CFrame.new(-13, 3, -14) local rig = buildRig({ Name = def.Name, Skin = def.Skin, Hair = def.Hair, Shirt = def.Shirt, Pants = def.Pants, Hat = def.Hat, Weapon = def.Weapon, Health = def.Health, Speed = def.Speed, }, spawnCF) rig.Parent = plot.Model local hrp = rig:FindFirstChild("HumanoidRootPart") pcall(function() hrp:SetNetworkOwner(nil) end) plot.GuardModel = rig -- name + health billboard local head = rig:FindFirstChild("Head") local bb = Instance.new("BillboardGui") ... on head, Size (0,150,0,52), offset (0,2.4,0) name label (top 55%) def.Name color gold-ish C3(255,220,120) health bg frame (bottom 45%): black bg; fill green frame size (1,1) scale humanoid.HealthChanged:Connect(function(h) fill.Size = UDim2.fromScale(math.clamp(h / humanoid.MaxHealth, 0, 1), 1) fill.BackgroundColor3 = h/humanoid.MaxHealth > 0.35 and green or red end) startGuardAI(plot, rig, def) humanoid.Died:Connect(function() task.wait(3) if plot.GuardModel == rig then plot.GuardModel = nil end rig:Destroy() task.delay(8, function() if plot.OwnerUserId and not plot.GuardModel then spawnGuard(plot) end end) end) end ``` Wait Died connection: task.wait inside event fine. Guard post prompt: ```lua postPrompt.Triggered:Connect(function(player) if player.UserId ~= plot.OwnerUserId then return end local nextTier = plot.GuardTier + 1 if nextTier > #GuardConfig.Tiers then notify(player, "Max guard", "Your guard is already maxed!", ...) return end local def = GuardConfig.Tiers[nextTier] local cash = player.leaderstats.Cash if cash.Value < def.Price then notify(player, "Not enough cash", def.Name .. " costs $" .. def.Price, ...) return end cash.Value -= def.Price plot.GuardTier = nextTier if plot.GuardModel then local old = plot.GuardModel plot.GuardModel = nil old:Destroy() end spawnGuard(plot) plot.GuardLabel.Text = "Guard: " .. def.Name notify(player, "Guard hired!", def.Name .. " now defends your base!", ...) end) ``` Door prompt & collect pad: ```lua collectPad.Touched:Connect(function(hit) local player = Players:GetPlayerFromCharacter(hit.Parent) if not player or player.UserId ~= plot.OwnerUserId then return end if plot.Pending <= 0 then return end if tick() - (plot._lastClaim or 0) < 1 then return end plot._lastClaim = tick() player.leaderstats.Cash.Value += plot.Pending popEffect(collectPad.Position, C3(120,255,120), 2) plot.Pending = 0 plot.CollectLabel.Text = "Claim $0" end) ``` Income loop global (each 1s) updating labels: ```lua task.spawn(function() while true do task.wait(1) for _, plot in plots do if plot.OwnerUserId then local total = 0 for _, member in plot.Crew do total += member.Income end if total > 0 then plot.Pending += total plot.CollectLabel.Text = "Claim $" .. plot.Pending end end end end end) ``` Nest spawner loop per plot: ```lua task.spawn(function() while true do if not (plot.OwnerUserId and not plot.Fruit) then task.wait(1) else task.wait(SPAWN_DELAY) if plot.OwnerUserId and not plot.Fruit then spawnFruitInPlot(plot) end end end end) ``` createPlot full body — assemble all. Also sign update helper: ```lua local function updateSign(plot) if plot.OwnerUserId then local plr = Players:GetPlayerByUserId(plot.OwnerUserId) plot.Sign.Text = plr and (plr.Name .. "'s Base") or "Base" plot.Sign.TextColor3 = C3(140,255,140) else plot.Sign.Text = "Unclaimed Base" plot.Sign.TextColor3 = C3(200,200,200) end end ``` Player management: ```lua local function addCash(player, amount) local stats = player:FindFirstChild("leaderstats") local cash = stats and stats:FindFirstChild("Cash") if cash then cash.Value += amount end end Players.PlayerAdded:Connect(function(player) local leaderstats = Instance.new("Folder") leaderstats.Name = "leaderstats" local cash = Instance.new("IntValue") cash.Name = "Cash" cash.Value = 0 cash.Parent = leaderstats leaderstats.Parent = player local plot for _, p in plots do if not p.OwnerUserId then plot = p break end end if plot then plot.OwnerUserId = player.UserId updateSign(plot) player:SetAttribute("PlotIndex", plot.Index) else player:SetAttribute("PlotIndex", nil) end player.CharacterAdded:Connect(function(char) local hum = char:WaitForChild("Humanoid") hum.Died:Connect(function() task.wait(0.5)? drop immediately on death: dropCarriedFruit(player) end) giveCombatTool(player) task.wait(0.5) local myPlot = plots[player:GetAttribute("PlotIndex") or 0]?? plots indexed by order; store mapping: plotByIndex table. Actually plots array index matches plot.Index since created sequentially. plots[plotIndex] ✓. local myPlot = player:GetAttribute("PlotIndex") and plots[player:GetAttribute("PlotIndex")] if myPlot and char.Parent then char:PivotTo(myPlot.SpawnCF) end end) notify(player, "Welcome to Steal a Devil Fruit!", "Grow fruits at your nest — steal ripe ones from rivals — hatch them into their users!", C3(255,230,120)) end) ``` Hmm Died connect: dropCarriedFruit(player) directly (no wait) — dying while carrying: on death, character parts still exist; detach ok. Call immediately. Wait: on death then respawn, CharacterAdded resets walkspeed anyway. giveCombatTool(player): build tool, parent backpack. Write builder with Activated logic (as sketched). Also give once per spawn. PlayerRemoving: ```lua Players.PlayerRemoving:Connect(function(player) dropCarriedFruit(player) -- if they were stealing local idx = player:GetAttribute("PlotIndex") if idx then local plot = plots[idx] if plot and plot.OwnerUserId == player.UserId then if plot.Fruit then plot.Fruit.Model:Destroy() plot.Fruit = nil end for _, slot in plot.Incubators do if slot.Fruit then slot.Fruit.Model:Destroy() slot.Fruit = nil end end for _, member in plot.Crew do member.Model:Destroy() end plot.Crew = {} plot.Pending = 0 plot.CollectLabel.Text = "Claim $0" plot.GuardTier = 1 if plot.GuardModel then plot.GuardModel:Destroy() plot.GuardModel = nil end plot.OwnerUserId = nil updateSign(plot) end end end) ``` Note: incubation loops check plot.OwnerUserId → stop without hatching ✓. Crew income loop checks owner ✓. Also pending incubation loop references slot.Fruit==fruit; we destroyed model but slot.Fruit remains set → loop: condition `slot.Fruit == fruit and plot.OwnerUserId` — owner nil → return; slot.Fruit still fruit but we set slot.Fruit=nil in cleanup ✓. Init: ```lua -- build plots for i = 1, PLOT_COUNT do createPlot(i) end -- spawn initial guards for _, plot in plots do spawnGuard(plot) end ``` spawnGuard before ownership? Guards stand guard even unclaimed — fine (protects until claimed). But guard AI uses plot.OwnerUserId only for target filtering ✓. Hmm, wait: spawnGuard's Died respawn checks plot.OwnerUserId — unclaimed guard dies → no respawn until claimed. OK. Existing players (Studio play solo timing): PlayerAdded fires before our connect if players joined earlier? In play solo, server script runs before player joins typically. Add safety: for _, plr in Players:GetPlayers() → replicate? Skip; standard pattern fine (script runs at startup). I'll wrap player init into function `onPlayerAdded(player)` and call for existing players too. Cheap safety, include. Now check `for k, v in props` generalized iteration — Luau supports `for k,v in t do`? Yes Luau generalized iteration (no __pairs needed) works in live Roblox. ✓ `plot.Pending` label updates. One thing: fruit body Touched while Growing — ignored ✓. Ripe owner touch → collect. But what if owner touches fruit while walking by — instant collect; that's the design (like steal an egg collects on touch? In Steal an Egg you grab eggs by touching? there's usually a "grab" — touch is fine). Also when fruit is Ripe & owner touches: incubate immediately (no choice) — maybe owner wants to sell? Add: owner touch = collect to incubator always; selling happens when crew full. Fine. Now UI LocalScript: ```lua local Players = game:GetService("Players") local ReplicatedStorage = game:GetService("ReplicatedStorage") local TweenService = game:GetService("TweenService") local player = Players.LocalPlayer local notifyEvent = ReplicatedStorage:WaitForChild("Remotes"):WaitForChild("Notify") local gui = Instance.new("ScreenGui") gui.Name = "StealAFruitUI" gui.ResetOnSpawn = false gui.Parent = player:WaitForChild("PlayerGui") -- Cash display local cashFrame = Instance.new("Frame") cashFrame.Position = UDim2.new(0, 14, 0, 14) cashFrame.Size = UDim2.new(0, 190, 0, 46) cashFrame.BackgroundColor3 = Color3.fromRGB(25, 25, 35) cashFrame.BackgroundTransparency = 0.15 cashFrame.Parent = gui Instance.new("UICorner", cashFrame).CornerRadius = UDim.new(0, 10) local cashLabel = Instance.new("TextLabel") cashLabel.Size = UDim2.new(1, 0, 1, 0) cashLabel.BackgroundTransparency = 1 cashLabel.Font = Enum.Font.FredokaOne cashLabel.TextScaled = true cashLabel.TextColor3 = Color3.fromRGB(255, 220, 90) cashLabel.Text = "$0" cashLabel.Parent = cashFrame local stats = player:WaitForChild("leaderstats") local cashValue = stats:WaitForChild("Cash") local function refreshCash() cashLabel.Text = "$" .. cashValue.Value end cashValue.Changed:Connect(refreshCash) refreshCash() -- carry banner local banner = Instance.new("TextLabel") banner.AnchorPoint = Vector2.new(0.5, 1) banner.Position = UDim2.new(0.5, 0, 1, -20) banner.Size = UDim2.new(0, 420, 0, 40) banner.BackgroundColor3 = Color3.fromRGB(160, 30, 30) banner.BackgroundTransparency = 0.15 banner.Font = Enum.Font.FredokaOne banner.TextScaled = true banner.TextColor3 = Color3.new(1, 1, 1) banner.Visible = false banner.Parent = gui UICorner local function bindCharacter(char) char:GetAttributeChangedSignal("CarryingFruit"):Connect(function() local fruitName = char:GetAttribute("CarryingFruit") if fruitName then banner.Text = "Carrying " .. fruitName .. " — run it to your nest!" banner.Visible = true else banner.Visible = false end end) end if player.Character then bindCharacter(player.Character) end player.CharacterAdded:Connect(bindCharacter) -- notifications local feed = Instance.new("Frame") feed.AnchorPoint = Vector2.new(1, 0) feed.Position = UDim2.new(1, -14, 0, 14) feed.Size = UDim2.new(0, 280, 0, 400) feed.BackgroundTransparency = 1 feed.Parent = gui local layout = Instance.new("UIListLayout") layout.VerticalAlignment = Enum.VerticalAlignment.Top layout.Padding = UDim.new(0, 6) layout.SortOrder = Enum.SortOrder.LayoutOrder layout.Parent = feed local order = 0 notifyEvent.OnClientEvent:Connect(function(title, message, color) order += 1 local card = Instance.new("Frame") card.Size = UDim2.new(1, 0, 0, 64) card.BackgroundColor3 = Color3.fromRGB(25, 25, 35) card.BackgroundTransparency = 0.15 card.LayoutOrder = order card.Parent = feed UICorner(card, 10) local titleLabel = TextLabel top: text title color=color local bodyLabel bottom: message white tween card from offset? simple: card starts Position? With UIListLayout positions auto; animate transparency in; Debris? Use task.delay(4.5, fade & destroy): TweenService transparency → destroy. end) ``` Implement card with two labels. Also help text bottom-left: ```lua local help = TextLabel bottom-left multi-line TextWrapped, BackgroundTransparency 1: "🍇 Your nest grows a fruit every minute\n🗡️ Touch a RIVAL's ripe fruit to steal it\n🏃 Run it back to your nest to bank it\n☠️ Their guard WILL attack you\n🐣 Hatched fruits join your crew and earn cash\n💰 Step on your green pad to claim cash" ``` Emoji in Roblox TextLabels render? Emojis render as color emoji in Roblox now (Twemoji) — yes supported. Fine. UICorner helper repeated; write small helper `round(instance, r)`. Server script must also create Sound? skip. Check giveCombatTool final: ```lua local function giveCombatTool(player) local backpack = player:WaitForChild("Backpack") if backpack:FindFirstChild("Cutlass") then return end local tool = Instance.new("Tool") tool.Name = "Cutlass" tool.ToolTip = "Fight guards and thieves!" tool.CanBeDropped = false tool.RequiresHandle = true local handle = Instance.new("Part") handle.Name = "Handle" handle.Size = Vector3.new(0.45, 3.1, 0.28) handle.Color = C3(200, 205, 215) handle.Material = Enum.Material.Metal handle.Parent = tool local slash = Instance.new("Sound") slash.SoundId = "rbxasset://sounds/swordslash.wav" slash.Volume = 0.5 slash.Parent = handle local lastSwing = 0 tool.Activated:Connect(function() local now = tick() if now - lastSwing < 0.55 then return end lastSwing = now slash:Play() local char = tool.Parent local hrp = char and char:FindFirstChild("HumanoidRootPart") if not hrp then return end local function tryHit(model) local targetHRP = model:FindFirstChild("HumanoidRootPart") local hum = model:FindFirstChildOfClass("Humanoid") if not (targetHRP and hum) or hum.Health <= 0 then return end if (targetHRP.Position - hrp.Position).Magnitude <= 6.5 then hum:TakeDamage(PUNCH_DAMAGE) popEffect(targetHRP.Position, C3(255, 255, 255), 1.5) end end for _, other in Players:GetPlayers() do if other ~= player and other.Character then tryHit(other.Character) end end for _, plot in plots do if plot.GuardModel then tryHit(plot.GuardModel) end end end) tool.Parent = backpack end ``` Note: Tool.Parent = backpack; when equipped Activated fires server-side? Tool.Activated connects on server — event fires on server when tool equipped & clicked. ✓ (classic behavior). But careful: `tool.Activated` server connection only works if Tool exists server-side — yes we created server-side. crew members of other players not damageable — fine. Now, one thing missing: stealing requires thief to have own base; plots 6, server up to 6 players fine. Also should verify fruit theft from nest only when Ripe — growing fruits protected ✓. Also idle players standing on others' nest pad cause spam? Debounced by carriedBy nil. Wait: what if the OWNER of nest pad touches it while some OTHER player's carried fruit... bank requires player.UserId == plot.OwnerUserId and carriedBy[player] — correct: only carrier banking own nest. What if carrier returns but their own nest pad is their plot ✓. What if carrier's plot nest currently has a growing fruit? Independent — banking uses incubator slot, fine. Now Animations: LoadAnimation on Animator; for R6 rigs animations map to joints by name; ours match. One risk: default R6 run animation expects parts named exactly & Motor6Ds standard names ✓. Also Humanoid requires HipHeight etc. default fine (R6 hip height auto). Legs length 2 standard. Gravity: rig parts Massless? No—normal mass fine. Network ownership nil for guards ✓. Crew rigs: anchored HRP; other parts unanchored held by motors; fine. One concern: buildRig places parts via spawnCF offsets then motors; when parented, physics solver may adjust since CFrame constraints satisfied (we placed exactly per joint math) ✓. HumanoidDisplayName none; we add billboard. Fruit: while carried, billboard shows name/status — status text: set "GET HOME!" — attemptSteal sets after attach. pickFruit uses FruitConfig.RarityWeight dict iteration; fine. ScaleTo min: model parts many; ScaleTo each 0.5s on ~32-part model: fine perf. ScaleTo affects billboard? BillboardGui sizes in screen pixels — unaffected ✓. StudsOffset scales? Billboard attached to part; StudsOffset in studs — part scale changes size not position; offset from body center stays 3.4 — but fruit bigger visually 2.3 — fine. While growing, ScaleTo(0.4..1.0): body anchored; dots welded — ScaleTo scales welded assembly? Model:ScaleTo scales all parts and moves them appropriately (it scales relative to pivot, adjusting positions; welds preserved). Yes ScaleTo handles descendants. But careful: ScaleTo on model with anchored body — allowed. After ripe, ScaleTo stays 1.0. During carry, no scaling. PivotTo on model: moves PrimaryPart and all via offsets ✓. Nest touch: pad Touched fires with many parts; fine. Also: what if thief touches victim's nest pad while carrying someone's fruit? They're not owner → ignored ✓. What if owner touches their nest while their own ripe fruit sits ON the pad? Pad touch only handles carriedBy; fruit touch handles collect ✓. Owner standing on pad when fruit becomes ripe: body Touched fires when touching body not pad — body sits above pad; standing on pad may not touch body (body center 2.65, radius 1.15 → bottom 1.5 = pad top; character legs may touch body → Touched fires ✓ likely). Hmm: growing fruit at scale 0.4 → body radius ~0.46, center y 2.65 (pivot scaled about model pivot = body center? Model pivot defaults to PrimaryPart center? Model pivot = bounding box center initially? PivotTo sets pivot to given CFrame; initial model pivot computed from parts. ScaleTo scales about pivot. NestAnchor set to body-center CFrame: I set model:PivotTo(plot.NestAnchor) — pivot placed at body-center height. If initial pivot is bbox center (≈ body center + stem offset slightly higher), scaling shifts body slightly. Minor visual; acceptable. Set model.WorldPivot? Could set model.WorldPivot = body.CFrame after build → then ScaleTo/PivotTo about body center ✓. Add `model.WorldPivot = body.CFrame` in builder. Similarly when incubate PivotTo pad+1.55 uses pivot=body center ✓. Now GuardConfig module: ```lua local GuardConfig = {} local C = Color3.fromRGB GuardConfig.Tiers = { {Name="Coby", Price=0, Health=120, Damage=8, Speed=16, Cool=1, Skin=C(255,214,180), Hair=C(240,170,190), Shirt=C(240,240,240), Pants=C(75,95,150), Hat="MarineCap", Weapon="Sword"}, {Name="Helmeppo", Price=750, Health=220, Damage=14, Speed=17, Cool=1, Skin=C(255,214,180), Hair=C(228,214,150), Shirt=C(235,235,235), Pants=C(75,95,150), Hat="None", Weapon="Sword"}, {Name="Smoker", Price=3000, Health=350, Damage=20, Speed=18, Cool=0.9, Skin=C(255,214,180), Hair=C(235,235,235), Shirt=C(95,135,150), Pants=C(45,55,65), Hat="MarineCap", Weapon="Sword"}, {Name="Zoro", Price=12000, Health=650, Damage=30, Speed=20, Cool=0.8, Skin=C(240,195,160), Hair=C(70,190,110), Shirt=C(70,110,80), Pants=C(45,48,55), Hat="None", Weapon="Sword"}, {Name="Garp", Price=45000, Health=1100, Damage=42, Speed=20, Cool=0.8, Skin=C(250,205,170), Hair=C(235,235,235), Shirt=C(235,235,235), Pants=C(75,95,150), Hat="MarineCap", Weapon="Fists"}, {Name="Kizaru", Price=150000, Health=1700, Damage=55, Speed=24, Cool=0.7, Skin=C(255,214,180), Hair=C(35,35,35), Shirt=C(240,240,240), Pants=C(240,240,240), Hat="None", Weapon="Fists"}, {Name="Shanks", Price=500000, Health=2800, Damage=75, Speed=26, Cool=0.6, Skin=C(250,205,170), Hair=C(185,45,45), Shirt=C(45,45,52), Pants=C(70,70,80), Hat="StrawHat", Weapon="Sword"}, } return GuardConfig ``` FruitConfig final (with Looks): I'll write compact. Now double-check some tricky Lua details: 1. `task.wait` returns; loops fine. 2. `hum:TakeDamage` — respects ForceField; fine. 3. `hrp.AssemblyLinearVelocity =` set on player's HRP — allowed server-side (network owner is player; server setting velocity on player-owned assembly still works? Setting velocity from server on player-owned part: it replicates as a temporary override? Actually server can set velocity; ownership affects simulation; server-set velocity applies but may fight client prediction — commonly works for knockbacks. Acceptable. 4. SetNetworkOwner requires part not anchored ✓ unanchored. 5. Character PivotTo on spawn: character may be parented later; we wait 0.5 after CharacterAdded — Race: character loads; ok also `char:WaitForChild("HumanoidRootPart")` before pivot. I'll do: local hrp = char:WaitForChild("HumanoidRootPart", 5) then pivot. 6. Touched on anchored pad — fires ✓. 7. popEffect uses `Vector3.one * baseSize` where baseSize number ✓. 8. In attemptSteal I reference `body` — define local body = fruit.Body at top. 9. When owner leaves while their fruit is Carried by them? They can't carry their own? carriedBy only set on steal; owner leaves while carrying stolen fruit → PlayerRemoving → dropCarriedFruit returns to victim ✓. 10. When victim leaves while their fruit carried by thief: fruit.OriginalPlot.OwnerUserId nil → on bank/ later: bank proceeds (victim notified no-op), incubates — fine. dropCarried not triggered by victim leaving. But if thief DIES: dropCarried checks home.OwnerUserId → nil → destroy ✓. 11. Guard AI while plot unclaimed: findThief excludes owner nil? player.UserId ~= nil → all players are "thieves" if inside unclaimed plot — nobody inside unclaimed (spawn there? they'd be attacked before claiming... assignPlot happens instantly on join, so fine). 12. Both kill: guard attacks only non-owners; the OWNER could also be attacked by OTHER plots' guards if they walk in — yes intended. 13. Thieves carrying fruit entering their own plot: their own guard ignores them (owner) ✓. 14. Dead guard mid-chase: AI loop exits on Health<=0. 15. Buy guard while old dead waiting respawn: plot.GuardModel nil; spawnGuard called by purchase ✓; pending respawn task.delay checks `not plot.GuardModel` — race: purchase spawns new; delayed respawn sees GuardModel set → skip ✓. But timing: old Died → wait3 destroy → task.delay(8). Purchase at t+2: GuardModel=nil→spawn new; delayed respawn t+11: sees GuardModel (new) → skip ✓. 16. When guard destroyed via purchase while AI loop running: rig.Parent nil → loop exits ✓. 17. `plot._nextPatrol` initial nil → tick() >= 0 ✓ immediate patrol. 18. Waypoints as world CFrames? MoveTo takes Vector3. Store Vector3 list. 19. clampToPlot uses plot.CF ✓. 20. Incubator placement: fruit model anchored body; dots massless unanchored welded ✓. 21. When collecting own ripe fruit while plot has... fine. 22. leaderstats Cash IntValue; addCash via player object or userId? addCash(player, amt). In hatchFruit "crew full" case I need player object: use plot owner player: `local owner = Players:GetPlayerByUserId(plot.OwnerUserId)`. Use that for notify too. I'll write addCashByUserId(userId, amt) helper to be safe: ```lua local function addCashByUserId(userId, amount) local plr = Players:GetPlayerByUserId(userId) if plr then local cash = plr:FindFirstChild("leaderstats") and plr.leaderstats:FindFirstChild("Cash") if cash then cash.Value += amount end end end ``` Use everywhere (collect pad uses player directly fine). 23. Notify colors: pass Color3. 24. Screen: RING_RADIUS 62 with plot size 44 → half diagonal ~31; plots may overlap neighbors? Circumference spacing: 2π*62/6 ≈ 65 studs between plot centers → plots 44 wide → gap ~21 ✓. Island 170 wide covers radius 85 > 62+22=84 ✓ edges tangent; make 190. 25. SpawnLocation center; players respawn center then we PivotTo their plot spawn — SpawnLocation teleport overrides? We pivot after spawn; SpawnLocation decides spawn point then our pivot moves them ✓ (0.5s later; might visually blink; ok). 26. FredokaOne font enum exists ✓ (Enum.Font.FredokaOne). 27. TextStrokeTransparency property on TextLabel ✓. 28. `for _, slot in plot.Incubators` generalized iteration over array ✓. 29. Motor6D in models with Humanoid: standard. 30. Humanoid.Neck etc referenced? Animate default? We're not using default Animate script; custom tracks fine. 31. When guard rig dies: humanoid.Died; parts collapse (motors stay, ragdoll-ish stiff). Destroy after 3s ✓. 32. Players walking through walls? Walls block; door transparent part non-collidable → walk through opening ✓; when locked CanCollide=true blocks ✓. But thieves inside when locked? Locked from outside only matters at entry. Owner locking while thief inside: thief already in. Fine. Also door must not block owner? It blocks everyone; lock lasts 10s. 33. Prompt on door visible to all; only owner trigger works (check) ✓. PromptEnabled always; fine. 34. Guard post prompt HoldDuration 0.5. 35. One nest per plot: fruit spacing vs patrol: nest at back; guards patrol center. 36. Fruit billboard MaxDistance 150 ✓. 37. plot.Sign adornee back wall — billboard offset (0,6,0) relative wall center: wall center y=4.5, top y=9; offset 6 → y 10.5 above top ✓ visible from center side? Billboard renders always on top; fine. 38. Guards initial spawn at (-13,3,-14) local — inside plot ✓. spawnCF y=3 falls to ground ✓. 39. Crew spot CFrames y=0: rig pivot HRP center at y0 → feet at -? HRP center y0 means legs bottom at -3?? R6: HRP center at torso center; legs extend 2 down from torso center? Legs span -1..-3 rel HRP? Torso center = HRP center; legs center -2, half 1 → bottom -3. So HRP center must be y=3 for feet on ground! Correct R6: character HRP center ~3 studs above ground (HipHeight + leg). Set crew spot CFrame y=3: rig placed with HRP at y3 → feet y0 ✓. Similarly guard spawn y=3 ✓ (I set 3). CrewSpots: cf * CFrame.new(18, 3, z) ✓ facing -X. 40. NestAnchor body center y: pad top 1.5 + radius 1.15 = 2.65 ✓ (body half 1.15). 41. Incubator pad top 0.4 → body center 0.4+1.15=1.55 ✓. 42. Collect pad at (0,0.15,2) top 0.3 slight step; fine. Position z=2. 43. Guard post pillar at (-13,2,-14) height 4: center y2 ✓ top 4; prompt on pillar parent; prompt ObjectText "Guard Post" ActionText "Hire next guard ($X)"? ActionText static; set ObjectText dynamic? Update prompt.ActionText on tier change: prompt.ActionText = "Hire " .. nextName .. " ($cost)". Update in spawn? I'll update after purchase and initially tier2 price. Also show current guard on billboard above pillar: plot.GuardLabel. Initial text set at creation: "Guard: Coby". 44. Rounding: math.floor on money. 45. attemptSteal when player has no plot (server full): notify. 46. Multiple notifies colors: rarity color for fruit ripe notify. 47. Think about exploit: touching fruit from far? Touched requires proximity ✓. 48. What about the fruit being stolen while Growing by owner? Not ripe; touch ignored ✓. 49. `body.Touched` connected each spawn; when fruit destroyed, connection GC ✓. 50. `carriedBy` cleanup on player leaving mid-carry ✓ via dropCarriedFruit in PlayerRemoving. 51. Character attribute "CarryingFruit" set server-side; client reads via GetAttributeChangedSignal ✓. 52. When carrier successfully banks: attribute cleared in detachFruit ✓. 53. When carrier dies: dropCarried → detach clears attribute; but character dead; fine. Also small feature: fruit name label shows user: "Mera Mera no Mi (Ace)"? Name label = def.Name; maybe append user in status when ripe? Keep name; help says hatches into user. Add to name label: def.Name .. " → " .. def.User? Nice hint: name label text = def.Name; status when growing shows "Growing"; add small third line? Keep two lines; set Name label = def.Name .. " (" .. def.User .. ")" — good for "real fruit user" clarity. Do it. UI notifications when hatches: notifyPlot "X hatched into User!" ✓. Now the final answer structure: 1. Short intro + IP caution line (keep brief, suggest renaming option). 2. Setup instructions (Roblox Studio steps, 4 scripts, names/locations). 3. Script 1: FruitConfig 4. Script 2: GuardConfig 5. Script 3: GameServer (long) 6. Script 4: StealUI LocalScript 7. How it plays / tuning knobs / next steps (meshes, saving, powers). Length: big but necessary. Write code carefully and compactly (avoid over-commenting). Let me now also double check buildDevilFruit welds & PivotTo ordering: dots created at CFrame dir*1.08 (world origin-ish). weldTo(body,dot) parent dot. Then model.WorldPivot = body.CFrame (identity at origin) — set after all parts. Then spawnFruitInPlot: model:ScaleTo(0.4) then PivotTo(nestAnchor). ScaleTo before PivotTo — scaling about pivot at origin then moving ✓. But wait: weldTo creates WeldConstraint — relative positions locked at creation time when both parts at final relative offsets ✓. Anchored dots issue: I must set Anchored=false for dots/stem/leaf. In newPart default Anchored=true; pass Anchored=false in props. Body anchored default true ✓. Massless dots ✓ so unanchored dots don't add weight; they're welded to anchored body — fine. When carrying: body unanchored; assembly physics: dots massless welded ✓; body Massless? body mass matters; set body.Massless = true when carrying to avoid weight on char head: set in steal loop: all parts Massless = true including body ✓ (I loop all BaseParts set CanCollide false & Massless true). ✓ Then on return: set body.Massless=false? Anchored anyway; mass irrelevant. Leave. CanCollide body false while carried ✓ restored on return? On drop/bank: body.Anchored=true; body CanCollide stays false — fine (incubator fruit no collide; nest-returned fruit: players walk through fruit; acceptable; or restore true on return-to-nest: set body.CanCollide=true in dropCarriedFruit. Do that.) Also restore body.Material? It's Neon (ripe) ✓ stays. Another subtle: steal loop sets Massless on ALL parts each time — includes previously massless dots fine. Humanoid of carrier: WalkSpeed set 14; restored 16 in detach ✓. Check incubate when thief banks: fruit.Model.Parent = plot.Model (thief's plot) — I set in incubate ✓ (fruit.Model.Parent = plot.Model). hatchFruit destroys fruit.Model ✓ frees slot: slot.Fruit=nil BEFORE spawning crew (set slot.Fruit=nil at start) ✓. Income label initial "Claim $0". Also plot.CollectLabel ref to label inside billboard at collect pad: billboard on pad with label; label text updated. GuardLabel billboard on pillar. Sign billboard on back wall. All billboards: parent to adornee part. One more: Door prompt parent door part; door part Transparency 0.85 — prompt still visible ✓. Prompt styling minimal. Prompt for collect? touch instead ✓. Also guard post: hiring replaces guard — new guard spawns at post ✓. Edge: purchase while previous guard alive far away — destroy & respawn at post ✓. Now write the UI script fully with card creation. Also note: LocalScript in StarterGui runs each respawn? ScreenGui ResetOnSpawn=false but LocalScript re-runs on respawn creating duplicate GUIs! LocalScripts in StarterGui re-execute each character spawn. Guard: if PlayerGui already has StealAFruitUI then return? Standard: put LocalScript in StarterPlayerScripts instead — runs once. Instruct: StarterPlayer > StarterPlayerScripts. Yes, place UI LocalScript there. Adjust instructions. Everything set. Also mention testing: Play with 2+ players via Test tab → Clients and Servers → 2 players to test stealing. Potential runtime bug check — `Instance.new("Animator", humanoid)`: Animator auto-created by Humanoid? Humanoid creates Animator lazily; FindFirstChildOfClass may be nil initially; our fallback creates ✓. `humanoid:LoadAnimation` deprecated — using Animator:LoadAnimation ✓. In startGuardAI, animator LoadAnimation before rig parented? startGuardAI called after rig.Parent set ✓. Animation ids load requires assets exist: 180426354 (R6 run) & 180435571 (R6 idle) are Roblox-owned animations — public ✓. Hmm 180435571 is "idle" for tools? Known: R6 idle: 180435571 (idle animation 1). Yes commonly referenced. run: 180426354 ✓. If animations fail, guards just glide — acceptable fallback. Another check: `notifyPlot` builds color param optional. TextStrokeColor3 default black fine. Fruit: `model:ScaleTo` requires model not anchored-only? works. Also `plot.NestAnchor` computed from pad.CFrame — pad part anchored at creation with CFrame set via props (CFrame=...). newPart props CFrame ✓. Let me also give the plot floors slightly different colors: palette array of 6 greens/browns. Time to write the final response. Also include brief "how the game plays" bullet list, tuning table pointers, extension ideas, and the IP note near top (one or two sentences, suggest "rename for public release" advice). For formatting: headers per file, code blocks with lua. Keep prose tight. This will be long but that's the nature of the request. Let me also reconsider plot count & PLOT_SIZE constants consistency in code (PLOT_SIZE 44; walls at ±21.5 etc. computed from PLOT_SIZE/2 - 0.5). Patrol points ±12. Incubator pads x=-18 z 12,4,-4. Crew x=18 z 12,6,0,-6,-12,-18? -18 near front ok within walls (z -21). MAX_CREW 6 ✓ 6 spots. Nest at z=16 back center; incubators left; crew right; collect center z=2; door z=-21.5. Guard patrol ±12 covers middle. Door posts decorative at (±5,4.5? posts Size(1.2,10,1.2) at (±5.5,5,-21.5)? beam (12.4,1,1.2) at (0,10.2? posts top 10; beam center y 10.5 Size(12.2,1,1.2)). Keep simple: two posts + beam; door part width spans between posts? door Size (10.8? Let door Size (11,9.4,0.6) at (0,4.7? Let me finalize: - posts: Size (1.4,11,1.4) at (±5.6, 5.5, -21.5), color dark wood C3(80,55,35) - beam: Size (12.6,1.2,1.4) at (0, 11.1? posts center 5.5 half 5.5 → top 11; beam center y 11.2 (11+0.6). ok at (0,11.2,-21.5). - door: Size (9.8,9.6,0.5) at (0,4.8,-21.5) transparency 0.85 cyan. Prompt in door: Prompt.Part0? ProximityPrompt parent door ✓. Also door blocks entry when locked; CanCollide toggles. Everything computed locally via cf offsets: e.g., `cf * CFrame.new(0, 4.5, -(PLOT_SIZE/2 - 0.5))`. Wait front is -Z local? cf LookVector points toward map center; front of plot = side facing center = local -Z ✓. Door at local z = -(21.5) ✓ back wall at +21.5 ✓ nest z=+16 ✓. SpawnCF: inside plot near door: local (0,4,-14) facing nest (+Z): facing +Z means look = (0,0,1): -sinθ=0, -cosθ=1 → θ=π: Angles(0,π,0) ✓ so SpawnCF = cf * CFrame.new(0,4,-14) * CFrame.Angles(0,math.pi,0). Hmm y=4: drop 3.65 to floor? character height ~5, HRP center at 3 above ground: pivot char at y4 → feet at 1 → falls 1 stud fine. Write updateSign with billboard on backWall. Let me write final code text now. I'll be careful about ordering: GameServer outline: 1. services, modules, remotes, constants 2. helpers: newPart, weldTo, popEffect, notify, addCashByUserId 3. billboard helpers: makeBillboard(label only) — used for sign/collect/guard/crew; fruit has custom two-label 4. buildRig (+ hats + sword) 5. buildDevilFruit 6. forward declarations needed? Order: findFreeSlot, setFruitStatus..., incubate/hatch used by touches defined inside createPlot — define fruit logic before createPlot. Guard logic before createPlot (spawnGuard called there? createPlot doesn't call spawnGuard; init loop does. But guard post prompt inside createPlot references spawnGuard — must be defined before createPlot textually. Order: guard funcs (findThief, attack, startGuardAI, spawnGuard) → fruit funcs (pickFruit, addFruitBillboard, setFruitStatus, spawnFruitInPlot uses collectByOwner & attemptSteal — define collect/steal/incubate/hatch BEFORE spawnFruitInPlot) → createPlot → loops/init → player funcs. attemptSteal uses notifyPlot, carriedBy, detachFruit, etc. detachFruit & dropCarriedFruit defined before attemptSteal? dropCarriedFruit used in PlayerRemoving & Died connect — define before player section ✓ anywhere before use at runtime; lexical scope requires declaration before the *closure using it* textually. So order within fruit block: helpers (detachFruit, dropCarriedFruit? dropCarried uses setFruitStatus & notify none) → incubate → hatchFruit (incubate calls hatchFruit: hatchFruit must be lexically before incubate? incubate's closure references hatchFruit local — declare local hatchFruit before incubate's definition textually. I'll order: local hatchFruit declared via function statement first? Function statements `local function hatchFruit` then `local function incubate` (calls hatchFruit ✓ upvalue exists). incubate→ startInc? incubate includes countdown inline calling hatchFruit ✓. Then collectByOwner (calls incubate, findFreeSlot, addCash) ✓. Then attemptSteal (calls detachFruit? no—attemptSteal attaches; calls notify, carriedBy) ✓. Then spawnFruitInPlot (calls collectByOwner, attemptSteal ✓). dropCarriedFruit (uses setFruitStatus, fruit fields) place near detach. setFruitStatus/addFruitBillboard before those. Guard section references plotContains & clampToPlot — define those before guard section (they're generic geometry helpers). They don't need plot table. OK write it. Also `local function findFreeSlot(plot)` before collectByOwner ✓. One more consideration: `plot._nextPatrol` field — using underscore fields in table fine. Also `fruit.LastBank`. Let me now also make sure `attemptSteal` handles the case where fruit already Carried (Stage changed) — Stage checked "Ripe" in touch handler before ✓, and we set Stage="Carried" immediately preventing double steal ✓. Race: two touches same frame both pass Stage check before set? Luau single-threaded; first handler runs to completion (no yields before Stage set) — I set Stage immediately after debounce ✓ no yield between check & set ✓. collectByOwner no yields before Stage set ✓. incubate countdown loop yields; slot.Fruit guards ✓. Also hatch when plot owner changed mid-incubation: loop checks plot.OwnerUserId each sec; if owner left, cleanup already destroyed model & slot.Fruit=nil → loop sees mismatch → return ✓. But cleanup sets slot.Fruit=nil while loop condition `slot.Fruit == fruit` fails ✓. Edge: owner leaves → PlayerRemoving destroys incubator fruits & models; countdown loop returns ✓; crew destroyed ✓; guard destroyed ✓; nest fruit destroyed ✓ (plot.Fruit.Model:Destroy; plot.Fruit=nil; grow loop checks plot.Fruit ~= fruit → return ✓). Then plot reused by next player: fresh state; GuardTier reset to 1 — spawnGuard at assign time? Guard respawn only triggers on death or purchase. New owner gets plot with guard already standing (we destroyed old on cleanup!) → new owner base unguarded until manual spawn. Fix: in PlayerRemoving cleanup, after reset, spawnGuard(plot) (tier1) — spawns for unclaimed plot; fine (guards unclaimed bases too). But spawnGuard guards unclaimed bases anyway; call spawnGuard(plot) at end of cleanup ✓. Also AI loop for it: findThief with OwnerUserId nil → attacks anyone inside — fine. Wait initial creation also spawns guards ✓. Also on assign, maybe give the new owner's guard full heal? skip. Also when assigning plot to new player: nothing else needed (nest empty, spawns fruit after SPAWN_DELAY) ✓. Now the CharacterAdded PivotTo: myPlot lookup: `local idx = player:GetAttribute("PlotIndex"); local myPlot = idx and plots[idx]`. plots[idx] where idx numeric ✓. Also first spawn before plot assigned? assign happens in PlayerAdded before character loads ✓. Rejoin after death keeps plot ✓ attribute persists on player. Full code assembly time. Also keep an eye on not using `continue` (Luau supports continue ✓ fine). Also `math.clamp` exists ✓. Write the response now. I'll keep explanation sections crisp. Actually one more mechanic check — "Steal an Egg" also has the *guard beasts* roam INSIDE base; ours patrol ✓ and attackers can kill guard then steal freely until respawn (8s) — good depth: sword dps ~36 (20/0.55s) vs Coby 120hp → ~2s kill. Stealing becomes viable by fighting guards. Also guards respawn 8s — raiders can chain. Fine for v1. PUNCH_DAMAGE 20, cooldown 0.55. Guard damage numbers ok. Player vs guard: guard 8 dmg/1s vs player 100hp — dying takes ~13s while stealing; knockback interrupts. OK. Also thieves get slowed 14 vs guard speed 16-26 → guards catch you inside plot; escape by exiting bounds. Good chase dynamic. Finally, double-check the `notifyEvent` payload order (title, message, color) matches client. Write everything. For length management, I'll minimize blank lines but keep readable. Also add note at top: works in a fresh Baseplate, everything is generated by code (no building needed). One more: R6 run animation requires the rig have "Animate"?? No — we manually play tracks; LoadAnimation works without Animate script ✓. Also humanoid requires "HumanoidRootPart" root joint named "RootJoint"? For R6 recognition, the Humanoid checks for RootJoint? Humanoid builds from Part "HumanoidRootPart" + Motor6D "RootJoint" → yes we have ✓. HipHeight default 0 for R6 auto-computed. Also NPC Humanoid needs `RequiresNeck`? If Neck destroyed head falls; fine. EvaluateStates? fine. Let me write out hat builder as shared function addHat(head, type) to reduce repetition. Also add simple "MarineCap" for guards & "StrawHat". Final check on colors visible: fruit Neon dots pop ✓. Okay, also the prompt on pillar: ProximityPrompt properties: ActionText, ObjectText, HoldDuration, MaxTriggerDistance? default 10 fine. Write response now. Structure: - intro (1-2 lines) + IP note (1-2 lines) - What you get (bullet) - Setup steps (numbered) - Script 1 code - Script 2 code - Script 3 code - Script 4 code - How it plays (bullets) - Tuning & upgrade ideas (short) Given the size, keep prose minimal. Code blocks dominate — appropriate for "make me a game". Let me write the GameServer code in final polished form now (mentally compile once more as I write). Also remember to define `local function notify(player, title, message, color)` and `notifyPlot`. In createPlot, connect prompts; but prompt handlers reference notify & GuardConfig ✓ defined earlier. Also plots array global before createPlot ✓. Write UI LocalScript final. Potential nil: `plot.GuardLabel` created in createPlot; spawnGuard doesn't touch it; purchase updates ✓ initial text "Guard: Coby". Also `plot.Sign`. Also effects folder. Also mapFolder with island & spawn. Double-check spawn guard spawnCF not colliding pillar at (-13,2,-14): guard at (-13,3,-14) same spot as pillar — pillar at (-13, 2, -14)!! conflict. Move pillar to (-16,2,-16) corner-ish; guard spawn (-10,3,-12). Patrol ±12. OK: pillar (-16,2,-16); guard spawn local (-10,3,-12). Also incubator pads at x=-18 z {12,4,-4} vs pillar (-16,-16) no clash ✓. Crew spots x=18 z {12,6,0,-6,-12,-18} ✓ within walls (|x|<21.5). Collect pad (0,?,2) ✓. Nest (0,16) ✓ back center; back wall z=21.5. Sign on back wall ✓. Door z=-21.5 ✓. Patrol points: (12,12),(-12,12),(12,-12),(-12,-12) — (12,-12) near crew spot x=12? crew at x=18 fine. Guard spawn (-10,-12). Good. Also floor colors palette: {C3(120,170,90), C3(170,120,90), C3(120,130,180), C3(180,160,100), C3(150,110,150), C3(110,160,160)}. Wall color C3(160,130,100) wood; trim? keep. Nest pedestal wood; pads gold. OK writing final. For the grow billboard status when ripe: "RIPE — touch to grab!" and carried: "RUN HOME!". Also in attemptSteal set status. Also on drop: "Dropped! Grab it!". One more subtle: after bank/collect, fruit still has billboard showing countdown ✓ then hatch destroys model ✓. Edge: `hatchFruit` sets slot.Fruit=nil then builds crew; if crew full → cash & notify. Crew member model names: rig.Name = def.User ✓ multiple same-name ok. Crew income: def.Income. Also add hatched rig small idle sway? skip. Ready. Also quickly consider Studio "Play" with 1 player: they can grow fruit, hire guards, no stealing (need 2 players) — note to test with multi-client. Also add game name suggestion: "Steal a Devil Fruit!". Now write. I'll aim for correct, complete code. Let me also double check `newPart` props iteration order: setting CFrame before Parent fine; setting Shape after creating Part ✓ (Part default is Block; setting Shape works pre-parent ✓). `p[k] = v` with k="Anchored" overridden by props when provided ✓. In buildRig bp(): no Anchored set → default Part Anchored=false? Part.Anchored default false ✓ good for rig parts. But newPart default sets Anchored=true explicitly — bp is separate builder without that ✓. In fruit builder dots pass Anchored=false explicitly ✓. Check weldTo(part0, part1) parent = part1 ✓. popEffect parent effectFolder ✓ anchored ✓. Door toggle uses task.delay ✓. `player.leaderstats` direct access in prompt handlers — player is owner so leaderstats exist ✓ but use FindFirstChild safe: use addCashByUserId for consistency; for deduction use direct: `local cash = player:FindFirstChild("leaderstats") and player.leaderstats:FindFirstChild("Cash")` guard nil. Alright, final write-up. I'll also add at the very top of the server script a comment header with placement instructions. Also: StarterPlayerScripts path: StarterPlayer > StarterPlayerScripts (LocalScript). Counting length — fine, proceed. One last sanity check on `CFrame.lookAt` not used; using yaw math ✓. And `math.atan2(basePos.X, basePos.Z)` — Luau has math.atan2 ✓ (deprecated? still available; alternative math.atan(x, z)? math.atan with two args works in Luau: math.atan(y, x). I'll use math.atan2 — still supported.) Also note: plots face center; ring positions sin/cos with angle 0 at +Z; fine. Deliver. # 🏴‍☠️ "Steal a Devil Fruit!" — full game kit Everything below is **100% code-generated** (map, fruit models, One Piece-style guard NPCs, UI) so you don't have to build or import anything. Paste 4 scripts into a fresh Baseplate and press Play. > ⚠️ **Quick heads-up:** One Piece is owned by Eiichiro Oda/Shueisha. Fan games on Roblox get taken down if they use the IP directly — fine for a private/experimental project, but if you ever release publicly, consider renaming fruits/characters (the code makes that a 2-minute job since everything is in the config modules). **How it plays (Steal-an-Egg loop):** - Your base grows a random Devil Fruit at your nest (Common → Mythic) - Touch a **rival's ripe fruit** to steal it — you carry it overhead, slowed down - Their base guard (Coby → Smoker → Zoro → Garp → Kizaru → Shanks...) chases and attacks intruders - Bank the fruit at **your** nest → it **hatches into the fruit's actual user** (Mera Mera → Ace, Goro Goro → Enel, Nika → Gear 5 Luffy...) - Hatched crew members stand in your base and generate cash; step on the green pad to claim - Lock your gate, fight with your cutlass, upgrade your guard --- ## 1️⃣ `ReplicatedStorage` → ModuleScript named **FruitConfig** ```lua local FruitConfig = {} local C = Color3.fromRGB FruitConfig.RarityColor = { Common = C(180, 180, 180), Uncommon = C(88, 255, 138), Rare = C(80, 150, 255), Legendary = C(255, 170, 0), Mythic = C(200, 80, 255), } FruitConfig.RarityWeight = { Common = 45, Uncommon = 28, Rare = 17, Legendary = 8, Mythic = 2, } -- Looks = appearance of the character the fruit hatches into FruitConfig.Fruits = { {Name = "Bara Bara no Mi", User = "Buggy", Rarity = "Common", FruitColor = C(215, 70, 70), SwirlColor = C(110, 25, 25), Value = 150, GrowTime = 40, HatchTime = 20, Income = 2, Looks = {Skin = C(255, 214, 180), Hair = C(45, 85, 200), Shirt = C(140, 50, 50), Pants = C(70, 60, 80), Hat = "Tricorn"}}, {Name = "Suke Suke no Mi", User = "Shiryu", Rarity = "Common", FruitColor = C(170, 215, 160), SwirlColor = C(90, 130, 85), Value = 150, GrowTime = 40, HatchTime = 20, Income = 2, Looks = {Skin = C(230, 190, 160), Hair = C(35, 35, 35), Shirt = C(45, 45, 50), Pants = C(35, 35, 40), Hat = "MarineCap"}}, {Name = "Moku Moku no Mi", User = "Smoker", Rarity = "Uncommon", FruitColor = C(225, 225, 220), SwirlColor = C(140, 140, 140), Value = 400, GrowTime = 55, HatchTime = 25, Income = 5, Looks = {Skin = C(255, 214, 180), Hair = C(235, 235, 235), Shirt = C(95, 135, 150), Pants = C(45, 55, 65), Hat = "MarineCap"}}, {Name = "Hana Hana no Mi", User = "Nico Robin", Rarity = "Uncommon", FruitColor = C(225, 120, 170), SwirlColor = C(130, 40, 90), Value = 420, GrowTime = 55, HatchTime = 25, Income = 5, Looks = {Skin = C(255, 220, 190), Hair = C(25, 25, 25), Shirt = C(110, 60, 150), Pants = C(40, 40, 50), Hat = "None"}}, {Name = "Suna Suna no Mi", User = "Crocodile", Rarity = "Uncommon", FruitColor = C(215, 190, 130), SwirlColor = C(130, 105, 55), Value = 450, GrowTime = 55, HatchTime = 25, Income = 5, Looks = {Skin = C(240, 210, 180), Hair = C(30, 30, 30), Shirt = C(60, 95, 65), Pants = C(45, 45, 45), Hat = "None"}}, {Name = "Mera Mera no Mi", User = "Ace", Rarity = "Rare", FruitColor = C(255, 130, 40), SwirlColor = C(255, 220, 120), Value = 1200, GrowTime = 75, HatchTime = 30, Income = 13, Looks = {Skin = C(240, 190, 150), Hair = C(35, 30, 30), Shirt = C(245, 125, 35), Pants = C(55, 75, 140), Hat = "None"}}, {Name = "Goro Goro no Mi", User = "Enel", Rarity = "Rare", FruitColor = C(255, 225, 95), SwirlColor = C(195, 140, 35), Value = 1300, GrowTime = 75, HatchTime = 30, Income = 13, Looks = {Skin = C(250, 215, 180), Hair = C(235, 205, 110), Shirt = C(250, 215, 180), Pants = C(240, 238, 225), Hat = "None"}}, {Name = "Hie Hie no Mi", User = "Aokiji", Rarity = "Rare", FruitColor = C(150, 215, 240), SwirlColor = C(80, 140, 180), Value = 1300, GrowTime = 75, HatchTime = 30, Income = 13, Looks = {Skin = C(255, 214, 180), Hair = C(30, 30, 30), Shirt = C(90, 150, 160), Pants = C(235, 235, 235), Hat = "None"}}, {Name = "Ope Ope no Mi", User = "Trafalgar Law", Rarity = "Legendary", FruitColor = C(225, 65, 80), SwirlColor = C(245, 245, 245), Value = 3500, GrowTime = 95, HatchTime = 40, Income = 38, Looks = {Skin = C(255, 214, 180), Hair = C(28, 28, 30), Shirt = C(235, 235, 235), Pants = C(70, 90, 150), Hat = "None"}}, {Name = "Ito Ito no Mi", User = "Doflamingo", Rarity = "Legendary", FruitColor = C(250, 185, 205), SwirlColor = C(215, 55, 105), Value = 3500, GrowTime = 95, HatchTime = 40, Income = 38, Looks = {Skin = C(255, 214, 180), Hair = C(240, 200, 90), Shirt = C(235, 85, 140), Pants = C(240, 240, 240), Hat = "None"}}, {Name = "Magu Magu no Mi", User = "Akainu", Rarity = "Legendary", FruitColor = C(190, 55, 35), SwirlColor = C(255, 140, 60), Value = 4000, GrowTime = 95, HatchTime = 40, Income = 40, Looks = {Skin = C(255, 214, 180), Hair = C(25, 25, 25), Shirt = C(230, 230, 230), Pants = C(60, 70, 95), Hat = "MarineCap"}}, {Name = "Gura Gura no Mi", User = "Whitebeard", Rarity = "Legendary", FruitColor = C(240, 235, 215), SwirlColor = C(160, 150, 120), Value = 4500, GrowTime = 100, HatchTime = 45, Income = 45, Looks = {Skin = C(235, 190, 155), Hair = C(240, 240, 240), Shirt = C(235, 190, 155), Pants = C(35, 35, 40), Hat = "None"}}, {Name = "Uo Uo no Mi, Model: Azure Dragon", User = "Kaido", Rarity = "Mythic", FruitColor = C(95, 95, 205), SwirlColor = C(45, 45, 120), Value = 12000, GrowTime = 130, HatchTime = 55, Income = 120, Looks = {Skin = C(225, 175, 140), Hair = C(35, 30, 30), Shirt = C(75, 55, 115), Pants = C(55, 45, 70), Hat = "None"}}, {Name = "Hito Hito no Mi, Model: Nika", User = "Luffy (Gear 5)", Rarity = "Mythic", FruitColor = C(250, 240, 205), SwirlColor = C(255, 185, 60), Value = 20000, GrowTime = 170, HatchTime = 70, Income = 200, Looks = {Skin = C(245, 205, 170), Hair = C(248, 248, 248), Shirt = C(245, 245, 245), Pants = C(245, 245, 245), Hat = "StrawHat"}}, } return FruitConfig ``` --- ## 2️⃣ `ReplicatedStorage` → ModuleScript named **GuardConfig** ```lua local GuardConfig = {} local C = Color3.fromRGB -- Tier 1 is the free default guard; players hire better ones at their Guard Post GuardConfig.Tiers = { {Name = "Coby", Price = 0, Health = 120, Damage = 8, Speed = 16, Cool = 1, Skin = C(255, 214, 180), Hair = C(240, 170, 190), Shirt = C(240, 240, 240), Pants = C(75, 95, 150), Hat = "MarineCap", Weapon = "Sword"}, {Name = "Helmeppo", Price = 750, Health = 220, Damage = 14, Speed = 17, Cool = 1, Skin = C(255, 214, 180), Hair = C(228, 214, 150), Shirt = C(235, 235, 235), Pants = C(75, 95, 150), Hat = "None", Weapon = "Sword"}, {Name = "Smoker", Price = 3000, Health = 350, Damage = 20, Speed = 18, Cool = 0.9, Skin = C(255, 214, 180), Hair = C(235, 235, 235), Shirt = C(95, 135, 150), Pants = C(45, 55, 65), Hat = "MarineCap", Weapon = "Sword"}, {Name = "Zoro", Price = 12000, Health = 650, Damage = 30, Speed = 20, Cool = 0.8, Skin = C(240, 195, 160), Hair = C(70, 190, 110), Shirt = C(70, 110, 80), Pants = C(45, 48, 55), Hat = "None", Weapon = "Sword"}, {Name = "Garp", Price = 45000, Health = 1100, Damage = 42, Speed = 20, Cool = 0.8, Skin = C(250, 205, 170), Hair = C(235, 235, 235), Shirt = C(235, 235, 235), Pants = C(75, 95, 150), Hat = "MarineCap", Weapon = "Fists"}, {Name = "Kizaru", Price = 150000, Health = 1700, Damage = 55, Speed = 24, Cool = 0.7, Skin = C(255, 214, 180), Hair = C(35, 35, 35), Shirt = C(240, 240, 240), Pants = C(240, 240, 240), Hat = "None", Weapon = "Fists"}, {Name = "Shanks", Price = 500000, Health = 2800, Damage = 75, Speed = 26, Cool = 0.6, Skin = C(250, 205, 170), Hair = C(185, 45, 45), Shirt = C(45, 45, 52), Pants = C(70, 70, 80), Hat = "StrawHat", Weapon = "Sword"}, } return GuardConfig ``` --- ## 3️⃣ `ServerScriptService` → Script named **GameServer** ```lua ------------------------------------------------------------- -- STEAL A DEVIL FRUIT — main server script ------------------------------------------------------------- local Players = game:GetService("Players") local ReplicatedStorage = game:GetService("ReplicatedStorage") local TweenService = game:GetService("TweenService") local Debris = game:GetService("Debris") local FruitConfig = require(ReplicatedStorage:WaitForChild("FruitConfig")) local GuardConfig = require(ReplicatedStorage:WaitForChild("GuardConfig")) -- ========================== CONSTANTS ========================== local PLOT_COUNT = 6 local PLOT_SIZE = 44 local RING_RADIUS = 62 local SPAWN_DELAY = 6 local MAX_CREW = 6 local CARRY_WALKSPEED = 14 local LOCK_TIME, LOCK_COOLDOWN = 10, 45 local PUNCH_DAMAGE = 20 local C3 = Color3.fromRGB -- ========================== REMOTES ========================== local remotes = Instance.new("Folder") remotes.Name = "Remotes" remotes.Parent = ReplicatedStorage local notifyEvent = Instance.new("RemoteEvent") notifyEvent.Name = "Notify" notifyEvent.Parent = remotes local plots = {} local carriedBy = {} -- [userId] = fruit being carried -- ========================== HELPERS ========================== local function newPart(props, parent) local p = Instance.new("Part") p.Anchored = true p.TopSurface = Enum.SurfaceType.Smooth p.BottomSurface = Enum.SurfaceType.Smooth for k, v in props do p[k] = v end p.Parent = parent return p end local function weldTo(part0, part1) local w = Instance.new("WeldConstraint") w.Part0 = part0 w.Part1 = part1 w.Parent = part1 return w end local effectFolder = Instance.new("Folder") effectFolder.Name = "Effects" effectFolder.Parent = workspace local function popEffect(position, color, baseSize) local p = newPart({Shape = Enum.PartType.Ball, Size = Vector3.one * baseSize, Color = color, Material = Enum.Material.Neon, CanCollide = false, Anchored = true, Transparency = 0.2, CFrame = CFrame.new(position)}, effectFolder) TweenService:Create(p, TweenInfo.new(0.35), {Size = Vector3.one * baseSize * 2.2, Transparency = 1}):Play() Debris:AddItem(p, 0.4) end local function notify(player, title, message, color) if player then notifyEvent:FireClient(player, title, message, color or Color3.new(1, 1, 1)) end end local function notifyPlot(plot, title, message, color) if plot.OwnerUserId then notify(Players:GetPlayerByUserId(plot.OwnerUserId), title, message, color) end end local function addCashByUserId(userId, amount) local plr = Players:GetPlayerByUserId(userId) if plr then local cash = plr:FindFirstChild("leaderstats") and plr.leaderstats:FindFirstChild("Cash") if cash then cash.Value += amount end end end local function makeBillboard(adornee, height, offsetY) local bb = Instance.new("BillboardGui") bb.Adornee = adornee bb.Size = UDim2.new(0, 190, 0, height or 40) bb.StudsOffset = Vector3.new(0, offsetY or 3, 0) bb.AlwaysOnTop = true bb.MaxDistance = 150 local label = Instance.new("TextLabel") label.Size = UDim2.new(1, 0, 1, 0) label.BackgroundTransparency = 1 label.Font = Enum.Font.FredokaOne label.TextScaled = true label.TextStrokeTransparency = 0.2 label.TextColor3 = Color3.new(1, 1, 1) label.Parent = bb bb.Parent = adornee return label end local function plotContains(plot, pos) local lp = plot.CF:PointToObjectSpace(pos) return math.abs(lp.X) <= PLOT_SIZE / 2 + 4 and math.abs(lp.Z) <= PLOT_SIZE / 2 + 4 and lp.Y > -10 and lp.Y < 40 end local function clampToPlot(plot, pos) local lp = plot.CF:PointToObjectSpace(pos) local half = PLOT_SIZE / 2 - 2 lp = Vector3.new(math.clamp(lp.X, -half, half), lp.Y, math.clamp(lp.Z, -half, half)) return plot.CF:PointToWorldSpace(lp) end -- ========================== RIG BUILDER (blocky One Piece characters) ========================== local function addHat(head, hatType) local function hatPart(size, color, offset, rotZ) local p = newPart({Size = size, Color = color, CanCollide = false, Massless = true, CFrame = head.CFrame * CFrame.new(offset) * CFrame.Angles(0, 0, math.rad(rotZ or 0))}, head.Parent) weldTo(head, p) end if hatType == "StrawHat" then hatPart(Vector3.new(0.25, 3.6, 3.6), C3(232, 198, 92), Vector3.new(0, 0.55, 0), 90) hatPart(Vector3.new(0.7, 2.1, 2.1), C3(232, 198, 92), Vector3.new(0, 0.95, 0), 90) hatPart(Vector3.new(0.32, 2.2, 2.2), C3(200, 45, 45), Vector3.new(0, 0.72, 0), 90) elseif hatType == "MarineCap" then hatPart(Vector3.new(0.6, 2.2, 2.2), C3(240, 240, 240), Vector3.new(0, 0.7, 0), 90) hatPart(Vector3.new(1.6, 0.2, 0.9), C3(30, 30, 35), Vector3.new(0, 0.45, -0.95)) elseif hatType == "Tricorn" then hatPart(Vector3.new(0.25, 3.4, 3.4), C3(40, 40, 45), Vector3.new(0, 0.55, 0), 90) hatPart(Vector3.new(0.7, 2.0, 2.0), C3(40, 40, 45), Vector3.new(0, 0.92, 0), 90) end end local function addSword(rig, ra) local function wpart(size, color, offset, material) local p = newPart({Size = size, Color = color, Material = material or Enum.Material.Metal, CanCollide = false, Massless = true, CFrame = ra.CFrame * CFrame.new(offset)}, rig) weldTo(ra, p) end wpart(Vector3.new(0.35, 1.1, 0.35), C3(90, 60, 35), Vector3.new(0, -0.8, 0), Enum.Material.Wood) wpart(Vector3.new(0.95, 0.25, 0.95), C3(180, 150, 60), Vector3.new(0, -1.45, 0)) wpart(Vector3.new(0.28, 3.2, 0.7), C3(205, 208, 215), Vector3.new(0, -3.1, 0)) end local function buildRig(def, spawnCF) local model = Instance.new("Model") model.Name = def.Name local function bp(name, size, color) local p = Instance.new("Part") p.Name = name p.Size = size p.Color = color p.TopSurface = Enum.SurfaceType.Smooth p.BottomSurface = Enum.SurfaceType.Smooth p.CanCollide = false p.Parent = model return p end local skin = def.Skin local hrp = bp("HumanoidRootPart", Vector3.new(2, 2, 1), skin) hrp.Transparency = 1 local torso = bp("Torso", Vector3.new(2, 2, 1), def.Shirt) torso.CanCollide = true local head = bp("Head", Vector3.new(2, 1, 1), skin) local mesh = Instance.new("SpecialMesh") mesh.MeshType = Enum.MeshType.Head mesh.Scale = Vector3.new(1.25, 1.25, 1.25) mesh.Parent = head local face = Instance.new("Decal") face.Texture = "rbxasset://textures/face.png" face.Face = Enum.NormalId.Front face.Parent = head local la = bp("Left Arm", Vector3.new(1, 2, 1), skin) local ra = bp("Right Arm", Vector3.new(1, 2, 1), skin) local ll = bp("Left Leg", Vector3.new(1, 2, 1), def.Pants) ll.CanCollide = true local rl = bp("Right Leg", Vector3.new(1, 2, 1), def.Pants) rl.CanCollide = true place = nil local function place(part, offset) part.CFrame = spawnCF * CFrame.new(offset) end place(hrp, Vector3.new(0, 0, 0)) place(torso, Vector3.new(0, 0, 0)) place(head, Vector3.new(0, 1.5, 0)) place(la, Vector3.new(-1.5, 0, 0)) place(ra, Vector3.new(1.5, 0, 0)) place(ll, Vector3.new(-0.5, -2, 0)) place(rl, Vector3.new(0.5, -2, 0)) local function motor(name, p0, p1, c0, c1) local m = Instance.new("Motor6D") m.Name = name m.Part0 = p0 m.Part1 = p1 m.C0 = c0 m.C1 = c1 m.Parent = p0 end motor("RootJoint", hrp, torso, CFrame.new(), CFrame.new()) motor("Neck", torso, head, CFrame.new(0, 1, 0), CFrame.new(0, -0.5, 0)) motor("Left Shoulder", torso, la, CFrame.new(-1.5, 0.5, 0), CFrame.new(0, 0.5, 0)) motor("Right Shoulder", torso, ra, CFrame.new(1.5, 0.5, 0), CFrame.new(0, 0.5, 0)) motor("Left Hip", torso, ll, CFrame.new(-0.5, -1, 0), CFrame.new(0, 1, 0)) motor("Right Hip", torso, rl, CFrame.new(0.5, -1, 0), CFrame.new(0, 1, 0)) if def.Hair then local hair = bp("Hair", Vector3.new(1.9, 0.55, 1.9), def.Hair) hair.Massless = true hair.CFrame = head.CFrame * CFrame.new(0, 0.45, -0.05) weldTo(head, hair) end if def.Hat and def.Hat ~= "None" then addHat(head, def.Hat) end if def.Weapon == "Sword" then addSword(model, ra) end local humanoid = Instance.new("Humanoid") humanoid.DisplayName = def.Name humanoid.DisplayDistanceType = Enum.HumanoidDisplayDistanceType.None humanoid.MaxHealth = def.Health or 100 humanoid.Health = humanoid.MaxHealth humanoid.WalkSpeed = def.Speed or 16 humanoid.Parent = model model.PrimaryPart = hrp return model, humanoid, hrp end -- ========================== DEVIL FRUIT MODEL ========================== local function buildDevilFruit(def) local model = Instance.new("Model") model.Name = def.Name local body = newPart({Name = "Body", Shape = Enum.PartType.Ball, Size = Vector3.new(2.3, 2.3, 2.3), Color = def.FruitColor, Material = Enum.Material.SmoothPlastic}, model) -- classic spiral swirl pattern for i = 1, 30 do local t = (i - 0.5) / 30 local lat = math.asin(2 * t - 1) local lon = t * math.pi * 8 local dir = Vector3.new(math.cos(lat) * math.cos(lon), math.sin(lat), math.cos(lat) * math.sin(lon)) local dot = newPart({Shape = Enum.PartType.Ball, Size = Vector3.new(0.55, 0.55, 0.55), Color = def.SwirlColor, Material = Enum.Material.Neon, CanCollide = false, Massless = true, Anchored = false, CFrame = CFrame.new(dir * 1.08)}, model) weldTo(body, dot) end local stem = newPart({Shape = Enum.PartType.Cylinder, Size = Vector3.new(0.7, 0.4, 0.4), Color = C3(88, 140, 60), CanCollide = false, Massless = true, Anchored = false, CFrame = CFrame.new(0, 1.5, 0) * CFrame.Angles(0, 0, math.rad(90))}, model) weldTo(body, stem) local leaf = newPart({Shape = Enum.PartType.Ball, Size = Vector3.new(0.9, 0.25, 0.5), Color = C3(105, 170, 70), CanCollide = false, Massless = true, Anchored = false, CFrame = CFrame.new(0.35, 1.75, 0) * CFrame.Angles(0, 0, math.rad(20))}, model) weldTo(body, leaf) model.PrimaryPart = body model.WorldPivot = body.CFrame return model, body end -- ========================== FRUIT BILLBOARD ========================== local function addFruitBillboard(fruit) local bb = Instance.new("BillboardGui") bb.Size = UDim2.new(0, 180, 0, 70) bb.StudsOffset = Vector3.new(0, 3.4, 0) bb.AlwaysOnTop = true bb.MaxDistance = 160 bb.Adornee = fruit.Body local name = Instance.new("TextLabel") name.Size = UDim2.new(1, 0, 0.55, 0) name.BackgroundTransparency = 1 name.Font = Enum.Font.FredokaOne name.TextScaled = true name.TextStrokeTransparency = 0.2 name.TextColor3 = FruitConfig.RarityColor[fruit.Def.Rarity] name.Text = fruit.Def.Name .. " (" .. fruit.Def.User .. ")" name.Parent = bb local status = Instance.new("TextLabel") status.Position = UDim2.new(0, 0, 0.55, 0) status.Size = UDim2.new(1, 0, 0.45, 0) status.BackgroundTransparency = 1 status.Font = Enum.Font.FredokaOne status.TextScaled = true status.TextStrokeTransparency = 0.2 status.TextColor3 = Color3.new(1, 1, 1) status.Parent = bb bb.Parent = fruit.Body fruit.Billboard = status end local function setFruitStatus(fruit, text) if fruit.Billboard then fruit.Billboard.Text = text end end -- ========================== GUARD AI ========================== local function findThief(plot) local best, bestScore for _, player in Players:GetPlayers() do if player.UserId ~= plot.OwnerUserId then local char = player.Character local hrp = char and char:FindFirstChild("HumanoidRootPart") local hum = char and char:FindFirstChildOfClass("Humanoid") if hrp and hum and hum.Health > 0 and plotContains(plot, hrp.Position) then local carrying = char:GetAttribute("CarryingFruit") ~= nil local score = (hrp.Position - plot.CF.Position).Magnitude - (carrying and 10000 or 0) if not bestScore or score < bestScore then best, bestScore = hrp, score end end end end return best end local function guardAttack(targetHRP, guardRoot, def) local hum = targetHRP.Parent and targetHRP.Parent:FindFirstChildOfClass("Humanoid") if not hum or hum.Health <= 0 then return end local delta = targetHRP.Position - guardRoot.Position local flat = Vector3.new(delta.X, 0, delta.Z) if flat.Magnitude < 0.05 then flat = Vector3.new(0, 0, 1) end hum:TakeDamage(def.Damage) targetHRP.AssemblyLinearVelocity = flat.Unit * 46 + Vector3.new(0, 32, 0) popEffect(targetHRP.Position, C3(255, 60, 60), 2) end local function startGuardAI(plot, rig, def) local humanoid = rig:FindFirstChildOfClass("Humanoid") local root = rig:FindFirstChild("HumanoidRootPart") local lastAttack = 0 local waypoints = plot.PatrolPoints local wp = math.random(#waypoints) local animator = humanoid:FindFirstChildOfClass("Animator") or Instance.new("Animator", humanoid) local runAnim = Instance.new("Animation") runAnim.AnimationId = "rbxassetid://180426354" local runTrack = animator:LoadAnimation(runAnim) runTrack.Looped = true local idleAnim = Instance.new("Animation") idleAnim.AnimationId = "rbxassetid://180435571" local idleTrack = animator:LoadAnimation(idleAnim) idleTrack.Looped = true idleTrack:Play() task.spawn(function() while rig.Parent and humanoid.Health > 0 do local target = findThief(plot) if target then humanoid:MoveTo(clampToPlot(plot, target.Position)) if (root.Position - target.Position).Magnitude <= 5.5 and tick() - lastAttack >= def.Cool then lastAttack = tick() guardAttack(target, root, def) end elseif tick() >= (plot._nextPatrol or 0) then plot._nextPatrol = tick() + math.random(4, 9) wp = wp % #waypoints + 1 humanoid:MoveTo(waypoints[wp]) end local moving = root.AssemblyLinearVelocity.Magnitude > 2 if moving and not runTrack.IsPlaying then idleTrack:Stop() runTrack:Play() elseif not moving and runTrack.IsPlaying then runTrack:Stop() idleTrack:Play() end task.wait(0.2) end end) end local function spawnGuard(plot) local def = GuardConfig.Tiers[plot.GuardTier] local rig = buildRig({ Name = def.Name, Skin = def.Skin, Hair = def.Hair, Shirt = def.Shirt, Pants = def.Pants, Hat = def.Hat, Weapon = def.Weapon, Health = def.Health, Speed = def.Speed, }, plot.CF * CFrame.new(-10, 3, -12)) rig.Parent = plot.Model pcall(function() rig.HumanoidRootPart:SetNetworkOwner(nil) end) plot.GuardModel = rig local head = rig:FindFirstChild("Head") local bb = Instance.new("BillboardGui") bb.Size = UDim2.new(0, 150, 0, 54) bb.StudsOffset = Vector3.new(0, 2.4, 0) bb.AlwaysOnTop = true bb.MaxDistance = 120 bb.Adornee = head local nameLabel = Instance.new("TextLabel") nameLabel.Size = UDim2.new(1, 0, 0.55, 0) nameLabel.BackgroundTransparency = 1 nameLabel.Font = Enum.Font.FredokaOne nameLabel.TextScaled = true nameLabel.TextStrokeTransparency = 0.2 nameLabel.TextColor3 = C3(255, 220, 120) nameLabel.Text = def.Name nameLabel.Parent = bb local hpBg = Instance.new("Frame") hpBg.Position = UDim2.new(0.1, 0, 0.62, 0) hpBg.Size = UDim2.new(0.8, 0, 0.3, 0) hpBg.BackgroundColor3 = Color3.new(0, 0, 0) hpBg.BorderSizePixel = 0 hpBg.Parent = bb local hpFill = Instance.new("Frame") hpFill.Size = UDim2.fromScale(1, 1) hpFill.BackgroundColor3 = C3(90, 220, 90) hpFill.BorderSizePixel = 0 hpFill.Parent = hpBg bb.Parent = head rig.Humanoid.HealthChanged:Connect(function(h) local a = math.clamp(h / rig.Humanoid.MaxHealth, 0, 1) hpFill.Size = UDim2.fromScale(a, 1) hpFill.BackgroundColor3 = a > 0.35 and C3(90, 220, 90) or C3(220, 60, 60) end) startGuardAI(plot, rig, def) rig.Humanoid.Died:Connect(function() task.wait(3) if plot.GuardModel == rig then plot.GuardModel = nil end rig:Destroy() task.delay(8, function() if plot.OwnerUserId ~= nil and not plot.GuardModel then spawnGuard(plot) end end) end) end -- ========================== FRUIT LIFECYCLE ========================== local function pickFruit() local total = 0 for _, w in FruitConfig.RarityWeight do total += w end local roll = math.random() * total for rarity, w in FruitConfig.RarityWeight do roll -= w if roll <= 0 then local pool = {} for _, f in FruitConfig.Fruits do if f.Rarity == rarity then table.insert(pool, f) end end return pool[math.random(#pool)] end end return FruitConfig.Fruits[1] end local function findFreeSlot(plot) for _, slot in plot.Incubators do if not slot.Fruit then return slot end end return nil end local function detachFruit(fruit, player) if fruit.CarryWeld then fruit.CarryWeld:Destroy() fruit.CarryWeld = nil end local char = player and player.Character if char then char:SetAttribute("CarryingFruit", nil) local hum = char:FindFirstChildOfClass("Humanoid") if hum then hum.WalkSpeed = 16 end end end local function hatchFruit(plot, slot, fruit) slot.Fruit = nil fruit.Model:Destroy() local def = fruit.Def if #plot.Crew >= MAX_CREW then addCashByUserId(plot.OwnerUserId, def.Value) notifyPlot(plot, "Crew full!", def.User .. " was sold for $" .. def.Value, C3(255, 200, 90)) return end local spot = plot.CrewSpots[#plot.Crew + 1] local rig = buildRig({ Name = def.User, Skin = def.Looks.Skin, Hair = def.Looks.Hair, Shirt = def.Looks.Shirt, Pants = def.Looks.Pants, Hat = def.Looks.Hat, }, spot) rig.HumanoidRootPart.Anchored = true rig.Parent = plot.Model local label = makeBillboard(rig:FindFirstChild("Head"), 44, 2.4) label.Text = def.User .. " +$" .. def.Income .. "/s" label.TextColor3 = FruitConfig.RarityColor[def.Rarity] table.insert(plot.Crew, {Model = rig, Income = def.Income}) notifyPlot(plot, "HATCHED! 🐣", def.Name .. " hatched into " .. def.User .. "!", FruitConfig.RarityColor[def.Rarity]) end local function incubate(plot, slot, fruit, player) slot.Fruit = fruit fruit.Body.Anchored = true fruit.Model.Parent = plot.Model fruit.Model:PivotTo(slot.Pad.CFrame * CFrame.new(0, 1.55, 0)) notify(player, "Incubating 🥚", fruit.Def.Name .. " is hatching in your base...", C3(180, 220, 255)) task.spawn(function() local remaining = fruit.Def.HatchTime while remaining > 0 and slot.Fruit == fruit and plot.OwnerUserId do setFruitStatus(fruit, "Hatching in " .. remaining .. "s") task.wait(1) remaining -= 1 end if slot.Fruit == fruit and plot.OwnerUserId then hatchFruit(plot, slot, fruit) end end) end local function collectByOwner(plot, fruit, player) plot.Fruit = nil fruit.Stage = "Incubating" local slot = findFreeSlot(plot) if not slot then addCashByUserId(player.UserId, fruit.Def.Value) notify(player, "Nest storage full", fruit.Def.Name .. " sold for $" .. fruit.Def.Value, C3(255, 200, 90)) fruit.Model:Destroy() return end incubate(plot, slot, fruit, player) end local function dropCarriedFruit(player) local fruit = carriedBy[player.UserId] if not fruit then return end carriedBy[player.UserId] = nil detachFruit(fruit, player) local home = fruit.OriginalPlot if home.OwnerUserId then fruit.Body.Anchored = true fruit.Body.CanCollide = true fruit.Model.Parent = home.Model fruit.Model:PivotTo(home.NestAnchor) fruit.Stage = "Ripe" fruit.Body.Material = Enum.Material.Neon setFruitStatus(fruit, "Dropped! Grab it!") else fruit.Model:Destroy() end end local function attemptSteal(plot, fruit, player) if not player:GetAttribute("PlotIndex") then notify(player, "No base!", "You need your own base to steal (server full?).", C3(255, 120, 120)) return end local char = player.Character local hrp = char and char:FindFirstChild("HumanoidRootPart") local hum = char and char:FindFirstChildOfClass("Humanoid") local head = char and char:FindFirstChild("Head

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