Okay, here's the Lua code to find the closest object named "football" within a 30x30x30 range box around the player and partner it. This code assumes you have functions like `game.getPlayer()`, `game.getObjectsInArea(centerPos, size)`, and methods like `player:getPosition()`, `object.name`, `object:getPosition()`, and `player:partnerWith(object)`. You'll need to adapt these placeholders to your specific game environment's API. -- Simple Vector3 utility module local Vector3 = {} Vector3.__index = Vector3 function Vector3.new(x, y, z) return setmetatable({x = x or 0, y = y or 0, z = z or 0}, Vector3) end function Vector3:magnitude() return math.sqrt(self.x^2 + self.y^2 + self.z^2) end function Vector3.distance(v1, v2) local dx = v1.x - v2.x local dy = v1.y - v2.y local dz = v1.z - v2.z return math.sqrt(dx^2 + dy^2 + dz^2) end return Vector3 -- Module to find and partner the closest football -- Placeholder for the game API - ADAPT THESE TO YOUR ENVIRONMENT local game = { getPlayer = function() -- Replace with actual function to get the player object -- Example placeholder: return { getPosition = function() return require("vector3").new(10, 20, 5) end, -- Example position partnerWith = function(self, target) print("Partnered with object:", target.name, "at distance:", require("vector3").distance(self:getPosition(), target:getPosition())) -- Replace with actual partnering logic end } end, getObjectsInArea = function(centerPos, size) -- Replace with actual function to get objects in a bounding box -- centerPos: vector3 {x, y, z} -- size: vector3 {width, height, depth} -- Example placeholder: local Vector3 = require("vector3") return { { name = "tree", getPosition = function() return Vector3.new(12, 22, 7) end }, { name = "football", getPosition = function() return Vector3.new(5, 15, 0) end }, -- Closer football { name = "rock", getPosition = function() return Vector3.new(25, 35, 15) end }, { name = "football", getPosition = function() return Vector3.new(-5, 25, 10) end }, -- Further football { name = "football", getPosition = function() return Vector3.new(100, 100, 100) end } -- Outside range (should be filtered by getObjectsInArea ideally) } end } -- End Placeholder API local Vector3 = require("vector3") local FindPartner = {} -- Finds the closest object with the specified name within a range box -- and partners the player with it. -- @param targetName (string): The name of the object to find (e.g., "football") -- @param range (number): The half-size of the search box (e.g., 15 for a 30x30x30 box) function FindPartner.findAndPartnerClosest(targetName, range) local player = game.getPlayer() if not player then print("Error: Could not get player object.") return end local playerPos = player:getPosition() if not playerPos then print("Error: Could not get player position.") return end local searchSize = Vector3.new(range * 2, range * 2, range * 2) -- Full size of the box local nearbyObjects = game.getObjectsInArea(playerPos, searchSize) local closestObject = nil local minDistance = math.huge print(string.format("Searching for '%s' near %s within range %d...", targetName, table.concat({playerPos.x, playerPos.y, playerPos.z}, ", "), range)) for _, obj in ipairs(nearbyObjects) do -- Ensure object has necessary properties/methods (adapt as needed) if obj and obj.name and obj.getPosition then -- Check if the name matches if obj.name == targetName then local objPos = obj:getPosition() -- Double-check if it's within the box (if getObjectsInArea isn't precise) if math.abs(objPos.x - playerPos.x) <= range and math.abs(objPos.y - playerPos.y) <= range and math.abs(objPos.z - playerPos.z) <= range then local distance = Vector3.distance(playerPos, objPos) print(string.format(" Found '%s' at distance %.2f", obj.name, distance)) if distance < minDistance then minDistance = distance closestObject = obj end end end else -- Optional: Log a warning for invalid objects returned by the API -- print("Warning: Skipping invalid object in nearbyObjects list.") end end if closestObject then print(string.format("Closest '%s' found at distance %.2f. Partnering...", targetName, minDistance)) player:partnerWith(closestObject) else print(string.format("No '%s' found within the specified range.", targetName)) end end return FindPartner -- Main script to initiate the search and partner action local FindPartner = require("find_partner") -- Define the target object name and search range local TARGET_NAME = "football" local SEARCH_RANGE = 15 -- Half the size of the 30x30x30 box print("Initiating search for closest football...") FindPartner.findAndPartnerClosest(TARGET_NAME, SEARCH_RANGE) print("Search complete.")