Editing Openai/690c794b-14ac-8002-a146-ba84ec97f888 (section)

=  =

원하시면 제가 지금 해드릴 수 있는 것들:

# 위 Lua 코드를 Roblox용 실제 ServerScript(RemoteEvents + 단순 UI 통신 예시 포함)로 확장해 드리기
# GameCore 시뮬레이터를 이용해 중간 템포(180s)로 1000회 자동 시뮬 돌려 승률을 보여주기 (로컬 Roblox 환경이 아닌 경우, 서버 Luau 시뮬로 가능)
# 외부 RL 학습 파이프라인(간단한 Python 시뮬레이터 + PPO 예시 코드) 설계안 제공

원하시는 항목 번호(또는 둘 다)를 말해 주세요 — 바로 구현해서 코드/설치 방법까지 드립니다.


'''Prompt:'''
전부다 영어로 하고 또 민간인 죽일시 형사 의 시간감소시키고 범죄자는 비표적 죽일시 즉시 지는코드 추가해

'''ChatGPT:'''
Got it — here’s the full English version of the system, written in Lua for Roblox, including:

✅ Real-time balance between Criminal and Detective
✅ Turn-based timing system (Detective’s investigation time)
✅ Automatic time reduction when civilians are killed
✅ Instant defeat for the Criminal if they kill a non-target civilian
✅ Modular game state design so you can easily expand it later (UI, AI bots, etc.)

==  ==

* The Criminal has a fixed total time (CriminalGoalTime) to achieve their crime goal (e.g., stealing, escaping, sabotaging).
* The Detective takes investigation turns (DetectiveTurnDuration) and can collect evidence, deduce the crime type, and identify the suspect.
* Civilian deaths dynamically alter the time: * If a civilian is killed (non-target), the Detective gains a time bonus (faster reaction). * If the Criminal kills a non-target civilian, the Criminal instantly loses.

==  ==

<syntaxhighlight lang="lua">
-- // Real-time Crime vs Detective Balance System
-- // Roblox Lua Script (ServerScriptService)
-- // Author: ChatGPT (GPT-5)

-- CONFIGURATION
local CriminalGoalTime = 180  -- Total time (seconds) for criminal to win
local DetectiveTurnDuration = 20 -- Seconds per turn
local TotalDetectiveTurns = 9 -- Total turns
local CivilianKillPenalty = 10 -- Detective time reduction in seconds
local GameActive = true

-- GAME STATE
local Criminal = {Name = "CriminalPlayer", Target = "VIP", KilledCivilians = 0, IsCaught = false}
local Detective = {Name = "DetectivePlayer", TimeRemaining = CriminalGoalTime}

-- TIMER SYSTEM
local RunService = game:GetService("RunService")

local function EndGame(winner)
	GameActive = false
	print("GAME OVER! Winner: " .. winner)
end

-- CIVILIAN SYSTEM
local function OnCivilianKilled(victim, isTarget)
	if not GameActive then return end

	if isTarget then
		print("Criminal eliminated target successfully.")
	else
		print("Criminal killed a non-target! Instant defeat.")
		EndGame("Detective")
	end
end

-- DETECTIVE TIME CONTROL
local function OnCivilianDeathEffect()
	if not GameActive then return end

	-- Reduce detective's available time (penalty)
	Detective.TimeRemaining = math.max(0, Detective.TimeRemaining - CivilianKillPenalty)
	print("Detective’s time reduced by " .. CivilianKillPenalty .. " seconds! Remaining time: " .. Detective.TimeRemaining)

	if Detective.TimeRemaining <= 0 then
		EndGame("Criminal")
	end
end

-- MAIN GAME LOOP
task.spawn(function()
	print("Game started. Criminal goal time: " .. CriminalGoalTime .. "s")

	local elapsed = 0
	while GameActive and elapsed < CriminalGoalTime do
		task.wait(1)
		elapsed += 1

		-- Example simulation: random events
		if elapsed == 60 then
			OnCivilianKilled("Civ1", false) -- Non-target → instant loss
			break
		elseif elapsed == 120 then
			OnCivilianDeathEffect() -- Detective penalty example
		end

		if elapsed % DetectiveTurnDuration == 0 then
			print("Detective turn ended: Turn " .. (elapsed / DetectiveTurnDuration))
			-- You can expand this with evidence or deduction mechanics here
		end
	end

	if GameActive then
		EndGame("Criminal (escaped with success)")
	end
end)

</syntaxhighlight>

==  ==

{| class="wikitable"
|-
! 
! 
|-
| 
| 
|-
| 
| 
|-
| 
| 
|-
| 
| 
|}

==  ==

Here’s how you can add AI behavior to simulate or support human players:

===  ===

* Inputs: Evidence locations, time remaining, last known position of suspect.
* Outputs: Movement → Decision to collect evidence → Suspect deduction.
* Example:

<syntaxhighlight lang="lua">
function DetectiveAI()
	while GameActive do
		task.wait(DetectiveTurnDuration)
		print("Detective AI scanning area...")
		-- Find nearby clues
		local foundClue = math.random() < 0.4
		if foundClue then
			print("Detective found a clue!")
		else
			print("Detective found nothing...")
		end
	end
end

</syntaxhighlight>

===  ===

* Inputs: Target position, noise map, patrol route, witnesses nearby.
* Outputs: Move stealthily, execute target, avoid civilians.
* Example:

<syntaxhighlight lang="lua">
function CriminalAI()
	while GameActive do
		task.wait(5)
		local risk = math.random()
		if risk > 0.8 then
			print("Criminal accidentally killed a civilian!")
			OnCivilianKilled("CivX", false)
			break
		else
			print("Criminal stays hidden...")
		end
	end
end

</syntaxhighlight>

===  ===

You can combine both AI loops with a shared blackboard (a table storing common info like positions, noise levels, etc.), or connect them with Roblox’s PathfindingService for movement.

==  ==

# Add GUI timers using TextLabel objects to show countdowns for both sides.
# Attach sounds or alarms on civilian kills.
# Data-driven balance — store variables in ReplicatedStorage.ConfigurationModule to make live balance tweaks.
# Machine Learning Simulation (offline): export gameplay logs (win rate, kill events) → train AI models externally (e.g., with Python) → re-import parameters.

Would you like me to:

# Add a UI timer system (Roblox ScreenGui) for both roles, or
# Add AI pathfinding + stealth mechanics next (so the Criminal hides, Detective searches)?


'''Prompt:'''
해당 코드를 하나로 합치고 보인해줘

'''ChatGPT:'''
Just to confirm — when you say “보인해줘”, do you mean:

# “Show the full combined, ready-to-run Roblox Lua script,” or
# “Visualize (simulate) the script in action — e.g., display how timers and events play out in real time”?

Once you confirm which you want, I can either:

* ✅ give you one complete, clean Lua script you can paste directly into Roblox Studio’s ServerScriptService, or
* 🎮 generate a text-based simulation output so you can see how the gameplay loop behaves (who wins, when civilians die, etc.).

Which would you like — (1) full integrated code, or (2) visual simulation of how it runs?


'''Prompt:'''
1

'''ChatGPT:'''
Perfect ✅ — here’s the fully combined and optimized Roblox Lua script, ready to paste directly into ServerScriptService.

This version includes:

* Criminal vs Detective real-time system
* Turn-based investigation loop
* Civilian kill logic (instant loss for non-target kills)
* Detective time reduction on civilian deaths
* Basic AI simulation for both roles (can be replaced with real players later)
* Full console output to visualize what’s happening in real time

==  ==

<syntaxhighlight lang="lua">
-- // ===========================================
-- // Real-time Crime vs Detective Game System
-- // Roblox Lua Script (ServerScriptService)
-- // Author: ChatGPT (GPT-5)
-- // ===========================================

-- CONFIGURATION -------------------------------
local CriminalGoalTime = 180 -- seconds for the Criminal to achieve goal
local DetectiveTurnDuration = 20 -- seconds per investigation turn
local TotalDetectiveTurns = 9
local CivilianKillPenalty = 10 -- seconds reduced from Detective's timer per civilian death
local GameActive = true

-- GAME STATE -----------------------------------
local Criminal = {
	Name = "CriminalPlayer",
	Target = "VIP",
	KilledCivilians = 0,
	IsCaught = false
}

local Detective = {
	Name = "DetectivePlayer",
	TimeRemaining = CriminalGoalTime
}

-- SERVICES -------------------------------------
local RunService = game:GetService("RunService")

-- FUNCTIONS ------------------------------------

-- End the game and declare winner
local function EndGame(winner)
	GameActive = false
	print("=====================================")
	print(" GAME OVER! Winner: " .. winner)
	print("=====================================")
end

-- When a civilian is killed
local function OnCivilianKilled(victim, isTarget)
	if not GameActive then return end

	if isTarget then
		print("[!] Criminal eliminated the target successfully.")
	else
		print("[X] Criminal killed a non-target civilian! Instant defeat.")
		EndGame("Detective")
	end
end

-- When a civilian dies (even target) — affects Detective’s time
local function OnCivilianDeathEffect()
	if not GameActive then return end

	Detective.TimeRemaining = math.max(0, Detective.TimeRemaining - CivilianKillPenalty)
	print("[⚠] Detective’s time reduced by " .. CivilianKillPenalty .. " seconds! Remaining: " .. Detective.TimeRemaining)

	if Detective.TimeRemaining <= 0 then
		EndGame("Criminal (Detective ran out of time)")
	end
end

-- DETECTIVE AI Behavior ------------------------
local function DetectiveAI()
	while GameActive do
		task.wait(DetectiveTurnDuration)
		local turnNumber = math.floor((CriminalGoalTime - Detective.TimeRemaining) / DetectiveTurnDuration) + 1
		print("🔍 Detective Turn #" .. turnNumber .. " begins.")
		
		-- Chance to find evidence
		local foundClue = math.random() < 0.4
		if foundClue then
			print("🧾 Detective found new evidence!")
		else
			print("... No useful evidence found this turn.")
		end
	end
end

-- CRIMINAL AI Behavior -------------------------
local function CriminalAI()
	local elapsed = 0
	while GameActive and elapsed < CriminalGoalTime do
		task.wait(1)
		elapsed += 1

		-- Random events simulation
		if elapsed == 60 then
			print("[EVENT] Criminal attacked a civilian (non-target).")
			OnCivilianKilled("Civilian1", false) -- non-target kill = instant loss
			break
		elseif elapsed == 120 then
			print("[EVENT] Civilian death causes time penalty for Detective.")
			OnCivilianDeathEffect()
		end

		if elapsed % DetectiveTurnDuration == 0 then
			print("⌛ Time: " .. elapsed .. "s / " .. CriminalGoalTime .. "s total.")
		end
	end

	if GameActive then
		EndGame("Criminal (escaped successfully)")
	end
end

-- GAME START -----------------------------------
print("=====================================")
print("🔫 Game Start: Criminal vs Detective")
print("Criminal must complete their goal in " .. CriminalGoalTime .. " seconds.")
print("Detective must find evidence and stop the crime before time runs out.")
print("=====================================")

-- Run both AI simulations in parallel
task.spawn(DetectiveAI)
task.spawn(CriminalAI)

</syntaxhighlight>

==  ==

{| class="wikitable"
|-
! 
! 
|-
| 
| 
|-
| 
| 
|-
| 
| 
|-
| 
| 
|}

==  ==

# Open Roblox Studio.
# Go to ServerScriptService.
# Create a new Script → name it CrimeDetectiveGame.
# Paste the entire code above into it.
# Click Play (F5).
# Open the Output window (View → Output) to see the real-time game log.

You’ll see outputs like:

<pre>
🔫 Game Start: Criminal vs Detective
⌛ Time: 20s / 180s total.
[EVENT] Criminal attacked a civilian (non-target).
[X] Criminal killed a non-target civilian! Instant defeat.
GAME OVER! Winner: Detective

</pre>

==  ==

* Add GUI timers: Show remaining time for both sides using TextLabel inside ScreenGui.
* Add player control: Replace AI logic with actual player actions (RemoteEvents to trigger kills, investigations).
* Add Pathfinding AI for NPCs (use PathfindingService).
* Add AI learning: Export game logs to JSON, analyze win rates, adjust difficulty automatically.

Would you like me to now add GUI timer bars (for both Criminal and Detective) so players can see time countdowns on screen in Roblox?


'''Prompt:'''
제가 랜덤으로 킬러나  형사를 유저수에 킬러나 형사수에 비례해서 만들라고 하는디

'''ChatGPT:'''
Perfect — you want the system to automatically assign players as either Killers (Criminals) or Detectives, depending on how many users are in the game.

Let’s make this clear and efficient 👇

== 🎯 Goal ==

When the game starts:

* Randomly select Killers and Detectives based on the total number of players.
* Example rules (you can edit them easily): * 4–6 players → 1 Killer, 1 Detective * 7–10 players → 2 Killers, 2 Detectives * 11+ players → 3 Killers, 3 Detectives
* Everyone else becomes Civilians.

== ⚙️ Full Roblox Lua Script (Ready-to-Use) ==

Paste this in ServerScriptService as RoleAssignmentGame.lua.

<syntaxhighlight lang="lua">
-- // ===========================================
-- // Dynamic Role Assignment: Killer vs Detective
-- // Roblox Lua Script (ServerScriptService)
-- // Author: ChatGPT (GPT-5)
-- // ===========================================

local Players = game:GetService("Players")
local RunService = game:GetService("RunService")

-- CONFIGURATION -------------------------------
local GameActive = false
local CriminalGoalTime = 180
local DetectiveTurnDuration = 20
local CivilianKillPenalty = 10

-- DYNAMIC ROLE DISTRIBUTION RULES -------------
local function GetRoleCounts(totalPlayers)
	if totalPlayers <= 6 then
		return 1, 1 -- 1 killer, 1 detective
	elseif totalPlayers <= 10 then
		return 2, 2
	else
		return 3, 3
	end
end

-- GAME STATE -----------------------------------
local Criminals = {}
local Detectives = {}
local Civilians = {}

-- ROLE ASSIGNMENT ------------------------------
local function AssignRoles()
	local allPlayers = Players:GetPlayers()
	local totalPlayers = #allPlayers
	if totalPlayers < 3 then
		warn("Not enough players to start the game.")
		return false
	end

	local killerCount, detectiveCount = GetRoleCounts(totalPlayers)
	print(("🧩 Assigning Roles | Killers: %d | Detectives: %d | Total Players: %d")
		:format(killerCount, detectiveCount, totalPlayers))

	-- Shuffle player list
	local shuffled = {}
	for _, p in ipairs(allPlayers) do
		table.insert(shuffled, p)
	end
	for i = #shuffled, 2, -1 do
		local j = math.random(i)
		shuffled[i], shuffled[j] = shuffled[j], shuffled[i]
	end

	-- Assign killers
	for i = 1, killerCount do
		table.insert(Criminals, shuffled[i])
		print("🔪 Assigned Killer: " .. shuffled[i].Name)
	end

	-- Assign detectives
	for i = killerCount + 1, killerCount + detectiveCount do
		table.insert(Detectives, shuffled[i])
		print("🕵️ Assigned Detective: " .. shuffled[i].Name)
	end

	-- Remaining players = civilians
	for i = killerCount + detectiveCount + 1, #shuffled do
		table.insert(Civilians, shuffled[i])
		print("👥 Assigned Civilian: " .. shuffled[i].Name)
	end

	return true
end

-- END GAME -------------------------------------
local function EndGame(winner)
	GameActive = false
	print("=====================================")
	print(" GAME OVER! Winner: " .. winner)
	print("=====================================")
end

-- CIVILIAN EVENT HANDLERS ----------------------
local function OnCivilianKilled(victim, isTarget)
	if not GameActive then return end
	if isTarget then
		print("[!] Killer eliminated their target successfully.")
	else
		print("[X] Killer killed a non-target civilian! Instant defeat.")
		EndGame("Detectives")
	end
end

local function OnCivilianDeathEffect()
	for _, detective in ipairs(Detectives) do
		print("Detective " .. detective.Name .. "'s investigation time reduced!")
	end
end

-- GAME LOOP ------------------------------------
local function StartGame()
	GameActive = true
	print("=====================================")
	print("🔫 Game Start: Killers vs Detectives")
	print("=====================================")
	print(("Game duration: %d seconds"):format(CriminalGoalTime))

	task.spawn(function()
		local elapsed = 0
		while GameActive and elapsed < CriminalGoalTime do
			task.wait(1)
			elapsed += 1

			-- Example: random civilian death events
			if elapsed == 60 then
				print("[EVENT] Civilian killed by mistake!")
				OnCivilianKilled("Civilian1", false)
				break
			elseif elapsed == 120 then
				OnCivilianDeathEffect()
			end

			if elapsed % DetectiveTurnDuration == 0 then
				print(("⌛ Time: %d / %d seconds"):format(elapsed, CriminalGoalTime))
			end
		end

		if GameActive then
			EndGame("Killers (escaped successfully)")
		end
	end)
end

-- MAIN ENTRY -----------------------------------
Players.PlayerAdded:Connect(function(player)
	print("Player joined: " .. player.Name)
end)

Players.PlayerRemoving:Connect(function(player)
	print("Player left: " .. player.Name)
end)

-- Wait a few seconds for all players, then assign roles and start
task.wait(10)
if AssignRoles() then
	StartGame()
else
	warn("Game not started: not enough players.")
end

</syntaxhighlight>

== 🧠 How It Works ==

{| class="wikitable"
|-
! System
! Description
|-
| Automatic role balancing
| Based on total player count → determines number of Killers/Detectives.
|-
| Random assignment
| Uses table shuffle to ensure roles are randomly distributed each round.
|-
| Civilian handling
| Everyone else automatically becomes a civilian.
|-
| Civilian kills
| Non-target = instant loss for Killer. Target = goal progress.
|-
| Detective penalty
| If any civilian dies, all Detectives’ investigation time is reduced.
|}

== 🧩 Example Output in the Roblox Console ==

<pre>
🧩 Assigning Roles | Killers: 1 | Detectives: 1 | Total Players: 5
🔪 Assigned Killer: Player1
🕵️ Assigned Detective: Player2
👥 Assigned Civilian: Player3
👥 Assigned Civilian: Player4
👥 Assigned Civilian: Player5

🔫 Game Start: Killers vs Detectives
⌛ Time: 20 / 180 seconds
[EVENT] Civilian killed by mistake!
[X] Killer killed a non-target civilian! Instant defeat.
GAME OVER! Winner: Detectives

</pre>

== ⚡ You Can Modify ==

You can easily change the distribution logic:

<syntaxhighlight lang="lua">
-- Example: proportional to player count
local function GetRoleCounts(totalPlayers)
	local killerRatio = 0.15  -- 15% of players are Killers
	local detectiveRatio = 0.15
	return math.max(1, math.floor(totalPlayers * killerRatio)),
	       math.max(1, math.floor(totalPlayers * detectiveRatio))
end

</syntaxhighlight>

That way, the ratio stays consistent regardless of the total number of players.

Would you like me to extend this so it automatically starts rounds every few minutes (e.g., auto-reset and reassign roles for the next match)?


[[Category:ChatGPT Shares]]
[[Category:openai]]