boom-bots/src/server/Modules/Classes/Round.luau

local Players = game:GetService("Players")
local ServerScriptService = game:GetService("ServerScriptService")
local ReplicatedStorage = game:GetService("ReplicatedStorage")

local ServerStorage = game:GetService("ServerStorage")

local Data = ReplicatedStorage.Data

local BotData = require(Data.BotData)
local DataTypes = require(Data.DataTypes)
local GameState = require(Data.GameState)

local sData = ServerScriptService.Data
local DataManager = require(sData.DataManager)
local ValueNames = require(sData.ValueNames)

local sModules = ServerScriptService.Modules
local Bot = require(sModules.Classes.GameObject.Bot)
local VotingHandlerServer = require(sModules.VotingHandlerServer)
local TurnManager = require(sModules.TurnManager)
local ObjectManager = require(sModules.ObjectManager)

local MapManager = require(sModules.Map.MapManager)


local FerrUtils = require(ReplicatedStorage.Shared.SharedUtils.FerrUtils)
local rBotUtils = require(ReplicatedStorage.Shared.SharedUtils.sharedBotUtils)

local BotUtils = require(sModules.Utils.BotUtils)

local Remote = ReplicatedStorage.Remote

local rev_statusRemoteEvent = Remote.StatusRemoteEvent
local rev_timerRemoteEvent = Remote.TimerRemoteEvent
local rev_UpdateGameState = Remote.UpdateGameState

local Round = {}
Round.__index = Round

function getPlaying() : {Player}
	return game:GetService("CollectionService"):GetTagged("PLAYING")
end

function Round.new()
	local self = setmetatable({}, Round)
	if game:GetService("RunService"):IsStudio() then
		self.IntermissionTime = 1
	else
		self.IntermissionTime = 1
	end
	
	self.MapVotingTime = 100
	self.GraceTime = 1
	self.DecisionTime = 15 
	self.Status = ""
	self.RoundResults = {}
	
	self:ChangeGameState(GameState.LOBBY)
	self.Timer = 0
	
	return self
end

function Round:ChangeStatus(newText : DataStoreListingPages)
	self.Status = newText
	self:UpdateState()
end

function Round:FireTo(remote,players,...)
	players = players or game.Players:GetPlayers()
	for i,v in pairs(players) do
		remote:FireClient(v,...)
	end
end

function Round:ChangeGameState(newState : number)
	self.GameState = newState
	shared.Phase = newState
	self:FireTo(rev_UpdateGameState,getPlaying(),newState)
end



function Round:UpdateState()
	rev_statusRemoteEvent:FireAllClients(self.Status .. ": " .. self.Timer)
end

function Round:EnoughPlayers()
	return #Players:GetPlayers() >= 2 or game:GetService("RunService"):IsStudio() and script:GetAttribute("StudioEnoughPlayersOverride")
end

function Round:AllPlayersReady()
	return  #getPlaying() == TurnManager.GetReadyPlayers()
end

function Round:WaitFor(sec : number,condition,...)
	for index = sec,0,-1 do
		self.Timer = index
		self:UpdateState()
		task.wait(.5)
		if self.Break then
			self.Break = false
			self.Timer = 0
			self:UpdateState()
			break
			
		end
	end
end

function Round:Halt()
	repeat task.wait() until self.Break == false
end

function Round:Intermission()
	
	self:ChangeGameState(GameState.LOBBY)
	self:ChangeStatus("Intermission")
	self:WaitFor(self.IntermissionTime)
end
function Round:ChooseMap()
	workspace.Map:ClearAllChildren()

	
	while task.wait() do
		
		self:ChangeStatus("Choose Map")
		VotingHandlerServer.StartVoting(1,"MapData",workspace.Lobby["Map Voting Stands"]:GetChildren())
		self:WaitFor(self.MapVotingTime)
		local winnerIndex,winnerData : DataTypes.VoteOptionData = VotingHandlerServer.EndVoting()
		print(winnerIndex)
		print(winnerData)
		
		MapManager.SpawnMap(winnerData.Name)
		break
	end
	
	self:ChangeStatus("Loading map...")
	self:WaitFor(MapManager.MAP_LOAD_TIME)
end

function Round:BringPlayers()
	local pick  = "PlasmaBot"

	
	
	for _,plr in pairs(game.Players:GetPlayers()) do
		local char = plr.Character
		if not char then
			continue
		end
		char:PivotTo(workspace.BoxOfDoom.PrimaryPart.CFrame)
		
		local newBot = Bot.new(plr,pick,char)
		newBot:_Init()
		plr:AddTag("PLAYING")
	end
	
	BotUtils.SpawnBots(getPlaying())
	
end	

Round.END_TYPES = {
	WIN = 1,
	DRAW = 2,
}

function Round:ShouldRoundEnd()
	local max = #getPlaying()
	
	if game:GetService("RunService"):IsStudio() then
		return
	end
	
	
	
	local alive = {}
	
	for i,id in pairs(#getPlaying()) do
		local b =  ObjectManager.Get(id)
		if b.Components.Health:IsAlive() then
			table.insert(alive,id)
		else
			ObjectManager.Destroy(id)
		end
	end
	
	if #alive == 0 then
		return Round.END_TYPES.DRAW
	end
	
	if #alive == 1 then
		return Round.END_TYPES.WIN,alive[1]
	end
	
	
	
end

function Round:GracePeriod()
	self:ChangeStatus("Grace period")
	self:ChangeGameState(GameState.GRACE)
	self:WaitFor(self.GraceTime)

end


function Round:TryStopEarlyAim()
	task.spawn(function()
		repeat task.wait() until self.GameState == GameState.RESOLVING or self:AllPlayersReady()
		if self.GameState ~= GameState.RESOLVING then
			self.Break = true
		end
		self:Halt()
	end)
end

function Round:StartAimPhase()
	--for i,v in pairs(workspace.Playing:GetChildren()) do
	--	v.PrimaryPart.Anchored = true
	--end
	self:ChangeStatus("Decision making")
	self:ChangeGameState(GameState.AIMING)
	
	for i,plr in pairs(getPlaying()) do
		local primary = rBotUtils.GetBotRoot(plr.UserId)
		local rot = primary.Orientation
		primary.Orientation = Vector3.new(0,0,rot.Z)
	end
	
	TurnManager.collectInputs()

	self:TryStopEarlyAim()


	self:WaitFor(self.DecisionTime)
	
end


function Round:ShouldStopEarlyResolve()
	for _,gameObject in pairs(ObjectManager.GameObject) do
		if not gameObject.model or not gameObject.model.Parent then
			continue
		end
		local vel = gameObject.model.PrimaryPart.AssemblyLinearVelocity

		local horizontalVel = Vector3.new(vel.X, 0, vel.Z).Magnitude
		local verticalVel = math.abs(vel.Y)
		if horizontalVel > 0.1 or verticalVel > 0.5 or not rBotUtils.IsObjectOnFloor(gameObject.model) then
			return false
		end
	end
	
	
	
	return true
end
function Round:TryStopEarlyResolve()
	task.spawn(function()
		local stableTime = 0
		print(self.GameState)
		while self.GameState == GameState.RESOLVING do
			task.wait(0.1)

			if self:ShouldStopEarlyResolve() then
				stableTime += 0.1
				if stableTime >= 0.5 then -- must be stable for 0.5s
					self.Break = true
					break
				end
			else
				stableTime = 0
			end
		end

		self:Halt()
	end)
end

function Round:StartResolvePhase()
	self:ChangeGameState(GameState.RESOLVING)

	self:TryStopEarlyResolve()

	for _, v : Model in pairs(workspace.Bots:GetChildren()) do

		local root = v.PrimaryPart
		root:SetNetworkOwner(nil)
		v:PivotTo(v:GetPivot())

		root.Velocity = Vector3.zero
		root.Anchored = false
	end
	TurnManager.resolve()

	self:ChangeStatus("Resolve")
	self:WaitFor(10)
end

function Round:Start()	
	
	local endType,winner = nil,nil
	
	while task.wait() do
		
		endType,winner = self:ShouldRoundEnd()
		
		if endType then
			return endType,winner
		end 
		
		
		self:StartAimPhase()
		self:StartResolvePhase()
		
	end
	
end

function Round:Results(endtype,winner : number)
	
	for i,v in pairs(getPlaying()) do
		v:RemoveTag("PLAYING")
	end
	
	
	ObjectManager.DestroyAll()
	MapManager.DestroyMap()
	
	local text
	
	if endtype == Round.END_TYPES.WIN then
		local winnerName 
		pcall(function()
			winnerName = game.Players:GetNameFromUserIdAsync(winner) 
		end)
		winnerName = winnerName or "Studio guy"
		
		text = winnerName .. " has won!"
		pcall(function()
			DataManager.AddValue(game.Players:GetPlayerByUserId(winner),ValueNames.Wins,1)
		end)
	else
		text = "It's a draw!"
	end
	for i,v in pairs(game.Players:GetPlayers()) do
		v:LoadCharacterAsync()
	end
	self:ChangeGameState(GameState.RESULTS)
	self:ChangeStatus(text)
	self:WaitFor(5)
	
end

function Round:Initiate()

	while true do
		local result = self:EnoughPlayers()
		if not result then 
			self:ChangeStatus("Not enough players") 
			return
		end

		self:Intermission()
		self:ChooseMap()
		self:BringPlayers()

		self:GracePeriod()
		
		local endType,winner = self:Start()
		
		self:Results(endType,winner)
		
	end
end

return Round