concommand.Add("b-cheat_setteam", function( ply, cmd, args )
	if !ply or !ply:IsValid() then return end

	if !args[1] then
		print( "Needs an integer." )
		for index, data in ipairs( TEAMS ) do
			print( index .. " - " .. data.id )
		end
	else
		ply:SetTeam( TEAMS_IDorName( args[1] ) )
	end
end, function( cmd, args )
	return BENNY.SimpleAutoComplete( cmd, args, TEAMS_IDs )
end )

TEAMS = {
	[0] = {
		name = "unassigned",
		description = "unassigned",
		factionid = "unassigned",
		id = "UNASSIGNED",
	},
	{
		name = "#Team.cia.Name",
		description = "#Team.cia.Description",
		factionid = "mp_cia",
		id = "CIA",
	},
	{
		name = "#Team.halo.Name",
		description = "#Team.halo.Description",
		factionid = "mp_halo",
		id = "HALO",
	},
	{
		name = "#Team.plasof.Name",
		description = "#Team.plasof.Description",
		factionid = "mp_plasof",
		id = "PLASOF",
	},
	{
		name = "#Team.arng.Name",
		description = "#Team.arng.Description",
		factionid = "mp_arng",
		id = "ARNG",
	},
	{
		name = "#Team.militia.Name",
		description = "#Team.militia.Description",
		factionid = "mp_militia",
		id = "MILITIA",
	},
	{
		name = "#Team.viper.Name",
		description = "#Team.viper.Description",
		factionid = "mp_viper",
		id = "VIPER",
	},
	{
		name = "campaign",
		description = "internal campaign faction",
		factionid = "campaign",
		id = "CAMPAIGN",
	},
}

-- "PLASOF" -> Team info
TEAMS_IDtoData = {
	[TEAMS[0].id] = TEAMS[0],
	[TEAMS[1].id] = TEAMS[1],
	[TEAMS[2].id] = TEAMS[2],
	[TEAMS[3].id] = TEAMS[3],
	[TEAMS[4].id] = TEAMS[4],
	[TEAMS[5].id] = TEAMS[5],
	[TEAMS[6].id] = TEAMS[6],
}

-- "mp_plasof" -> Team info
TEAMS_FIDtoData = {
	[TEAMS[0].factionid] = TEAMS[0],
	[TEAMS[1].factionid] = TEAMS[1],
	[TEAMS[2].factionid] = TEAMS[2],
	[TEAMS[3].factionid] = TEAMS[3],
	[TEAMS[4].factionid] = TEAMS[4],
	[TEAMS[5].factionid] = TEAMS[5],
	[TEAMS[6].factionid] = TEAMS[6],
}

-- 3 -> "PLASOF"
TEAMS_IDs = {
	TEAMS[1].id,
	TEAMS[2].id,
	TEAMS[3].id,
	TEAMS[4].id,
	TEAMS[5].id,
	TEAMS[6].id,
}

-- "PLASOF" -> 3
TEAM_IDs2 = table.Flip( TEAMS_IDs )

function TEAMS_IDorName( id )
	if isnumber( id ) then
		return id
	else
		return TEAM_IDs2[string.upper(id)]
	end
end

function GM:CreateTeams()
	for index, data in ipairs( TEAMS ) do
		team.SetUp( index, data.name, Color( 0, 0, 255 ) )
		team.SetSpawnPoint( index, {"benny_playerstart_team" .. index} )
	end

	team.SetSpawnPoint( TEAM_SPECTATOR, "worldspawn" )

end

function GM:PlayerSelectTeamSpawn( TeamID, ply )
	print( TeamID )
	local SpawnPoints = team.GetSpawnPoints( TeamID )
	PrintTable( SpawnPoints )
	if ( !SpawnPoints || table.IsEmpty( SpawnPoints ) ) then print("fail")return end

	local ChosenSpawnPoint = nil

	for i = 0, 6 do
		ChosenSpawnPoint = table.Random( SpawnPoints )
		if ( hook.Call( "IsSpawnpointSuitable", GAMEMODE, ply, ChosenSpawnPoint, i == 6 ) ) then
			return ChosenSpawnPoint
		end
	end

	return ChosenSpawnPoint
end

function GM:PlayerSelectSpawn( ply, transition )
	if ( transition ) then return end

	if BennyGame:GetType() == BG_GTYPE_MP then
		local ent = self:PlayerSelectTeamSpawn( ply:Team(), ply )
		debug.Trace()
		if IsValid( ent ) then print("win") return ent end
	end
end

function BennyGame:BestAutoJoinTeam()
	local SmallestTeam = BennyGame.TeamsInPlay[math.random( 1, BennyGame.TeamCount )]
	local SmallestPlayers = 1000

	for TeamID, RealTeamID in ipairs( BennyGame.TeamsInPlay ) do
		if ( RealTeamID != TEAM_SPECTATOR && RealTeamID != TEAM_UNASSIGNED && RealTeamID != TEAM_CONNECTING ) then
			local PlayerCount = team.NumPlayers( RealTeamID )
			if PlayerCount < SmallestPlayers or (PlayerCount == SmallestPlayers and RealTeamID < SmallestTeam ) then
				SmallestPlayers = PlayerCount
				SmallestTeam = RealTeamID
			end
		end
	end
	return SmallestTeam
end