function eventNewPlayer(name)
	system.bindKeyboard(name, 80, true)
	tfm.exec.setPlayerScore(name, 0)
	ui.addTextArea(0, string.format("Score: %s", tfm.get.room.playerList[name].score), name)
end
table.foreach(tfm.get.room.playerList, eventNewPlayer)

function eventKeyboard(name, key)
	if key == 80 then
		tfm.exec.setPlayerScore(name, 1, true)
		ui.addTextArea(0, string.format("Score: %s", tfm.get.room.playerList[name].score), name)
	end
end

function eventLoop()
	table.foreach(tfm.get.room.playerList, function(k,v)
		ui.addTextArea(0, string.format("Score: %s", v.score), k)
	end)
end

local _B     = {
		x    = 400,
		y    = 200,
		w    = 40,
		h    = 40,
	}
local _D     = {
		x    = {},
		y    = {},
	}
local _S = {}

function eventNewPlayer(name)
	_S[name] = {
		immortality = {time=3000,clock=os.time()}
	}
end
table.foreach(tfm.get.room.playerList, eventNewPlayer)

function eventPlayerRespawn(name)
	_S[name].immortality = {time=3000,clock=os.time()}
end

function update(t)
	if t == 'start' then
		tfm.exec.addPhysicObject(1, _B.x, _B.y, {
			type   = 12,
			width  = _B.w,
			height = _B.h,
			color  = 0x324650,
		})
	elseif t == 'move' then
		if #_D.x > 0 and #_D.y > 0 then
			if _B.x < _D.x[1] or _B.x > _D.x[1] and _B.y < _D.y[1] or _B.y > _D.y[1] then
				_B.x = (_B.x < _D.x[1] and _B.x + 10 or _B.x - 10)
				_B.y = (_B.y < _D.y[1] and _B.y + 10 or _B.y - 10)
			end
		end
		tfm.exec.addPhysicObject(1, _B.x, _B.y, {
			type   = 12,
			width  = _B.w,
			height = _B.h,
			color  = 0x324650,
		})
	end
end

function eventLoop()
	_D.x = {}
	_D.y = {}

	for k,v in next,tfm.get.room.playerList do
		if not v.isDead then
			table.insert(_D.x, v.x)
			table.insert(_D.y, v.y)
		end
		if not v.isDead and _B.x + _B.w/2+25 >= v.x and _B.x - _B.w/2-25 <= v.x and _B.y + _B.h/2+25 >= v.y and _B.y - _B.h/2-25 <= v.y then
			if _S[k].immortality.clock <= os.time()-_S[k].immortality.time then
				tfm.exec.killPlayer(k)
			end
		end
	end
	table.sort(_D.x, function(a,b)
		return (a - _B.x) > (b - _B.x)
	end)
	table.sort(_D.y, function(a,b)
		return (a - _B.y) > (b - _B.y)
	end)
	update('move')

	print(_D.x[1])
end

update('start')