NETURAL = 0
ALLY = 1
ENEMY = 2

def do_turn(pw):
	if not pw.my_planets():
		return
	if not pw.not_my_planets():
		return

	for planet in pw.my_planets():
		for enemy in get_closest_pl(pw, planet)[:3]:
			if planet.num_ships() > 14:
				pw.issue_order(planet, enemy, planet.num_ships() * 0.5)
				planet.remove_ships(planet.num_ships() * 0.5)


	#print('pppppp:',  pw.enemy_planets()[0].planet_id)


#def defend(pw):
#	for fleet in pw.enemy_fleets():
#	 	if fleet.owner() == ENEMY and fleet.destination_planet().owner() == ALLY:



def ships_in_attack(pw, a, p):
	res = p.num_ships()
	if p.owner() == ENEMY:
		res += pw.distance(a, p) * p.growth_rate()
	return res

def get_closest_pl(pw,pl):
	planets = sorted(pw.not_my_planets(), key=lambda x:(x.growth_rate()  / (x.num_ships() * 0.128 + pw.distance(x, pl) * 1.11)), reverse=True)
	return planets