def do_turn(pw):
	if len(pw.my_fleets()) >= 1:
		return
	if len(pw.my_planets()) == 0:
		return
	else:
		my_planet_list = pw.my_planets()
		my_planet_list.sort(key=myFunc, reverse=True)
		for i in range(0, len(my_planet_list)):
			dest = get_closest_neutral_planet(pw, my_planet_list[i])
			if my_planet_list[i].num_ships() > dest.num_ships():
				pw.issue_order(my_planet_list[i], dest, dest.num_ships() + 1)

def myFunc(planet):
	return planet.num_ships()

def get_closest_neutral_planet(pw, source):
	try:
		min_dist = 1000
		dest = pw.not_my_planets()[0]
		cost = 0
		for p in pw.not_my_planets():
			if min_dist > pw.distance(source, p):
				min_dist = pw.distance(source, p)
				dest = p
	except:
		dest = 0
	return dest