def run():
global world
sleep(0.1)
Popen('run_serv.bat')
sleep(0.1)
EPS = 1e-2
# TODO: may be circle isn't the best path? or not path at all, dynamic direction calculation
# about 1000 runs with different rpath showed that 0.42 is the best, but diff isn't great
global rpath
rpath = 0.42
floats = [x / 20 for x in range(-20, 21)]
path = [vec(0.5, 0.5) + vec(x, sqrt(1 - x ** 2)) * rpath for x in floats]
path += [vec(0.5, 0.5) + vec(x, -sqrt(1 - x ** 2)) * rpath for x in reversed(floats[1:-1])]
world = World()
world.make_move()
were104 = False
try:
while True:
world.make_move()
move_path(path)
mons = [mon for mon in world.monsters if mon.ClassName != -1]
if len(mons) == 0:
continue
# ms = [(calc_time_approx(m), m) for m in mons]
# if len(ms) > 10:
# ms = ms[:10]
# sum_next = sum(t for t, m in ms)
#
# ms = [(calc_time_approx(m, True), m) for m in mons]
# if len(ms) > 10:
# ms = ms[:10]
# sum_prev = sum(t for t, m in ms)
#
# if sum_next < sum_prev:
# print(sum_prev - sum_next)
# path = path[::-1]
ids = {mon.ClassName for mon in mons}
if ids == {104}:
were104 = False
for mon in mons:
shoot(mon)
move_path(path)
world.make_move()
shoot(mon)
move_path(path)
world.make_move()
elif 104 in ids and not were104:
were104 = True
for mon in (m for m in mons if m.ClassName == 104):
shoot(mon)
move_path(path)
world.make_move()
shoot(mon)
move_path(path)
world.make_move()
else:
nearest_mon = min(mons, key = calc_time_approx)
shoot(nearest_mon)
except socket.error:
return int(open('score.txt').read())
