import Control.Applicative
import Data.List

main :: IO ()
main = solve <$> getLine >>= putStrLn

solve :: String -> String
solve xs = f $ foldl' count (0,0) (tails xs)
  where f (x, y) = unwords . map show $ [x, y]
          
data Face = L0 | L1 | L2 | L3 | R0 | R1 | R2 | R3

left L0 '^' = L1
left L1 '^' = L2
left L2 '*' = L3
left s _ = s

right R0 '*' = R1
right R1 '^' = R2
right R2 '^' = R3
right s _ = s

point L3 = 1
point R3 = 1
point s = 0

count :: (Int, Int) -> String -> (Int, Int)
count (l, r) ('(':xs) = let (x,y,_,_) = foldl' f (l, r, L0, R0) xs in (x, y)
  where f (cl, cr, sl, sr) c | c == ')' = (cl + point sl, cr + point sr, sl, sr)
                             | otherwise = (cl, cr, left sl c, right sr c)
count (l, r) _ = (l, r)