# coding: utf-8
# A003:盤面ゲーム

# 8*8=64の少ない数なので、盤面すべての石の状態を覚えておけばよさそう



set_num = int(input()) # 石が置かれた回数
all_set_log =  [[str(j) for j in input().split()] for i in range(set_num)]
#print("set_num",set_num)
#print("all_set_log",all_set_log)



board_status_white = set([(4,4),(5,5)])
board_status_black = set([(5,4),(4,5)])
#board_status_white = board_status_white | set([(3,2)])
#board_status_black = board_status_black | set([(2,1)])
#print("board_status_white0",board_status_white)
#print("board_status_black0",board_status_black)
# 現在の盤面の状態と、次に配置する石の情報を入力し、配置後の盤面を出力する関数
def board_result(board_status_white, board_status_black, set_log):
    # 配置した石の色をチェック
    s_color = set_log[0]
    s_x = int(set_log[1])
    s_y = int(set_log[2])

    up_left = (s_x - 1, s_y - 1)
    up = (s_x, s_y - 1)
    up_right = (s_x + 1, s_y - 1)
    center_left = (s_x - 1, s_y)
    center = (s_x, s_y)
    center_right = (s_x + 1, s_y)
    down_left = (s_x - 1, s_y + 1)
    down = (s_x, s_y + 1)
    down_right = (s_x + 1, s_y + 1)


    tmp = set()
    if set_log[0] == "B":#設置した石が黒の場合
        other_board_status = board_status_white
        self_board_status = board_status_black
        board_status_black.add(center)
    else:
        other_board_status = board_status_black
        self_board_status = board_status_white
        board_status_white.add(center)

    # 上下左右、ななめの8方向に隣接する場所に石が配置されているかをチェック
    # 石が配置されている場合はその色をチェック
    # 黒の場合はスルー。白の場合は、同方向の一つ先の色を黒に当たるまでチェックする
    # 黒に当たったらそこまでの白石を裏返す
    # もし黒に当たらず盤面の端まで行きついたならばスルー。
    for direction in [up_left, up, up_right, center_left, center_right, down_left, down, down_right]:
        if direction in other_board_status:
            i = 1
            while(True):
                if direction == up_left:
                    i_x = -i
                    i_y = -i
                elif direction == up:
                    i_x = 0
                    i_y = -i
                elif direction == up_right:
                    i_x = i
                    i_y = -i
                elif direction == center_left:
                    i_x = -i
                    i_y = 0
                elif direction == center_right:
                    i_x = i
                    i_y = 0
                elif direction == down_left:
                    i_x = -i
                    i_y = i
                elif direction == down:
                    i_x = 0
                    i_y = i
                else:
                    i_x = i
                    i_y = i

                if (s_x + i_x, s_y + i_y) in other_board_status: # 白(黒)が続く限り探索
                    tmp.add((s_x + i_x, s_y + i_y))
                    #print("tmp",tmp)
                elif (s_x + i_x, s_y + i_y) in self_board_status: # 黒になった場合はその場所までの白石を裏返す
                    for tmp_stone in tmp:
                        other_board_status.remove(tmp_stone) # 盤面の該当する白石を削除し
                        self_board_status.add(tmp_stone) # 黒石を追加する
                        tmp = set()
                    break
                else:#石が置いていない
                    tmp = set()
                    break
                i += 1
        else:
            pass





for set_log in all_set_log:
    board_result(board_status_white, board_status_black, set_log)
    """
    for i in range(1,9):
        for j in range(1,9):
            if (j,i) in board_status_white:
                print("○",end="")
            elif (j,i) in board_status_black:
                print("●",end="")
            else:
                print("□",end="")

            if j == 8:
                print("")
    else:
        print("----------")
    """
    #print("board_status_white",board_status_white)
    #print("board_status_black",board_status_black)
w_num = len(board_status_white)
b_num = len(board_status_black)

print(str(b_num).zfill(2) + "-" + str(w_num).zfill(2) + " ",end = "")
if w_num > b_num:
    print("The white won!")
elif w_num < b_num:
    print("The black won!")
else:
    print("Draw!")


#print("board_status_white",board_status_white)
#print("board_status_black",board_status_black)