def check_index(collection: list, index : int):
    if 0 <= index < len(collection):
        return True

    return False

def check_at_shoot(collection: list, target_index : int, power : int):
    if check_index(collection, target_index):
        collection[target_index] -= power

        if collection[target_index] <=0:
            collection.pop(target_index)

    return collection

def add_at_shoot(collection: list, target_index: int, power: int):
    if not check_index(collection, target_index):
        print("Invalid placement!")

        return collection

    collection.insert(target_index, power)

    return collection

def strike_at_shoot(collection: list, target_index: int, power: int):
    right_side = target_index + power
    left_side = target_index - power

    if check_index(collection, target_index) and \
            check_index(collection,right_side) and \
            check_index(collection, left_side):
        for i in range(left_side, right_side+1):
            collection.pop(left_side)
    else:
        print("Strike missed!")

    return collection
old_number = input().split()
numbers =[int(el) for el in old_number]
command = input()


while command != "End":

    cmd_arg = command.split()

    cmd_type = cmd_arg[0]
    cmd_index = int(cmd_arg[1])
    cmd_power = int(cmd_arg[2])

    if cmd_type == "Shoot":
      numbers =  check_at_shoot(numbers,cmd_index, cmd_power)
    elif cmd_type == "Add":
       numbers =  add_at_shoot(numbers, cmd_index, cmd_power)
    elif cmd_type == "Strike":
        numbers = strike_at_shoot(numbers,cmd_index, cmd_power)

    command = input()
new_number = [str(num) for num in numbers]
print("|".join(new_number))