bombs

def neighbour_cells(row_, col_, n_):
    valid_cells = []
    if row_ -1 in range(n_) and col_ - 1 in range(n_):
        valid_cells.append((row_-1, col_-1))
    if row_ -1 in range(n_) and col_ in range(n_):
        valid_cells.append((row_-1, col_))
    if row_ -1 in range(n_) and col_ + 1 in range(n_):
        valid_cells.append((row_-1, col_+1))
    if row_ in range(n_) and col_ - 1 in range(n_):
        valid_cells.append((row_, col_-1))
    if row_ in range(n_) and col_ + 1 in range(n_):
        valid_cells.append((row_, col_ +1))
    if row_ +1 in range(n_) and col_ - 1 in range(n_):
        valid_cells.append((row_+1, col_-1))
    if row_  +1 in range(n_) and col_  in range(n_):
        valid_cells.append((row_ +1, col_))
    if row_ +1 in range(n_) and col_ + 1 in range(n_):
        valid_cells.append((row_ +1, col_ +1))
    return valid_cells

n = int(input())

matrix = []
for _ in range(n):
    current_row = [int(n) for n in input().split()]
    matrix.append(current_row)

bombs = input().split()
for bomb in bombs:
    row, col = [int(n) for n in bomb.split(',')]
    current_bomb = matrix[row][col]
    if current_bomb > 0:
        neighbours = neighbour_cells(row, col, n)
        for r, c in neighbours:
            if matrix[int(r)][int(c)] > 0:
                matrix[int(r)][int(c)] -= current_bomb

        matrix[row][col] = 0

sum_alive = 0
number_alive = 0
for row in range(n):
    for col in range(n):
        if matrix[row][col] > 0:
            sum_alive += matrix[row][col]
            number_alive += 1

print(f"Alive cells: {number_alive}")
print(f"Sum: {sum_alive}")

for r in range(n):
    print(*matrix[r])