#!/usr/bin/env python3
import re
import sys

# Order of all "k" elements
order = "NPSCD"
k = len(order)

# Weights of the elements (in the above order)
stuff = [
    (4,     "Nuzzles",  700),
    (-1,    "Prittles", 400),
    (8,     "Skipples", 1000),
    (10,    "Crottles", 2500),
    (20,    "Dupples",  200),
]
weights = [item[2] for item in stuff]
counts = [item[0] for item in stuff]

matrix = []

for line in sys.stdin:
    line = line.strip()
    if line == "unsat":
        sys.exit('unsat!')
    if line == "sat":
        continue
    m = re.match(r'([A-Z])(\d+) -> (\d+)', line)
    item_type, trucknr, value = m.groups()
    trucknr, value = int(trucknr), int(value)

    # Map letter to column
    col = order.index(item_type)

    # auto-detect size, extending matrix size if necessary.
    while len(matrix) < trucknr:
        matrix.append([None] * k)

    matrix[trucknr - 1][col] = value

# Number of trucks
n = len(matrix)

line = "  "
for col in range(k):
    line += " & %5s" % order[col]
line += " & weight"
line += r" & \#pallets"
line += r" \\"
print(line)
print(r"\hline")

for step, cells in enumerate(matrix):
    # Add truck nr
    line = "%2d" % (step + 1)

    # Add building blocks and calculate weight and number of pallets
    weight = 0
    number_of_pallets = 0
    for col, value in enumerate(cells):
        line += " & %5d" % value
        number_of_pallets += value
        weight += value * weights[col]

    # Add weight and number of pallets
    line += " & %5d & %d" % (weight, number_of_pallets)
    line += r" \\"
    print(line)

# Print the total numbers
line = "  "
helperline = "% "  # for displaying the expected counts
for col in range(len(matrix[0])):
    total_pallets_for_item = sum(truck[col] for truck in matrix)
    line += " & %5d" % total_pallets_for_item
    helperline += " & %5d" % counts[col]
print(r"\hline")
print(line)
#print(helperline)