#!/bin/python
# Write a program that reads a matrix of numbers separated by newlines and whitespace, like this:
# 
# 10 5 4 20
# 9 33 27 16
# 11 6 55 3
# 
# then calculates the sums for each row and column, optionally outputting them...
# 
# Rows: 39 85 75
# Columns: 30 44 86 39
# 
# then prints two new matrices:
# 
#     first, print the matrix with its rows sorted by their sums
#     then, print the matrix with its columns sorted by their sums.
# 
# Like this:
# 
# 10 5 4 20
# 11 6 55 3
# 9 33 27 16
# 
# 10 20 5 4
# 9 16 33 27
# 11 3 6 55
# 
# Here's a large input matrix to test your program on.
# 
# 5 58 88 60 11 23 97 48 59 82 95 24 6 67 47
# 45 14 36 99 16 70 77 18 43 39 97 54 11 53 98
# 85 14 96 66 34 86 95 49 4 49 72 76 45 49 37
# 72 88 20 56 37 16 20 97 71 11 91 33 90 5 96
# 15 53 54 95 61 93 75 95 51 83 71 70 2 57 83
# 54 29 56 80 79 93 40 55 40 14 63 94 77 12 90
# 96 97 3 47 2 43 12 2 82 92 1 99 90 13 35
# 24 19 54 96 82 96 10 40 62 30 35 16 70 83 64
# 59 81 8 84 14 46 32 45 41 35 98 66 87 51 49
# 13 49 12 51 34 82 36 77 88 14 84 41 66 18 56
# 6 68 82 63 77 72 67 36 85 53 66 70 21 86 80
# 40 51 87 5 78 56 99 44 39 48 78 56 19 55 40
# 5 94 62 46 85 73 24 67 95 63 42 95 43 53 4
# 14 99 7 36 25 65 22 71 20 80 16 10 71 97 23
# 99 77 85 53 13 32 37 19 61 32 45 62 25 18 32
# 98 79 35 17 26 96 22 3 76 20 81 9 40 95 72
# 18 39 55 99 96 63 90 78 77 81 2 99 68 6 84
# 53 27 68 43 48 29 27 14 50 29 53 65 5 56 46
# 94 36 17 64 2 93 5 95 47 78 90 3 85 26 32
# 46 62 70 63 81 6 86 51 44 96 47 83 33 28 28
# 
# For bonus points, format your output matrices nicely (align the columns, draw boxes with - and |...)
# 

 # 9 33 27 16
#
#

import sys

matrix_file = open(sys.argv[1],"r")
matrix = [[int(n) for n in s.split(' ')] for s in matrix_file.readlines()]
print matrix
