17  24   1   8  15

                        23   5   7  14  16

                         4   6  13  20  22

                        10  12  19  21   3

                        11  18  25   2   9

This is the logic I came up with from a Linear
Algebra Book:
I Place an integer 1  in the middle of the top
row.  Then, after placing integer K, move up one
row and to the right one column to place the next
integer  (integer K+1),  UNLESS one of the
following occurs:

If a move takes you above the top row in the jth
column, move to the bottom of the jth column and
place the integer there.

If a move takes you outside to the right of the
square in the ith row,place the integer in the ith
row at the left side.

If a move takes you to an already filled square,
or if you move out of the square at the upper
right-hand corner, place integer K+1 immediately
below integer K.

I need to write a program  that will construct and
print a magic square for
any odd integer N.  In addition to printing the
magic square, it should
also print the row/column/diagonal sum , like 65
in the example above.

If anyone knows/can help with the f77 code, I'd
appreciate it.