nag_opt_miqp_mps_write (e04mwc) Example Program Data
 7  8                      : Values of N and M
48  8  7  9  15            : Values of NNZ, IOBJ, NCOLH, NNZH and NNAME

'...X1...'  '...X2...'  '...X3...'  '...X4...'  '...X5...'
'...X6...'  '...X7...'  '..ROW1..'  '..ROW2..'  '..ROW3..'
'..ROW4..'  '..ROW5..'  '..ROW6..'  '..ROW7..'  '..COST..' : End of array NAMES

    0.02   7   1   : Sparse matrix A, ordered by increasing column index;
    0.02   5   1   : each row contains ACOL(i), INDA(i), ICOL (= column index)
    0.03   3   1   : The row indices may be in any order. In this example
    1.00   1   1   : row 8 defines the linear objective term transpose(C)*X.
    0.70   6   1
    0.02   4   1
    0.15   2   1
 -200.00   8   1
    0.06   7   2
    0.75   6   2
    0.03   5   2
    0.04   4   2
    0.05   3   2
    0.04   2   2
    1.00   1   2
-2000.00   8   2
    0.02   2   3
    1.00   1   3
    0.01   4   3
    0.08   3   3
    0.08   7   3
    0.80   6   3
-2000.00   8   3
    1.00   1   4
    0.12   7   4
    0.02   3   4
    0.02   4   4
    0.75   6   4
    0.04   2   4
-2000.00   8   4
    0.01   5   5
    0.80   6   5
    0.02   7   5
    1.00   1   5
    0.02   2   5
    0.06   3   5
    0.02   4   5
-2000.00   8   5
    1.00   1   6
    0.01   2   6
    0.01   3   6
    0.97   6   6
    0.01   7   6
  400.00   8   6
    0.97   7   7
    0.03   2   7
    1.00   1   7
  400.00   8   7    : End of matrix A

  2.0      1   1    : Sparse matrix H, ordered by increasing column index;
  2.0      2   2    : each row contains H(i), IROWH(i), ICOL (= column index)
  2.0      3   3    : The row indices may be in any order.
  2.0      4   3
  2.0      4   4
  2.0      5   5
  2.0      6   6
  2.0      7   6
  2.0      7   7    : End of matrix H

 0.0       0.0       4.0E+02   1.0E+02   0.0       0.0
 0.0       2.0E+03  -1.0E+25  -1.0E+25  -1.0E+25  -1.0E+25
 1.5E+03   2.5E+02  -1.0E+25             : End of lower bounds array BL

 2.0E+02   2.5E+03   8.0E+02   7.0E+02  1.5E+03  1.0E+25
 1.0E+25   2.0E+03   6.0E+01   1.0E+02  4.0E+01  3.0E+01
 1.0E+25   3.0E+02   1.0E+25             : End of upper bounds array BU

  0.0  0.0  0.0  0.0  0.0  0.0  0.0       : Initial vector X