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Rows=     6 Vars=      2 No. integer vars=     0 ( all are linear)

Nonzeros=    12 Constraint nonz=       7(     5 are +- 1) Density=0.667

Smallest and largest elements in absolute value= 1.00000             250.000

No. < : 3 No. =: 0 No. > : 2, Obj=MAX, GUBs<= 2

Single cols= 0



Optimal solution found at step:        1

Objective value:            660.0000



             Variable        Value     Reduced Cost

                 X1      70.00000           0.0000000E+00

                 X2      90.00000           0.0000000E+00



                 Row Slack or Surplus         Dual Price

1    660.0000           1.000000

                   2    0.0000000E+00         0.3333333

                   3    0.0000000E+00         2.333333

                   4    30.00000        0.0000000E+00

                   5    70.00000        0.0000000E+00

                   6    90.00000        0.0000000E+00




             Variable        ValueReducedCost

X1      70.00000        0.0000000E+00

                 X2      90.00000           0.0000000E+00



                 Row Slack or Surplus         Dual Price

                   1    660.0000            1.000000
2     0.0000000E+00         0.3333333

                3     0.0000000E+00         2.333333

                4      30.00000        0.0000000E+00

                5      70.00000        0.0000000E+00

                6      90.00000        0.0000000E+00




Ranges in which the basis is unchanged:



                      Objective Coefficient Ranges

                    Current     Allowable       Allowable

        Variable     Coefficient     Increase       Decrease

           X1       3.000000       7.000000       0.5000000

           X2       5.000000       1.000000       3.500000



Righthand Side Ranges

          Row         Current      Allowable      Allowable

RHS     IncreaseDecrease

           2        230.0000       270.0000       90.00000

           3        250.0000       45.00000       135.0000

           4        120.0000       INFINITY      30.00000

           5          0.0       70.00000       INFINITY

           6          0.0       90.00000       INFINITY




1]max=3*x1+5*x2;

2]2*x1+x2<=230;

3]x1+2*x2<=250;
4]x2<=120;

5]x1>=0;

6]x2>=0;

 7]

http://es.calameo.com/read/00114496451c6f9fe7a29

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Rows

  • 1. Rows= 6 Vars= 2 No. integer vars= 0 ( all are linear) Nonzeros= 12 Constraint nonz= 7( 5 are +- 1) Density=0.667 Smallest and largest elements in absolute value= 1.00000 250.000 No. < : 3 No. =: 0 No. > : 2, Obj=MAX, GUBs<= 2 Single cols= 0 Optimal solution found at step: 1 Objective value: 660.0000 Variable Value Reduced Cost X1 70.00000 0.0000000E+00 X2 90.00000 0.0000000E+00 Row Slack or Surplus Dual Price 1 660.0000 1.000000 2 0.0000000E+00 0.3333333 3 0.0000000E+00 2.333333 4 30.00000 0.0000000E+00 5 70.00000 0.0000000E+00 6 90.00000 0.0000000E+00 Variable ValueReducedCost X1 70.00000 0.0000000E+00 X2 90.00000 0.0000000E+00 Row Slack or Surplus Dual Price 1 660.0000 1.000000
  • 2. 2 0.0000000E+00 0.3333333 3 0.0000000E+00 2.333333 4 30.00000 0.0000000E+00 5 70.00000 0.0000000E+00 6 90.00000 0.0000000E+00 Ranges in which the basis is unchanged: Objective Coefficient Ranges Current Allowable Allowable Variable Coefficient Increase Decrease X1 3.000000 7.000000 0.5000000 X2 5.000000 1.000000 3.500000 Righthand Side Ranges Row Current Allowable Allowable RHS IncreaseDecrease 2 230.0000 270.0000 90.00000 3 250.0000 45.00000 135.0000 4 120.0000 INFINITY 30.00000 5 0.0 70.00000 INFINITY 6 0.0 90.00000 INFINITY 1]max=3*x1+5*x2; 2]2*x1+x2<=230; 3]x1+2*x2<=250;