>> ex_affscale
Part 1(b): y
  The solution is:
    0.0000
    1.0000
  The optimal objective value is:
   -3.0000
Part 1(c): y
Part 1(d): y
 Optimal Production:
  159.9993  160.0003  160.0000  160.0000
 Optimal Purchasing:
    0.0000    0.0000   55.0000   20.0000
 Optimal Inventory:
         0   10.0000   10.0000    0.0000
 Optimal Cost
   2.6250e+04
If maintainence is in:
Jan
Optimization terminated successfully.
 Optimal Production:
  151.0000  160.0000  160.0000  160.0000
 Optimal Purchasing:
    0.0000    0.0000   64.0000   20.0000
 Optimal Inventory:
         0    1.0000    1.0000    0.0000
 Optimal Cost
   2.6295e+04
If maintainence is in:
Feb
Optimization terminated successfully.
 Optimal Production:
  151.0000  153.0000  160.0000  160.0000
 Optimal Purchasing:
    0.0000    6.0000   65.0000   20.0000
 Optimal Inventory:
         0    1.0000    0.0000    0.0000
 Optimal Cost
   2.6395e+04
If maintainence is in:
Mar
Optimization terminated successfully.
 Optimal Production:
  151.0000  153.0000  155.0000  160.0000
 Optimal Purchasing:
    0.0000    6.0000   70.0000   20.0000
 Optimal Inventory:
         0    1.0000    0.0000    0.0000
 Optimal Cost
   2.6470e+04
\n\n%%%%%% Part 2(d) %%%%%%\n\n
If purchase from D in month:
Jan
Optimization terminated successfully.
 Optimal Production:
  160.0000  160.0000  160.0000  160.0000
 Optimal Purchasing (C):
    0.0000    0.0000   55.0000   20.0000
 Optimal Purchasing (D):
   1.0210e-08
 Optimal Inventory:
         0   10.0000   10.0000    0.0000
 Optimal Cost
   2.6250e+04
If purchase from D in month:
Feb
Optimization terminated successfully.
 Optimal Production:
  160.0000  160.0000  160.0000  160.0000
 Optimal Purchasing (C):
    0.0000    0.0000   24.7502   20.0000
 Optimal Purchasing (D):
         0   30.2498
 Optimal Inventory:
         0   10.0000   40.2498    0.0000
 Optimal Cost
   2.6250e+04
If purchase from D in month:
Mar
Optimization terminated successfully.
 Optimal Production:
  160.0000  160.0000  160.0000  160.0000
 Optimal Purchasing (C):
    0.0000    0.0000    5.0000   20.0000
 Optimal Purchasing (D):
         0         0   50.0000
 Optimal Inventory:
         0   10.0000   10.0000    0.0000
 Optimal Cost
   2.6000e+04
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.
Optimization terminated successfully.


%%% Part 2(f) %%%


Optimization terminated successfully.
 Optimal Production:
  150.0000  160.0000  160.0000  160.0000
 Optimal Purchasing:
    0.0000    0.0000   65.0000   20.0000
 Optimal Inventory:
   1.0e-06 *
         0    0.0402    0.0231    0.1329
 Optimal Cost
   2.6300e+04


%%% Part 2(g) %%%


Optimization terminated successfully.
 Optimal Production:
  159.5362  160.0000  160.0000  160.0000
 Optimal Purchasing:
    0.0000    0.0000    0.0000   15.4638
 Optimal Inventory:
         0   69.5362   69.5362    4.5362
 Optimal Cost
   2.3875e+04
>> diary off