exam0502.ltx

是一种多输出多输入的程序

 MIN     400 Y_A_1 + 12 INV_A_1 + 400 Y_A_2 + 12 INV_A_2
      + 400 Y_A_3 + 12 INV_A_3 + 400 Y_A_4 + 12 INV_A_4
      + 400 Y_A_5 + 12 INV_A_5 + 400 Y_A_6 + 12 INV_A_6
      + 500 Y_B_1 + .6 INV_B_1 + 500 Y_B_2 + .6 INV_B_2
      + 500 Y_B_3 + .6 INV_B_3 + 500 Y_B_4 + .6 INV_B_4
      + 500 Y_B_5 + .6 INV_B_5 + 500 Y_B_6 + .6 INV_B_6
      + 1000 Y_C_1 + INV_C_1 + 1000 Y_C_2 + INV_C_2
      + 1000 Y_C_3 + INV_C_3 + 1000 Y_C_4 + INV_C_4
      + 1000 Y_C_5 + INV_C_5 + 1000 Y_C_6 + INV_C_6
      + 300 Y_D_1 + .04 INV_D_1 + 300 Y_D_2 + .04 INV_D_2
      + 300 Y_D_3 + .04 INV_D_3 + 300 Y_D_4 + .04 INV_D_4
      + 300 Y_D_5 + .04 INV_D_5 + 300 Y_D_6 + .04 INV_D_6
      + 200 Y_E_1 + .03 INV_E_1 + 200 Y_E_2 + .03 INV_E_2
      + 200 Y_E_3 + .03 INV_E_3 + 200 Y_E_4 + .03 INV_E_4
      + 200 Y_E_5 + .03 INV_E_5 + 200 Y_E_6 + .03 INV_E_6
      + 400 Y_F_1 + .04 INV_F_1 + 400 Y_F_2 + .04 INV_F_2
      + 400 Y_F_3 + .04 INV_F_3 + 400 Y_F_4 + .04 INV_F_4
      + 400 Y_F_5 + .04 INV_F_5 + 400 Y_F_6 + .04 INV_F_6
      + 100 Y_G_1 + .04 INV_G_1 + 100 Y_G_2 + .04 INV_G_2
      + 100 Y_G_3 + .04 INV_G_3 + 100 Y_G_4 + .04 INV_G_4
      + 100 Y_G_5 + .04 INV_G_5 + 100 Y_G_6 + .04 INV_G_6
 SUBJECT TO
 BAL_A_2)  INV_A_1 + X_A_2 - INV_A_2 =    0
 BAL_A_3)  INV_A_2 + X_A_3 - INV_A_3 =    100
 BAL_A_4)  INV_A_3 + X_A_4 - INV_A_4 =    0
 BAL_A_5)  INV_A_4 + X_A_5 - INV_A_5 =    90
 BAL_A_6)  INV_A_5 + X_A_6 - INV_A_6 =    10
 BAL_B_2)- 5 X_A_2 + INV_B_1 + X_B_2 - INV_B_2 =    0
 BAL_B_3)- 5 X_A_3 + INV_B_2 + X_B_3 - INV_B_3 =    0
 BAL_B_4)- 5 X_A_4 + INV_B_3 + X_B_4 - INV_B_4 =    0
 BAL_B_5)- 5 X_A_5 + INV_B_4 + X_B_5 - INV_B_5 =    0
 BAL_B_6)- 5 X_A_6 + INV_B_5 + X_B_6 - INV_B_6 =    0
 BAL_C_2)- 7 X_A_2 + INV_C_1 + X_C_2 - INV_C_2 =    0
 BAL_C_3)- 7 X_A_3 + INV_C_2 + X_C_3 - INV_C_3 =    0
 BAL_C_4)- 7 X_A_4 + INV_C_3 + X_C_4 - INV_C_4 =    0
 BAL_C_5)- 7 X_A_5 + INV_C_4 + X_C_5 - INV_C_5 =    0
 BAL_C_6)- 7 X_A_6 + INV_C_5 + X_C_6 - INV_C_6 =    0
 BAL_D_2)- 9 X_B_2 + INV_D_1 + X_D_2 - INV_D_2 =    0
 BAL_D_3)- 9 X_B_3 + INV_D_2 + X_D_3 - INV_D_3 =    0
 BAL_D_4)- 9 X_B_4 + INV_D_3 + X_D_4 - INV_D_4 =    0
 BAL_D_5)- 9 X_B_5 + INV_D_4 + X_D_5 - INV_D_5 =    0
 BAL_D_6)- 9 X_B_6 + INV_D_5 + X_D_6 - INV_D_6 =    0
 BAL_E_2)- 11 X_B_2 + INV_E_1 + X_E_2 - INV_E_2 =    0
 BAL_E_3)- 11 X_B_3 + INV_E_2 + X_E_3 - INV_E_3 =    0
 BAL_E_4)- 11 X_B_4 + INV_E_3 + X_E_4 - INV_E_4 =    0
 BAL_E_5)- 11 X_B_5 + INV_E_4 + X_E_5 - INV_E_5 =    0
 BAL_E_6)- 11 X_B_6 + INV_E_5 + X_E_6 - INV_E_6 =    0
 BAL_F_2)- 13 X_C_2 + INV_F_1 + X_F_2 - INV_F_2 =    0
 BAL_F_3)- 13 X_C_3 + INV_F_2 + X_F_3 - INV_F_3 =    0
 BAL_F_4)- 13 X_C_4 + INV_F_3 + X_F_4 - INV_F_4 =    0
 BAL_F_5)- 13 X_C_5 + INV_F_4 + X_F_5 - INV_F_5 =    0
 BAL_F_6)- 13 X_C_6 + INV_F_5 + X_F_6 - INV_F_6 =    0
 BAL_G_2)- 15 X_C_2 + INV_G_1 + X_G_2 - INV_G_2 =    0
 BAL_G_3)- 15 X_C_3 + INV_G_2 + X_G_3 - INV_G_3 =    0
 BAL_G_4)- 15 X_C_4 + INV_G_3 + X_G_4 - INV_G_4 =    0
 BAL_G_5)- 15 X_C_5 + INV_G_4 + X_G_5 - INV_G_5 =    0
 BAL_G_6)- 15 X_C_6 + INV_G_5 + X_G_6 - INV_G_6 =    0
 BA0_A_1)  X_A_1 - INV_A_1 =    40
 BA0_B_1)- 5 X_A_1 + X_B_1 - INV_B_1 =    0
 BA0_C_1)- 7 X_A_1 + X_C_1 - INV_C_1 =    0
 BA0_D_1)- 9 X_B_1 + X_D_1 - INV_D_1 =    0
 BA0_E_1)- 11 X_B_1 + X_E_1 - INV_E_1 =    0
 BA0_F_1)- 13 X_C_1 + X_F_1 - INV_F_1 =    0
 BA0_G_1)- 15 X_C_1 + X_G_1 - INV_G_1 =    0
 CAP_1)  5 X_B_1 + 8 X_C_1 <=   10000
 CAP_2)  5 X_B_2 + 8 X_C_2 <=   0
 CAP_3)  5 X_B_3 + 8 X_C_3 <=   5000
 CAP_4)  5 X_B_4 + 8 X_C_4 <=   5000
 CAP_5)  5 X_B_5 + 8 X_C_5 <=   1000
 CAP_6)  5 X_B_6 + 8 X_C_6 <=   1000
 51)  X_A_1 - 25000 Y_A_1 <=   0
 52)  X_A_2 - 25000 Y_A_2 <=   0
 53)  X_A_3 - 25000 Y_A_3 <=   0
 54)  X_A_4 - 25000 Y_A_4 <=   0
 55)  X_A_5 - 25000 Y_A_5 <=   0
 56)  X_A_6 - 25000 Y_A_6 <=   0
 57)  X_B_1 - 25000 Y_B_1 <=   0
 58)  X_B_2 - 25000 Y_B_2 <=   0
 59)  X_B_3 - 25000 Y_B_3 <=   0
 60)  X_B_4 - 25000 Y_B_4 <=   0
 61)  X_B_5 - 25000 Y_B_5 <=   0
 62)  X_B_6 - 25000 Y_B_6 <=   0
 63)  X_C_1 - 25000 Y_C_1 <=   0
 64)  X_C_2 - 25000 Y_C_2 <=   0
 65)  X_C_3 - 25000 Y_C_3 <=   0
 66)  X_C_4 - 25000 Y_C_4 <=   0
 67)  X_C_5 - 25000 Y_C_5 <=   0
 68)  X_C_6 - 25000 Y_C_6 <=   0
 69)  X_D_1 - 25000 Y_D_1 <=   0
 70)  X_D_2 - 25000 Y_D_2 <=   0
 71)  X_D_3 - 25000 Y_D_3 <=   0
 72)  X_D_4 - 25000 Y_D_4 <=   0
 73)  X_D_5 - 25000 Y_D_5 <=   0
 74)  X_D_6 - 25000 Y_D_6 <=   0
 75)  X_E_1 - 25000 Y_E_1 <=   0
 76)  X_E_2 - 25000 Y_E_2 <=   0
 77)  X_E_3 - 25000 Y_E_3 <=   0
 78)  X_E_4 - 25000 Y_E_4 <=   0
 79)  X_E_5 - 25000 Y_E_5 <=   0
 80)  X_E_6 - 25000 Y_E_6 <=   0
 81)  X_F_1 - 25000 Y_F_1 <=   0
 82)  X_F_2 - 25000 Y_F_2 <=   0
 83)  X_F_3 - 25000 Y_F_3 <=   0
 84)  X_F_4 - 25000 Y_F_4 <=   0
 85)  X_F_5 - 25000 Y_F_5 <=   0
 86)  X_F_6 - 25000 Y_F_6 <=   0
 87)  X_G_1 - 25000 Y_G_1 <=   0
 88)  X_G_2 - 25000 Y_G_2 <=   0
 89)  X_G_3 - 25000 Y_G_3 <=   0
 90)  X_G_4 - 25000 Y_G_4 <=   0
 91)  X_G_5 - 25000 Y_G_5 <=   0
 92)  X_G_6 - 25000 Y_G_6 <=   0
 END
 INT Y_A_1
 INT Y_A_2
 INT Y_A_3
 INT Y_A_4
 INT Y_A_5
 INT Y_A_6
 INT Y_B_1
 INT Y_B_2
 INT Y_B_3
 INT Y_B_4
 INT Y_B_5
 INT Y_B_6
 INT Y_C_1
 INT Y_C_2
 INT Y_C_3
 INT Y_C_4
 INT Y_C_5
 INT Y_C_6
 INT Y_D_1
 INT Y_D_2
 INT Y_D_3
 INT Y_D_4
 INT Y_D_5
 INT Y_D_6
 INT Y_E_1
 INT Y_E_2
 INT Y_E_3
 INT Y_E_4
 INT Y_E_5
 INT Y_E_6
 INT Y_F_1
 INT Y_F_2
 INT Y_F_3
 INT Y_F_4
 INT Y_F_5
 INT Y_F_6
 INT Y_G_1
 INT Y_G_2
 INT Y_G_3
 INT Y_G_4
 INT Y_G_5
 INT Y_G_6