! MWIG 2019 NSBM DMU1 Obj Fn;
Min = (1 - 1/3*(s1/9.3966)) / (1 + 1/3*(s2/0.5161) + 1/3*(s3/0.807));
!s.t Input 1;
9.3966*h1 + 5.7328*h2 + 18.6905*h3 + 57.4691*h4 + 25.4744*h5 + 84.0692*h6 +
44.7462*h7 + 25.8108*h8 + 0.7329*h9 + 1.5798*h10 + 5.1107*h11 + 10.6949*h12 +
0.8819*h13 + 8.2571*h14 + 5.1795 *h15 + 10.9101 *h16 + s1 = 9.3966;
! Output 1;
68.3413 *x1 + 56.5209 *x2 + 158.7934 *x3 + 573.2457 *x4 + 207.3694 *x5 + 834.413 *x6 +
432.8307 *x7 + 257.5925 *x8 + 4.0766 *x9 + 12.8934 *x10 + 37.2266 *x11 + 84.9512 *x12 +
9.6497 *x13 + 93.6403 *x14 + 46.3166 *x15 + 118.9726 *x16 – s2 = 68.3413;
! Output 2;
0.807 *x1 + 0.4896 *x2 + 1.2605 *x3 + 5.7647 *x4 + 1.1477 *x5 + 6.625 *x6 + 2.7416 *x7 +
2.0537 *x8 + 0.0374 *x9 + 0.1079 *x10 + 0.381 *x11 + 0.8036 *x12 + 0.0437 *x13 + 0.6347
*x14 + 0.4644 *x15 +0.8224 *x16 – s3 = 0.807;
! CCR LP method;
!VRS;
h1 + h2 + h3 + h4 + h5 +h6 +h7 +h8 +h9 +h10 + h11+ h12+ h13+ h14+ h15+
h16=1;
x1+ x2+ x3+ x4+ x5+ x6+ x7+ x8+ x9+ x10+ x11+ x12+ x13+ x14+ x15+ x16=1;
!non-negativity;
h1>=0;
h2>=0;
h3>=0;
h4>=0;
h5>=0;
h6>=0;
h7>=0;
h8>=0;
h9>=0;
h10>=0;
h11>=0;
h12>=0;
h13>=0;
h14>=0;
h15>=0;
h16>=0;
x1>=0;
x2>=0;
x3>=0;
x4>=0;
x5>=0;
x6>=0;
x7>=0;
x8>=0;
x9>=0;
x10>=0;
x11>=0;
x12>=0;
x13>=0;
x14>=0;
x15>=0;
x16>=0;
s1>=0;
s2>=0;
s3>=0
end