creating a function handle for GA the following code written for MILP with default settings

tcost=[81 92 101 130 115;117 77 108 98 100;102 105 95 119 111;115 125 90 59 74;142 100 103 105 71;81 92 101 130 115;117 77 108 98 100;102 105 95 119 111;115 125 90 59 74;142 100 103 105 71];
fixedcost=[6000,4500,6500,4100,4000,9000,6750,9750,6150,6000];
S=10;
M=5;
obj1 = zeros(1,S);
obj2=zeros(S,M);
for ii = 1:S
obj1(ii) = fixedcost(ii);
end

for ii = 1:S
    for jj = 1:M
        obj2(ii,jj) = tcost(ii,jj);
    end
end
obj=[obj1(:);obj2(:)];

[Walter Roberson]

What are the inputs to be optimized on? What is the formula to be optimized?

[Sachin Kamble]

f refers to the fixedcost (Sum fi*yi= obj1)

tcost refers to Cij (Sum Cij*Xij = obj2)

i face problem in writing the function handle for GA. the program runs for MILP (codes attached in my earlier query). Pl help me

[Sachin Kamble]

the data used for the above formulation is above

[Walter Roberson]

Does the Min() apply only to the sum of f(i).*y(i), with the double sum being outside of the Min()? Or does the Min() apply to the entire rest of the line?

I am confused about what the inputs are to be evaluated over? Is it the n by m array x of non-negative values, together with a vector y of length n of binary values?

[Sachin Kamble]

Min () applies to the entire line