37 lines
1.2 KiB
Matlab
Executable File
37 lines
1.2 KiB
Matlab
Executable File
function POP_problem = mpt2pop(Matrices)
|
|
|
|
n = length(Matrices.free_var);
|
|
if isempty(Matrices.binary_var_index)
|
|
varcon = 1:length(Matrices.free_var);
|
|
varbin = [];
|
|
else
|
|
varbin = find(ismember(Matrices.free_var,Matrices.free_var(Matrices.binary_var_index)));
|
|
varcon = setdiff(1:length(Matrices.free_var),varbin);
|
|
end
|
|
|
|
POP_problem.Ht = full(Matrices.F)';
|
|
POP_problem.Qt = full(Matrices.Y);
|
|
POP_problem.Q = full(Matrices.H);
|
|
POP_problem.A = full(Matrices.G(:,varcon));
|
|
POP_problem.E = full(Matrices.G(:,varbin));
|
|
POP_problem.F = full(Matrices.E);
|
|
POP_problem.b = full(Matrices.W);
|
|
POP_problem.c = full(Matrices.Cf');
|
|
POP_problem.ct = full(Matrices.Cx');
|
|
POP_problem.cc = full(Matrices.Cc);
|
|
POP_problem.Aeq = full(Matrices.Aeq(:,varcon));
|
|
POP_problem.Eeq = full(Matrices.Aeq(:,varbin));
|
|
POP_problem.Feq = full(Matrices.Beq);
|
|
POP_problem.beq = full(Matrices.beq);
|
|
POP_problem.CRA = full(Matrices.bndA);
|
|
POP_problem.CRb = full(Matrices.bndb);
|
|
|
|
POP_problem.Xmin = full(Matrices.lb(Matrices.free_var));
|
|
POP_problem.Xmin = POP_problem.Xmin(varcon);
|
|
POP_problem.Xmax = full(Matrices.ub(Matrices.free_var));
|
|
POP_problem.Xmax = POP_problem.Xmax(varcon);
|
|
|
|
POP_problem.Tmin = full(Matrices.lb(Matrices.param_var));
|
|
POP_problem.Tmax = full(Matrices.ub(Matrices.param_var));
|
|
|