Open dajiba6 opened 1 week ago
// set x, x', x'' bounds for (int i = 0; i < num_of_variables; ++i) { if (i < n) { variables[i].emplace_back(constraint_index, 1.0); lower_bounds->at(constraint_index) = x_bounds_[i].first * scale_factor_[0]; upper_bounds->at(constraint_index) = x_bounds_[i].second * scale_factor_[0]; } else if (i < 2 * n) { variables[i].emplace_back(constraint_index, 1.0); lower_bounds->at(constraint_index) = dx_bounds_[i - n].first * scale_factor_[1]; upper_bounds->at(constraint_index) = dx_bounds_[i - n].second * scale_factor_[1]; } else { variables[i].emplace_back(constraint_index, 1.0); lower_bounds->at(constraint_index) = ddx_bounds_[i - 2 * n].first * scale_factor_[2]; upper_bounds->at(constraint_index) = ddx_bounds_[i - 2 * n].second * scale_factor_[2]; } ++constraint_index; ADEBUG<<"scale factor:"<<scale_factor_[0]<<" "<<scale_factor_[1]<<" "<<scale_factor_[2]; ADEBUG << "ddx_bounds: lower, upper"; for (int i = 0; i < n; ++i) { ADEBUG << ddx_bounds_[i].first << " " << ddx_bounds_[i].second; } }