We generate a method of doing combined computation, but we don't actually use it to help make Ipopt more efficient.
@dalvescb, to this end, we might be able to take advantage the new_x Boolean value provided by Ipopt to the eval_f, eval_grad_f, eval_g, eval_jac_g and eval_h functions, documented here as "false if any evaluation method (eval_*) was previously called with the same values in x, true otherwise. This can be helpful when users have efficient implementations that calculate multiple outputs at once. Ipopt internally caches results from the TNLP and generally, this flag can be ignored."
We generate a method of doing combined computation, but we don't actually use it to help make Ipopt more efficient.
@dalvescb, to this end, we might be able to take advantage the
new_xBoolean value provided by Ipopt to theeval_f,eval_grad_f,eval_g,eval_jac_gandeval_hfunctions, documented here as "false if any evaluation method (eval_*) was previously called with the same values in x, true otherwise. This can be helpful when users have efficient implementations that calculate multiple outputs at once. Ipopt internally caches results from the TNLP and generally, this flag can be ignored."