get_test_function Function that uses all the VecAD operators; i.e. StppOp, StpvOp, StvpOp, StvvOp, LdOpOp, LdvOp The funcntion v(x) is defined by v_0

Fun.h(x, y) = H(x, y) = F_y (x, y)

------------------------------------------------------------------------

This is the only routine that is accessible outside of this file

! Create mapping from CppAD to Ipopt sparse representations of Hessian of F(x). The functions \f$ f : {\bf R}^n \rightarrow {\bf R} \f$ and \f$ g : {

---------------------------------------------------------------------

--------------------------------------------------------------------------- ident_zero

END_EMPTY_NAMESPACE ------------------------------------------------------------------------------ {xrst_begin info_sparse_hessian dev} Sparse Hessia

END_EMPTY_NAMESPACE ------------------------------------------------------------------------------ {xrst_begin info_sparse_jacobian dev} Sparse Jacob

-------------------------------------------------------------------------- integer

is_join

is_split

END_EVAL BEGIN_IS_UNARY

! Create mapping from CppAD to Ipopt sparse representations of Jacobian of g. The functions \f$ f : {\bf R}^n \rightarrow {\bf R} \f$ and \f$ g : {\b

--------------------------------------------------------------------- LdpOp and LdvOp (test assuming AdvvOp is correct)

---------------------------------------------------------------------------

---------------------------------------------------------------------------

---------------------------------------------------------------------

--------------------------------------------------------------------- MulpvOp

This is the only routine that is accessible outside of this file

This is the only routine that is accessible outside of this file

This is the only routine that is accessible outside of this file

This is the only routine that is accessible outside of this file

This is the only routine that is accessible outside of this file

%$$ $head One Matrix Multiply$$ Forward mode matrix multiply left times right and sum into result: $srccode%cpp% */

BEGIN_EMPTY_NAMESPACE my_integer

----------------------------------------------------------------------------

----------------------------------------------------------------------- const public functions -------------------------------------------------------

See forward_unary1_op in developer documentation

==================================================================== check no_cumulative_sum_op option

-------------------------------------------------------------------------- Test atomic_eigen_mat_inv using a non-symmetric matrix f(x) = [ x[0] -1

---------------------------------------------------------------------------

num_dynamic_arg

num_var_arg