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Up-> cppad_swig library a_fun a_fun_ctor

cppad_swig-> testing swig_xam.i library whats_new_2018

library-> module a_double vector a_fun sparse error xam.m4

a_fun-> independent abort_recording a_fun_ctor a_fun_jacobian a_fun_hessian a_fun_forward a_fun_reverse a_fun_optimize a_fun_property

a_fun_ctor

Headings-> Syntax module_ref ax ay af Example

@(@\newcommand{\B}[1]{ {\bf #1} } \newcommand{\R}[1]{ {\rm #1} }@)@ Stop Current Recording and Store in an a_fun Object
Syntax
af = module_ref a_fun(ax, ay)

module_ref
This is the module reference for the particular language.

ax
This argument has prototype
     const vec_a_double& ax
It must be the same as ax in the previous call to independent. To be specific, it must be the original independent variables. We use the notation n = ax.size() to denote the number of independent variables.

ay
This argument has prototype
     const vec_a_double& ax
It specifies the dependent variables. We use the notation m = ax.size() to denote the number of dependent variables.

af
The result has prototype
     a_fun af
It has a representation for the a_double operations that mapped the independent variables to the dependent variables. These operations define the function that can be differentiated.

Example
All of the a_fun examples use an a_fun constructor.

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Input File: lib/a_fun.cpp