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Up-> cppad_swig library a_double a_double_ad_binary a_double_ad_binary_xam.cpp

cppad_swig-> testing swig_xam.i library whats_new_2018

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

a_double-> a_double_ctor a_double_unary_op a_double_property a_double_ad_binary a_double_compare a_double_assign a_double_unary_fun a_double_cond_assign

a_double_ad_binary-> a_double_ad_binary_xam.cpp a_double_ad_binary_xam.m a_double_ad_binary_xam.pm a_double_ad_binary_xam.py

a_double_ad_binary_xam.cpp

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# include <cstdio>
# include <string>
# include <cppad/swig/cppad_swig.hpp>

bool a_double_ad_binary_xam(void) {
     using cppad_swig::a_double;
     using cppad_swig::vec_bool;
     using cppad_swig::vec_int;
     using cppad_swig::vec_double;
     using cppad_swig::vec_a_double;
     using cppad_swig::a_fun;
     using cppad_swig::sparse_rc;
     using cppad_swig::sparse_rcv;
     using cppad_swig::sparse_jac_work;
     using cppad_swig::sparse_hes_work;
     using std::string;
     //
     // initialize return variable
     bool ok = true;
     //------------------------------------------------------------------------
     a_double two = cppad_swig::a_double(2.0);
     a_double three = cppad_swig::a_double(3.0);
     //
     a_double five = two + three;
     a_double six = two * three;
     a_double neg_one = two - three;
     a_double two_thirds = two / three;
     //
     ok = ok && five.value() == 5.0;
     ok = ok && six.value() == 6.0;
     ok = ok && neg_one.value() == -1.0;
     ok = ok && 0.5 < two_thirds.value();
     ok = ok && two_thirds.value() < 1.0;
     ok = ok && five < six;
     //
     return( ok );
}