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Up-> cppad_swig library a_double a_double_compare

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_compare-> a_double_compare_xam.cpp a_double_compare_xam.m a_double_compare_xam.pm a_double_compare_xam.py

Headings-> Syntax op ax ay b Example

@(@\newcommand{\B}[1]{ {\bf #1} } \newcommand{\R}[1]{ {\rm #1} }@)@ ad_double Comparison Operators
Syntax
b = ax op ay

op
The binary operator op is one of the following: < (less than), <= (less than or equal), > (greater than), >= (greater than or equal), == (equal), != (not equal).

ax
This object has prototype
     const a_double& ax

ay
This object has prototype
     const a_double& ay

b
The result has prototype
     bool b

Example
C++ , Octave , Perl , Python .

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Input File: lib/a_double.cpp