\ifx\optionkeymacros\undefined\else\endinput\fi
% This document is in the Public Domain.
% It was created by Doug Henderson, Blue Sky Research,
% with modifications suggested by Joseph C. V�rilly.
% Added single quotes on 6-4-93.
%
% option_keys - 6-4-93 (last modification)
%
% This macro set defines characters found in the Apple Macintosh
% Monaco font. They allow users to simply type the keystroke 
% equivalent of the character desired, such as �, and have Textures�
% typeset it correctly, substituting the TeX macro equivalent
% for the character.
%
% The reason for the creation of this macro set was to take 
% advantage of Knuth's new TeX 3.0 capabilities with 8-bit character
% sets. This functionality has been included in our Textures� as
% of version 1.3. By typing in nearly any character from the 
% Macintosh keyboard, you can typeset with the characters directly 
% rather than needing to define macros for these diacritic characters. 
% Remember: these just expand single characters. They may not be
% defined in every context or mode.
%
% There are two sections to the macros; the first contains
% characters which can be rendered by depressing the option key
% and another key or shift and option keys with another key, 
% and secondly, a combination of various keystrokes together 
% to obtain the desired character. For example,
% to create the � character, you depress the option and o character
% at the same time; to create the uppercase version of �, you 
% hold the shift, option key, and o key down, and to create the
% � character, you first depress the option and n characters, 
% then next the shift and n characters. The option and n create
% the tilde character, and the shift n produce the N character.
%
% Math symbols and math operators need special attention. 
% When typing in math symbols the same 
% rules apply for math mode as before, namely, you must place dollar
% signs or double-dollar signs around these symbols. When typing
% in math operators, such as the square root symbol, TeX expects
% you to supply an argument following it. For example, if you
% would like to take advantage of the definition here for the
% plus-minus sign, �, and would like to type it directly for use
% in your text, you need to make sure you are in math mode when
% you call for the character, or simply place dollar signs around
% it to print only the plus minus sign thusly, $�$. Similarly,
% you also need to be in math mode when asking for the square root
% symbol, �, and additionally supply an argument to it. 
% The following example shows how to use both the plus-minus sign
% and the square root sign in an equation that has been simplified
% for you via these macro definitions.
%      $$-b��{b^2-4ac}\over{2a}$$

% define the macintosh "option" generated characters

\catcode`\�=\active\def�{{\aa}}       % option a
\catcode`\�=\active\def�{\int}        % option b (math mode) 
\catcode`\�=\active\def�{\c c}        % option c
\catcode`\�=\active\def�{\partial}    % option d (math mode)
\catcode`\�=\active\def�{\oint}       % option f (math mode) ?
\catcode`\�=\active\def�{\triangle}   % option j (math mode)
\catcode`\�=\active\def�{\neg}        % option l (math mode)
\catcode`\�=\active\def�{\mu}         % option m (math mode)
\catcode`\�=\active\def�{{\o}}        % option o
\catcode`\�=\active\def�{\pi}         % option p (math mode w/ arg.)
\catcode`\�=\active\def�{{\oe}}       % option q 
\catcode`\�=\active\def�{{\ss}}       % option s 
\catcode`\�=\active\def�{\dagger}     % option t  (math mode)
\catcode`\�=\active\def�{\sqrt}       % option v (math mode w/ arg.)
\catcode`\�=\active\def�{\Sigma}      % option w (math mode)
\catcode`\�=\active\def�{\approx}     % option x (math mode)
\catcode`\�=\active\def�{\Omega}      % option z (math mode)
\catcode`\�=\active\def�{{\it\$}}     % option 3 ($ from italic font)
\catcode`\�=\active\def�{\infty}      % option 5 (math mode)
\catcode`\�=\active\def�{{\S}}        % option 6 
\catcode`\�=\active\def�{{\P}}        % option 7
\catcode`\�=\active\def�{\bullet}     % option 8 
\catcode`\�=\active\def�{\leavevmode\raise.585ex\hbox{\b a}}      % option 9
\catcode`\�=\active\def�{\leavevmode\raise.6ex\hbox{\b o}}        % option 0
\catcode`\�=\active\def�{\not=}       % option = (math mode)
\catcode`\�=\active\def�{\leq}        % option , (math mode)
\catcode`\�=\active\def�{\geq}        % option . (math mode)
\catcode`\�=\active\def�{\div}        % option / (math mode)
\catcode`\�=\active\def�{{\dots}}     % option ; 
\catcode`\�=\active\def�{{\ae}}       % option '
\catcode`\�=\active\def�{\og}         % option \ (math mode)
\catcode`\�=\active\def�{``}          % option [
\catcode`\�=\active\def�{!`}          % option !
\catcode`\�=\active\def�{\rlap/c}     % option 4
\catcode`\�=\active\def�{`}           % option ] 
\catcode`\�=\active\def�{'}           % shift option ]

% macintosh "shift-option" generated characters

\catcode`\�=\active\def�{{\AA}}       % shift-option A
\catcode`\�=\active\def�{\c C}        % shift-option C
\catcode`\�=\active\def�{{\O}}        % shift-option O
\catcode`\�=\active\def�{\Pi}         % shift-option P (math mode)
\catcode`\�=\active\def�{{\OE}}       % shift-option Q
\catcode`\�=\active\def�{{\AE}}       % shift-option '
\catcode`\�=\active\def�{\diamond}    % shift-option V (math mode)
\catcode`\�=\active\def�{\accent'27}  % shift-option 8
\catcode`\�=\active\def�{''}          % shift-option [
\catcode`\�=\active\def�{\pm}         % shift-option = (math mode)
\catcode`\�=\active\def�{\fg}         % shift-option \ (math mode)
\catcode`\�=\active\def�{?`}          % shift-option / 
\catcode`\�=\active\def�{--}          % option - (en-dash)
\catcode`\�=\active\def�{---}         % shift-option - (em-dash)

% define the macintosh "composite" characters

\catcode`\�=\active\def�{\"a}        % option u, then  a
\catcode`\�=\active\def�{\"e}        % option u, then  e
\catcode`\�=\active\def�{\"{\i}}     % option u, then  i
\catcode`\�=\active\def�{\"o}        % option u, then  o
\catcode`\�=\active\def�{\"u}        % option u, then  u
\catcode`\�=\active\def�{\"y}        % option u, then  y
\catcode`\�=\active\def�{\^A}        %  ^, then  A
\catcode`\�=\active\def�{\"A}        % option u, then  A
\catcode`\�=\active\def�{\"O}        % option u, then  O
\catcode`\�=\active\def�{\"U}        % option u, then  U
\catcode`\�=\active\def�{\'a}        % option e, then  a
\catcode`\�=\active\def�{\'e}        % option e, then  e
\catcode`\�=\active\def�{\'{\i}}     % option e, then  i
\catcode`\�=\active\def�{\'o}        % option e, then  o
\catcode`\�=\active\def�{\'u}        % option e, then  u
\catcode`\�=\active\def�{\'E}        % option e, then  E
\catcode`\�=\active\def�{\^E}        %  ^, then  E
\catcode`\�=\active\def�{\`a}        % option `, then  a
\catcode`\�=\active\def�{\`e}        % option `, then  e
\catcode`\�=\active\def�{\`{\i}}     % option `, then  i
\catcode`\�=\active\def�{\`o}        % option `, then  o
\catcode`\�=\active\def�{\`u}        % option `, then  u
\catcode`\�=\active\def�{\`A}        % option `, then  A
\catcode`\�=\active\def�{\~a}        % option n, then  a
\catcode`\�=\active\def�{\~n}        % option n, then  n
\catcode`\�=\active\def�{\~o}        % option n, then  o
\catcode`\�=\active\def�{\~A}        % option n, then  A
\catcode`\�=\active\def�{\~N}        % option n, then  N
\catcode`\�=\active\def�{\~O}        % option n, then  O
\catcode`\�=\active\def�{\^a}        % option i, then  a
\catcode`\�=\active\def�{\^e}        % option i, then  e
\catcode`\�=\active\def�{\^{\i}}     % option i, then  i
\catcode`\�=\active\def�{\^o}        % option i, then  o
\catcode`\�=\active\def�{\^u}        % option i, then  u

\let\optionkeymacros\null