texinfo/contrib/texifont/fsel.tex

%
% These are in Texinfo.
%
% We never want plain's \outer definition of \+ in Texinfo.
% For @tex, we can use \tabalign.
\let\+ = \relax
%
\def\gobble#1{}%
\def\linenumber{l.\the\inputlineno:\space}%
\newlinechar = `^^J
% Set the baselineskip to #1, and the lineskip and strut size
% correspondingly.  There is no deep meaning behind these magic numbers
% used as factors; they just match (closely enough) what Knuth defined.
%
\def\lineskipfactor{.08333}%
\def\strutheightpercent{.70833}%
\def\strutdepthpercent {.29167}%
%
\def\setleading#1{%
  \normalbaselineskip = #1\relax
  \normallineskip = \lineskipfactor\normalbaselineskip
  \normalbaselines
  \setbox\strutbox =\hbox{%
    \vrule width0pt height\strutheightpercent\baselineskip
                    depth \strutdepthpercent \baselineskip
  }%
}%
%
% End of Texinfo defs.
%
% Specify amount and type of font-related logging:
%   0   notifications and warnings go to the log file only;
%   1   only warning go to the console;
%   2   notifications and warnings go to the console;
%   3   notifications go to the console, all warnings are made into errors.
%
% In all cases notifications and warnings go to the log file.
\newcount\tracingfonts
\tracingfonts1
%
\def\fontnotify{%
  \ifcase\tracingfonts
    \expandafter\wlog
  \or % 1
    \expandafter\wlog
  \else % 2-...
    \expandafter\message
  \fi
}%
%
\def\fontwarn{%
  \ifcase\tracingfonts
    \expandafter\wlog
  \or % 1
    \expandafter\message
  \or % 2
    \expandafter\message
  \else % 3-...
    \expandafter\errmessage
  \fi
}%
%
% We will sometimes temporarily turn these off (e.g., to avoid
% \message and \setbox interfering with \accent).
\let\@setleading\setleading
\let\@fontnotify\fontnotify
\let\@fontwarn\fontwarn
% Font and shape identification strings.
\def\shape@string{\f@encoding/\f@family/\f@series/\f@shape}%
\def\font@string{\shape@string/\f@size:\base@fntscale}%
%
% \declarefontfamily FAMILY FACTOR LINESKIP
%
% Declare font FAMILY, and set it's scale FACTOR (relative to the
% Computer Modern family) and LINESKIP factor (which will be applied
% to the current font size to obtain basic baseline skip).  Every font
% family must be declared before any font declaration \declarefont
% using that family.
\def\declarefontfamily#1 #2 #3 {%
  % Warn if the family has already been declared.
  \expandafter \ifx \csname fam@scale/#1\endcsname\relax \else
    \fontwarn{^^JWarning: redeclaring font family `#1'.}%
  \fi
  \expandafter\def\csname fam@scale/#1\endcsname{#2}%
  \expandafter\def\csname fam@lskip/#1\endcsname{#3}%
  % Initialize the family's encoding list to an empty list.
  \expandafter\let \csname fam@enc@list/#1\endcsname \empty
}%
%
% \declaremathfontfamily FAMILY FACTOR LINESKIP TEXTENC L-SKEW S-SKEW
%
% Declare math font family.  Parameters:
%
%   FAMILY      font family name;
%   FACTOR      scale factor (relative to the Computer Modern family);
%   LINESKIP    lineskip factor (which will be applied to the current
%               font size to obtain basic baseline skip);
%   TEXTENC     font encoding to use for the family 0 (this is to
%               distinguish fonts with T1 and OT1 encodings for the
%               `text' font, since T1 and OT1 have accents in
%               different slots);
%   L-SKEW      skew char for family 1 (math letters);
%   S-SKEW      skew char for family 2 (math symbols).
\def\declaremathfontfamily#1 #2 #3 #4 #5 #6 {%
  \declarefontfamily #1 #2 #3
  \expandafter\def\csname fam@textenc/#1\endcsname{#4}%
  \expandafter\def\csname fam@ml-sc/#1\endcsname{#5}%
  \expandafter\def\csname fam@ms-sc/#1\endcsname{#6}%
}%
%
% \mathfontfamilyhook FAMILY {TEXT}
%
% Define a hook to be called every time the fonts for math FAMILY are
% set up.
\def\mathfontfamilyhook#1 #2{%
  \expandafter\def\csname fmath@hook@#1\endcsname{#2}%
}%
%
% \mathfontfamilyprehook FAMILY {TEXT}
%
% Define a hook to be called when the math FAMILY is loaded.
\def\mathfontfamilyprehook#1 #2{%
  \expandafter\def\csname fmath@pre-hook@#1\endcsname{#2}%
}%
%
% \mathfontfamilyposthook FAMILY {TEXT}
%
% Define a hook to be called when the math FAMILY is unloaded.
\def\mathfontfamilyposthook#1 #2{%
  \expandafter\def\csname fmath@post-hook@#1\endcsname{#2}%
}%
%
% \fontbasefamily FAMILY
%
% Declare FAMILY as the "base" family, which means that its fonts
% will be displayed at their "natural" sizes, and all other families
% will be scaled to match FAMILY.
\def\fontbasefamily#1 {%
  % Check that the family has been declared.
  \expandafter \ifx \csname fam@scale/#1\endcsname\relax
    \errmessage{Error: setting base family to an unknown family `#1'}%
  \fi
  \edef\base@fntscale{\csname fam@scale/#1\endcsname}%
  % Reload the current font (it may change if the base factor changed).
  \selectfont
}%
%
% \fontfamily STYLE FAMILY
%
% FIXME doc.
\def\mathword{math}%
\let\f@family@math\empty % Avoid `Undefined' errors in \csname the first time.
\def\fontfamily#1 #2 {%
  \edef\temp{#1}%
  \ifx\temp\mathword
    % Call post-hook for the old math family.
    \csname fmath@post-hook@\f@family@math\endcsname
    \expandafter\edef \csname f@family@\mathword\endcsname{#2}%
    % Define accents for the encoding of the \fam0 font.
    \expandafter\csname \csname fam@textenc/#2\endcsname @math@textenc\endcsname
    % FIXME Need to call \resetmathfonts now, or call pre-hook after
    % the first call to \resetmathfonts, otherwise errors are possible
    % about undefined glyphs.
    % Call pre-hook for the new math family.
    \csname fmath@pre-hook@#2\endcsname
  \else
    \expandafter\edef \csname f@family@#1\endcsname{#2}%
  \fi
}%
%
% FIXME Rename.
\def\selectfont@style#1{%
  \expandafter\let\expandafter \f@family \csname f@family@#1\endcsname
  \selectfont
}%
%
% \declarefont ENC FAMILY SER SH L-U SZ FONT
%
% Declare a FAMILY font in ENC encoding, SER series and SH shape, for
% the size range L-U.  SZ is the design size of the font, FONT is the
% font file name.  L-U defines the size range as [L,U).  All sizes (L,
% U, SZ) may contain optional unit specifier; if it is missing, `pt'
% is assumed.
\def\declarefont #1 #2 #3 #4 #5-#6 #7 #8 {%
  % Check that FAMILY has been declared.
  \expandafter \ifx \csname fam@scale/#2\endcsname\relax
    \errmessage{Error: declaring font `#8' for an unknown family `#2'}%
  \fi
  % Convert all sizes into integers, scaled 10 times.
  \fnt@size@to@int{#5}\edef\tempa{\number\dimen@}% L
  \fnt@size@to@int{#6}\edef\tempb{\number\dimen@}% U
  \fnt@size@to@int{#7}\edef\tempc{\number\dimen@}% SZ
  % Construct internal font shape name as \sh/ENC/FAMILY/SER/SH.
  \expandafter\def\expandafter\temp\expandafter{%
    \csname sh/#1/#2/#3/#4\endcsname
  }%
  % Add the font specification as the quad L U SZ FONT to the
  % beginning of the font list for this shape.
  \expandafter\ifx\temp\relax
    \let\tempd\empty
  \else
    \edef\tempd{\temp}% Previous def of the shape name.
  \fi
  \expandafter\edef\temp{\tempa\space\tempb\space\tempc\space#8 \tempd}%
  % Add the encoding to the list of encodings for this family, if it's
  % not been added yet.
  \expandafter\ifx \csname fam@enc/#2/#1\endcsname \relax
    \expandafter\let\expandafter\temp \csname fam@enc@list/#2\endcsname
    \expandafter\edef \csname fam@enc@list/#2\endcsname{\temp\space #1}%
  \fi
  % Set the flag that this family supports this encoding.
  \expandafter\let\csname fam@enc/#2/#1\endcsname\empty
}%
%
% \fontmap ENC1 FAM1 SER1 SH1 > ENC2 FAM2 SER2 SH2
%
% Define font mapping.  Ideally, any of the attributes can be an `*',
% but only a useful subset is currently supported for the first half
% (see \search@font@map).  It should be easy to extend this subset if
% need be.
%
% If an `*' appears in the first half (`from-attributes'), its
% meaning is "apply this map to fonts having anything for this
% attribute".  If an `*' appears in the second half (`to-attributes'),
% its meaning is "leave this attribute unchanged from the respective
% from-attribute".
%
%           E1 F1 S1 s1 > E2 F2 S2 s2
\def\fontmap#1 #2 #3 #4 > #5 #6 #7 #8 {%
  \expandafter\def\csname fmap/#1/#2/#3/#4\endcsname{#5/#6/#7/#8}%
}%
%
% \fontmapshape FAMILY1 SH1 > FAMILY2 SH2
%
% Define generic shape mapping:  requests for FAMILY1 fonts in shape
% SH1 and any encoding and series will be redirected to FAMILY2 fonts
% in shape SH2 and the same encoding and series.
\def\fontmapshape#1 #2 > #3 #4 {%
  \fontmap * #1 * #2 > * #3 * #4
}%
%
% \fontmapseries FAMILY1 SER1 > FAMILY2 SER2
%
% Define generic series mapping:  requests for FAMILY1 fonts in series
% SER1 and any encoding and shape will be redirected to FAMILY2 fonts
% in series SER2 and the same encoding and shape.
\def\fontmapseries#1 #2 > #3 #4 {%
  \fontmap * #1 #2 * > * #3 #4 *
}%
%
% \fontmapfamily FAMILY1 ENC FAMILY2
%
% Define family mapping:  requests for FAMILY1 fonts in encoding ENC
% will be redirected to FAMILY2 fonts in the same encoding.
\def\fontmapfamily#1 #2 #3 {%
  \fontmap #2 #1 * * > * #3 * *
  % Remember that this family supports this encoding.
  \expandafter\let\csname fam@enc/#1/#2\endcsname\empty
}%
%
% Take a dimension or a number (in which case assume `pt' units) and
% convert it into an integer (in \dimen@) ten times the dimension's
% representation in points.  We attempt to round properly, to the
% extent that TeX's integer arithmetics allows.  Note that we take
% 0.1pt = 6554 (6553.6 rounded to the nearest integer), but maybe
% 6553 would have been better because it rounds the 100ths of a point
% better (e.g., in 10.85pt), for which we care more than for the
% 1000ths / 10000ths of a point (e.g., in 10.849pt).
\def\fnt@size@to@int#1{%
  \get@dimen{#1}%
  \advance\dimen@ by.05pt % 0.1pt / 2.
  \divide\dimen@ by6554 % = 0.1pt = (Xpt / 0.1pt * 0.1pt) * 10 / 1pt.
}%
% Take a dimension or a number, and save it in \dimen@.  In case of a
% number, assume `pt' units.
\def\get@dimen#1{%
  \afterassignment\gobble@to@finish
  \dimen@#1pt \finish
}%
\def\gobble@to@finish#1\finish{}%
%
% These generally should not be used by the end user.  To actually
% select the font specified by one or several of the following, say
% \selectfont.
\def\setfontencoding{\edef\f@encoding}%
\def\setfontfamily{\edef\f@family}%
\def\setfontseries{\edef\f@series}%
\def\setfontshape{\edef\f@shape}%
\def\setfontsize#1{\fnt@size@to@int{#1}\edef\f@size{\number\dimen@}}%
% User-space commands to set (some of) the above.
\def\mdseries{\setfontseries{m}\selectfont}%
\def\bfseries{\setfontseries{bx}\selectfont}%
\def\upshape{\setfontshape{n}\selectfont}%
\def\itshape{\setfontshape{it}\selectfont}%
\def\slshape{\setfontshape{sl}\selectfont}%
\def\scshape{\setfontshape{sc}\selectfont}%
%
% Scale \f@size.
\def\scale@f@size#1{%
  \scalecount\f@size{#1}%
  \edef\f@size{\number\count@}%
}%
% Scale the current font.  #1 is the magnification factor.
\def\scalefont#1{%
  \scale@f@size{#1}%
  \selectfont
}%
% Scale current font size by #1.  Result in \dimen@ (in points).
% Clobbers \dimen@.
\def\scalefontsize#1{%
  \scalecount\f@size{#1}%
  \dimen@=\count@\p@
  \divide\dimen@ by10
}%
% Scale integer #1 by #2, taking care of the rounding.  Result in
% \count@.
\def\scalecount#1#2{%
  \count@#1%
  \multiply\count@ by#2%
  \advance\count@ by500%
  \divide\count@ by1000
}%
%
% Parameters for math fonts.
%
% FIXME These parameters probably have to be per-font-family.
\def\mf@scr@factor{700 }%
\def\mf@scrscr@factor{500 }%
% Theoretically, these have to be per-font-family, but practically
% plain TeX settings work with most families; and for families with
% which these don't work (PXMath, TXMath, CharterMath, ArevMath) these
% settings are still the best possible -- do these families have a bug
% (or maybe some weird design decisions)?
\def\big@factor{850 }%
\def\Big@factor{1150 }%
\def\bigg@factor{1450 }%
\def\Bigg@factor{1750 }%
%
% Setup math fonts.  This is called for every math mode switch from
% \everymath.  Texinfo doesn't use display math, so we don't bother
% with \everydisplay.  NOTE:  One alternative to setting math fonts at
% the beginning of every math mode is to set them at every change of a
% font attribute which affects math fonts (i.e., size, series, but
% _not_ shape). This would mean that lots of fonts will be loaded,
% while in most cases the user will never use math with those settings.
\everymath{\resetmathfonts}%
\def\resetmathfonts{%
  % Save all current font attributes -- we'll clobber them.
  \let\reset@f@encoding\f@encoding
  \let\reset@f@family\f@family
  \let\reset@f@series\f@series
  \let\reset@f@shape\f@shape
  \let\reset@f@size\f@size
  \let\reset@fontwarn\@fontwarn
  % Don't report non-existent fonts -- we'll ignore them and hope that
  % the user won't use them.
  \let\@fontwarn\gobble
  % Set math families for the style switches.
  \selectmathfont@style{roman}\rmfam
  \selectmathfont@style{sans}\sffam
  \selectmathfont@style{mono}\ttfam
  \let\f@family\reset@f@family
  \itshape \setup@m@family\itfam
  \slshape \setup@m@family\slfam
  \setfontshape{n}\bfseries \setup@m@family\bffam
  % Restore warnings.
  \let\@fontwarn\reset@fontwarn
  % Now set the math fonts.  The shape is always a `.'.
  \let\f@family\f@family@math
  \let\f@series\reset@f@series
  \def\f@shape{.}%
  % Text size.
  \setup@m@families\textfont
  % Script size.
  \scale@f@size\mf@scr@factor
  \setup@m@families\scriptfont
  % Script-script size.
  \let\f@size\reset@f@size
  \scale@f@size\mf@scrscr@factor
  \setup@m@families\scriptscriptfont
  % Call the fonts hook for this family.
  \let\f@size\reset@f@size
  \csname fmath@hook@\f@family@math\endcsname
  % Restore font attributes.
  \let\f@encoding\reset@f@encoding
  \let\f@family\reset@f@family
  \let\f@series\reset@f@series
  \let\f@shape\reset@f@shape
  \let\f@size\reset@f@size
  \selectfont
}%
%
% Select style #1 and set math family #2 to the font. FIXME Rename.
\def\selectmathfont@style#1#2{%
  \selectfont@style{#1}%
  \setup@m@family{#2}%
}%
% Set \textfont of math family #1 to \c@font@command, unless the
% font command is \relax.
\def\setup@m@family#1{%
  \expandafter\ifx\c@font@command\relax\else
    \textfont#1=\c@font@command
  \fi
}%
% Set up #1 (\textfont, \scriptfont or \scriptscriptfont) fonts for
% families 0, 1, 2 and 3 with the current size.  \f@family must be set
% to the math font family.
\def\setup@m@families#1{%
  \setfontencoding{\csname fam@textenc/\f@family\endcsname}\search@font
    #10=\c@font@command
  \setfontencoding{OML}\search@font #11 = \c@font@command
    \skewchar\c@font@command = \csname fam@ml-sc/\f@family\endcsname
  \setfontencoding{OMS}\search@font #12 = \c@font@command
    \skewchar\c@font@command = \csname fam@ms-sc/\f@family\endcsname
  \setfontencoding{OMX}\search@font #13 = \c@font@command
}%
%
% We need separate \rmfam -- math fonts define their own "text" fonts
% which they use for the accents, and the user's "roman" family should
% not interfere with that.
\newfam\rmfam
\def\rm{\selectfont@style{roman}\fam=\rmfam}%
\newfam\sffam % \sffam is not in plain TeX.
\def\sf{\selectfont@style{sans}\fam=\sffam}%
\let\li = \sf % Sometimes we call it \li, not \sf.
\def\tt{\selectfont@style{mono}\fam=\ttfam}%
\def\it{\itshape \fam=\itfam}%
\def\sl{\slshape \fam=\slfam}%
\def\bf{\bfseries \fam=\bffam}%
% We don't need math for this font style.
\def\ttsl{\setfontshape{sl}\selectfont@style{mono}}%
%
\def\@big#1#2{%
  {\hbox{$
    \expandafter\scalefontsize \csname#1@factor\endcsname
    \left#2\vbox to\dimen@{}\right.\n@space
  $}}%
}%
\def\big{\@big{big}}%
\def\Big{\@big{Big}}%
\def\bigg{\@big{bigg}}%
\def\Bigg{\@big{Bigg}}%
%
% The accents are in different slots in OT1 and T1, so these will
% redefine the accents (see \setfontfamily).
\expandafter\def\csname OT1@math@textenc\endcsname{%
  \def\acute{\mathaccent"7013 }%
  \def\grave{\mathaccent"7012 }%
  \def\ddot{\mathaccent"707F }%
  \def\tilde{\mathaccent"707E }%
  \def\bar{\mathaccent"7016 }%
  \def\breve{\mathaccent"7015 }%
  \def\check{\mathaccent"7014 }%
  \def\hat{\mathaccent"705E }%
  \def\dot{\mathaccent"705F }%
}%
\expandafter\def\csname T1@math@textenc\endcsname{%
  \def\acute{\mathaccent"7001 }%
  \def\grave{\mathaccent"7000 }%
  \def\ddot{\mathaccent"7004 }%
  \def\tilde{\mathaccent"7003 }%
  \def\bar{\mathaccent"7009 }%
  \def\breve{\mathaccent"7008 }%
  \def\check{\mathaccent"7007 }%
  \def\hat{\mathaccent"7002 }%
  \def\dot{\mathaccent"700A }%
}%
%
% We keep track of the combinations of current encoding list (set by
% @documentencoding) and current font family encoding list, for the
% sake of glyph caching.
\newcount\enclist@curr
\newcount\enclist@count
%
\def\update@enclist@index{%
  \expandafter\let\expandafter\temp \csname fam@enc@list/\f@family\endcsname
  \edef\temp{\f@encoding/\cur@fenc@list/\temp}%
  \expandafter\ifx \csname el@\temp\endcsname \relax
    \global\advance \enclist@count by1
    \expandafter\xdef \csname el@\temp\endcsname {\the\enclist@count}%
    \enclist@curr=\enclist@count\relax
  \else
    \enclist@curr=\csname el@\temp\endcsname\relax
  \fi
}%
%
% \selectfont
%
% Select the font as specified by the values of \f@... and set line
% skip and strut box for the font's size.
\def\selectfont{%
  \search@font
  \c@font@command % Select the font.
  \update@enclist@index % For proper glyph caching.
  % Set strutbox and line skips accordingly.
  \ifx\temp\relax\else
    % The code below only produces lineskips which are multiples of
    % 0.1pt.  The maximum dimension it can deal with is 214.7pt.  This
    % means that, for a font with the relative factor of 1000 and the
    % lineskip factor of 1200, the maximum font size is 178.9pt (which
    % is 214.7pt / 1.2), which should be more than enough for Texinfo.
    \count@\csname fam@lskip/\f@family\endcsname % This family's lineskip factor.
    \multiply\count@ by\f@size % Requested font size (in pt, x10).
    \multiply\count@ by\csname fam@scale/\f@family\endcsname % This family's factor.
    \divide\count@ by\base@fntscale % Base factor.
    \advance\count@ by500 % For the rounding.
    \divide\count@ by1000
    \dimen@\count@ pt
    \divide\dimen@ by10
    \@fontnotify{^^J\linenumber Setting line skip to \the\dimen@.}%
    \@setleading\dimen@
  \fi
}%
%
\def\search@font{%
  % Expand \font@string once now, we might use it several times.
  \edef\c@font@string{\font@string}%
  % Also define a shortcut for the corresponding font command.
  \edef\c@font@command{\expandafter\noexpand \csname\c@font@string\endcsname}%
  % First check if the requested font is in the cache.
  \expandafter\let\expandafter \temp \c@font@command
  \ifx\temp\relax
    % No, it's not in the cache, search for the font.
    \search@font@size
    \expandafter\let\expandafter \temp \c@font@command
    \ifx\temp\relax
      % The font is not found, check whether it is mapped.
      \search@font@map
      \expandafter\let\expandafter \temp \c@font@command
      \ifx\temp\relax
        % No, it's not mapped either, issue a warning.
        \@fontwarn{^^J\linenumber Warning: font \c@font@string\space
                   is not declared, leaving the font unchanged.}%
      \fi
    \fi
  \else
    % The font is in the cache, report it.
    \@fontnotify{^^J\linenumber In font cache: \c@font@string\space
                 (\fontname\csname\c@font@string\endcsname).}%
  \fi
}%
%
% Search for the font as specified by the values of \f@...  If it's
% found, load it and add it to the cache.
\def\search@font@size{%
  % Check that there's a definition for the requested font shape
  % (declared by \declarefont).
  \expandafter\let\expandafter \temp \csname sh/\shape@string\endcsname
  \ifx\temp\relax \else
    % The shape was defined.  It should contain mapping of size ranges
    % to fonts.  Search the font for the requested size.
    \expandafter\parse@font@range\temp\finish
  \fi
}%
%                    L  U  SZ FN the-rest-of-the-list
\def\parse@font@range#1 #2 #3 #4 #5\finish{%
  % See if we have not yet reached the end of the list.
  \def\temp{#5}%
  \ifx\temp\empty
    \let\next\gobble % Yeah, the end, gobble \finish below.
  \else
    \let\next\parse@font@range % No, continue recursively.
  \fi
  % If \f@size belongs in [#1,#2), we have found our range.
  \ifnum\f@size<#1 \else \ifnum\f@size<#2
    \load@font{#4}{#3}%
    \let\next\gobble@to@finish % Stop the recursive list search.
  \fi\fi
  \next#5\finish
}%
%
% Load the font as specified by \f@... and add it to the cache.  #1 is
% the font file name, #2 is the design size.
\def\load@font#1#2{%
  % Calculate the scale factor for this font.  Because of the way we
  % do this, the maximum possible font size, for a font with the
  % relative factor of 1000, is 214.7pt, which should be more than
  % enough for Texinfo.
  \count@ \csname fam@scale/\f@family\endcsname % This family's factor.
  \multiply\count@ by\f@size % Requested size.
  \multiply\count@ by1000
  \divide\count@ by#2 % This font's design size.
  \divide\count@ by\base@fntscale % Base factor.
  % Report the font.
  \@fontnotify{^^J\linenumber Adding to font cache:
               \c@font@string \space -> #1 scaled \the\count@.}%
  % Load it.  The name we define will be used in "cache" lookups of
  % this font.
  \global\expandafter\font \c@font@command #1 scaled \count@\relax
}%
%
% Search font mappings for the requested font (as per the \f@...
% macros) and set \c@font@command if it's found.  Mappings can contain
% globbing characters (`*'), but for the from-attributes, we only
% support a subset of possible combinations, see the comments below.
% To-attributes can have any combination of `*'s.
\def\search@font@map{%
  % * F1 * s1
  \if\fmap@exists *\f@family*\f@shape
  \else
    % * F1 S1 *
    \if\fmap@exists *\f@family\f@series*%
    \else
      % ENC F1 S1 *
      \if\fmap@exists \f@encoding\f@family\f@series*%
      \else
        % ENC F1 * *
        \if\fmap@exists \f@encoding\f@family**%
        \fi
      \fi
    \fi
  \fi
}%
%
% Note:  calls \font@apply@map if the map exists.
\def\fmap@exists#1#2#3#4{%
  TT\fi % Cancel out the preceding \if -- we'll roll our own.
  \expandafter\let\expandafter\@fmap \csname fmap/#1/#2/#3/#4\endcsname
  \ifx\@fmap\relax
    \fmap@exists@false
  \else
    \@fontnotify{^^J\linenumber Mapping font: #1/#2/#3/#4 -> \@fmap.}%
    \expandafter\font@apply@map \@fmap\finish
    \fmap@exists@true
  \fi
}%
\def\fmap@exists@false{\expandafter\iffalse}%
\def\fmap@exists@true{\expandafter\iftrue}%
%
\def\font@apply@map#1/#2/#3/#4\finish{%
  \begingroup % Save the \f@... and \c@font@... macros.
    \font@set@attrib \f@encoding{#1}%
    \font@set@attrib \f@family  {#2}%
    \font@set@attrib \f@series  {#3}%
    \font@set@attrib \f@shape   {#4}%
    \selectfont
    \global\expandafter\let\expandafter \gtemp \c@font@command
  \endgroup % Restore the \f@... and \c@font@... macros.
  % Define the font selection command for the new font.
  \global\expandafter\let \c@font@command \gtemp
}%
%
\def\asteriskword{*}%
%
\def\font@set@attrib#1#2{%
  \edef\temp{#2}%
  \ifx\temp\asteriskword
    % Leave the attribute unchanged.
  \else
    \let#1\temp
  \fi
}%
%
% Computer Modern Roman.
%
\declarefontfamily CMRoman 1000 1200
% Medium weight.
% Upright.               ser sh [l,u)     sz font
\declarefont OT1 CMRoman m   n  0-5.5      5  cmr5
\declarefont OT1 CMRoman m   n  5.5-6.5    6  cmr6
\declarefont OT1 CMRoman m   n  6.5-7.5    7  cmr7
\declarefont OT1 CMRoman m   n  7.5-8.5    8  cmr8
\declarefont OT1 CMRoman m   n  8.5-9.5    9  cmr9
\declarefont OT1 CMRoman m   n  9.5-10.5   10 cmr10
\declarefont OT1 CMRoman m   n  10.5-14    12 cmr12
\declarefont OT1 CMRoman m   n  14-10000   17 cmr17
% Italic.
\declarefont OT1 CMRoman m   it 0-7.5      7  cmti7
\declarefont OT1 CMRoman m   it 7.5-8.5    8  cmti8
\declarefont OT1 CMRoman m   it 8.5-9.5    9  cmti9
\declarefont OT1 CMRoman m   it 9.5-10.5   10 cmti10
\declarefont OT1 CMRoman m   it 10.5-10000 12 cmti12
% Slanted.
\declarefont OT1 CMRoman m   sl 0-6.8      6  cmsl6 % from cmextra
\declarefont OT1 CMRoman m   sl 6.8-8.5    8  cmsl8
\declarefont OT1 CMRoman m   sl 8.5-9.5    9  cmsl9
\declarefont OT1 CMRoman m   sl 9.5-10.5   10 cmsl10
\declarefont OT1 CMRoman m   sl 10.5-10000 12 cmsl12
% Caps and small caps.
\declarefont OT1 CMRoman m   sc 0-10000    10 cmcsc10
% Unslanted italic (for slanted pound sterling).
\declarefont OT1 CMRoman m   ui 0-10000    10 cmu10
%
% Bold weight.
\declarefont OT1 CMRoman b   n  0-10000    10 cmb10
\fontmapseries CMRoman b > * bx
%
% Bold extended.
% Upright.               ser sh [l,u)      sz font
\declarefont OT1 CMRoman bx  n  0-5.5      5  cmbx5
\declarefont OT1 CMRoman bx  n  5.5-6.5    6  cmbx6
\declarefont OT1 CMRoman bx  n  6.5-7.5    7  cmbx7
\declarefont OT1 CMRoman bx  n  7.5-8.5    8  cmbx8
\declarefont OT1 CMRoman bx  n  8.5-9.5    9  cmbx9
\declarefont OT1 CMRoman bx  n  9.5-10.5   10 cmbx10
\declarefont OT1 CMRoman bx  n  10.5-10000 12 cmbx12
% Italic.
\declarefont OT1 CMRoman bx  it 0-8.5      7  cmbxti7  % from cmextra
\declarefont OT1 CMRoman bx  it 8.5-11     10 cmbxti10
\declarefont OT1 CMRoman bx  it 11-10000   12 cmbxti12 % from cmextra
% Slanted.
\declarefont OT1 CMRoman bx  sl 0-10000    10 cmbxsl10
%
% Math letters.
\fontmap OML CMRoman m * > * * * n
\fontmap OML CMRoman bx * > * * * n
\fontmap OML CMRoman b * > * * bx *
% Medium weight.         ser sh [l,u)      sz font
\declarefont OML CMRoman m   n  0-5.5      5  cmmi5
\declarefont OML CMRoman m   n  5.5-6.5    6  cmmi6
\declarefont OML CMRoman m   n  6.5-7.5    7  cmmi7
\declarefont OML CMRoman m   n  7.5-8.5    8  cmmi8
\declarefont OML CMRoman m   n  8.5-9.5    9  cmmi9
\declarefont OML CMRoman m   n  9.5-10.5   10 cmmi10
\declarefont OML CMRoman m   n  10.5-10000 12 cmmi12
% Bold extended.
\declarefont OML CMRoman bx  n  0-5.5      5  cmmib5
\declarefont OML CMRoman bx  n  5.5-6.5    6  cmmib6
\declarefont OML CMRoman bx  n  6.5-7.5    7  cmmib7
\declarefont OML CMRoman bx  n  7.5-8.5    8  cmmib8
\declarefont OML CMRoman bx  n  8.5-9.5    9  cmmib9
\declarefont OML CMRoman bx  n  9.5-10000  10 cmmib10
%
% Math symbols.
\fontmap OMS CMRoman m * > * * * n
\fontmap OMS CMRoman bx * > * * * n
\fontmap OMS CMRoman b * > * * bx *
% Medium weight.         ser sh [l,u)      sz font
\declarefont OMS CMRoman m   n  0-5.5      5  cmsy5
\declarefont OMS CMRoman m   n  5.5-6.5    6  cmsy6
\declarefont OMS CMRoman m   n  6.5-7.5    7  cmsy7
\declarefont OMS CMRoman m   n  7.5-8.5    8  cmsy8
\declarefont OMS CMRoman m   n  8.5-9.5    9  cmsy9
\declarefont OMS CMRoman m   n  9.5-10000  10 cmsy10
% Bold extended.
\declarefont OMS CMRoman bx  n  0-5.5      5  cmbsy5
\declarefont OMS CMRoman bx  n  5.5-6.5    6  cmbsy6
\declarefont OMS CMRoman bx  n  6.5-7.5    7  cmbsy7
\declarefont OMS CMRoman bx  n  7.5-8.5    8  cmbsy8
\declarefont OMS CMRoman bx  n  8.5-9.5    9  cmbsy9
\declarefont OMS CMRoman bx  n  9.5-10000  10 cmbsy10
%
% Computer Modern Sans.
%
\declarefontfamily CMSans 1000 1200
\fontmapshape CMSans it > * sl
\fontmapseries CMSans b > * bx
\fontmapfamily CMSans OML CMRoman
\fontmapfamily CMSans OMS CMRoman
% Medium weight.
% Upright.              ser sh [l,u)     sz font
\declarefont OT1 CMSans m   n  0-8.5     8  cmss8
\declarefont OT1 CMSans m   n  8.5-9.5   9  cmss9
\declarefont OT1 CMSans m   n  9.5-10.5  10 cmss10
\declarefont OT1 CMSans m   n  10.5-14   12 cmss12
\declarefont OT1 CMSans m   n  14-10000  17 cmss17
% Slanted.
\declarefont OT1 CMSans m   sl 0-8.5     8  cmssi8
\declarefont OT1 CMSans m   sl 8.5-9.5   9  cmssi9
\declarefont OT1 CMSans m   sl 9.5-10.5  10 cmssi10
\declarefont OT1 CMSans m   sl 10.5-14   12 cmssi12
\declarefont OT1 CMSans m   sl 14-10000  17 cmssi17
%
% Bold extended.
\declarefont OT1 CMSans bx  n  0-10000   10 cmssbx10
\declarefont OT1 CMSans bx  sl 0-10000   10 cmssbxo10 % from cmextra
%
% Computer Modern Typewriter.
%
\declarefontfamily CMMono 1000 1200
\fontmapfamily CMMono OML CMRoman
\fontmapfamily CMMono OMS CMRoman
% Medium weight.
% Upright.              ser sh [l,u)      sz font
\declarefont OT1 CMMono m   n  0-8.5      8  cmtt8
\declarefont OT1 CMMono m   n  8.5-9.5    9  cmtt9
\declarefont OT1 CMMono m   n  9.5-10.5   10 cmtt10
\declarefont OT1 CMMono m   n  10.5-10000 12 cmtt12
% Italic.
\declarefont OT1 CMMono m   it 0-9.5      9  cmitt9  % from cmextra
\declarefont OT1 CMMono m   it 9.5-10.5   10 cmitt10
\declarefont OT1 CMMono m   it 10.5-10000 12 cmitt12 % from cmextra
% Slanted.
\declarefont OT1 CMMono m   sl 0-9.5      9  cmsltt9  % from cmextra
\declarefont OT1 CMMono m   sl 9.5-10000  10 cmsltt10
%
% Latin Modern Roman.
%
\declarefontfamily LMRoman 1000 1200
% Medium weight.
% Upright.              ser sh [l,u)     sz font
\declarefont T1 LMRoman m   n  0-5.5     5  ec-lmr5
\declarefont T1 LMRoman m   n  5.5-6.5   6  ec-lmr6
\declarefont T1 LMRoman m   n  6.5-7.5   7  ec-lmr7
\declarefont T1 LMRoman m   n  7.5-8.5   8  ec-lmr8
\declarefont T1 LMRoman m   n  8.5-9.5   9  ec-lmr9
\declarefont T1 LMRoman m   n  9.5-10.5  10 ec-lmr10
\declarefont T1 LMRoman m   n  10.5-14   12 ec-lmr12
\declarefont T1 LMRoman m   n  14-10000  17 ec-lmr17
\declarefont TS1 LMRoman m  n  0-5.5     5  ts1-lmr5
\declarefont TS1 LMRoman m  n  5.5-6.5   6  ts1-lmr6
\declarefont TS1 LMRoman m  n  6.5-7.5   7  ts1-lmr7
\declarefont TS1 LMRoman m  n  7.5-8.5   8  ts1-lmr8
\declarefont TS1 LMRoman m  n  8.5-9.5   9  ts1-lmr9
\declarefont TS1 LMRoman m  n  9.5-10.5  10 ts1-lmr10
\declarefont TS1 LMRoman m  n  10.5-14   12 ts1-lmr12
\declarefont TS1 LMRoman m  n  14-10000  17 ts1-lmr17
% Italic.
\declarefont T1 LMRoman m   it 0-7.5      7  ec-lmri7
\declarefont T1 LMRoman m   it 7.5-8.5    8  ec-lmri8
\declarefont T1 LMRoman m   it 8.5-9.5    9  ec-lmri9
\declarefont T1 LMRoman m   it 9.5-10.5   10 ec-lmri10
\declarefont T1 LMRoman m   it 10.5-10000 12 ec-lmri12
\declarefont TS1 LMRoman m  it 0-7.5      7  ts1-lmri7
\declarefont TS1 LMRoman m  it 7.5-8.5    8  ts1-lmri8
\declarefont TS1 LMRoman m  it 8.5-9.5    9  ts1-lmri9
\declarefont TS1 LMRoman m  it 9.5-10.5   10 ts1-lmri10
\declarefont TS1 LMRoman m  it 10.5-10000 12 ts1-lmri12
% Slanted.
\declarefont T1 LMRoman m   sl 6.8-8.5    8  ec-lmro8
\declarefont T1 LMRoman m   sl 8.5-9.5    9  ec-lmro9
\declarefont T1 LMRoman m   sl 9.5-10.5   10 ec-lmro10
\declarefont T1 LMRoman m   sl 10.5-14    12 ec-lmro12
\declarefont T1 LMRoman m   sl 14-10000   17 ec-lmro17
\declarefont TS1 LMRoman m  sl 6.8-8.5    8  ts1-lmro8
\declarefont TS1 LMRoman m  sl 8.5-9.5    9  ts1-lmro9
\declarefont TS1 LMRoman m  sl 9.5-10.5   10 ts1-lmro10
\declarefont TS1 LMRoman m  sl 10.5-14    12 ts1-lmro12
\declarefont TS1 LMRoman m  sl 14-10000   17 ts1-lmro17
% Caps and small caps.
\declarefont T1 LMRoman m   sc 0-10000    10 ec-lmcsc10
\declarefont TS1 LMRoman m  sc 0-10000    10 ts1-lmcsc10
%
% Bold weight.
\declarefont T1 LMRoman b   n  0-10000    10 ec-lmb10
\fontmapseries LMRoman b > * bx % For the `it' shape.
\declarefont T1 LMRoman b   sl 0-10000    10 ec-lmbo10
\declarefont TS1 LMRoman b  n  0-10000    10 ts1-lmb10
\declarefont TS1 LMRoman b  sl 0-10000    10 ts1-lmbo10
%
% Bold extended.
% Upright.              ser sh [l,u)      sz font
\declarefont T1 LMRoman bx  n  0-5.5      5  ec-lmbx5
\declarefont T1 LMRoman bx  n  5.5-6.5    6  ec-lmbx6
\declarefont T1 LMRoman bx  n  6.5-7.5    7  ec-lmbx7
\declarefont T1 LMRoman bx  n  7.5-8.5    8  ec-lmbx8
\declarefont T1 LMRoman bx  n  8.5-9.5    9  ec-lmbx9
\declarefont T1 LMRoman bx  n  9.5-10.5   10 ec-lmbx10
\declarefont T1 LMRoman bx  n  10.5-10000 12 ec-lmbx12
\declarefont TS1 LMRoman bx n  0-5.5      5  ts1-lmbx5
\declarefont TS1 LMRoman bx n  5.5-6.5    6  ts1-lmbx6
\declarefont TS1 LMRoman bx n  6.5-7.5    7  ts1-lmbx7
\declarefont TS1 LMRoman bx n  7.5-8.5    8  ts1-lmbx8
\declarefont TS1 LMRoman bx n  8.5-9.5    9  ts1-lmbx9
\declarefont TS1 LMRoman bx n  9.5-10.5   10 ts1-lmbx10
\declarefont TS1 LMRoman bx n  10.5-10000 12 ts1-lmbx12
% Italic.
\declarefont T1 LMRoman bx  it 0-10000    10 ec-lmbxi10
\declarefont TS1 LMRoman bx it 0-10000    10 ts1-lmbxi10
% Slanted.
\declarefont T1 LMRoman bx  sl 0-10000    10 ec-lmbxo10
\declarefont TS1 LMRoman bx sl 0-10000    10 ts1-lmbxo10
%
% Latin Modern Sans.
%
\declarefontfamily LMSans 1000 1200
\fontmapshape LMSans it > * sl
\fontmapseries LMSans b > * bx
% Medium weight.
% Upright.             ser sh [l,u)     sz font
\declarefont T1 LMSans m   n  0-8.5     8  ec-lmss8
\declarefont T1 LMSans m   n  8.5-9.5   9  ec-lmss9
\declarefont T1 LMSans m   n  9.5-10.5  10 ec-lmss10
\declarefont T1 LMSans m   n  10.5-14   12 ec-lmss12
\declarefont T1 LMSans m   n  14-10000  17 ec-lmss17
% Slanted.
\declarefont T1 LMSans m   sl 0-8.5     8  ec-lmsso8
\declarefont T1 LMSans m   sl 8.5-9.5   9  ec-lmsso9
\declarefont T1 LMSans m   sl 9.5-10.5  10 ec-lmsso10
\declarefont T1 LMSans m   sl 10.5-14   12 ec-lmsso12
\declarefont T1 LMSans m   sl 14-10000  17 ec-lmsso17
%
% Bold extended.
\declarefont T1 LMSans bx  n  0-10000   10 ec-lmssbx10
\declarefont T1 LMSans bx  sl 0-10000   10 ec-lmssbo10
%
% Latin Modern Typewriter.
%
\declarefontfamily LMMono 1000 1200
% Medium weight.
% Upright.             ser sh [l,u)      sz font
\declarefont T1 LMMono m   n  0-8.5      8  ec-lmtt8
\declarefont T1 LMMono m   n  8.5-9.5    9  ec-lmtt9
\declarefont T1 LMMono m   n  9.5-10.5   10 ec-lmtt10
\declarefont T1 LMMono m   n  10.5-10000 12 ec-lmtt12
% Italic.
\declarefont T1 LMMono m   it 0-10000    10 ec-lmtti10
% Slanted.
\declarefont T1 LMMono m   sl 0-10000    10 ec-lmtto10
%
% Computer Modern Bright.
%
\declarefontfamily CMBright 1000 1250
\fontmapshape CMBright it > * sl
\fontmapseries CMBright bx > * sb
% Medium weight.
% Upright.               ser sh [l,u)      sz font
\declarefont T1 CMBright m   n  0-8.5      8  ebmr8
\declarefont T1 CMBright m   n  8.5-9.5    9  ebmr9
\declarefont T1 CMBright m   n  9.5-14     10 ebmr10
\declarefont T1 CMBright m   n  14-10000   17 ebmr17
% Slanted.
\declarefont T1 CMBright m   sl 0-8.5      8  ebmo8
\declarefont T1 CMBright m   sl 8.5-9.5    9  ebmo9
\declarefont T1 CMBright m   sl 9.5-14     10 ebmo10
\declarefont T1 CMBright m   sl 14-10000   17 ebmo17
%
% Semi-bold weight.
% Upright.
\declarefont T1 CMBright sb  n  0-8.5      8  ebsr8
\declarefont T1 CMBright sb  n  8.5-9.5    9  ebsr9
\declarefont T1 CMBright sb  n  9.5-14     10 ebsr10
\declarefont T1 CMBright sb  n  14-10000   17 ebsr17
% Slanted.
\declarefont T1 CMBright sb  sl 0-8.5      8  ebso8
\declarefont T1 CMBright sb  sl 8.5-9.5    9  ebso9
\declarefont T1 CMBright sb  sl 9.5-14     10 ebso10
\declarefont T1 CMBright sb  sl 14-10000   17 ebso17
%
% Bold extended.
\declarefont T1 CMBright bx  n  0-10000    10 ebbx10
%
% Computer Modern Bright Typewriter.
%
\declarefontfamily CMBrightMono 1000 1250
\fontmapshape CMBrightMono it > * sl
% Medium weight.             ser sh [l,u)      sz font
\declarefont T1 CMBrightMono m   n  0-10000    10 ebtl10
\declarefont T1 CMBrightMono m   sl 0-10000    10 ebto10
%
% European Concrete Roman.
%
\declarefontfamily ConcreteRoman 1000 1250
\fontmapseries ConcreteRoman b > LMSans b
\fontmapseries ConcreteRoman bx > LMSans bx
% Medium weight.
% Upright.                    ser sh [l,u)      sz font
\declarefont T1 ConcreteRoman m   n  0-5.5      5  eorm5
\declarefont T1 ConcreteRoman m   n  5.5-6.5    6  eorm6
\declarefont T1 ConcreteRoman m   n  6.5-7.5    7  eorm7
\declarefont T1 ConcreteRoman m   n  7.5-8.5    8  eorm8
\declarefont T1 ConcreteRoman m   n  8.5-9.5    9  eorm9
\declarefont T1 ConcreteRoman m   n  9.5-10000  10 eorm10
% Italic.
\declarefont T1 ConcreteRoman m   it  0-10000   10 eoti10
% Slanted.
\declarefont T1 ConcreteRoman m   sl 0-5.5      5  eosl5
\declarefont T1 ConcreteRoman m   sl 5.5-6.5    6  eosl6
\declarefont T1 ConcreteRoman m   sl 6.5-7.5    7  eosl7
\declarefont T1 ConcreteRoman m   sl 7.5-8.5    8  eosl8
\declarefont T1 ConcreteRoman m   sl 8.5-9.5    9  eosl9
\declarefont T1 ConcreteRoman m   sl 9.5-10000  10 eosl10
% Caps and small caps.
\declarefont T1 ConcreteRoman m   sc  0-10000   10 eocc10
%
% LH Roman.
%
\declarefontfamily LHRoman 1000 1200
\fontmapfamily LHRoman T1 LMRoman
\fontmapfamily LHRoman TS1 LMRoman
% Medium weight.
% Upright.               ser sh [l,u)    sz font
\declarefont T2A LHRoman m   n  0-5.5    5  larm0500
\declarefont T2A LHRoman m   n  5.5-6.5  6  larm0600
\declarefont T2A LHRoman m   n  6.5-7.5  7  larm0700
\declarefont T2A LHRoman m   n  7.5-8.5  8  larm0800
\declarefont T2A LHRoman m   n  8.5-9.5  9  larm0900
\declarefont T2A LHRoman m   n  9.5-10.4 10 larm1000
\declarefont T2A LHRoman m   n  10.4-11.4 10.95 larm1095
\declarefont T2A LHRoman m   n  11.4-13.1 12    larm1200
\declarefont T2A LHRoman m   n  13.1-15.6 14.4  larm1440
\declarefont T2A LHRoman m   n  15.6-18.8 17.28 larm1728
\declarefont T2A LHRoman m   n  18.8-22.5 20.74 larm2074
\declarefont T2A LHRoman m   n  22.5-27   24.88 larm2488
\declarefont T2A LHRoman m   n  27-32.5   29.86 larm2986
\declarefont T2A LHRoman m   n  32.5-10000 35.83 larm3583
% Bold weight.           ser sh [l,u)    sz font
\declarefont T2A LHRoman b   n  0-5.5    5  larb0500
\declarefont T2A LHRoman b   n  5.5-6.5  6  larb0600
\declarefont T2A LHRoman b   n  6.5-7.5  7  larb0700
\declarefont T2A LHRoman b   n  7.5-8.5  8  larb0800
\declarefont T2A LHRoman b   n  8.5-9.5  9  larb0900
\declarefont T2A LHRoman b   n  9.5-10.4 10 larb1000
\declarefont T2A LHRoman b   n  10.4-11.4 10.95 larb1095
\declarefont T2A LHRoman b   n  11.4-13.1 12    larb1200
\declarefont T2A LHRoman b   n  13.1-15.6 14.4  larb1440
\declarefont T2A LHRoman b   n  15.6-18.8 17.28 larb1728
\declarefont T2A LHRoman b   n  18.8-22.5 20.74 larb2074
\declarefont T2A LHRoman b   n  22.5-27   24.88 larb2488
\declarefont T2A LHRoman b   n  27-32.5   29.86 larb2986
\declarefont T2A LHRoman b   n  32.5-10000 35.83 larb3583
% Bold extended.         ser sh [l,u)    sz font
\declarefont T2A LHRoman bx  n  0-5.5    5  labx0500
\declarefont T2A LHRoman bx  n  5.5-6.5  6  labx0600
\declarefont T2A LHRoman bx  n  6.5-7.5  7  labx0700
\declarefont T2A LHRoman bx  n  7.5-8.5  8  labx0800
\declarefont T2A LHRoman bx  n  8.5-9.5  9  labx0900
\declarefont T2A LHRoman bx  n  9.5-10.4 10 labx1000
\declarefont T2A LHRoman bx  n  10.4-11.4 10.95 labx1095
\declarefont T2A LHRoman bx  n  11.4-13.1 12    labx1200
\declarefont T2A LHRoman bx  n  13.1-15.6 14.4  labx1440
\declarefont T2A LHRoman bx  n  15.6-18.8 17.28 labx1728
\declarefont T2A LHRoman bx  n  18.8-22.5 20.74 labx2074
\declarefont T2A LHRoman bx  n  22.5-27   24.88 labx2488
\declarefont T2A LHRoman bx  n  27-32.5   29.86 labx2986
\declarefont T2A LHRoman bx  n  32.5-10000 35.83 labx3583
%
% Bera Roman (Bitstream Vera Serif).
%
\declarefontfamily BeraRoman 900 1375
\fontmapshape BeraRoman it > * sl
\fontmapseries BeraRoman b > * bx
% Medium weight.            ser sh [l,u)     sz font
\declarefont T1 BeraRoman   m   n  0-10000   10 fver8t
\declarefont T1 BeraRoman   m   sl 0-10000   10 fvero8t
% Bold extended.
\declarefont T1 BeraRoman   bx  n  0-10000   10 fveb8t
\declarefont T1 BeraRoman   bx  sl 0-10000   10 fvebo8t
%
% Bera Sans (Bitstream Vera Sans).
%
\declarefontfamily BeraSans 900 1375
\fontmapshape BeraSans it > * sl
\fontmapseries BeraSans b > * bx
% Medium weight.            ser sh [l,u)     sz font
\declarefont T1 BeraSans    m   n  0-10000   10 fvsr8t
\declarefont T1 BeraSans    m   sl 0-10000   10 fvsro8t
% Bold extended.
\declarefont T1 BeraSans    bx  n  0-10000   10 fvsb8t
\declarefont T1 BeraSans    bx  sl 0-10000   10 fvsbo8t
%
% Bera Mono (Bitstream Vera Mono).
%
\declarefontfamily BeraMono 900 1375
\fontmapshape BeraMono it > * sl
\fontmapseries BeraMono bx > * b
% Medium weight.            ser sh [l,u)     sz font
\declarefont T1 BeraMono    m   n  0-10000   10 fvmr8t
\declarefont T1 BeraMono    m   sl 0-10000   10 fvmro8t
% Bold weight.
\declarefont T1 BeraMono    b   n  0-10000   10 fvmb8t
\declarefont T1 BeraMono    b   sl 0-10000   10 fvmbo8t
%
% Bitstream Charter.
%
\declarefontfamily Charter 1000 1275
\fontmapseries Charter b > * bx
% Medium weight.        ser sh [l,u)     sz font
\declarefont T1 Charter m   n  0-10000   10 bchr8t
\declarefont T1 Charter m   it 0-10000   10 bchri8t
\declarefont T1 Charter m   sl 0-10000   10 bchro8t
\declarefont T1 Charter m   sc 0-10000   10 bchrc8t
% Bold extended.
\declarefont T1 Charter bx  n  0-10000   10 bchb8t
\declarefont T1 Charter bx  it 0-10000   10 bchbi8t
\declarefont T1 Charter bx  sl 0-10000   10 bchbo8t
\declarefont T1 Charter bx  sc 0-10000   10 bchbc8t
%
% URW Nimbus Roman (Times) + TeX Gyre Termes.
%
\declarefontfamily NimbusRoman 1000 1200
\fontmapseries NimbusRoman b > * bx
\fontmapshape NimbusRoman sl > * it % For TS1.
\fontmapshape NimbusRoman sc > * n  % For TS1.
% Medium weight.             ser sh [l,u)     sz font
\declarefont T1  NimbusRoman m   n  0-10000   10 ptmr8t
\declarefont TS1 NimbusRoman m   n  0-10000   10 ts1-qtmr
\declarefont T1  NimbusRoman m   it 0-10000   10 ptmri8t
\declarefont TS1 NimbusRoman m   it 0-10000   10 ts1-qtmri
\declarefont T1  NimbusRoman m   sl 0-10000   10 ptmro8t
\declarefont T1  NimbusRoman m   sc 0-10000   10 ptmrc8t
% Bold extended.
\declarefont T1  NimbusRoman bx  n  0-10000   10 ptmb8t
\declarefont TS1 NimbusRoman bx  n  0-10000   10 ts1-qtmb
\declarefont T1  NimbusRoman bx  it 0-10000   10 ptmbi8t
\declarefont TS1 NimbusRoman bx  it 0-10000   10 ts1-qtmbi
\declarefont T1  NimbusRoman bx  sl 0-10000   10 ptmbo8t
\declarefont T1  NimbusRoman bx  sc 0-10000   10 ptmbc8t
%
% URW Nimbus Sans (Helvetica).
%
\declarefontfamily NimbusSans 950 1250
\fontmapshape NimbusSans it > * sl
\fontmapseries NimbusSans b > * bx
% Medium weight.           ser sh [l,u)     sz font
\declarefont T1 NimbusSans m   n  0-10000   10 phvr8t
\declarefont T1 NimbusSans m   sl 0-10000   10 phvro8t
\declarefont T1 NimbusSans m   sc 0-10000   10 phvrc8t
% Bold extended.
\declarefont T1 NimbusSans bx  n  0-10000   10 phvb8t
\declarefont T1 NimbusSans bx  sl 0-10000   10 phvbo8t
\declarefont T1 NimbusSans bx  sc 0-10000   10 phvbc8t
%
% URW Nimbus Mono (Courier).
%
\declarefontfamily NimbusMono 1000 1200
\fontmapshape NimbusMono it > * sl
\fontmapseries NimbusMono bx > * b
% Medium weight.           ser sh [l,u)     sz font
\declarefont T1 NimbusMono m   n  0-10000   10 pcrr8t
\declarefont T1 NimbusMono m   sl 0-10000   10 pcrro8t
\declarefont T1 NimbusMono m   sc 0-10000   10 pcrrc8t
% Bold weight.
\declarefont T1 NimbusMono b   n  0-10000   10 pcrb8t
\declarefont T1 NimbusMono b   sl 0-10000   10 pcrbo8t
\declarefont T1 NimbusMono b   sc 0-10000   10 pcrbc8t
%
% URW Palladio (Palatino) + TeX Gyre Pagella.
%
\declarefontfamily URWPalladio 1000 1275
\fontmapseries URWPalladio b > * bx
\fontmapshape URWPalladio sl > * it % For TS1.
\fontmapshape URWPalladio sc > * n  % For TS1.
% Medium weight.             ser sh [l,u)     sz font
\declarefont T1  URWPalladio m   n  0-10000   10 pplr8t
\declarefont TS1 URWPalladio m   n  0-10000   10 ts1-qplr
\declarefont T1  URWPalladio m   it 0-10000   10 pplri8t
\declarefont TS1 URWPalladio m   it 0-10000   10 ts1-qplri
\declarefont T1  URWPalladio m   sl 0-10000   10 pplro8t
\declarefont T1  URWPalladio m   sc 0-10000   10 pplrc8t
% Bold extended.
\declarefont T1  URWPalladio bx  n  0-10000   10 pplb8t
\declarefont TS1 URWPalladio bx  n  0-10000   10 ts1-qplb
\declarefont T1  URWPalladio bx  it 0-10000   10 pplbi8t
\declarefont TS1 URWPalladio bx  it 0-10000   10 ts1-qplbi
\declarefont T1  URWPalladio bx  sl 0-10000   10 pplbo8t
\declarefont T1  URWPalladio bx  sc 0-10000   10 pplbc8t
%
% URW Bookman.
%
\declarefontfamily URWBookman 1000 1260
\fontmapshape URWBookman it > * sl
\fontmapseries URWBookman bx > * b
% Medium weight.           ser sh [l,u)     sz font
\declarefont T1 URWBookman m   n  0-10000   10 pbkl8t
\declarefont T1 URWBookman m   sl 0-10000   10 pbklo8t
\declarefont T1 URWBookman m   sc 0-10000   10 pbklc8t
% Bold weight.
\declarefont T1 URWBookman b   n  0-10000   10 pbkd8t
\declarefont T1 URWBookman b   sl 0-10000   10 pbkdo8t
\declarefont T1 URWBookman b   sc 0-10000   10 pbkdc8t
%
% URW Century Schoolbook.
%
\declarefontfamily CenturySchoolbook 1000 1300
\fontmapseries CenturySchoolbook b > * bx
% Medium weight.                  ser sh [l,u)     sz font
\declarefont T1 CenturySchoolbook m   n  0-10000   10 pncr8t
\declarefont T1 CenturySchoolbook m   it 0-10000   10 pncri8t
\declarefont T1 CenturySchoolbook m   sl 0-10000   10 pncro8t
\declarefont T1 CenturySchoolbook m   sc 0-10000   10 pncrc8t
% Bold extended.
\declarefont T1 CenturySchoolbook bx  n  0-10000   10 pncb8t
\declarefont T1 CenturySchoolbook bx  it 0-10000   10 pncbi8t
\declarefont T1 CenturySchoolbook bx  sl 0-10000   10 pncbo8t
\declarefont T1 CenturySchoolbook bx  sc 0-10000   10 pncbc8t
%
% Antykwa Torunska.
%
\declarefontfamily AntykwaTorunska 1000 1280
\fontmapshape AntykwaTorunska sl > * it
\fontmapseries AntykwaTorunska b > * bx
% Medium weight.                ser sh [l,u)     sz font
\declarefont T1 AntykwaTorunska m   n  0-10000   10 ec-anttr
\declarefont T1 AntykwaTorunska m   it 0-10000   10 ec-anttri
\declarefont T1 AntykwaTorunska m   sc 0-10000   10 ec-anttrcap
% Bold extended.
\declarefont T1 AntykwaTorunska bx  n  0-10000   10 ec-anttb
\declarefont T1 AntykwaTorunska bx  it 0-10000   10 ec-anttbi
\declarefont T1 AntykwaTorunska bx  sc 0-10000   10 ec-anttbcap
%
% Iwona.
%
\declarefontfamily Iwona 1000 1200
\fontmapshape Iwona it > * sl
\fontmapseries Iwona bx > * b
% Light weight.        ser sh [l,u)     sz font
\declarefont T1 Iwona  l   n  0-10000   10 ec-iwonal
\declarefont T1 Iwona  l   sl 0-10000   10 ec-iwonali
\declarefont T1 Iwona  l   sc 0-10000   10 ec-iwonalcap
% Light condensed.
\declarefont T1 Iwona  lc  n  0-10000   10 ec-iwonacl
\declarefont T1 Iwona  lc  sl 0-10000   10 ec-iwonacli
\declarefont T1 Iwona  lc  sc 0-10000   10 ec-iwonaclcap
% Medium weight.
\declarefont T1 Iwona  m   n  0-10000   10 ec-iwonar
\declarefont T1 Iwona  m   sl 0-10000   10 ec-iwonari
\declarefont T1 Iwona  m   sc 0-10000   10 ec-iwonarcap
% Medium condensed.
\declarefont T1 Iwona  c   n  0-10000   10 ec-iwonacr
\declarefont T1 Iwona  c   sl 0-10000   10 ec-iwonacri
\declarefont T1 Iwona  c   sc 0-10000   10 ec-iwonacrcap
% Semi-bold weight. 
\declarefont T1 Iwona  sb  n  0-10000   10 ec-iwonam
\declarefont T1 Iwona  sb  sl 0-10000   10 ec-iwonami
\declarefont T1 Iwona  sb  sc 0-10000   10 ec-iwonamcap
% Semi-bold condensed. ser sh [l,u)     sz font
\declarefont T1 Iwona  sbc n  0-10000   10 ec-iwonacm
\declarefont T1 Iwona  sbc sl 0-10000   10 ec-iwonacmi
\declarefont T1 Iwona  sbc sc 0-10000   10 ec-iwonacmcap
% Bold weight.
\declarefont T1 Iwona  b   n  0-10000   10 ec-iwonab
\declarefont T1 Iwona  b   sl 0-10000   10 ec-iwonabi
\declarefont T1 Iwona  b   sc 0-10000   10 ec-iwonabcap
% Bold condensed.
\declarefont T1 Iwona  bc  n  0-10000   10 ec-iwonacb
\declarefont T1 Iwona  bc  sl 0-10000   10 ec-iwonacbi
\declarefont T1 Iwona  bc  sc 0-10000   10 ec-iwonacbcap
% Extra bold weight.
\declarefont T1 Iwona  eb  n  0-10000   10 ec-iwonah
\declarefont T1 Iwona  eb  sl 0-10000   10 ec-iwonahi
\declarefont T1 Iwona  eb  sc 0-10000   10 ec-iwonahcap
% Extra bold condensed.
\declarefont T1 Iwona  ebc n  0-10000   10 ec-iwonach
\declarefont T1 Iwona  ebc sl 0-10000   10 ec-iwonachi
\declarefont T1 Iwona  ebc sc 0-10000   10 ec-iwonachcap
%
% URW Gothic (AvantGarde).
%
\declarefontfamily URWGothic 900 1450
\fontmapshape URWGothic it > * sl
\fontmapseries URWGothic bx > * b
% Medium weight.          ser sh [l,u)     sz font
\declarefont T1 URWGothic m   n  0-10000   10 pagk8t
\declarefont T1 URWGothic m   sl 0-10000   10 pagko8t
\declarefont T1 URWGothic m   sc 0-10000   10 pagkc8t
% Bold weight.
\declarefont T1 URWGothic b   n  0-10000   10 pagd8t
\declarefont T1 URWGothic b   sl 0-10000   10 pagdo8t
\declarefont T1 URWGothic b   sc 0-10000   10 pagdc8t
%
% URW Chancery.
%
\declarefontfamily URWChancery 1150 1150
% Medium weight.            ser sh [l,u)     sz font
\declarefont T1 URWChancery m   it 0-10000   10 pzcmi8t
%
% Eurosym.  The T1 encoding we use is just a stub.
%
\declarefontfamily Eurosym 1000 1200
\fontmapshape Eurosym it > * sl
\fontmapshape Eurosym sc > * n
\fontmapseries Eurosym bx > * b
% Medium weight.        ser sh [l,u)     sz font
\declarefont T1 Eurosym m   n   0-10000  10 feymr10
\declarefont T1 Eurosym m   sl  0-10000  10 feymo10
% Bold weight.
\declarefont T1 Eurosym b   n   0-10000  10 feybr10
\declarefont T1 Eurosym b   sl  0-10000  10 feybo10
%
% Math fonts.
%
% Macros to restore some plain TeX math defs, needed by post-hooks of
% some math font families, e.g., Belleek and EulerMath.  `\cm@...'
% are "action" macros; `\@cm@...' are saved plain TeX defs.  We only
% restore the defs which can be clobbered by the pre-hooks; add new
% ones as they become needed.
\def\cm@digits{%
  \mathcode`0"7030
  \mathcode`1"7031
  \mathcode`2"7032
  \mathcode`3"7033
  \mathcode`4"7034
  \mathcode`5"7035
  \mathcode`6"7036
  \mathcode`7"7037
  \mathcode`8"7038
  \mathcode`9"7039
}%
%
\def\cm@upper@greek{%
  \let\Gamma\@cm@Gamma
  \let\Delta\@cm@Delta
  \let\Theta\@cm@Theta
  \let\Lambda\@cm@Lambda
  \let\Xi\@cm@Xi
  \let\Pi\@cm@Pi
  \let\Sigma\@cm@Sigma
  \let\Upsilon\@cm@Upsilon
  \let\Phi\@cm@Phi
  \let\Psi\@cm@Psi
  \let\Omega\@cm@Omega
}%
\let\@cm@Gamma\Gamma
\let\@cm@Delta\Delta
\let\@cm@Theta\Theta
\let\@cm@Lambda\Lambda
\let\@cm@Xi\Xi
\let\@cm@Pi\Pi
\let\@cm@Sigma\Sigma
\let\@cm@Upsilon\Upsilon
\let\@cm@Phi\Phi
\let\@cm@Psi\Psi
\let\@cm@Omega\Omega
\let\@cm@varsigma\varsigma
\let\@cm@varrho\varrho
%
\def\cm@lower@greek{%
  \let\varsigma\@cm@varsigma
  \let\varrho\@cm@varrho
}%
\let\@cm@varsigma\varsigma
\let\@cm@varrho\varrho
%
\def\cm@ordinary{%
  \mathcode`!"5021 % Why the heck is this a closing delimiter?
  \let\infty\@cm@infty
  \let\Re\@cm@Re
  \let\Im\@cm@Im
}%
\let\@cm@infty\infty
\let\@cm@Re\Re
\let\@cm@Im\Im
%
\def\cm@binary{%
  \mathcode`+="202B
  \let\triangleleft\@cm@triangleleft
  \let\triangleright\@cm@triangleright
}%
\let\@cm@triangleleft\triangleleft
\let\@cm@triangleright\triangleright
%
\def\cm@relations{%
  \mathcode`:"303A
  \mathcode`="303D
  \let\relbar\@cm@relbar
  \let\Relbar\@cm@Relbar
}%
\let\@cm@relbar\relbar
\let\@cm@Relbar\Relbar
%
\def\cm@delims{%
  \mathcode`("4028 \delcode`("028300
  \mathcode`)"5029 \delcode`)"029301
  \mathcode`["405B \delcode`["05B302
  \mathcode`]"505D \delcode`]"05D303
  \delcode`/"02F30E
}%
%
\def\cm@vec{\let\vec\@cm@vec}%
\let\@cm@vec\vec
%
{\catcode`'\active
\gdef\cm@prime{\let'\@cm@prime}%
\global\let\@cm@prime'%
\gdef\def@active@prime{\def'}%
}%
%
\def\cm@fillarrows{%
  \let\rightarrowfill\@cm@rightarrowfill
  \let\leftarrowfill\@cm@leftarrowfill
}%
\let\@cm@rightarrowfill\rightarrowfill
\let\@cm@leftarrowfill\leftarrowfill
%
% Computer Modern Math.
%
\declaremathfontfamily CMMath 1000 1200 OT1 127 48
\fontmap OT1 CMMath * * > * CMRoman * n
\fontmapseries CMMath b > * bx
\fontmap OMX CMMath bx * > * * m *
% Math letters.
% Medium weight.        ser sh [l,u)      sz font
\declarefont OML CMMath m   .  0-5.5      5  cmmi5
\declarefont OML CMMath m   .  5.5-6.5    6  cmmi6
\declarefont OML CMMath m   .  6.5-7.5    7  cmmi7
\declarefont OML CMMath m   .  7.5-8.5    8  cmmi8
\declarefont OML CMMath m   .  8.5-9.5    9  cmmi9
\declarefont OML CMMath m   .  9.5-10.5   10 cmmi10
\declarefont OML CMMath m   .  10.5-10000 12 cmmi12
%
% Bold extended.
\declarefont OML CMMath bx  .  0-5.5      5  cmmib5
\declarefont OML CMMath bx  .  5.5-6.5    6  cmmib6
\declarefont OML CMMath bx  .  6.5-7.5    7  cmmib7
\declarefont OML CMMath bx  .  7.5-8.5    8  cmmib8
\declarefont OML CMMath bx  .  8.5-9.5    9  cmmib9
\declarefont OML CMMath bx  .  9.5-10000  10 cmmib10
%
% Math symbols.
% Medium weight.        ser sh [l,u)      sz font
\declarefont OMS CMMath m   .  0-5.5      5  cmsy5
\declarefont OMS CMMath m   .  5.5-6.5    6  cmsy6
\declarefont OMS CMMath m   .  6.5-7.5    7  cmsy7
\declarefont OMS CMMath m   .  7.5-8.5    8  cmsy8
\declarefont OMS CMMath m   .  8.5-9.5    9  cmsy9
\declarefont OMS CMMath m   .  9.5-10000  10 cmsy10
% Bold extended.
\declarefont OMS CMMath bx  .  0-5.5      5  cmbsy5
\declarefont OMS CMMath bx  .  5.5-6.5    6  cmbsy6
\declarefont OMS CMMath bx  .  6.5-7.5    7  cmbsy7
\declarefont OMS CMMath bx  .  7.5-8.5    8  cmbsy8
\declarefont OMS CMMath bx  .  8.5-9.5    9  cmbsy9
\declarefont OMS CMMath bx  .  9.5-10000  10 cmbsy10
%
% Math operators.
% Medium weight.
\declarefont OMX CMMath m   .  0-7.5      7  cmex7
\declarefont OMX CMMath m   .  7.5-8.5    8  cmex8
\declarefont OMX CMMath m   .  8.5-9.5    9  cmex9
\declarefont OMX CMMath m   .  9.5-10000  10 cmex10
%
% Computer Modern Bright Math.
%
\declaremathfontfamily CMBrightMath 1000 1250 OT1 127 48
\fontmapseries CMBrightMath bx > * m
\fontmapfamily CMBrightMath OMX CMMath
%                             ser sh [l,u)      sz font
\declarefont OT1 CMBrightMath m . 0-8.5     8  cmbr8
\declarefont OT1 CMBrightMath m . 8.5-9.5   9  cmbr9
\declarefont OT1 CMBrightMath m . 9.5-14    10 cmbr10
\declarefont OT1 CMBrightMath m . 14-10000  17 cmbr17
\declarefont OML CMBrightMath m . 0-8.5     8  cmbrmi8
\declarefont OML CMBrightMath m . 8.5-9.5   9  cmbrmi9
\declarefont OML CMBrightMath m . 9.5-10000 10 cmbrmi10
\declarefont OMS CMBrightMath m . 0-8.5     8  cmbrsy8
\declarefont OMS CMBrightMath m . 8.5-9.5   9  cmbrsy9
\declarefont OMS CMBrightMath m . 9.5-10000 10 cmbrsy10
%
% Belleek.
%
\declaremathfontfamily Belleek 1000 1200 OT1 45 -1
\fontmapseries Belleek bx > * m
\mathfontfamilyprehook Belleek {%
  % Uppercase Greek letters.
  \mathchardef\Gamma"130
  \mathchardef\Delta"131
  \mathchardef\Theta"132
  \mathchardef\Lambda"133
  \mathchardef\Xi"134
  \mathchardef\Pi"135
  \mathchardef\Sigma"136
  \mathchardef\Upsilon"137
  \mathchardef\Phi"138
  \mathchardef\Psi"139
  \mathchardef\Omega"17F
  % Binary operations.
  \mathchardef\triangleleft"2247
  \mathchardef\triangleright"2246
  % Relations.
  \mathchardef\Relbar"3248
  % Delimiters.
  \mathcode`("412E \delcode`(="12E300
  \mathcode`)"512F \delcode`)="12F301
  % Accents.
  \def\vec{\mathaccent"0245 }%
  % FIXME Other glyphs: mtmi: \tieaccent
}%
\mathfontfamilyposthook Belleek {%
  \cm@upper@greek
  \cm@binary
  \cm@relations
  \cm@delims
  \cm@vec
}%
\declarefont OT1 Belleek m . 0-10000 10 ptmr7t
\declarefont OT1 Belleek bx . 0-10000 10 ptmb7t
\declarefont OML Belleek m . 0-10000 10 mtmi
\declarefont OMS Belleek m . 0-10000 10 mtsy
\declarefont OMX Belleek m . 0-10000 10 mtex
%
% Pazo Math.
%
\declaremathfontfamily PazoMath 1000 1275 OT1 127 48
\fontmapseries PazoMath bx > * b
\fontmap OMX PazoMath b * > * * m *
%                         ser sh [l,u)    sz font
\declarefont OT1 PazoMath m   .  0-10000 10 zplmr7t
\declarefont OT1 PazoMath b   .  0-10000 10 zplmb7t
\declarefont OML PazoMath m   .  0-10000 10 zplmr7m
\declarefont OML PazoMath b   .  0-10000 10 zplmb7m
\declarefont OMS PazoMath m   .  0-10000 10 zplmr7y
\declarefont OMS PazoMath b   .  0-10000 10 zplmb7y
\declarefont OMX PazoMath m   .  0-10000 10 zplmr7v
%
% PX Fonts Math.
%
\declaremathfontfamily PXFontsMath 1000 1275 OT1 127 48
\fontmapseries PXFontsMath bx > * b
\declarefont OT1 PXFontsMath m   .  0-10000 10 pxr
\declarefont OT1 PXFontsMath b   .  0-10000 10 pxb
\declarefont OML PXFontsMath m   .  0-10000 10 pxmi
\declarefont OML PXFontsMath b   .  0-10000 10 pxbmi
\declarefont OMS PXFontsMath m   .  0-10000 10 pxsy
\declarefont OMS PXFontsMath b   .  0-10000 10 pxbsy
\declarefont OMX PXFontsMath m   .  0-10000 10 pxex
\declarefont OMX PXFontsMath b   .  0-10000 10 pxbex
%
% TX Fonts Math.
%
\declaremathfontfamily TXFontsMath 1000 1200 OT1 127 48
\fontmapseries TXFontsMath bx > * b
\declarefont OT1 TXFontsMath m   .  0-10000 10 txr
\declarefont OT1 TXFontsMath b   .  0-10000 10 txb
\declarefont OML TXFontsMath m   .  0-10000 10 txmi
\declarefont OML TXFontsMath b   .  0-10000 10 txbmi
\declarefont OMS TXFontsMath m   .  0-10000 10 txsy
\declarefont OMS TXFontsMath b   .  0-10000 10 txbsy
\declarefont OMX TXFontsMath m   .  0-10000 10 txex
\declarefont OMX TXFontsMath b   .  0-10000 10 txbex
%
% Charter Math (from Math Design).
%
\declaremathfontfamily CharterMath 1000 1275 OT1 127 48

\fontmapseries CharterMath b > * bx
\declarefont OT1 CharterMath m  . 0-10000 10 mdbchr7t
\declarefont OT1 CharterMath bx . 0-10000 10 mdbchb7t
\declarefont OML CharterMath m  . 0-10000 10 mdbchri7m
\declarefont OML CharterMath bx . 0-10000 10 mdbchbi7m
\declarefont OMS CharterMath m  . 0-10000 10 mdbchr7y
\declarefont OMS CharterMath bx . 0-10000 10 mdbchb7y
\declarefont OMX CharterMath m  . 0-10000 10 mdbchr7v
\declarefont OMX CharterMath bx . 0-10000 10 mdbchb7v
%
% Arev Math.
%
% FIXME LaTeX has 127 for \textfont0.  What's it for?
\declaremathfontfamily ArevMath 900 1375 OT1 127 48
\fontmapseries ArevMath b > * bx
\fontmapseries ArevMath bx > * m
\fontmapfamily ArevMath OMX CharterMath
\declarefont OT1 ArevMath m  . 0-10000 10 zavmr7t
\declarefont OT1 ArevMath bx . 0-10000 10 zavmb7t
\declarefont OML ArevMath m  . 0-10000 10 zavmri7m
\declarefont OML ArevMath bx . 0-10000 10 zavmbi7m
\declarefont OMS ArevMath m  . 0-10000 10 zavmr7y
%
% Iwona Math.
%
\declaremathfontfamily IwonaMath 1000 1200 OT1 -1 -1
\fontmapseries IwonaMath bx > * b
\declarefont OT1 IwonaMath l   . 0-10000 10 rm-iwonal
\declarefont OT1 IwonaMath lc  . 0-10000 10 rm-iwonacl
\declarefont OT1 IwonaMath m   . 0-10000 10 rm-iwonar
\declarefont OT1 IwonaMath c   . 0-10000 10 rm-iwonacr
\declarefont OT1 IwonaMath sb  . 0-10000 10 rm-iwonam
\declarefont OT1 IwonaMath sbc . 0-10000 10 rm-iwonacm
\declarefont OT1 IwonaMath b   . 0-10000 10 rm-iwonab
\declarefont OT1 IwonaMath bc  . 0-10000 10 rm-iwonacb
\declarefont OT1 IwonaMath eb  . 0-10000 10 rm-iwonah
\declarefont OT1 IwonaMath ebc . 0-10000 10 rm-iwonach
% Math letters.
\declarefont OML IwonaMath l   . 0-10000 10 mi-iwonali
\declarefont OML IwonaMath lc  . 0-10000 10 mi-iwonacli
\declarefont OML IwonaMath m   . 0-10000 10 mi-iwonari
\declarefont OML IwonaMath c   . 0-10000 10 mi-iwonacri
\declarefont OML IwonaMath sb  . 0-10000 10 mi-iwonami
\declarefont OML IwonaMath sbc . 0-10000 10 mi-iwonacmi
\declarefont OML IwonaMath b   . 0-10000 10 mi-iwonabi
\declarefont OML IwonaMath bc  . 0-10000 10 mi-iwonacbi
\declarefont OML IwonaMath eb  . 0-10000 10 mi-iwonahi
\declarefont OML IwonaMath ebc . 0-10000 10 mi-iwonachi
% Math symbols.
\declarefont OMS IwonaMath l   . 0-10000 10 sy-iwonalz
\declarefont OMS IwonaMath lc  . 0-10000 10 sy-iwonaclz
\declarefont OMS IwonaMath m   . 0-10000 10 sy-iwonarz
\declarefont OMS IwonaMath c   . 0-10000 10 sy-iwonacrz
\declarefont OMS IwonaMath sb  . 0-10000 10 sy-iwonamz
\declarefont OMS IwonaMath sbc . 0-10000 10 sy-iwonacmz
\declarefont OMS IwonaMath b   . 0-10000 10 sy-iwonabz
\declarefont OMS IwonaMath bc  . 0-10000 10 sy-iwonacbz
\declarefont OMS IwonaMath eb  . 0-10000 10 sy-iwonahz
\declarefont OMS IwonaMath ebc . 0-10000 10 sy-iwonachz
% Math operators.
\declarefont OMX IwonaMath l   . 0-10000 10 ex-iwonal
\declarefont OMX IwonaMath lc  . 0-10000 10 ex-iwonacl
\declarefont OMX IwonaMath m   . 0-10000 10 ex-iwonar
\declarefont OMX IwonaMath c   . 0-10000 10 ex-iwonacr
\declarefont OMX IwonaMath sb  . 0-10000 10 ex-iwonam
\declarefont OMX IwonaMath sbc . 0-10000 10 ex-iwonacm
\declarefont OMX IwonaMath b   . 0-10000 10 ex-iwonab
\declarefont OMX IwonaMath bc  . 0-10000 10 ex-iwonacb
\declarefont OMX IwonaMath eb  . 0-10000 10 ex-iwonah
\declarefont OMX IwonaMath ebc . 0-10000 10 ex-iwonach
%
% Euler Math.
%
\declaremathfontfamily EulerMath 1000 1250 T1 127 176
\fontmapseries EulerMath bx > * m
% Text font.
\declarefont T1 EulerMath m . 0-5.5     5  eorm5
\declarefont T1 EulerMath m . 5.5-6.5   6  eorm6
\declarefont T1 EulerMath m . 6.5-7.5   7  eorm7
\declarefont T1 EulerMath m . 7.5-8.5   8  eorm8
\declarefont T1 EulerMath m . 8.5-9.5   9  eorm9
\declarefont T1 EulerMath m . 9.5-10000 10 eorm10
% Math letters.
\declarefont OML EulerMath m  . 0-6       5  zeurm5
\declarefont OML EulerMath m  . 6-8       7  zeurm7
\declarefont OML EulerMath m  . 8-10000   10 zeurm10
\declarefont OML EulerMath bx . 0-6       5  zeurb5
\declarefont OML EulerMath bx . 6-8       7  zeurb7
\declarefont OML EulerMath bx . 8-10000   10 zeurb10
% Math symbols.
\declarefont OMS EulerMath m  . 0-6       5  zeusm5
\declarefont OMS EulerMath m  . 6-8       7  zeusm7
\declarefont OMS EulerMath m  . 8-10000   10 zeusm10
\declarefont OMS EulerMath bx . 0-6       5  zeusb5
\declarefont OMS EulerMath bx . 6-8       7  zeusb7
\declarefont OMS EulerMath bx . 8-10000   10 zeusb10
% Extra math operators.
\declarefont OMX EulerMath m . 0-10000 10 zeuex10
% Hooks.  Based on gkpmac.tex and eulervm.sty.
\mathfontfamilyprehook EulerMath {%
  % Digits.
  \mathcode`0"7130
  \mathcode`1"7131
  \mathcode`2"7132
  \mathcode`3"7133
  \mathcode`4"7134
  \mathcode`5"7135
  \mathcode`6"7136
  \mathcode`7"7137
  \mathcode`8"7138
  \mathcode`9"7139
  % Uppercase Greek letters.
  \mathchardef\Gamma"100
  \mathchardef\Delta"101
  \mathchardef\Theta"102
  \mathchardef\Lambda"103
  \mathchardef\Xi"104
  \mathchardef\Pi"105
  \mathchardef\Sigma"106
  \mathchardef\Upsilon"107
  \mathchardef\Phi"108
  \mathchardef\Psi"109
  \mathchardef\Omega"10A
  % Euler doesn't have these.
  \let\varsigma\sigma
  \let\varrho\rho
  % Ordinary.
  \mathcode`!"02A1
  \mathchardef\infty"0399
  \mathchardef\Re"023C
  \mathchardef\Im"023D
  % Binary operations.
  \mathcode`+"22AB
  % Relations.
  \mathcode`:"32BA
  \mathcode`="32BD
  \mathchardef\bar@minus"181
  \def\relbar{\mathrel{\smash\bar@minus}}%
  \mathchardef\Relbar"3182
  % Delimiters.
  \mathcode`("42A8 \delcode`("2A8300
  \mathcode`)"52A9 \delcode`)"2A9301
  \mathcode`["42DB \delcode`["2DB302
  \mathcode`]"52DD \delcode`]"2DD303
  \delcode`/"13D30E
  % Miscellaneous.
  \def@active@prime{^\bgroup\mskip2mu\prim@s}%
  \def\rightarrowfill{$\m@th\bar@minus\mkern-6mu%
       \cleaders\hbox{$\mkern-2mu\bar@minus\mkern-2mu$}\hfill
       \mkern-6mu\mathord\rightarrow$}%
  \def\leftarrowfill{$\m@th\mathord\leftarrow\mkern-6mu%
       \cleaders\hbox{$\mkern-2mu\bar@minus\mkern-2mu$}\hfill
       \mkern-6mu\bar@minus$}%
}%
%
\mathfontfamilyposthook EulerMath {%
  \cm@digits
  \cm@upper@greek
  \cm@lower@greek
  \cm@ordinary
  \cm@binary
  \cm@relations
  \cm@delims
  \cm@prime
  \cm@fillarrows
}%
%
% FIXME TeX-Gyre, Kerkis, Fourier-GUTenberg, Antykwa Torunska.
%
% Defaults.
\setfontencoding{OT1}%
\setfontfamily{CMRoman}%
\setfontseries{m}%
\setfontshape{n}%
\setfontsize{11}%
% Set some internal parameters for bootstrapping.
\expandafter\let\expandafter\cur@fenc@list
  \csname denc@fenc@list/US-ASCII\endcsname
\fontbasefamily CMRoman % This calls \selectfont.
%
\fontfamily roman CMRoman
\fontfamily sans CMSans
\fontfamily mono CMMono
\fontfamily math CMMath
%
\documentencoding US-ASCII
%
\endinput