% *****  oldbold.sty  ***** new version: 8-December-1994
% Enkele fonts zijn verwijderd voor dit boek: regel 35 - 51. Fer.
% Speciale definities voor leq en geq zijn verwijderd. Fer.
 
%%% Document style for Speech Coding and Synthesis
%%% 
%%% Derived from BOOK.STY
%%% Developed and distributed by Elsevier Science Publishers B.V.
%%% Copying of this file is permitted under the condition that,
%%%     (1) You make no change to the file whatsoever (including name) OR
%%%     (2) If you make changes, you change the filename as well as the 
%%%         version number.
% Modified to include bold blackboard families by WJM on March 3 1992
% Modified to include some special symbols
%
%
% This document-style option defines four new fonts for LaTeX with
% the old font selection scheme:
% the bold math italic font, the bold sans-serif font and the italic 
% sans-serif font.
% The commands \bfi, \sfb and \sfi are defined here; automatic
% size-changes are enable by adding a line of code to the commands
% \vpt etc. from lfonts.tex.
% In math, we want to have the following mapping of family to font:
%
%     Family    Font
%     ------    ----
%     \bfi      cmmib10, boldface italic
%     \sfb      cmssbx10, bold sans-serif 
%     \sfi      cmssi10, sans-serif italic
%     \Bbb      msbm10, bold blackboard 
%
% The following fonts are loaded, the others are loaded on demand.
%
\font\tenbfi = cmmib10
\font\sevenbfi = cmmib10 %cmmib7
\font\fivebfi = cmmib10 %cmmib5
\font\tensfb = cmmib10 %cmssbx10
\font\sevensfb = cmss8
\font\fivesfb = cmr5
\font\tensfi = cmssi10
\font\sevensfi = cmssi8
\font\fivesfi = cmr5
\font\sevenBbb = cmmib10 %msbm7
\font\fiveBbb = cmmib10 %msbm5
\font\tenBbb = cmmib10 %msbm10
\font\eightBbb = cmmib10 %msbm8
\font\sevenBbb = cmmib10 %msbm7
\font\fiveBbb = cmmib10 %msbm5
\font\tenoperand = cmmib10 %msam10
\font\sevenoperand = cmmib10 %msam7
\font\fiveoperand = cmmib10 %msam5
%
% New families for the bold italic, bold sans-serif and
% sans-serif italic fonts
%
\newfam\bfifam
\newfam\sfbfam
\newfam\sfifam
\newfam\Bbbfam
\newfam\operandfam
%
% and protected font names
%
\def\bfi{\protect\pbfi}
\def\sfb{\protect\psfb}
\def\sfi{\protect\psfi}
\def\Bbb{\protect\pBbb}
\def\operand{\protect\poperand}
%
% Size changing
%
% We have to take care here, since the goal is to add something to the
% definition of commands like \vpt, \xpt, etc. In order to do this
% the commands are redefined in terms of themselves. To get this
% right, the first-level expansion is stored in a token register.
% The definition for the commands \pbfi, \psfb and \psfi are also stored
% in a token register for the same reason.
% The commands are redefined globally, using \xdef.
%
% First we start a group, to keep the use of the token registers local.
%
\begingroup
\toks2={\@subfont\bfi\rm}
\toks4={\@subfont\sfb\rm}
\toks6={\@subfont\sfi\rm}
\toks8={\@subfont\Bbb\rm}
\toks10={\@subfont\operand\rm}
%
% Then we define \vpt
%
\toks0=\expandafter{\vpt}
\xdef\vpt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}\def\noexpand\poperand{\the\toks10}}
%
% \vipt
%
\toks0=\expandafter{\vipt}
\xdef\vipt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}\def\noexpand\poperand{\the\toks10}}
%
% \viipt
%
\toks0=\expandafter{\viipt}
\xdef\viipt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}\def\noexpand\poperand{\the\toks10}}
%
% \viiipt
%
\toks0=\expandafter{\viiipt}
\toks8={{\fam\Bbbfam\eightBbb}\textfont\Bbbfam\eightBbb
  \scriptfont\Bbbfam\fiveBbb \scriptscriptfont\Bbbfam\fiveBbb}
\toks10={{\fam\operandfam\sevenoperand}\textfont\operandfam\sevenoperand
  \scriptfont\operandfam\fiveoperand\scriptscriptfont\operandfam=\fiveoperand} 
\xdef\viiipt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}
\def\noexpand\pBbb\the\toks8\def\noexpand\poperand\the\toks10}
%
% \ixpt
%
\toks0=\expandafter{\ixpt}
\xdef\ixpt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb\the\toks8\def\noexpand\poperand\the\toks10}
%
% \xpt, the only case for which the fonts are preloaded.
%
\toks0=\expandafter{\xpt}
\toks2={{\fam\bfifam\tenbfi}\textfont\bfifam\tenbfi
  \scriptfont\bfifam\sevenbfi \scriptscriptfont\bfifam\fivebfi}
\toks4={{\fam\sfbfam\tensfb}\textfont\sfbfam\tensfb
  \scriptfont\sfbfam\sevensfb \scriptscriptfont\sfbfam\sevensfb}
\toks6={{\fam\sfifam\tensfi}\textfont\sfifam\tensfi
  \scriptfont\sfifam\sevensfi \scriptscriptfont\sfifam\fivesfi}
\toks8={{\fam\Bbbfam\tenBbb}\textfont\Bbbfam\tenBbb
  \scriptfont\Bbbfam\sevenBbb \scriptscriptfont\Bbbfam\fiveBbb}
\toks10={{\fam\operandfam\tenoperand}\textfont\operandfam\tenoperand
  \scriptfont\operandfam\sevenoperand 
     \scriptscriptfont\operandfam\fiveoperand}
\xdef\xpt{\the\toks0\def\noexpand\pbfi\the\toks2%
\def\noexpand\psfb\the\toks4\def\noexpand\psfi\the\toks6%
\def\noexpand\pBbb\the\toks8\def\noexpand\poperand\the\toks10}
%
% \xipt, from now on the fonts are loaded on demand
%
% 11pt: \@halfmag      12pt: \@magscale1    14pt: \@magscale2
% 17pt: \@magscale3    20pt: \@magscale4    25pt: \@magscale5 
%
\toks0=\expandafter{\xipt}
\toks2={\@getfont\pbfi\bfifam\@xipt{cmmib10  \@halfmag}}
\toks4={\@getfont\psfb\sfbfam\@xipt{cmssbx10 \@halfmag}}
\toks6={\@getfont\psfi\sfifam\@xipt{cmssi10  \@halfmag}}
\toks8={\@getfont\pBbb\Bbbfam\@xipt{msbm10  \@halfmag}}
\xdef\xipt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}}

%
% \xiipt
%
\toks0=\expandafter{\xiipt}
\toks2={\@getfont\pbfi\bfifam\@xiipt{cmmib10  \@magscale1}}
\toks4={\@getfont\psfb\sfbfam\@xiipt{cmssbx10 \@magscale1}}
\toks6={\@getfont\psfi\sfifam\@xiipt{cmssi10  \@magscale}}
\toks8={\@getfont\pBbb\Bbbfam\@xipt{msbm10  \@magscale}}
\xdef\xiipt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}}
%
% \xivpt
%
\toks0=\expandafter{\xivpt}
\toks2={\@getfont\pbfi\bfifam\@xivpt{cmmib10  \@magscale2}}
\toks4={\@getfont\psfb\sfbfam\@xivpt{cmssbx10 \@magscale2}}
\toks6={\@getfont\psfi\sfifam\@xivpt{cmssi10  \@magscale2}}
\toks8={\@getfont\pBbb\Bbbfam\@xivpt{msbm10  \@magscale2}}
\xdef\xivpt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}}
%
% \xviipt
%
\toks0=\expandafter{\xviipt}
\toks2={\@getfont\pbfi\bfifam\@xviipt{cmmib10  \@magscale3}}
\toks4={\@getfont\psfb\sfbfam\@xviipt{cmssbx10 \@magscale3}}
\toks6={\@getfont\psfi\sfifam\@xviipt{cmssi10  \@magscale3}}
\toks8={\@getfont\pBbb\Bbbfam\@xviipt{msbm10  \@magscale3}}
\xdef\xviipt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}}
%
% \xxpt
%
\toks0=\expandafter{\xxpt}
\toks2={\@getfont\pbfi\bfifam\@xxpt{cmmib10  \@magscale4}}
\toks4={\@getfont\psfb\sfbfam\@xxpt{cmssbx10 \@magscale4}}
\toks6={\@getfont\psfi\sfifam\@xxpt{cmssi10  \@magscale4}}
\toks8={\@getfont\pBbb\Bbbfam\@xxpt{msbm10  \@magscale4}}
\xdef\xxpt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}}
%
% \xxvpt
%
\toks0=\expandafter{\xxvpt}
\toks2={\@getfont\pbfi\bfifam\@xxvpt{cmmib10  \@magscale5}}
\toks4={\@getfont\psfb\sfbfam\@xxvpt{cmssbx10 \@magscale5}}
\toks6={\@getfont\psfi\sfifam\@xxvpt{cmssi10  \@magscale5}}
\toks8={\@getfont\pBbb\Bbbfam\@xxvpt{msbm10  \@magscale5}}
\xdef\xxvpt{\the\toks0\def\noexpand\pbfi{\the\toks2}%
\def\noexpand\psfb{\the\toks4}\def\noexpand\psfi{\the\toks6}%
\def\noexpand\pBbb{\the\toks8}}
%
% Close the group.
%
\endgroup
%% SPECIAL symbols
%% The command
%%     \def\pbf{\@getfont\pbf\bffam\@viipt{ambx7}}
%% declares \bf to use a loaded-on-demand font--namely, the font
%% ambx7.
%%
%% The command
%%     \def\ptt{\@subfont\tt\rm}
%% declares that the \tt font is unavailable in the 7pt size, so
%% the \rm font is used instead.  (The substituted type style should
%% correspond to a preloaded size.)
\def\pboldsym{\@getfont\pboldsym\bffam\@xpt{cmbsy10}}

\def\boldcdot{\mathop{\mbox{\pboldsym\char01}}\nolimits}
\def\boldnabla{\mbox{\pboldsym\char"72}}

\def\hexnum#1{\ifcase#10\or1\or2\or3\or4\or5\or6\or7\or8\or9\or A\or B\or
               C\or D\or E\or F\fi}

\edef\theoperandfam{\hexnum\operandfam}

%\mathchardef\leq="3\theoperandfam36
%\mathchardef\geq="3\theoperandfam3E

\def\psymbol{\@getfont\psymbol\itfam\@xpt{eurm10}}

\def\urcd{\mbox{\psymbol\char"40}}

\def\urpi{\mbox{\psymbol\char"19}}

%\let\partial\urcd
\let\le\leq
\let\ge\geq
\let\nabla\boldnabla

\edef\thebfifam{\hexnum\bfifam}
                           
\mathchardef\boldalpha="0\thebfifam0B
\mathchardef\boldbeta="0\thebfifam0C
\mathchardef\boldgamma="0\thebfifam0D
\mathchardef\bolddelta="0\thebfifam0E
\mathchardef\boldepsilon="0\thebfifam0F
\mathchardef\boldzeta="0\thebfifam10
\mathchardef\boldeta="0\thebfifam11
\mathchardef\boldtheta="0\thebfifam12
\mathchardef\boldiota="0\thebfifam13
\mathchardef\boldkappa="0\thebfifam14
\mathchardef\boldlambda="0\thebfifam15
\mathchardef\boldmu="0\thebfifam16
\mathchardef\boldnu="0\thebfifam17
\mathchardef\boldxi="0\thebfifam18
\mathchardef\boldpi="0\thebfifam19
\mathchardef\boldrho="0\thebfifam1A
\mathchardef\boldsigma="0\thebfifam1B
\mathchardef\boldtau="0\thebfifam1C
\mathchardef\boldupsilon="0\thebfifam1D
\mathchardef\boldphi="0\thebfifam1E
\mathchardef\boldchi="0\thebfifam1F
\mathchardef\boldpsi="0\thebfifam20
\mathchardef\boldomega="0\thebfifam21
\mathchardef\boldvarepsilon="0\thebfifam22
\mathchardef\boldvartheta="0\thebfifam23
\mathchardef\boldvarpi="0\thebfifam24
\mathchardef\boldvarrho="0\thebfifam25
\mathchardef\boldvarsigma="0\thebfifam26
\mathchardef\boldvarphi="0\thebfifam27
\mathchardef\boldell="0\thebfifam60





\endinput