%% Please don’t change the next lines unless you know exactly what you %% are doing. %% %\def\default@shape{n} %\def\default@series{m} %\def\default@family{cmr} \def\default@family{pnr} %\def\default@errfont{cmsy10} %% %% Again, this is doubly dangerous bent. %% \fontfamily\default@family \fontseries\default@series \fontshape\default@shape
\new@fontshape{pnr}{m{n{% <5>pnr10 at4.82pt% <6>pnr10 at5.79pt% <7>pnr10 at6.94pt% <8>pnr10 at8.33pt% <9>pnr10 at9.13pt% <10>pnr10% <11>pnr10 at10.95pt% <12>pnr10 at12pt% <14>pnr10 at14.4pt% <17>pnr10 at17.28pt% <20>pnr10 at20.74pt% <25>pnr10 at24.88pt{ \extra@def{pnr}{{ \new@fontshape{pnr}{m{sl{% <5>pnsl10 at4.82pt% <6>pnsl10 at5.79pt% <7>pnsl10 at6.94pt% <8>pnsl10 at8.33pt% <9>pnsl10 at9.13pt% <10>pnsl10% <11>pnsl10 at10.95pt% <12>pnsl10 at12pt% <14>pnsl10 at14.4pt% <17>pnsl10 at17.28pt% <20>pnsl10 at20.74pt% <25>pnsl10 at24.88pt{
\subst@fontshape{pnr}{m{it{pnr{m{sl
% \new@fontshape{pnr}{m{it{% % <5>pnsl10 at4.82pt% % <6>pnsl10 at5.79pt% % <7>pnsl10 at6.94pt% % <8>pnsl10 at8.33pt% % <9>pnsl10 at9.13pt% % <10>pnsl10% % <11>pnsl10 at10.95pt% % <12>pnsl10 at12pt% % <14>pnsl10 at14.4pt% % <17>pnsl10 at17.28pt% % <20>pnsl10 at20.74pt% % <25>pnsl10 at24.88pt{
% Hmmm... can’t find a Pandora small caps, use cmsc for now: \subst@fontshape{pnr}{m{sc{cmr{m{sc
% \new@fontshape{pnr}{m{sc{% % <5>cmsl10 at4.82pt% % <6>cmsl10 at5.79pt% % <7>cmsl10 at6.94pt% % <8>cmsl10 at8.33pt% % <9>cmsl10 at9.13pt% % <10>cmsl10% % <11>cmsl10 at10.95pt% % <12>cmsl10 at12pt% % <14>cmsl10 at14.4pt% % <17>cmsl10 at17.28pt% % <20>cmsl10 at20.74pt% % <25>cmsl10 at24.88pt{
\new@fontshape{pnr}{b{n{% <5>pnb10 at4.82pt% <6>pnb10 at5.79pt% <7>pnb10 at6.94pt% <8>pnb10 at8.33pt% <9>pnb10 at9.13pt% <10>pnb10% <11>pnb10 at10.95pt% <12>pnb10 at12pt% <14>pnb10 at14.4pt% <17>pnb10 at17.28pt% <20>pnb10 at20.74pt% <25>pnb10 at24.88pt{
%%%%%%%%% bold extended series \subst@fontshape{pnr}{bx{n{pnr{b{n \subst@fontshape{pnr}{bx{sl{cmr{bx{sl \subst@fontshape{pnr}{bx{it{cmr{bx{sl
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %% %% Sans serif font shapes %% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\new@fontshape{pnss}{m{n{% <5>pnss10 at4.82pt% <6>pnss10 at5.79pt% <7>pnss10 at6.94pt% <8>pnss10 at8.33pt% <9>pnss10 at9.13pt% <10>pnss10% <11>pnss10 at10.95pt% <12>pnss10 at12pt% <14>pnss10 at14.4pt% <17>pnss10 at17.28pt% <20>pnss10 at20.74pt% <25>pnss10 at24.88pt{
\subst@fontshape{pnss}{m{it{pnss{m{sl
\new@fontshape{pnss}{m{sl{% <5>pnssi10 at4.82pt% <6>pnssi10 at5.79pt% <7>pnssi10 at6.94pt% <8>pnssi10 at8.33pt% <9>pnssi10 at9.13pt% <10>pnssi10% <11>pnssi10 at10.95pt% <12>pnssi10 at12pt% <14>pnssi10 at14.4pt% <17>pnssi10 at17.28pt% <20>pnssi10 at20.74pt% <25>pnssi10 at24.88pt{
%%%%%%% Font/shape undefined, therefore substituted
\subst@fontshape{pnss}{m{sc{cmr{m{sc
%%%%%%%% semibold condensed series \subst@fontshape{pnss}{sbc{n{cmr{sbc{n
%%%%%%%%% bold extended series
\new@fontshape{pnss}{bx{n{% <5>pnssb10 at4.82pt% <6>pnssb10 at5.79pt% <7>pnssb10 at6.94pt% <8>pnssb10 at8.33pt% <9>pnssb10 at9.13pt% <10>pnssb10% <11>pnssb10 at10.95pt% <12>pnssb10 at12pt% <14>pnssb10 at14.4pt% <17>pnssb10 at17.28pt% <20>pnssb10 at20.74pt% <25>pnssb10 at24.88pt{
\extra@def{pnss}{{
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %% %% Typewriter font shapes %% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\new@fontshape{pntt}{m{n{% <5>pntt9 at4.82pt% <6>pntt9 at5.79pt% <7>pntt9 at6.94pt% <8>pntt9 at8.33pt% <9>pntt9% <10>pntt9 at 10pt% <11>pntt9 at10.95pt% <12>pntt9 at12pt% <14>pntt9 at14.4pt% <17>pntt9 at17.28pt% <20>pntt9 at20.74pt% <25>pntt9 at24.88pt{
\subst@fontshape{pntt}{m{it{cmtt{m{it
\subst@fontshape{pntt}{m{sl{cmtt{m{sl
\subst@fontshape{pntt}{m{sc{cmtt{m{sc
% From the Euler fonts designed by Hermann Zapf we need the families % ‘euler cursive’. (Others will follow in the finial version of this % option.) \new@fontshape{eur}{m{n{% <5>eurm5% <6>eurm6% <7>eurm7% <8>eurm8% <9>eurm9% <10>eurm10% <11>eurm10 at10.95pt% <12>eurm10 at12pt% <14>eurm10 at14.4pt% <17>eurm10 at17.28pt% <20>eurm10 at20.74pt% <25>eurm10 at24.88pt{ % We will have to set a \verb+\skewchar+ but I don’t know the right % value. \extra@def{eur}{\skewchar#1’177{ % % Don Knuth re-designed some of the math extension symbols to blend % better with the euler fonts. So we have a font called ‘Euler % compatible extension font’ available in 7 to 10pt. \new@fontshape{euex}{m{n{% <5>1euex7% <6>1euex7% <7>euex7% <8>euex8% <9>euex9% <10>euex10% <11>1euex10% <12>1euex10% <14>1euex10% <17>1euex10% <20>1euex10% <25>1euex10{ % \extra@def{euex}{{
\new@mathversion\mv@euler % Now we define the basic {\em math groups\/ for the new version, % i.e.\ the groups 0 to 3. \define@mathgroup\mv@euler{0} {pnr{m{n \define@mathgroup\mv@euler{1} {eur{m{n \define@mathgroup\mv@euler{2} {cmsy{m{n
% We also add a special math group to the euler version which % contains the redesigned math symbols. Since we don’t assume that % this version has to live in coexistance with the ‘normal’ or ‘bold’ % version we don’t add this group to the other versions. \new@mathgroup\euex
\define@mathgroup\mv@euler\euex
{euex{m{n % % To set up the math version properly we have to reset some % \verb+\mathcode+s. We have to take, for example, digits in math % from the math group number one, i.e.\ from the euler cursive font. % If we do this globally switching back to, let’s say, \LaTeX{s % normal version will produces an undesired effect: we will then get % oldstyle numerals in math. % % We will leave this problem open at the moment until there is more % experience with this new font selection scheme. After all, it does % not seem a very good idea to use such incompatible math versions % together in one document. % % So here we are, re-arranging some of the internal tables: \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 % % And here are some example for using the symbols from the special % extension font. We use \verb+\hexnumber@+ to get the unknown assignment to % \verb+\euex
+ as a hexadecimal number into the macro \verb+\@tempa+. \edef\@tempa{\hexnumber@\euex
} \mathchardef\intop="1\@tempa 52 \mathchardef\ointop="1\@tempa 48 \mathchardef\sum="1\@tempa 50 \mathchardef\prod="1\@tempa 51 % % Since numbers for footnotes are text numbers and not math % formulas we prefere shapes comming from Concrete roman (like % 12345) instead of $12345$. So we have to change the footnote mark % generation to avoid using math mode. \def\@makefnmark{\raise 1ex\hbox{\scriptsize\@thefnmark} % % \mathversion{euler
%% switch to Pandora Roman family: \family{pnr\selectfont% \renewcommand{\rmdefault{pnr%
%% Make the msam and msbm fonts available to the "euler" math version: \define@mathgroup\mv@euler\msa@group{msa}{m{n% \define@mathgroup\mv@euler\msb@group{msb}{m{n%
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