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% cnv-pu.tex -- The conversion table for UNICODE output for PFD outlines 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% April 2005                                                  Petr Olsak

% You can use cnv.tex + this table with your macros in plain if you
% need to save the PDF outlines in UNICODE octal strings.

% You can use cnv.tex + this table with hyperref in LaTeX if you don't
% want to use the inputenc package. Eight-bit tokens are used as single
% non-active accented characters from the alphabet of your language. 
% In such a case you can type:
%
% \usepackage{czech}     % IL2 font encoding is declared here
%                        % You can use another package which defines
%                        % \encodingdefault.
% \input cnv-pu.tex      % font encoding declared before is used here
% \usepackage{hyperref}  
% \def\pdfstringdef #1#2{% \pdfstringdef re-definition
%    \bgroup \escapechar=`\\%
%    \def\cnvtable{pu}\cnvin{#2}%
%    \xdef #1{\string\376\string\377\cnvout}\egroup }

% Sorry, the following conversion table is not considered to be definite.
% If you add some usual conversion rules, please, send the result to
% the author &lt;petr@olsak.net&gt;. I'll be very pleased to add your additions
% to my cnv.tex distribution. 

\ifx\cnvin\undefined  \input cnv \fi

\bgroup

\let\predefmethod=\gdef
\let\findefmethod=\xdef
\let\cnvaccentmethod=\gdef

\def\declchar #1#2#3     {\findef {#1} {#2#3}}
\def\declaccent #1#2#3#4 {\cnvaccent #1#2{#3#4}}

\def\0{\string\0} \def\1{\string\1} \def\2{\string\2} \def\3{\string\3}

\gdef\cnvdefault #1{}         % undeclared tokens will be removed
\xdef\cnvadefault {\000\077}  % undeclared accents are converted to "?"

\def\cnvtable{pu}  % PdfUnicode conversion table

\declchar  { }  \000\040
\declchar  !    \000\041
\declchar  "    \000\042
\declchar  #    \000\043
\declchar  \#   \000\043
%\declchar  $   \000\044
\declchar  \$   \000\044
\declchar  \%   \000\045
\declchar  &amp;    \000\046
\declchar  \&amp;   \000\046
\declchar  '    \000\047
\declchar  (    \000\050
\declchar  )    \000\051
\declchar  *    \000\052
\declchar  +    \000\053
\declchar  ,    \000\054
\declchar  -    \000\055
\declchar  .    \000\056
\declchar  /    \000\057
\declchar  0    \000\060
\declchar  1    \000\061
\declchar  2    \000\062
\declchar  3    \000\063
\declchar  4    \000\064
\declchar  5    \000\065
\declchar  6    \000\066
\declchar  7    \000\067
\declchar  8    \000\070
\declchar  9    \000\071
\declchar  :    \000\072
\declchar  ;    \000\073
\declchar  &lt;    \000\074
\declchar  =    \000\075
\declchar  &gt;    \000\076
\declchar  ?    \000\077
\declchar  @    \000@
\declchar  A    \000A
\declchar  B    \000B
\declchar  C    \000C
\declchar  D    \000D
\declchar  E    \000E
\declchar  F    \000F
\declchar  G    \000G
\declchar  H    \000H
\declchar  I    \000I
\declchar  J    \000J
\declchar  K    \000K
\declchar  L    \000L
\declchar  M    \000M
\declchar  N    \000N
\declchar  O    \000O
\declchar  P    \000P
\declchar  Q    \000Q
\declchar  R    \000R
\declchar  S    \000S
\declchar  T    \000T
\declchar  U    \000U
\declchar  V    \000V
\declchar  W    \000W
\declchar  X    \000X
\declchar  Y    \000Y
\declchar  Z    \000Z
\declchar  [    \000\133
\declchar  \\   \000\134
\declchar  ]    \000\135
\declchar  ^    \000\136
\declchar  _    \000\137
\declchar  `    \000\140
\declchar  a    \000a
\declchar  b    \000b
\declchar  c    \000c
\declchar  d    \000d
\declchar  e    \000e
\declchar  f    \000f
\declchar  g    \000g
\declchar  h    \000h
\declchar  i    \000i
\declchar  j    \000j
\declchar  k    \000k
\declchar  l    \000l
\declchar  m    \000m
\declchar  n    \000n
\declchar  o    \000o
\declchar  p    \000p
\declchar  q    \000q
\declchar  r    \000r
\declchar  s    \000s
\declchar  t    \000t
\declchar  u    \000u
\declchar  v    \000v
\declchar  w    \000w
\declchar  x    \000x
\declchar  y    \000y
\declchar  z    \000z
\declchar  \{   \000\173
\declchar  |    \000\174
\declchar  \}   \000\175
\declchar  \~   \000\176
\declchar  ~    \000\040

\declchar  \O   \000\330
\declchar  \o   \000\370
\declchar  \AA  \000\305
\declchar  \aa  \000\345
\declchar  \AE  \000\306
\declchar  \ae  \000\346
\declchar  \OE  \001\122
\declchar  \oe  \001\123
\declchar  \ss  \000\337
\declchar  \L   \001\101
\declchar  \l   \001\102

% etc...

\predef \TeX    {TeX}
\predef \LaTeX  {La\TeX}
\predef \LaTeXe {\LaTeX2e}
\predef \eTeX   {e-\TeX}
\predef \MF     {Metafont}
\predef \MP     {Metapost}

\predef \uv #1{\clqq #1\crqq}

\declchar \clqq  \000\214
\declchar \crqq  \000\215

% etc...

% The \declaccent macro depends on the expansion of \'a etc.
% If these sequences expand to a single token then this token is stored
% to the conversion table too: it means that \'a and a native a-acute
% are both converted to \000\341.
% In order to prepare the \'a (etc) expansion we need to test if we are
% in LaTeX (\fontencoding is defined) or not. In non-LaTeX case, we run the
% \csaccents macro (or \relax if not defined). This macro redefines \'
% (etc.) macros as expandable in csplain format.

\ifx\fontencoding\undefined
   \csname csaccents\endcsname
\else
   \fontencoding{\encodingdefault}\selectfont
\fi

\declaccent  \' A  \000\301
\declaccent  \' a  \000\341
\declaccent  \` A  \000\300
\declaccent  \` a  \000\340
\declaccent  \" A  \000\304
\declaccent  \" a  \000\344
\declaccent  \v C  \001\014
\declaccent  \v c  \001\015
\declaccent  \v D  \001\016
\declaccent  \v d  \001\017
\declaccent  \' E  \000\311
\declaccent  \' e  \000\351
\declaccent  \v E  \001\032
\declaccent  \v e  \001\033
\declaccent  \" E  \000\313
\declaccent  \" e  \000\353
\declaccent  \' I  \000\315
\declaccent  \' i  \000\355
\declaccent  \' L  \001\071
\declaccent  \' l  \001\072
\declaccent  \v L  \001\075
\declaccent  \v l  \001\076
\declaccent  \v N  \001\107
\declaccent  \v n  \001\110
\declaccent  \^ O  \000\324
\declaccent  \^ o  \000\364
\declaccent  \' O  \000\323
\declaccent  \' o  \000\363
\declaccent  \" O  \000\326
\declaccent  \" o  \000\366
\declaccent  \' R  \001\124
\declaccent  \' r  \001\125
\declaccent  \v R  \001\130
\declaccent  \v r  \001\131
\declaccent  \v S  \001\140
\declaccent  \v s  \001\141
\declaccent  \v T  \001\144
\declaccent  \v t  \001\145
\declaccent  \r U  \001\156
\declaccent  \r u  \001\157
\declaccent  \' U  \000\332
\declaccent  \' u  \000\372
\declaccent  \" U  \000\334
\declaccent  \" u  \000\374
\declaccent  \' Y  \000\335
\declaccent  \' y  \000\375
\declaccent  \v Z  \001\175
\declaccent  \v z  \001\176

% dirty trick: LaTeX has a bad conception in \@sect macro: this macro
% mixes the \ifnum calculation with the real text of the section
% in one parameter of \addtocontentsline. We need to expand the \ifnum
% but not expand the other text:

\predef \ifnum #1\fi {\cnvexpandtext{\ifnum#1\fi}}

% -- and --- ligatures:

\predef -{\cnvexec \futurelet \nextchar \testtwodash}
\gdef\testtwodash {\ifx-\nextchar \expandafter \twodash
   \else \expandafter \cnvnext \expandafter \onedash \fi}
\gdef\twodash #1{\futurelet \nextchar \testthreedash}
\gdef\testthreedash {\ifx-\nextchar \expandafter \threedash
   \else \expandafter \cnvnext \expandafter \twodash \fi}
\gdef\threedash #1{\cnvnext \threedash}
\findef\onedash   {\000\055}  % normal minus
\findef\twodash   {\000\205}  % endash
\findef\threedash {\000\204}  % emdash

\egroup







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