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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%
%% FILE: $RCSfile: cp850lat.csf,v $
%% $Revision: 1.1 $
%% $Date: 1996/08/04 20:48:52 $
%%
%% CHARACTER SET: IBM Code Page 850
%%
%% SORTING ORDER: Latin countries
%%
%% Alphabetical sorting order of Aa..Zz (including accented characters).
%%
%% WARNING
%%
%% This is a BibTeX Codepage and Sort definition file (CSF). It is
%% used to define the 8-bit character set used by BibTeX and the
%% order in which those characters should be sorted. The file
%% format is documented below this header section.
%%
%% This file will only work with the 8-bit implementation of BibTeX
%% written by Niel Kempson and Alejandro Aguilar-Sierra. It is
%% available by anonymous FTP from these Comprehensive TeX Archive
%% Network (CTAN) sites:
%%
%% ftp.tex.ac.uk:/tex-archive/biblio/bibtex/8-bit
%% ftp.shsu.edu:/tex-archive/biblio/bibtex/8-bit
%% ftp.uni-stuttgart.de:/tex-archive/biblio/bibtex/8-bit
%%
%% CHANGE LOG
%%
%% $Log: cp850lat.csf,v $
%% Revision 1.1 1996/08/04 20:48:52 kempson
%% Added missing sort entries for 0..9
%%
%% Revision 1.0 1995/10/21 22:10:32 kempson
%% Placed under RCS control
%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%
%% FILE FORMAT
%%
%% The codepage and sorting order (CS) file defines how BibTeX will treat an
%% 8-bit character set, specifically which characters are to be treated as
%% letters, the upper/lower case relationships between characters, and the
%% sorting order of characters.
%%
%% The CS file may contain a number of sections, each presented in the
%% form of a TeX macro:
%%
%% \section-name{
%% <section definitions>
%% }
%%
%% Four sections are currently supported: \lowupcase, \lowercase, \uppercase
%% and \order. The syntax of the four supported sections is summarised below.
%%
%% 8-bit characters may be entered naturally, but to avoid problems with
%% character set translation or corruption, they can also be entered using
%% the TeX-style portable notation for character codes, i.e. ^^XX, where XX
%% is the hexadecimal value ofthe character code.
%%
%% Reading of the sections ends when the first '}' character is reached, so
%% '}' can't be included in a section. You can't use ^^7d either.
%%
%% The percent sign ('%') is used to introduce a trailing comment - it and
%% all remaining characters on a line are ignored. ^^25 has the same effect.
%%
%%
%% \lowupcase section
%%
%% The \lowupcase section of the CS file is used to define the lower
%% /upper and upper/lower case relationship of pairs of specified
%% characters. It is only used if the relationship is symmetrical - use
%% \lowercase or \upcase if it isn't.
%%
%% The syntax of the \lowupcase section is:
%%
%% \lowupcase{
%% <LC-1> <UC-1> % Comment begins with a percent sign
%% <LC-2> <UC-2>
%% ...
%% <LC-N> <UC-N>
%% }
%%
%% Each <LC-n> <UC-n> pair of characters defines that the upper case
%% equivalent of <LC-n> is <UC-n> *and* the lower case equivalent of
%% <UC-n> is <LC-n>.
%%
%% You cannot redefine the lower or upper case equivalent of an ASCII
%% character (code < 128), so all instances of <LC-n> and <UC-n>
%% (i.e. both sides of the relationship) must have codes > 127.
%%
%%
%% \lowercase section
%%
%% The \lowercase section of the CS file is used to define the lower case
%% equivalent of specified characters. It should normally only be used
%% if the relationship isn't symmetrical - use \lowupcase if it is.
%%
%% The syntax of the \lowercase section is:
%%
%% \lowercase{
%% <UC-1> <LC-1> % Comment begins with a percent sign
%% <UC-2> <LC-2>
%% ...
%% <UC-N> <LC-N>
%% }
%%
%% Each <LC-n> <UC-n> pair of characters defines that the lower case
%% equivalent of <UC-n> is <LC-n>.
%%
%% You cannot redefine the lower case equivalent of an ASCII character
%% (code < 128), so all instances of <UC-n> (i.e. the left hand side
%% of the relationship) must have codes > 127.
%%
%%
%% \uppercase section
%%
%% The \uppercase section of the CS file is used to define the upper case
%% equivalent of specified characters. It should normally only be used
%% if the relationship isn't symmetrical - use \lowupcase if it is.
%%
%% The syntax of the \uppercase section is:
%%
%% \uppercase{
%% <LC-1> <UC-1> % Comment begins with a percent sign
%% <LC-2> <UC-2>
%% ...
%% <LC-N> <UC-N>
%% }
%%
%% Each <LC-n> <UC-n> pair of characters defines that the upper case
%% case equivalent of <LC-n> is <UC-n>.
%%
%% You cannot redefine the upper case equivalent of an ASCII character
%% (code < 128), so all instances of <LC-n> (i.e. the left hand side
%% of the relationship) must have codes > 127.
%%
%%
%% \order section
%%
%% The \order section of the CS file is used to define the order in which
%% characters are sorted.
%%
%% The syntax of the \order section is:
%%
%% \order{
%% <char-1> % Comment begins with a percent sign
%% <char-2> <char-3> % whitespace between the chars
%% <char-4> - <char-5> % a hyphen between the chars
%% <char-4> _ <char-5> % an underscore between the chars
%% ...
%% <char-n>
%% }
%%
%% All characters on the same line are given the same sorting weight.
%%
%% The construct <char-1> <underscore> <char-2> is used to denote that
%% all characters in the range <char-1> to <char-2> should be given the
%% same sorting weight. For example, "A _ Z" would cause all ASCII
%% upper case alphabetical characters to have the same sorting weight
%% and would be equivalent to placing all 26 characters on the same line.
%%
%% The construct <char-1> <hyphen> <char-2> is used to denote that all
%% characters in the range <char-1> to <char-2> should be given an
%% ascending set of sorting weights, starting with <char-1> and ending
%% with <char-2>. For example, "A - Z" would cause all upper case ASCII
%% alphabetical characters to be sorted in ascending order and would be
%% equivalent to placing 'A' on the first line, 'B' on the second,
%% through to 'Z' on the 26th line.
%%
%% The characters at the beginning of the order section are given a lower
%% sorting weight than characters occuring later. When sorting
%% alphabetically, characters with the lowest weight come first.
%%
%% All characters not in the \order section (including ASCII characters)
%% are given the same very high sorting weight to ensure that they come
%% last when sorting alphabetically.
%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%
%% CHARACTER SET
%%
%% The 850 code page contains an equal number of upper and lower case
%% accented characters so we can use the \lowupcase{} section. The
%% \lowercase{} and \uppercase{} sections are not used.
%%
\lowupcase{ % Lowercase Uppercase
% Code TeX Code TeX
%
% ^^85 \`{a} ^^b7 \`{A}
% ^^a0 \'{a} ^^b5 \'{A}
% ^^83 \^{a} ^^b6 \^{A}
% ^^c6 \~{a} ^^c7 \~{A}
% ^^84 \"{a} ^^8e \"{A}
% ^^86 \aa ^^8f \AA
% ^^91 \ae ^^92 \AE
% ^^87 \c{c} ^^80 \c{C}
% ^^8a \`{e} ^^d4 \`{E}
% ^^82 \'{e} ^^90 \'{E}
% ^^88 \^{e} ^^d2 \^{E}
% ^^89 \"{e} ^^d3 \"{E}
% ^^8d \`{\i} ^^de \`{I}
% ^^a1 \'{\i} ^^d6 \'{I}
% ^^8c \^{\i} ^^d7 \^{I}
% ^^8b \"{\i} ^^d8 \"{I}
% ^^a4 \~{n} ^^a5 \~{N}
% ^^95 \`{o} ^^e3 \`{O}
% ^^a2 \'{o} ^^e0 \'{O}
% ^^93 \^{o} ^^e2 \^{O}
% ^^e4 \~{o} ^^e5 \~{O}
% ^^94 \"{o} ^^99 \"{O}
% ^^9b \o ^^9d \O
% ^^97 \`{u} ^^eb \`{U}
% ^^a3 \'{u} ^^e9 \'{U}
% ^^96 \^{u} ^^ea \^{U}
% ^^81 \"{u} ^^9a \"{U}
% ^^ec \'{y} ^^ed \'{Y}
}
%%
%% SORTING ORDER
%%
%% The sorting order defined is the natural language sorting order
%% of 0-9Aa..Zz (including accented characters).
%%
\order{
0-9
A a
B b
C c
D d
E e
F f
G g
H h
I i
J j
K k
L l
M m
N n
O o
P p
Q q
R r
S s
T t
U u
V v
W w
X x
Y y
Z z
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% END OF FILE %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
|
