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Mac Magazin/MacEasy 32
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Mac Magazin and MacEasy Magazine CD - Issue 32.iso
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Grafik & Text
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OzTeX3.0
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Encodings
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Mac.enc
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1996-10-23
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% Encoding files tell OzTeX which Macintosh characters to display
% when previewing a PostScript font (or when printing such a font on a
% non-PostScript printer; note that encoding files are NOT used during
% PostScript printing). The syntax of an encoding file is as follows:
%
% - Lines starting with "%" are ignored.
% - All other lines must contain 2 character codes delimited by spaces/tabs.
% The 1st code is the input character (from a PostScript TFM file) and
% the 2nd code is the output character (in the corresponding screen font).
% Any material on the line after the 2nd character code is ignored.
% - A character code can be any of the following:
% - a decimal integer (0..255)
% - an octal integer (\0..\377)
% - a hexadecimal integer ($0..$FF)
% - a character constant (a single character in double quotes).
% For example: 160, \240, $A0 and "†" are equivalent character codes.
% - Before reading an encoding file, OzTeX initializes all 256 output
% characters to their corresponding input characters, so you only need
% to specify input characters which have different output characters.
% (Note that an empty encoding file is valid; it corresponds to a "nil"
% config file entry.)
% - If a particular input character appears more than once then the final
% output character will be used.
%
% This encoding file maps characters from a standard PostScript text font
% into equivalent characters in a standard Macintosh text font.
% It is based on the font tables on p.598 of Adobe's PostScript Language
% Reference Manual (2nd ed) and p.221 of Apple's Inside Mac volume 1.
% Here is the latter table (best viewed using a font like 12pt Courier):
%
% 0 1 2 3 4 5 6 7 8 9 A B C D E F <= 1st hex digit
% 0 0 @ P ` p Ä ê † ∞ ¿ – ‡ 0
% 1 ! 1 A Q a q Å ë ° ± ¡ — · Ò 1
% 2 " 2 B R b r Ç í ¢ ≤ ¬ “ ‚ Ú 2
% 3 # 3 C S c s É ì £ ≥ √ ” „ Û 3
% 4 $ 4 D T d t Ñ î § ¥ ƒ ‘ ‰ Ù 4
% 5 % 5 E U e u Ö ï • µ ≈ ’ Â ı 5
% 6 & 6 F V f v Ü ñ ¶ ∂ Δ ÷ Ê ˆ 6
% 7 ' 7 G W g w á ó ß ∑ « ◊ Á ˜ 7
% 8 ( 8 H X h x à ò ® ∏ » ÿ Ë ¯ 8 2nd hex digit
% 9 ) 9 I Y i y â ô © π … Ÿ È ˘ 9
% A * : J Z j z ä ö ™ ∫ ⁄ Í ˙ A
% B + ; K [ k { ã õ ´ ª À € Î ˚ B
% C , < L \ l | å ú ¨ º Ã ‹ Ï ¸ C
% D - = M ] m } ç ù ≠ Ω Õ › Ì ˝ D
% E . > N ^ n ~ é û Æ æ Œ fi Ó ˛ E
% F / ? O _ o è ü Ø ø œ fl Ô ˇ F
%
"`" $D4 quoteleft
"'" $D5 quoteright
\241 $C1 exclamdown
\244 $DA fraction
\245 $B4 yen
\246 $C4 florin
\247 $A4 section
\250 $DB currency
\251 $27 quotesingle
\252 $D2 quotedblleft
\253 $C7 guillemotleft
\254 $DC guilsinglleft
\255 $DD guilsinglright
\256 $DE fi
\257 $DF fl
\261 $D0 endash
\262 $A0 dagger
\263 $E0 daggerdbl
\264 $E1 periodcentered
\266 $A6 paragraph
\267 $A5 bullet
\270 $E2 quotesinglbase
\271 $E3 quotedblbase
\272 $D3 quotedblright
\273 $C8 guillemotright
\274 $C9 ellipsis
\275 $E4 perthousand
\277 $C0 questiondown
\301 $60 grave
\302 $AB acute
\303 $F6 circumflex
\304 $F7 tilde
\305 $F8 macron
\306 $F9 breve
\307 $FA dotaccent
\310 $AC dieresis
\312 $FB ring
\313 $FC cedilla
\315 $FD hungarumlaut
\316 $FE ogonek
\317 $FF caron
\320 $D1 emdash
\341 $AE AE
\343 $BB ordfeminine (Bridget Bardot?)
\350 "L" Lslash (no Mac equivalent)
\351 $AF Oslash
\352 $CE OE
\353 $BC ordmasculine
\361 $BE ae
\370 "l" lslash (no Mac equivalent)
\371 $BF oslash
\372 $CF oe
\373 $A7 germandbls