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groff_char(7)
groff_char - groff glyph namesDESCRIPTION
This manual page lists the standard groff glyph names and the default
input mapping, latin-1. The glyphs in this document will look differ-
ent depending on which output device was chosen (with option -T for the
man(1) program or the roff formatter). Glyphs not available for the
device that is being used to print or view this manual page will be
marked with `(N/A)'; the device currently used is `ascii'.
In the actual version, groff provides only 8-bit characters for direct
input and named entities for further glyphs. On ASCII platforms, input
character codes in the range 0 to 127 (decimal) represent the usual
7-bit ASCII characters, while codes between 127 and 255 are interpreted
as the corresponding characters in the Latin-1 (ISO-8859-1) code set by
default. This mapping is contained in the file latin1.tmac and can be
changed by loading a different input encoding. Note that some of the
input characters are reserved by groff, either for internal use or for
special input purposes. On EBCDIC platforms, only code page cp1047 is
supported (which contains the same characters as Latin-1; the input
encoding file is called cp1047.tmac). Again, some input characters are
reserved for internal and special purposes. It is rather straightfor-
ward (for the experienced user) to set up other 8-bit encodings like
Latin-2; since groff will use Unicode in the next major version, no
additional encodings are provided.
All roff systems provide the concept of named glyphs. In traditional
roff systems, only names of length 2 were used, while groff also pro-
vides support for longer names. It is strongly suggested that only
named glyphs are used for all character representations outside of the
printable 7-bit ASCII range.
Some of the predefined groff escape sequences (with names of length 1)
also produce single characters; these exist for historical reasons or
are printable versions of syntactical characters. They include `\\',
`\'', `\`', `\-', `\.', and `\e'; see groff(7).
In groff, all of these different types of characters and glyphs can be
tested positively with the `.if c' conditional.
REFERENCE
In this section, the glyphs in groff are specified in tabular form.
The meaning of the columns is as follows.
Output shows how the glyph is printed for the current device; although
this can have quite a different shape on other devices, it
always represents the same glyph.
Input name
specifies how the glyph is input either directly by a key on the
keyboard, or by a groff escape sequence.
Input code
applies to glyphs which can be input with a single character,
is the glyph name used in composite glyph names.
7-bit Character Codes 32-126
These are the basic glyphs having 7-bit ASCII code values assigned.
They are identical to the printable characters of the character stan-
dards ISO-8859-1 (Latin-1) and Unicode (range C0 Controls and Basic
Latin). The glyph names used in composite glyph names are `u0020' up
to `u007E'.
Note that input characters in the range 0-31 and character 127 are not
printable characters. Most of them are invalid input characters for
groff anyway, and the valid ones have special meaning. For EBCDIC, the
printable characters are in the range 66-255.
48-57 Decimal digits 0 to 9 (print as themselves).
65-90 Upper case letters A-Z (print as themselves).
97-122 Lower case letters a-z (print as themselves).
Most of the remaining characters not in the just described ranges print
as themselves; the only exceptions are the following characters:
` the ISO Latin-1 `Grave Accent' (code 96) prints as `, a left
single quotation mark; the original character can be obtained
with `\`'.
' the ISO Latin-1 `Apostrophe' (code 39) prints as ', a right sin-
gle quotation mark; the original character can be obtained with
`\(aq'.
- the ISO Latin-1 `Hyphen, Minus Sign' (code 45) prints as a
hyphen; a minus sign can be obtained with `\-'.
~ the ISO Latin-1 `Tilde' (code 126) is reduced in size to be
usable as a diacritic; a larger glyph can be obtained with
`\(ti'.
^ the ISO Latin-1 `Circumflex Accent' (code 94) is reduced in size
to be usable as a diacritic; a larger glyph can be obtained with
`\(ha'.
Output Input Input PostScript Unicode Notes
name code name decomposed
! ! 33 exclam u0021
" " 34 quotedbl u0022
# # 35 numbersign u0023
$ $ 36 dollar u0024
% % 37 percent u0025
& & 38 ampersand u0026
' ' 39 quoteright u0027
( ( 40 parenleft u0028
) ) 41 parenright u0029
* * 42 asterisk u002A
+ + 43 plus u002B
, , 44 comma u002C
> > 62 greater u003E
? ? 63 question u003F
@ @ 64 at u0040
[ [ 91 bracketleft u005B
\ \ 92 backslash u005C
] ] 93 bracketright u005D
^ ^ 94 circumflex u005E circumflex accent
_ _ 95 underscore u005F
` ` 96 quoteleft u0060
{ { 123 braceleft u007B
| | 124 bar u007C
} } 125 braceright u007D
~ ~ 126 tilde u007E tilde accent
8-bit Character Codes 160 to 255
They are interpreted as printable characters according to the Latin-1
(iso-8859-1) code set, being identical to the Unicode range C1 Controls
and Latin-1 Supplement.
Input characters in range 128-159 (on non-EBCDIC hosts) are not print-
able characters.
160 the ISO Latin-1 no-break space is mapped to `\~', the stretch-
able space character.
173 the soft hyphen control character. groff never uses this char-
acter for output (thus it is omitted in the table below); the
input character 173 is mapped onto `\%'.
The remaining ranges (161-172, 174-255) are printable characters that
print as themselves. Although they can be specified directly with the
keyboard on systems with a Latin-1 code page, it is better to use their
glyph names; see next section.
Output Input Input PostScript Unicode Notes
name code name decomposed
i i 161 exclamdown u00A1 inverted exclamation
mark
c c 162 cent u00A2
L L 163 sterling u00A3
x x 164 currency u00A4
Y Y 165 yen u00A5
| | 166 brokenbar u00A6
S S 167 section u00A7
" " 168 dieresis u00A8
(C) (C) 169 copyright u00A9
a a 170 ordfeminine u00AA
<< << 171 guillemotleft u00AB
~ ~ 172 logicalnot u00AC
(R) (R) 174 registered u00AE
_ _
175 macron u00AF
o o 176 degree u00B0
+- +- 177 plusminus u00B1
2 2 178 twosuperior u00B2
3 3 179 threesuperior u00B3
>> >> 187 guillemotright u00BB
1/4 1/4 188 onequarter u00BC
1/2 1/2 189 onehalf u00BD
3/4 3/4 190 threequarters u00BE
c c 191 questiondown u00BF
A A 192 Agrave u0041_0300
A A 193 Aacute u0041_0301
A A 194 Acircumflex u0041_0302
A A 195 Atilde u0041_0303
A A 196 Adieresis u0041_0308
A A 197 Aring u0041_030A
AE AE 198 AE u00C6
C C 199 Ccedilla u0043_0327
E E 200 Egrave u0045_0300
E E 201 Eacute u0045_0301
E E 202 Ecircumflex u0045_0302
E E 203 Edieresis u0045_0308
I I 204 Igrave u0049_0300
I I 205 Iacute u0049_0301
I I 206 Icircumflex u0049_0302
I I 207 Idieresis u0049_0308
D D 208 Eth u00D0
N N 209 Ntilde u004E_0303
O O 210 Ograve u004F_0300
O O 211 Oacute u004F_0301
O O 212 Ocircumflex u004F_0302
O O 213 Otilde u004F_0303
O O 214 Odieresis u004F_0308
x x 215 multiply u00D7
O O 216 Oslash u00D8
U U 217 Ugrave u0055_0300
U U 218 Uacute u0055_0301
U U 219 Ucircumflex u0055_0302
U U 220 Udieresis u0055_0308
Y Y 221 Yacute u0059_0301
b b 222 Thorn u00DE
B B 223 germandbls u00DF
a a 224 agrave u0061_0300
a a 225 aacute u0061_0301
a a 226 acircumflex u0061_0302
a a 227 atilde u0061_0303
a a 228 adieresis u0061_0308
a a 229 aring u0061_030A
ae ae 230 ae u00E6
c c 231 ccedilla u0063_0327
e e 232 egrave u0065_0300
e e 233 eacute u0065_0301
e e 234 ecircumflex u0065_0302
e e 235 edieresis u0065_0308
i i 236 igrave u0069_0300
i i 237 iacute u0069_0301
i i 238 icircumflex u0069_0302
i i 239 idieresis u0069_0308
o o 240 eth u00F0
n n 241 ntilde u006E_0303
o o 242 ograve u006F_0300
o o 243 oacute u006F_0301
o o 244 ocircumflex u006F_0302
u u 252 udieresis u0075_0308
y y 253 yacute u0079_0301
b b 254 thorn u00FE
y y 255 ydieresis u0079_0308
Named Glyphs
Glyph names can be embedded into the document text by using escape
sequences. groff(7) describes how these escape sequences look. Glyph
names can consist of quite arbitrary characters from the ASCII or
Latin-1 code set, not only alphanumeric characters. Here some exam-
ples:
\c A glyph having the name c, which consists of a single character
(length 1).
\(ch A glyph having the 2-character name ch.
\[char_name]
A glyph having the name char_name (having length 1, 2, 3, ...).
\[base_glyph composite_1 composite_2 ...]
A composite glyph; see below for a more detailed description.
In groff, each 8-bit input character can also referred to by the con-
struct `\[charn]' where n is the decimal code of the character, a num-
ber between 0 and 255 without leading zeros (those entities are not
glyph names). They are normally mapped onto glyphs using the .trin
request. Another special convention is the handling of glyphs with
names directly derived from a Unicode code point; this is discussed
below. Moreover, new glyph names can be created by the .char request;
see groff(7).
In the following, a plus sign in the `Notes' column indicates that this
particular glyph name appears in the PS version of the original troff
documentation, CSTR 54.
Output Input PostScript Unicode Notes
name name decomposed
D \[-D] Eth u00D0 uppercase eth
o \[Sd] eth u00F0 lowercase eth
b \[TP] Thorn u00DE uppercase thorn
b \[Tp] thorn u00FE lowercase thorn
B \[ss] germandbls u00DF German sharp s
Ligatures and Other Latin Glyphs
ff \[ff] ff u0066_0066 ff ligature +
fi \[fi] fi u0066_0069 fi ligature +
fl \[fl] fl u0066_006C fl ligature +
ffi \[Fi] ffi u0066_0066_0069 ffi ligature +
ffl \[Fl] ffl u0066_0066_006C ffl ligature +
L \[/L] Lslash u0141 (Polish)
l \[/l] lslash u0142 (Polish)
O \[/O] Oslash u00D8 (Scandinavic)
o \[/o] oslash u00F8 (Scandinavic)
AE \[AE] AE u00C6
Accented Characters
A \['A] Aacute u0041_0301
(N/A) \['C] Cacute u0043_0301
E \['E] Eacute u0045_0301
I \['I] Iacute u0049_0301
O \['O] Oacute u004F_0301
U \['U] Uacute u0055_0301
Y \['Y] Yacute u0059_0301
a \['a] aacute u0061_0301
(N/A) \['c] cacute u0063_0301
e \['e] eacute u0065_0301
i \['i] iacute u0069_0301
o \['o] oacute u006F_0301
u \['u] uacute u0075_0301
y \['y] yacute u0079_0301
A \[:A] Adieresis u0041_0308 A with umlaut
E \[:E] Edieresis u0045_0308
I \[:I] Idieresis u0049_0308
O \[:O] Odieresis u004F_0308
U \[:U] Udieresis u0055_0308
(N/A) \[:Y] Ydieresis u0059_0308
a \[:a] adieresis u0061_0308
e \[:e] edieresis u0065_0308
i \[:i] idieresis u0069_0308
o \[:o] odieresis u006F_0308
u \[:u] udieresis u0075_0308
y \[:y] ydieresis u0079_0308
A \[^A] Acircumflex u0041_0302
E \[^E] Ecircumflex u0045_0302
I \[^I] Icircumflex u0049_0302
O \[^O] Ocircumflex u004F_0302
U \[^U] Ucircumflex u0055_0302
a \[^a] acircumflex u0061_0302
e \[^e] ecircumflex u0065_0302
i \[^i] icircumflex u0069_0302
o \[^o] ocircumflex u006F_0302
u \[^u] ucircumflex u0075_0302
A \[`A] Agrave u0041_0300
E \[`E] Egrave u0045_0300
I \[`I] Igrave u0049_0300
O \[`O] Ograve u004F_0300
U \[`U] Ugrave u0055_0300
a \[`a] agrave u0061_0300
e \[`e] egrave u0065_0300
i \[`i] igrave u0069_0300
o \[`o] ograve u006F_0300
u \[`u] ugrave u0075_0300
A \[~A] Atilde u0041_0303
N \[~N] Ntilde u004E_0303
O \[~O] Otilde u004F_0303
a \[~a] atilde u0061_0303
n \[~n] ntilde u006E_0303
o \[~o] otilde u006F_0303
(N/A) \[vS] Scaron u0053_030C
(N/A) \[vs] scaron u0073_030C
(N/A) \[vZ] Zcaron u005A_030C
The composite request is used to map most of the accents to non-spacing
glyph names; the values given in parentheses are the original (spacing)
ones.
Output Input PostScript Unicode Notes
name name decomposed
" \[a"] hungarumlaut u030B (u02DD) (Hungarian)
_
\[a-] macron u0304 (u00AF)
(N/A) \[a.] dotaccent u0307 (u02D9)
^ \[a^] circumflex u0302 (u005E)
' \[aa] acute u0301 (u00B4) +
` \[ga] grave u0300 (u0060) +
` \[ab] breve u0306 (u02D8)
, \[ac] cedilla u0327 (u00B8)
" \[ad] dieresis u0308 (u00A8) umlaut
v \[ah] caron u030C (u02C7) hacek
o \[ao] ring u030A (u02DA) circle
~ \[a~] tilde u0303 (u007E)
, \[ho] ogonek u0328 (u02DB) hook
^ \[ha] asciicircum u005E (spacing)
~ \[ti] asciitilde u007E (spacing)
Quotes
,, \[Bq] quotedblbase u201E low double comma quote
, \[bq] quotesinglbase u201A low single comma quote
" \[lq] quotedblleft u201C
" \[rq] quotedblright u201D
` \[oq] quoteleft u2018 single open quote
' \[cq] quoteright u2019 single closing quote
' \[aq] quotesingle u0027 apostrophe quote (ASCII
39)
" \[dq] quotedbl u0022 double quote (ASCII 34)
<< \[Fo] guillemotleft u00AB
>> \[Fc] guillemotright u00BB
< \[fo] guilsinglleft u2039
> \[fc] guilsinglright u203A
Punctuation
i \[r!] exclamdown u00A1
c \[r?] questiondown u00BF
-- \[em] emdash u2014 +
- \[en] endash u2013
- \[hy] hyphen u2010 +
Brackets
The extensible bracket pieces are font-invariant glyphs. In classical
troff only one glyph was available to vertically extend brackets,
braces, and parentheses: `bv'. We map it rather arbitrarily to u23AA.
Note that not all devices contain extensible bracket pieces which can
be piled up with `\b' due to the restrictions of the escape's piling
algorithm. A general solution to build brackets out of pieces is the
. nr pile-wd 0
. nr pile-ht 0
. ds pile-args
.
. nr pile-# \n[.$]
. while \n[pile-#] \{\
. nr pile-wd (\n[pile-wd] >? \w'\$[\n[pile-#]]')
. nr pile-ht +(\n[rst] - \n[rsb])
. as pile-args \v'\n[rsb]u'\"
. as pile-args \Z'\$[\n[pile-#]]'\"
. as pile-args \v'-\n[rst]u'\"
. nr pile-# -1
. \}
.
. ds pile \v'(-0.5m + (\n[pile-ht]u / 2u))'\"
. as pile \*[pile-args]\"
. as pile \v'((\n[pile-ht]u / 2u) + 0.5m)'\"
. as pile \h'\n[pile-wd]u'\"
..
.ec
Another complication is the fact that some glyphs which represent
bracket pieces in original troff can be used for other mathematical
symbols also, for example `lf' and `rf' which provide the `floor' oper-
ator. Other devices (most notably for DVI output) don't unify such
glyphs. For this reason, the four glyphs `lf', `rf', `lc', and `rc'
are not unified with similarly looking bracket pieces. In groff, only
glyphs with long names are guaranteed to pile up correctly for all
devices (provided those glyphs exist).
Output Input PostScript Unicode Notes
name name decomposed
[ \[lB] bracketleft u005B
] \[rB] bracketright u005D
{ \[lC] braceleft u007B
} \[rC] braceright u007D
< \[la] angleleft u27E8 left angle
bracket
> \[ra] angleright u27E9 right angle
bracket
| \[bv] braceex u23AA vertical exten-
sion *** +
(N/A) \[braceex] braceex u23AA
(N/A) \[bracketlefttp] bracketlefttp u23A1
(N/A) \[bracketleftbt] bracketleftbt u23A3
(N/A) \[bracketleftex] bracketleftex u23A2
(N/A) \[bracketrighttp] bracketrighttp u23A4
(N/A) \[bracketrightbt] bracketrightbt u23A6
(N/A) \[bracketrightex] bracketrightex u23A5
,- \[lt] bracelefttp u23A7 +
(N/A) \[bracelefttp] bracelefttp u23A7
{ \[lk] braceleftmid u23A8 +
(N/A) \[braceleftmid] braceleftmid u23A8
`- \[lb] braceleftbt u23A9 +
(N/A) \[braceleftbt] braceleftbt u23A9
(N/A) \[braceleftex] braceleftex u23AA
(N/A) \[parenlefttp] parenlefttp u239B
(N/A) \[parenleftbt] parenleftbt u239D
(N/A) \[parenleftex] parenleftex u239C
(N/A) \[parenrighttp] parenrighttp u239E
(N/A) \[parenrightbt] parenrightbt u23A0
(N/A) \[parenrightex] parenrightex u239F
Arrows
<- \[<-] arrowleft u2190 +
-> \[->] arrowright u2192 +
<-> \[<>] arrowboth u2194 (horizontal)
v \[da] arrowdown u2193 +
^ \[ua] arrowup u2191 +
(N/A) \[va] arrowupdn u2195
<= \[lA] arrowdblleft u21D0
=> \[rA] arrowdblright u21D2
<=> \[hA] arrowdblboth u21D4 (horizontal)
v \[dA] arrowdbldown u21D3
^ \[uA] arrowdblup u21D1
(N/A) \[vA] uni21D5 u21D5 vertical double-
headed double
arrow
- \[an] arrowhorizex u23AF horizontal arrow
extension
Lines
The font-invariant glyphs `br', `ul', and `rn' form corners; they can
be used to build boxes. Note that both the PostScript and the Unicode-
derived names of these three glyphs are just rough approximations.
`rn' also serves in classical troff as the horizontal extension of the
square root sign.
`ru' is a font-invariant glyph, namely a rule of length 0.5m.
Output Input PostScript Unicode Notes
name name decomposed
| \[ba] bar u007C
| \[br] SF110000 u2502 box rule +
_ \[ul] underscore u005F +
_ use `\[radicalex]' for
\[rn] overline u203E continuation of square
root +
_ \[ru] --- --- baseline rule +
| \[bb] brokenbar u00A6
/ \[sl] slash u002F +
\ \[rs] backslash u005C reverse solidus
Text markers
O \[ci] circle u25CB +
o \[bu] bullet u2022 +
= \[dd] daggerdbl u2021 double dagger sign +
- \[dg] dagger u2020 +
# \[sh] numbersign u0023
_| \[CR] carriagereturn u21B5
(N/A) \[OK] a19 u2713 check mark, tick
Legalize
(C) \[co] copyright u00A9 +
(R) \[rg] registered u00AE +
tm \[tm] trademark u2122
(N/A) \[bs] --- --- AT&T Bell Labs logo
(not used in groff) +
Currency symbols
$ \[Do] dollar u0024
c \[ct] cent u00A2 +
EUR \[eu] --- u20AC official Euro symbol
EUR \[Eu] Euro u20AC font-specific Euro
glyph variant
Y \[Ye] yen u00A5
L \[Po] sterling u00A3 British currency sign
x \[Cs] currency u00A4 Scandinavian currency
sign
f \[Fn] florin u0192 Dutch currency sign
Units
o \[de] degree u00B0 +
%o \[%0] perthousand u2030 per thousand, per
mille sign
' \[fm] minute u2032 footmark, prime +
'' \[sd] second u2033
u \[mc] mu u00B5 micro sign
a \[Of] ordfeminine u00AA
o \[Om] ordmasculine u00BA
Logical Symbols
^ \[AN] logicaland u2227
v \[OR] logicalor u2228
~ \[no] logicalnot u00AC +
~ \[tno] logicalnot u00AC text variant of `no'
3 \[te] existential u2203 there exists, existen-
tial quantifier
V \[fa] universal u2200 for all, universal
quantifier
-) \[st] suchthat u220B
.:. \[3d] therefore u2234
.:. \[tf] therefore u2234
| \[or] bar u007C bitwise OR operator
(as used in C) +
Mathematical Symbols
1/2 \[12] onehalf u00BD +
1/4 \[14] onequarter u00BC +
3/4 \[34] threequarters u00BE +
1/8 \[18] oneeighth u215B
font +
- \[mi] minus u2212 minus sign in special
font +
-+ \[-+] uni2213 u2213
+- \[+-] plusminus u00B1 +
+- \[t+-] plusminus u00B1 text variant of `+-'
. \[pc] periodcentered u00B7
. \[md] dotmath u22C5 multiplication dot
x \[mu] multiply u00D7 +
x \[tmu] multiply u00D7 text variant of `mu'
x \[c*] circlemultiply u2297 multiply sign in a
circle
+ \[c+] circleplus u2295 plus sign in a circle
-:- \[di] divide u00F7 division sign +
-:- \[tdi] divide u00F7 text variant of `di'
/ \[f/] fraction u2044 bar for fractions
* \[**] asteriskmath u2217 +
<= \[<=] lessequal u2264 +
>= \[>=] greaterequal u2265 +
<< \[<<] uni226A u226A much less
>> \[>>] uni226B u226B much greater
= \[eq] equal u003D equals sign in special
font +
!= \[!=] notequal u003D_0338 +
== \[==] equivalence u2261 +
!== \[ne] uni2262 u2261_0338
=~ \[=~] congruent u2245 approx. equal
-~ \[|=] uni2243 u2243 asymptot. equal to +
~ \[ap] similar u223C +
~~ \[~~] approxequal u2248 almost equal to
~= \[~=] approxequal u2248
oc \[pt] proportional u221D +
{} \[es] emptyset u2205 +
E \[mo] element u2208 +
E \[nm] notelement u2208_0338
(= \[sb] propersubset u2282 +
(N/A) \[nb] notsubset u2282_0338
=) \[sp] propersuperset u2283 +
(N/A) \[nc] uni2285 u2283_0338 not superset
(_ \[ib] reflexsubset u2286 +
_) \[ip] reflexsuperset u2287 +
(^) \[ca] intersection u2229 intersection, cap +
U \[cu] union u222A union, cup +
/ \[/_] angle u2220
| \[pp] perpendicular u22A5
I \[is] integral u222B +
(N/A) \[integral] integral u222B ***
(N/A) \[sum] summation u2211 ***
(N/A) \[product] product u220F ***
_ +
V \[gr] gradient u2207
\/ \[sr] radical u221A square root +
(N/A) \[sqrt] radical u221A ***
(N/A) \[radicalex] radicalex --- continuation of square
root
(N/A) \[sqrtex] radicalex --- ***
|~ \[lc] uni2308 u2308 left ceiling +
~| \[rc] uni2309 u2309 right ceiling +
a \[pd] partialdiff u2202 partial differentia-
tion sign +
(N/A) \[-h] uni210F u210F Planck constant over
two pi
(N/A) \[hbar] uni210F u210F
Greek characters
These glyphs are intended for technical use, not for real Greek; nor-
mally, the uppercase letters have upright shape, and the lowercase ones
are slanted. There is a problem with the mapping of letter phi to Uni-
code. Prior to Unicode version 3.0, the difference between U+03C6,
GREEK SMALL LETTER PHI, and U+03D5, GREEK PHI SYMBOL, was not clearly
described; only the glyph shapes in the Unicode book could be used as a
reference. Starting with Unicode 3.0, the reference glyphs have been
exchanged and described verbally also: In mathematical context, U+03D5
is the stroked variant and U+03C5 the curly glyph. Unfortunately, most
font vendors didn't update their fonts to this (incompatible) change in
Unicode. At the time of this writing (February 2003), it is not clear
yet whether the Adobe Glyph Names `phi' and `phi1' also change its
meaning if used for mathematics, thus compatibility problems are likely
to happen - being conservative, groff currently assumes that `phi' in a
PostScript symbol font is the stroked version.
In groff, symbol `\[*f]' always denotes the stroked version of phi, and
`\[+f]' the curly variant.
A \[*A] Alpha u0391 +
B \[*B] Beta u0392 +
_ +
| \[*G] Gamma u0393
/\ \[*D] Delta u0394 +
E \[*E] Epsilon u0395 +
Z \[*Z] Zeta u0396 +
H \[*Y] Eta u0397 +
O \[*H] Theta u0398 +
I \[*I] Iota u0399 +
K \[*K] Kappa u039A +
/\ \[*L] Lambda u039B +
M \[*M] Mu u039C +
N \[*N] Nu u039D +
H \[*C] Xi u039E +
O \[*O] Omicron u039F +
TT \[*P] Pi u03A0 +
P \[*R] Rho u03A1 +
_ +
> \[*S] Sigma u03A3
T \[*T] Tau u03A4 +
Y \[*U] Upsilon u03A5 +
O \[*F] Phi u03A6 +
X \[*X] Chi u03A7 +
Y \[*Q] Psi u03A8 +
O \[*W] Omega u03A9 +
a \[*a] alpha u03B1 +
B \[*b] beta u03B2 +
y \[*g] gamma u03B3 +
d \[*d] delta u03B4 +
e \[*e] epsilon u03B5 +
v \[*n] nu u03BD +
E \[*c] xi u03BE +
o \[*o] omicron u03BF +
n \[*p] pi u03C0 +
p \[*r] rho u03C1 +
s \[ts] sigma1 u03C2 terminal sigma +
o \[*s] sigma u03C3 +
t \[*t] tau u03C4 +
u \[*u] upsilon u03C5 +
o \[*f] phi u03D5 (stroked glyph)+
x \[*x] chi u03C7 +
u \[*q] psi u03C8 +
w \[*w] omega u03C9 +
0 \[+h] theta1 u03D1 variant theta
o \[+f] phi1 u03C6 variant phi (curly
shape)
w \[+p] omega1 u03D6 variant pi, looking
like omega
e \[+e] uni03F5 u03F5 variant epsilon
Card symbols
(N/A) \[CL] club u2663 black club suit
(N/A) \[SP] spade u2660 black spade suit
(N/A) \[HE] heart u2665 black heart suit
(N/A) \[u2662] uni2662 u2662 white heart suit
(N/A) \[DI] diamond u2666 black diamond suit
(N/A) \[u2661] uni2661 u2661 white diamond suit
AUTHOR
Copyright (C) 1989-2000, 2001, 2002, 2003 Free Software Foundation,
Inc.
This document is distributed under the terms of the FDL (GNU Free Docu-
mentation License) version 1.1 or later. You should have received a
copy of the FDL on your system, it is also available on-line at the GNU
copyleft site <http://www.gnu.org/copyleft/fdl.html>.
This document is part of groff, the GNU roff distribution. It was
written by James Clark <jjc@jclark.com> with additions by Werner Lem-
berg <wl@gnu.org> and Bernd Warken <bwarken@mayn.de>.
SEE ALSO
groff(1)
the GNU roff formatter.
groff(7)
a short reference of the groff formatting language.
An extension to the troff character set for Europe, E.G. Keizer, K.J.
Simonsen, J. Akkerhuis; EUUG Newsletter, Volume 9, No. 2, Summer 1989
The Unicode Standard <http://www.unicode.org>
Groff Version 1.19 1 May 2003 GROFF_CHAR(7)
SPONSORED LINKS
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