# Output sequence map for rtf2LaTeX2e

# Rename this file "TeX-map" to use!!

# Encoding used for producing characters between 
# 127-255: cp1252 (ansi/latin1)

# Use of this file requires the inputenc package with the cp1252 option.
# You can add a qualifier here to use the cp1252 inputenc package.
# The '%' is NOT a COMMENT sign, it denotes that rtf2latex2e should treat the 
# following string as a qualifier.

%\usepackage[cp1252]{inputenc}


# Field 1 is the standard character name.  Field 2 is the output sequence
# to produce for that character.

# The output sequence is simply a string of characters.  If it contains
# whitespace, it may be quoted.  If it contains quotes, it may be quoted
# with a different quote character.

# characters in ASCII range (32-127)

space		" "
exclam		!
quotedbl	{\textquotedbl}
numbersign	\#
dollar		\$
percent		\%
ampersand	\&
quoteright	"'"
parenleft	(
parenright	)
asterisk	*
plus		+
comma		,
hyphen		-
period		.
slash		/
zero		0
one		1
two		2
three		3
four		4
five		5
six		6
seven		7
eight		8
nine		9
colon		:
semicolon	;
less		\texttt{<}
equal		=
greater		\texttt{>}
question	?
at		@
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
bracketleft	[
backslash	{\textbackslash}
bracketright	]
asciicircum	{\textasciicircum}
underscore	\_
quoteleft	"`"
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
braceleft	\{
bar		{\textbar}
braceright	\}
asciitilde	{\textasciitilde}

# non-ASCII

AE					Æ					# \AE
Aacute				Á					# "\'{A}"
Abreve	\u{A}
Acircumflex			Â					# \^{A}
Adieresis			Ä					# '\"{A}'
Agrave				À					# "\`{A}"
Aogonek	\k{A}
Aring				Å					# \AA
Atilde				Ã					# \~{A}
aacute				á					# "\'{a}"
abreve	\u{a}
acircumflex			â					# \^{a}
acute		"'"
acutedbl	\H{}
adieresis			ä					# '\"{a}'
ae					æ					# {\ae}
agrave				à					# "\`{a}"
aleph	\ensuremath{\aleph}
angle		\ensuremath{\angle}
angleleft	\ensuremath{\langle}
angleright	\ensuremath{\rangle}
aogonek		\k{a}
apple		{\textapplelogo}
approxequal	\ensuremath{\approx}
aring				å					# {\aa}
arrowboth	\ensuremath{\leftrightarrow}
arrowdown	\ensuremath{\downarrow}
arrowhorizex	---
arrowleft	\ensuremath{\leftarrow}
arrowright	\ensuremath{\rightarrow}
arrowdblboth	\ensuremath{\Leftrightarrow}
arrowdbldown	\ensuremath{\Downarrow}
arrowdblleft	\ensuremath{\Leftarrow}
arrowdblright	\ensuremath{\Rightarrow}
arrowdblup	\ensuremath{\Uparrow}
arrowup		\ensuremath{\uparrow}
arrowvertex	\ensuremath{\arrowvert}
atilde				ã					# \~{a}
breve		\u{}
bracevert	\ensuremath{\bracevert}
brokenbar	{\textbrokenbar}
bullet				•					# {\textbullet}
carriagereturn	\ensuremath{\hookleftarrow}
Cacute		"\'{C}"
Ccaron		\v{C}
Ccedilla			Ç					# \c{C}
Cdblhorizbar	\hbox{\rm\rlap=C}
cacute		"\'{c}"
caron		\v{}
ccaron		\v{c}
ccedilla			ç					# \c{c}
cedilla		\c{}
cent		\hbox{\rm\rlap/c}
circlemultiply	\ensuremath{\otimes}
circleplus		\ensuremath{\oplus}
circumflex	\^{}
congruent	\ensuremath{\cong}
copyright	{\copyright}
copyrightsans	{\copyright}
club		\ensuremath{\clubsuit}
currency	{\textcurrency}
Dcaron		\v{D}
Dslash		{\DJ}
dagger		{\textdagger}
daggerdbl	{\textdaggerdbl}
dcaron		\v{d}
degree		\ensuremath{^\circ}
diagup		\ensuremath{\diagup}
diamond		\ensuremath{\diamondsuit}
dieresis	'\"{}'
divide		\ensuremath{\div}
dotaccent	\.{}
dotlessi	{\i}
dslash		{\dj}
Eacute				É					# "\'{E}"
Ecaron		\v{E}
Ecircumflex		\^{E}
Edieresis			Ë					# '\"{E}'
Egrave				È					# "\`{E}"
Eogonek		\k{E}
Eth			{\DH}
eacute				é					# "\'{e}"
ecaron		\v{e}
ecircumflex			ê					# \^{e}
edieresis			ë					# '\"{e}'
egrave				è					# "\`{e}"
element		\ensuremath{\in}
ellipsis	"\dots "
emdash		---
emptyset	\ensuremath{\emptyset}
endash		--
eogonek		\k{e}
equivalence	\ensuremath{\equiv}
eth			{\dh}
exclamdown	!`
existential	\ensuremath{\exists}
fi		fi
fl		fl
# florin		\ensuremath{f}
florin		\textit{f}
forall		\ensuremath{\forall}
fraction	/
Gbreve		\u{G}
gbreve		\u{g}
germandbls			ß					# {\ss}
grave		"\`{}"
gradient	\ensuremath{\nabla}
greaterequal	\ensuremath{\geq}
guillemotleft   	«					# {\guillemotleft}
guillemotright  	»					# {\guillemotright}
guilsinglleft   	‹					# {\guilsinglleft}
guilsinglright  	›					# {\guilsinglright}
heart			\ensuremath{\heartsuit}
hungarumlaut	\H{}
Iacute				Í					# "\'{I}"
Icircumflex			Î					# \^{I}
Idieresis			Ï					# '\"{I}'
Idotaccent		\.{I}
Ifraktur		\ensuremath{\mathfrak{I}}
Igrave				Ì					# "\`{I}"
iacute				í					# "\'{\i}"
icircumflex			î					# \^{\i}
idieresis			ï					# '\"{\i}'
igrave				ì					# "\`{\i}"
infinity	\ensuremath{\infty}
integral	\ensuremath{\int}
intersection	\ensuremath{\cap}
jmath		\ensuremath{\jmath}
Lacute		"\'{L}"
Lcaron		\v{L}
Lslash		{\L}
lacute		"\'{l}"
langle		\ensuremath{\langle}
lcaron		\v{l}
lceil		\ensuremath{\lceil}
lessequal	\ensuremath{\leq}
lfloor		\ensuremath{\lfloor}
logicaland	\ensuremath{\wedge}
logicalnot	\ensuremath{\neg}
logicalor	\ensuremath{\vee}
lozenge		\ensuremath{\lozenge}
lslash		{\l}
macron		\={}
mathasterisk	\ensuremath{\ast}
mathequal	\ensuremath{=}
mathminus	\ensuremath{-}
mathnumbersign	\ensuremath{\#}
mathplus	+
mathtilde	\ensuremath{\sim}
mho			\ensuremath{\mho}
midbar		\ensuremath{\mid}
minus		{\textminus}
minute		\ensuremath{"'"}
mu			\ensuremath{u}
multiply	\ensuremath{\times}
Nacute		"\'{N}"
Ncaron		\v{N}
Ntilde				Ñ					# \~{N}
nabla		\ensuremath{\nabla}
nacute		"\'{n}"
ncaron		\v{n}
nobrkhyphen	{\-}
nobrkspace	{\nobreakspace}
notelement	\ensuremath{\notin}
notequal	\ensuremath{\neq}
notsubset	\ensuremath{\not\subset}
ntilde				ñ					# \~{n}
OE					Œ					# {\OE}
Oacute				Ó					# "\'{O}"
Oacutedbl	\H{O}
Ocircumflex			Ô					# \^{O}
Odieresis			Ö					#'\"{O}'
Ograve				Ò					# "\`{O}"
Oslash				Ø					# {\O}
Otilde				Õ					# \~{O}
oacute				ó					# "\'{o}"
oacutedbl	\H{o}
ocircumflex			ô					# \^{o}
odieresis			ö					# '\"{o}'
oe					œ					# {\oe}
ograve				ò					# "\`{o}"
ogonek		\k{}
onehalf         \ensuremath{\frac12}
onequarter      \ensuremath{\frac14}
ordfeminine		\ensuremath{^a}
ordmasculine	\ensuremath{^\circ}
otilde				õ					# \~{o}
oslash				ø					# {\o}
paragraph	{\P}
partialdiff	\ensuremath{\partial}
periodcentered	{\textperiodcentered}
perpendicular	\ensuremath{\perp}
perthousand		{\perthousand}
plusminus	\ensuremath{\pm}
powerone	\ensuremath{^1}
powertwo	\ensuremath{^2}
powerthree	\ensuremath{^3}
product		\ensuremath{\prod}
propersubset	\ensuremath{\subset}
propersuperset	\ensuremath{\supset}
proportional	\ensuremath{\propto}
questiondown	?`
quotedblbase	,,
quotedblleft	``
quotedblright	"''"
quotesinglbase	,
Racute		"\'{R}"
Rcaron		\v{R}
Rfraktur	\ensuremath{\mathfrak{R}}
racute		"\'{r}"
radical			\ensuremath{\sqrt{}}
rangle		\ensuremath{\rangle}
rcaron		\v{r}
rceil		\ensuremath{\rceil}
reflexsubset	\ensuremath{\notin}
registered	{\textregistered}
registersans	{\textregistered}
rfloor		\ensuremath{\rfloor}
ring		\r{}
Sacute		"\'{S"
Scaron				Š					# \v{S}
Scedilla	\c{S}
sacute		"\'{s}"
scaron				š					# \v{s}
scedilla	\c{s}
second		\ensuremath{"''"}
section		{\S}
spade		\ensuremath{\spadesuit}
sterling	{\pounds}
subset		\ensuremath{\subset}
subseteq	\ensuremath{\subseteq}
supset		\ensuremath{\supset}
supseteq	\ensuremath{\supseteq}
suchthat	\ensuremath{\ni}
sum			\ensuremath{\sum}
Tcaron		\v{T}
Tcedilla	\c{T}
Thorn		{\TH}
tcaron		\v{t}
tcedilla	\c{t}
thorn			{\th}
therefore	\ensuremath{\therefore}
threequarters	\ensuremath{\frac34}
tilde		\~{}
trademark	{\texttrademark}
trademarksans	{\texttrademark}
Uacute				Ú					# "\'{U}"
Uacutedbl	\H{U}
Ucircumflex			Û					# \^{U}
Udieresis			Ü					# '\"{U}'
Ugrave				Ù					# "\`{U}"
Uring		\r{U}
uacute				ú					# "\'{u}"
uacutedbl	\H{u}
ucircumflex			û					# \^{u}
udieresis			ü					# '\"{u}'
ugrave				ù					# "\`{u}"
union		\ensuremath{\cup}
uring		\r{u}
weierstrass	\ensuremath{\wp}
Yacute				Ý					# "\'{Y}"
Ydieresis			Ÿ					# '\"{Y}'
yacute				ý					# "\'{y}"
ydieresis			ÿ					# '\"{y}'
yen			\hbox{\rm\rlap=Y}
# yen			{\textyen} 					# not available in some encodings
Zacute		"\'{Z}"
Zcaron		\v{Z}
Zdotaccent	\.{Z}
zacute		"\'{z}"
zcaron		\v{z}
zdotaccent	\.{z}


# greek letters
Alpha		\ensuremath{A}
Beta		\ensuremath{B}
Chi			\ensuremath{X}
Delta		\ensuremath{\Delta}
Epsilon		\ensuremath{E}
Phi			\ensuremath{\Phi}
Gamma		\ensuremath{\Gamma}
Eta			\ensuremath{H}
Iota		\ensuremath{I}
Kappa		\ensuremath{K}
Lambda		\ensuremath{\Lambda}
Mu			\ensuremath{M}
Nu			\ensuremath{N}
Omicron		\ensuremath{O}
Pi			\ensuremath{\Pi}
Theta		\ensuremath{\Theta}
Rho			\ensuremath{P}
Sigma		\ensuremath{\Sigma}
Tau			\ensuremath{T}
Upsilon		\ensuremath{\Upsilon}
Omega		\ensuremath{\Omega}
Xi			\ensuremath{\Xi}
Psi			\ensuremath{\Psi}
Zeta		\ensuremath{Z}

alpha		\ensuremath{\alpha}
beta		\ensuremath{\beta}
chi			\ensuremath{\chi}
delta		\ensuremath{\delta}
epsilon		\ensuremath{\epsilon}
phi			\ensuremath{\phi}
varphi		\ensuremath{\varphi}
gamma		\ensuremath{\gamma}
eta			\ensuremath{\eta}
iota		\ensuremath{\iota}
kappa		\ensuremath{\kappa}
lambda		\ensuremath{\lambda}
mu			\ensuremath{\mu}
nu			\ensuremath{\nu}
omicron		\ensuremath{o}
pi			\ensuremath{\pi}
varpi		\ensuremath{\varpi}
theta		\ensuremath{\theta}
vartheta	\ensuremath{\vartheta}
rho			\ensuremath{\rho}
sigma		\ensuremath{\sigma}
varsigma	\ensuremath{\varsigma}
tau			\ensuremath{\tau}
upsilon		\ensuremath{\upsilon}
omega		\ensuremath{\omega}
xi			\ensuremath{\xi}
psi			\ensuremath{\psi}
# varepsilon	\ensuremath{\varepsilon}
# varrho		\ensuremath{\varrho}
zeta		\ensuremath{\zeta}

