From Wikipedia, the free encyclopedia
User:Pfafrich/Blahtex en.wikipedia fixup
All the latex commands used in en.wikipedia. See [[1] ] for Blahtex copy.
See also Latex Symbol chart
Special escapes [ edit ] 16486 \, -
a
b
{\displaystyle {a}\,{b}}
3968 \! -
a
b
{\displaystyle {a}\!{b}}
3205 \{ -
a
{
b
{\displaystyle {a}\{{b}}
3018 \} -
a
}
b
{\displaystyle {a}\}{b}}
2866 \; -
a
b
{\displaystyle {a}\;{b}}
1608 \| -
a
‖
b
{\displaystyle {a}\|{b}}
47 \# -
a
#
b
{\displaystyle {a}\#{b}}
17 \% -
a
%
b
{\displaystyle {a}\%{b}}
14 \$ -
a
$
b
{\displaystyle {a}\${b}}
3 \/ - Failed to parse (syntax error): {\displaystyle {a}\/{b}}
3 \& -
a
&
b
{\displaystyle {a}\&{b}}
Wow I'm surprised that \& doesn't work. It really should. Dmharvey 19:30, 11 February 2006 (UTC) 2 \) - Failed to parse (syntax error): {\displaystyle {a}\){b}}
2 \( - Failed to parse (syntax error): {\displaystyle {a}\({b}}
1 \^ - Failed to parse (syntax error): {\displaystyle {a}\^{b}}
1 \+ - Failed to parse (syntax error): {\displaystyle {a}\+{b}}
1 \* - Failed to parse (syntax error): {\displaystyle {a}\*{b}}
Requires 1 or more arguments - annotation [ edit ] \acute -
x
y
´
z
{\displaystyle {x}{\acute {y}}{z}}
\bar -
x
y
¯
z
{\displaystyle {x}{\bar {y}}{z}}
\breve -
x
y
˘
z
{\displaystyle {x}{\breve {y}}{z}}
\check -
x
y
ˇ
z
{\displaystyle {x}{\check {y}}{z}}
\ddot -
x
y
¨
z
{\displaystyle {x}{\ddot {y}}{z}}
\dot -
x
y
˙
z
{\displaystyle {x}{\dot {y}}{z}}
\grave -
x
y
`
z
{\displaystyle {x}{\grave {y}}{z}}
\hat -
x
y
^
z
{\displaystyle {x}{\hat {y}}{z}}
\hbar -
x
ℏ
x
y
z
{\displaystyle {x}\hbar {x}{y}{z}}
\overbrace -
x
y
⏞
z
{\displaystyle {x}\overbrace {y} {z}}
\overleftarrow -
x
y
←
z
{\displaystyle {x}{\overleftarrow {y}}{z}}
\overline -
x
y
¯
z
{\displaystyle {x}{\overline {y}}{z}}
\overrightarrow -
x
y
→
z
{\displaystyle {x}{\overrightarrow {y}}{z}}
\sqrt -
x
y
z
{\displaystyle {x}{\sqrt {y}}{z}}
\tilde -
x
y
~
z
{\displaystyle {x}{\tilde {y}}{z}}
\underbrace -
x
y
⏟
z
{\displaystyle {x}\underbrace {y} {z}}
\underline -
x
y
_
z
{\displaystyle {x}{\underline {y}}{z}}
\vec -
x
y
→
z
{\displaystyle {x}{\vec {y}}{z}}
\widehat -
x
y
z
^
w
{\displaystyle {x}{\widehat {yz}}{w}}
Requires 1 or more arguments - font [ edit ] \bold -
x
y
z
w
{\displaystyle {x}\mathbf {yz} {w}}
\boldsymbol -
x
y
z
{\displaystyle {x}{\boldsymbol {y}}{z}}
\emph - Failed to parse (Conversion error. Server ("https://wikimedia.org/api/rest_") reported: "Cannot get mml. TeX parse error: Undefined control sequence \emph"): {\displaystyle {x}{\emph {yz}}{w}}
\hbox -
x
y z
w
{\displaystyle {x}{\hbox{y z}}{w}}
\it -
x
y
z
w
{\displaystyle {x}{\it {{yz}{w}}}}
\mathbf -
x
y
z
w
{\displaystyle {x}\mathbf {yz} {w}}
\mathfrak -
x
y
z
w
{\displaystyle {x}{\mathfrak {yz}}{w}}
\mathit -
x
y
z
w
{\displaystyle {x}{\mathit {yz}}{w}}
\mathop -
x
y
z
w
{\displaystyle {x}\mathop {yz} {w}}
\mathrm -
x
y
z
w
{\displaystyle {x}\mathrm {yz} {w}}
\mathsf -
x
y
z
w
{\displaystyle {x}{\mathsf {yz}}{w}}
\mbox -
x
y z
w
{\displaystyle {x}{\mbox{y z}}{w}}
\textbf -
x
yz
w
{\displaystyle {x}{\textbf {yz}}{w}}
\textit -
x
yz
w
{\displaystyle {x}{\textit {yz}}{w}}
\textrm -
x
yz
w
{\displaystyle {x}{\textrm {yz}}{w}}
\textstyle -
x
y
z
w
{\displaystyle {x}{\textstyle {yz}}{w}}
\texttt -
x
yz
w
{\displaystyle {x}{\texttt {yz}}{w}}
Two arguments [ edit ] \cfrac -
x
y
z
w
{\displaystyle {x}{\cfrac {y}{z}}{w}}
\frac -
x
y
z
w
{\displaystyle {x}{\frac {y}{z}}{w}}
Require special format [ edit ] \atop -
x
y
{\displaystyle {{x} \atop {y}}}
\choose -
(
x
y
)
{\displaystyle {{x} \choose {y}}}
\over -
x
y
{\displaystyle {{x} \over {y}}}
\limits -
∫
0
∞
{\displaystyle \int \limits _{0}^{\infty }}
Correct syntax is something like
∫
0
1
d
x
{\displaystyle \int \limits _{0}^{1}dx}
A
→
f
B
{\displaystyle A\mathop {\rightarrow } ^{f}B}
Dmharvey 19:27, 11 February 2006 (UTC) odd texvc bugs [ edit ] \binom -
(
6
3
)
{\displaystyle {\binom {6}{3}}}
\binom -
(
(
6
3
)
)
{\displaystyle {\begin{pmatrix}{\binom {6}{3}}\end{pmatrix}}}
The reason \binom is broken is that texvc forgets to load the amsmath package for \binom. So "\binom{a}{b}" is broken, but e.g.
ℶ
(
a
b
)
{\displaystyle \beth {\binom {a}{b}}}
Dmharvey 19:22, 11 February 2006 (UTC) \limits -
∫
0
∞
{\displaystyle \int \limits _{0}^{\infty }}
Correct syntax is something like
∫
0
1
d
x
{\displaystyle \int \limits _{0}^{1}dx}
A
→
f
B
{\displaystyle A\mathop {\rightarrow } ^{f}B}
Dmharvey 19:27, 11 February 2006 (UTC) \arccos -
arccos
x
y
z
{\displaystyle \arccos {x}{y}{z}}
But what's with
arccos
2
x
{\displaystyle \arccos ^{2}x}
Dmharvey 19:23, 11 February 2006 (UTC) \int -
∫
x
y
z
{\displaystyle \int {x}{y}{z}}
Here's nice bug:
a
b
c
d
∫
{\displaystyle abcd\int }
a
s
x
k
j
n
x
z
j
c
n
∫
{\displaystyle asxkjnxzjcn\int }
Dmharvey 19:25, 11 February 2006 (UTC) Require delimiters to follow [ edit ] \big -
(
x
y
)
{\displaystyle {\big (}{x \over y}{\big )}}
\Big -
(
x
y
)
{\displaystyle {\Big (}{x \over y}{\Big )}}
\bigg -
(
x
y
)
{\displaystyle {\bigg (}{x \over y}{\bigg )}}
\Bigg -
(
x
y
)
{\displaystyle {\Bigg (}{x \over y}{\Bigg )}}
\left,\right -
(
x
y
)
{\displaystyle \left({x \over y}\right)}
Require specific arguments [ edit ] \begin\end -
(
x
y
z
w
)
{\displaystyle {\begin{pmatrix}{x}&{y}\\{z}&{w}\end{pmatrix}}}
Works in BlahTex [ edit ] \Alpha -
A
x
y
z
{\displaystyle \mathrm {A} {x}{y}{z}}
\Beta -
B
x
y
z
{\displaystyle \mathrm {B} {x}{y}{z}}
\Box -
◻
x
y
z
{\displaystyle \Box {x}{y}{z}}
\Chi -
X
x
y
z
{\displaystyle \mathrm {X} {x}{y}{z}}
\Complex -
C
x
y
z
{\displaystyle \mathbb {C} {x}{y}{z}}
\Dagger -
‡
x
y
z
{\displaystyle \ddagger {x}{y}{z}}
\Delta -
Δ
x
y
z
{\displaystyle \Delta {x}{y}{z}}
\Diamond -
◊
x
y
z
{\displaystyle \Diamond {x}{y}{z}}
\Downarrow -
⇓
x
y
z
{\displaystyle \Downarrow {x}{y}{z}}
\Epsilon -
E
x
y
z
{\displaystyle \mathrm {E} {x}{y}{z}}
\Eta -
H
x
y
z
{\displaystyle \mathrm {H} {x}{y}{z}}
\Finv -
Ⅎ
x
y
z
{\displaystyle \Finv {x}{y}{z}}
\Gamma -
Γ
x
y
z
{\displaystyle \Gamma {x}{y}{z}}
\Harr -
⇔
x
y
z
{\displaystyle \Leftrightarrow {x}{y}{z}}
\Im -
ℑ
x
y
z
{\displaystyle \Im {x}{y}{z}}
\Iota -
I
x
y
z
{\displaystyle \mathrm {I} {x}{y}{z}}
\Kappa -
K
x
y
z
{\displaystyle \mathrm {K} {x}{y}{z}}
\Lambda -
Λ
x
y
z
{\displaystyle \Lambda {x}{y}{z}}
\Leftarrow -
⇐
x
y
z
{\displaystyle \Leftarrow {x}{y}{z}}
\Leftrightarrow -
⇔
x
y
z
{\displaystyle \Leftrightarrow {x}{y}{z}}
\Longleftarrow -
⟸
x
y
z
{\displaystyle \Longleftarrow {x}{y}{z}}
\Longleftrightarrow -
⟺
x
y
z
{\displaystyle \Longleftrightarrow {x}{y}{z}}
\Longrightarrow -
⟹
x
y
z
{\displaystyle \Longrightarrow {x}{y}{z}}
\Mu -
M
x
y
z
{\displaystyle \mathrm {M} {x}{y}{z}}
\N -
N
x
y
z
{\displaystyle \mathbb {N} {x}{y}{z}}
\Nu -
N
x
y
z
{\displaystyle \mathrm {N} {x}{y}{z}}
\Omega -
Ω
x
y
z
{\displaystyle \Omega {x}{y}{z}}
\P -
¶
x
y
z
{\displaystyle \P {x}{y}{z}}
\Phi -
Φ
x
y
z
{\displaystyle \Phi {x}{y}{z}}
\Pi -
Π
x
y
z
{\displaystyle \Pi {x}{y}{z}}
\Pr -
Pr
x
y
z
{\displaystyle \Pr {x}{y}{z}}
\Psi -
Ψ
x
y
z
{\displaystyle \Psi {x}{y}{z}}
\R -
R
x
y
z
{\displaystyle \mathbb {R} {x}{y}{z}}
\Rarr -
⇒
x
y
z
{\displaystyle \Rightarrow {x}{y}{z}}
\Re -
ℜ
x
y
z
{\displaystyle \Re {x}{y}{z}}
\Rho -
P
x
y
z
{\displaystyle \mathrm {P} {x}{y}{z}}
\Rightarrow -
⇒
x
y
z
{\displaystyle \Rightarrow {x}{y}{z}}
\S -
§
x
y
z
{\displaystyle \S {x}{y}{z}}
\Sigma -
Σ
x
y
z
{\displaystyle \Sigma {x}{y}{z}}
\Tau -
T
x
y
z
{\displaystyle \mathrm {T} {x}{y}{z}}
\Theta -
Θ
x
y
z
{\displaystyle \Theta {x}{y}{z}}
\Uparrow -
⇑
x
y
z
{\displaystyle \Uparrow {x}{y}{z}}
\Updownarrow -
⇕
x
y
z
{\displaystyle \Updownarrow {x}{y}{z}}
\Upsilon -
Υ
x
y
z
{\displaystyle \Upsilon {x}{y}{z}}
\Vdash -
⊩
x
y
z
{\displaystyle \Vdash {x}{y}{z}}
\Vert -
‖
x
y
z
{\displaystyle \Vert {x}{y}{z}}
\Xi -
Ξ
x
y
z
{\displaystyle \Xi {x}{y}{z}}
\Z -
Z
x
y
z
{\displaystyle \mathbb {Z} {x}{y}{z}}
\Zeta -
Z
x
y
z
{\displaystyle \mathrm {Z} {x}{y}{z}}
Broken in BlahTex [ edit ] \AA -
Å
x
y
z
{\displaystyle \mathrm {\AA} {x}{y}{z}}
\Bbb -
x
y
z
{\displaystyle \mathbb {x} {y}{z}}
\Game -
⅁
x
y
z
{\displaystyle \Game {x}{y}{z}}
\O -
∅
x
y
z
{\displaystyle \emptyset {x}{y}{z}}
\aleph -
x
ℵ
y
z
{\displaystyle {x}\aleph {y}{z}\;}
\alpha -
x
α
y
z
{\displaystyle {x}\alpha {y}{z}\;}
\and -
x
∧
y
z
{\displaystyle {x}\land {y}{z}\;}
\ang -
x
∠
y
z
{\displaystyle {x}\angle {y}{z}\;}
\angle -
x
∠
y
z
{\displaystyle {x}\angle {y}{z}\;}
\approx -
x
≈
y
z
{\displaystyle {x}\approx {y}{z}\;}
\arccos -
x
arccos
y
z
{\displaystyle {x}\arccos {y}{z}\;}
\arccot -
x
arccot
y
z
{\displaystyle {x}\operatorname {arccot} {y}{z}\;}
\arccsc -
x
arccsc
y
z
{\displaystyle {x}\operatorname {arccsc} {y}{z}\;}
\arcsec -
x
arcsec
y
z
{\displaystyle {x}\operatorname {arcsec} {y}{z}\;}
\arcsin -
x
arcsin
y
z
{\displaystyle {x}\arcsin {y}{z}\;}
\arctan -
x
arctan
y
z
{\displaystyle {x}\arctan {y}{z}\;}
\arg -
x
arg
y
z
{\displaystyle {x}\arg {y}{z}\;}
\backslash -
x
∖
y
z
{\displaystyle {x}\backslash {y}{z}\;}
\beta -
x
β
y
z
{\displaystyle {x}\beta {y}{z}\;}
\beth -
x
ℶ
y
z
{\displaystyle {x}\beth {y}{z}\;}
\bigcap -
x
⋂
y
z
{\displaystyle {x}\bigcap {y}{z}\;}
\bigcup -
x
⋃
y
z
{\displaystyle {x}\bigcup {y}{z}\;}
\bigvee -
x
⋁
y
z
{\displaystyle {x}\bigvee {y}{z}\;}
\bigwedge -
x
⋀
y
z
{\displaystyle {x}\bigwedge {y}{z}\;}
\bmod -
x
mod
y
z
{\displaystyle {x}{\bmod {y}}{z}\;}
\bot -
x
⊥
y
z
{\displaystyle {x}\bot {y}{z}\;}
\bull -
x
∙
y
z
{\displaystyle {x}\bullet {y}{z}\;}
\bullet -
x
∙
y
z
{\displaystyle {x}\bullet {y}{z}\;}
\cap -
x
∩
y
z
{\displaystyle {x}\cap {y}{z}\;}
\cdot -
x
⋅
y
z
{\displaystyle {x}\cdot {y}{z}\;}
\cdots -
x
⋯
y
z
{\displaystyle {x}\cdots {y}{z}\;}
\chi -
x
χ
y
z
{\displaystyle {x}\chi {y}{z}\;}
\circ -
x
∘
y
z
{\displaystyle {x}\circ {y}{z}\;}
\clubsuit -
x
♣
y
z
{\displaystyle {x}\clubsuit {y}{z}\;}
\colon -
x
:
y
z
{\displaystyle {x}\colon {y}{z}\;}
\complement -
x
∁
y
z
{\displaystyle {x}\complement {y}{z}\;}
\cong -
x
≅
y
z
{\displaystyle {x}\cong {y}{z}\;}
\coprod -
x
∐
y
z
{\displaystyle {x}\coprod {y}{z}\;}
\cos -
x
cos
y
z
{\displaystyle {x}\cos {y}{z}\;}
\cosh -
x
cosh
y
z
{\displaystyle {x}\cosh {y}{z}\;}
\cot -
x
cot
y
z
{\displaystyle {x}\cot {y}{z}\;}
\coth -
x
coth
y
z
{\displaystyle {x}\coth {y}{z}\;}
\csc -
x
csc
y
z
{\displaystyle {x}\csc {y}{z}\;}
\cup -
x
∪
y
z
{\displaystyle {x}\cup {y}{z}\;}
\dagger -
x
†
y
z
{\displaystyle {x}\dagger {y}{z}\;}
\daleth -
x
ℸ
y
z
{\displaystyle {x}\daleth {y}{z}\;}
\ddagger -
x
‡
y
z
{\displaystyle {x}\ddagger {y}{z}\;}
\ddots -
x
⋱
y
z
{\displaystyle {x}\ddots {y}{z}\;}
\deg -
x
deg
y
z
{\displaystyle {x}\deg {y}{z}\;}
\delta -
x
δ
y
z
{\displaystyle {x}\delta {y}{z}\;}
\det -
x
det
y
z
{\displaystyle {x}\det {y}{z}\;}
\diamondsuit -
x
♢
y
z
{\displaystyle {x}\diamondsuit {y}{z}\;}
\digamma -
x
ϝ
y
z
{\displaystyle {x}\digamma {y}{z}\;}
\dim -
x
dim
y
z
{\displaystyle {x}\dim {y}{z}\;}
\div -
x
÷
y
z
{\displaystyle {x}\div {y}{z}\;}
\dots -
x
…
y
z
{\displaystyle {x}\dots {y}{z}\;}
\dotsb -
x
⋯
y
z
{\displaystyle {x}\dotsb {y}{z}\;}
\downarrow -
x
↓
y
z
{\displaystyle {x}\downarrow {y}{z}\;}
\downharpoonleft -
x
⇃
y
z
{\displaystyle {x}\downharpoonleft {y}{z}\;}
\downharpoonright -
x
⇂
y
z
{\displaystyle {x}\downharpoonright {y}{z}\;}
\ell -
x
ℓ
y
z
{\displaystyle {x}\ell {y}{z}\;}
\empty -
x
∅
y
z
{\displaystyle {x}\emptyset {y}{z}\;}
\emptyset -
x
∅
y
z
{\displaystyle {x}\emptyset {y}{z}\;}
\epsilon -
x
ϵ
y
z
{\displaystyle {x}\epsilon {y}{z}\;}
\equiv -
x
≡
y
z
{\displaystyle {x}\equiv {y}{z}\;}
\eta -
x
η
y
z
{\displaystyle {x}\eta {y}{z}\;}
\eth -
x
ð
y
z
{\displaystyle {x}\eth {y}{z}\;}
\exist -
x
∃
y
z
{\displaystyle {x}\exists {y}{z}\;}
\exists -
x
∃
y
z
{\displaystyle {x}\exists {y}{z}\;}
\exp -
x
exp
y
z
{\displaystyle {x}\exp {y}{z}\;}
\flat -
x
♭
y
z
{\displaystyle {x}\flat {y}{z}\;}
\forall -
x
∀
y
z
{\displaystyle {x}\forall {y}{z}\;}
\frown -
x
⌢
y
z
{\displaystyle {x}\frown {y}{z}\;}
\gamma -
x
γ
y
z
{\displaystyle {x}\gamma {y}{z}\;}
\gcd -
x
gcd
y
z
{\displaystyle {x}\gcd {y}{z}\;}
\ge -
x
≥
y
z
{\displaystyle {x}\geq {y}{z}\;}
\geq -
x
≥
y
z
{\displaystyle {x}\geq {y}{z}\;}
\gets -
x
←
y
z
{\displaystyle {x}\gets {y}{z}\;}
\gg -
x
≫
y
z
{\displaystyle {x}\gg {y}{z}\;}
\gimel -
x
ℷ
y
z
{\displaystyle {x}\gimel {y}{z}\;}
\harr -
x
↔
y
z
{\displaystyle {x}\leftrightarrow {y}{z}\;}
\heartsuit -
x
♡
y
z
{\displaystyle {x}\heartsuit {y}{z}\;}
\hom -
x
hom
y
z
{\displaystyle {x}\hom {y}{z}\;}
\hookleftarrow -
x
↩
y
z
{\displaystyle {x}\hookleftarrow {y}{z}\;}
\hookrightarrow -
x
↪
y
z
{\displaystyle {x}\hookrightarrow {y}{z}\;}
\iff -
x
⟺
y
z
{\displaystyle {x}\iff {y}{z}\;}
\iiint -
x
∭
y
z
{\displaystyle {x}\iiint {y}{z}\;}
\iint -
x
∬
y
z
{\displaystyle {x}\iint {y}{z}\;}
\imath -
x
ı
y
z
{\displaystyle {x}\imath {y}{z}\;}
\implies -
x
⟹
y
z
{\displaystyle {x}\implies {y}{z}\;}
\in -
x
∈
y
z
{\displaystyle {x}\in {y}{z}\;}
\inf -
x
inf
y
z
{\displaystyle {x}\inf {y}{z}\;}
\infin -
x
∞
y
z
{\displaystyle {x}\infty {y}{z}\;}
\infty -
x
∞
y
z
{\displaystyle {x}\infty {y}{z}\;}
\int -
x
∫
y
z
{\displaystyle {x}\int {y}{z}\;}
\iota -
x
ι
y
z
{\displaystyle {x}\iota {y}{z}\;}
\isin -
x
∈
y
z
{\displaystyle {x}\in {y}{z}\;}
\kappa -
x
κ
y
z
{\displaystyle {x}\kappa {y}{z}\;}
\ker -
x
ker
y
z
{\displaystyle {x}\ker {y}{z}\;}
\lVert -
x
‖
y
z
{\displaystyle {x}\lVert {y}{z}\;}
\lambda -
x
λ
y
z
{\displaystyle {x}\lambda {y}{z}\;}
\land -
x
∧
y
z
{\displaystyle {x}\land {y}{z}\;}
\lang -
x
⟨
y
z
{\displaystyle {x}\langle {y}{z}\;}
\langle -
x
⟨
y
z
{\displaystyle {x}\langle {y}{z}\;}
\lbrace -
x
{
y
z
{\displaystyle {x}\lbrace {y}{z}\;}
\lbrack -
x
[
y
z
{\displaystyle {x}\lbrack {y}{z}\;}
\lceil -
x
⌈
y
z
{\displaystyle {x}\lceil {y}{z}\;}
\ldots -
x
…
y
z
{\displaystyle {x}\ldots {y}{z}\;}
\le -
x
≤
y
z
{\displaystyle {x}\leq {y}{z}\;}
\leftarrow -
x
←
y
z
{\displaystyle {x}\leftarrow {y}{z}\;}
\leftharpoondown -
x
↽
y
z
{\displaystyle {x}\leftharpoondown {y}{z}\;}
\leftharpoonup -
x
↼
y
z
{\displaystyle {x}\leftharpoonup {y}{z}\;}
\leftrightarrow -
x
↔
y
z
{\displaystyle {x}\leftrightarrow {y}{z}\;}
\leq -
x
≤
y
z
{\displaystyle {x}\leq {y}{z}\;}
\lesssim -
x
≲
y
z
{\displaystyle {x}\lesssim {y}{z}\;}
\lfloor -
x
⌊
y
z
{\displaystyle {x}\lfloor {y}{z}\;}
\lg -
x
lg
y
z
{\displaystyle {x}\lg {y}{z}\;}
\lim -
x
lim
y
z
{\displaystyle {x}\lim {y}{z}\;}
\liminf -
x
lim inf
y
z
{\displaystyle {x}\liminf {y}{z}\;}
\limsup -
x
lim sup
y
z
{\displaystyle {x}\limsup {y}{z}\;}
\ll -
x
≪
y
z
{\displaystyle {x}\ll {y}{z}\;}
\ln -
x
ln
y
z
{\displaystyle {x}\ln {y}{z}\;}
\lnot -
x
¬
y
z
{\displaystyle {x}\lnot {y}{z}\;}
\log -
x
log
y
z
{\displaystyle {x}\log {y}{z}\;}
\longleftarrow -
x
⟵
y
z
{\displaystyle {x}\longleftarrow {y}{z}\;}
\longmapsto -
x
⟼
y
z
{\displaystyle {x}\longmapsto {y}{z}\;}
\longrightarrow -
x
⟶
y
z
{\displaystyle {x}\longrightarrow {y}{z}\;}
\lor -
x
∨
y
z
{\displaystyle {x}\lor {y}{z}\;}
\mapsto -
x
↦
y
z
{\displaystyle {x}\mapsto {y}{z}\;}
\max -
x
max
y
z
{\displaystyle {x}\max {y}{z}\;}
\mho -
x
℧
y
z
{\displaystyle {x}\mho {y}{z}\;}
\mid -
x
∣
y
z
{\displaystyle {x}\mid {y}{z}\;}
\min -
x
min
y
z
{\displaystyle {x}\min {y}{z}\;}
\mod -
x
mod
y
z
{\displaystyle {x}\mod {y}{z}\;}
\models -
x
⊨
y
z
{\displaystyle {x}\models {y}{z}\;}
\mp -
x
∓
y
z
{\displaystyle {x}\mp {y}{z}\;}
\mu -
x
μ
y
z
{\displaystyle {x}\mu {y}{z}\;}
\nabla -
x
∇
y
z
{\displaystyle {x}\nabla {y}{z}\;}
\natural -
x
♮
y
z
{\displaystyle {x}\natural {y}{z}\;}
\ne -
x
≠
y
z
{\displaystyle {x}\neq {y}{z}\;}
\nearrow -
x
↗
y
z
{\displaystyle {x}\nearrow {y}{z}\;}
\neg -
x
¬
y
z
{\displaystyle {x}\neg {y}{z}\;}
\neq -
x
≠
y
z
{\displaystyle {x}\neq {y}{z}\;}
\ni -
x
∋
y
z
{\displaystyle {x}\ni {y}{z}\;}
\nleq -
x
≰
y
z
{\displaystyle {x}\nleq {y}{z}\;}
\nless -
x
≮
y
z
{\displaystyle {x}\nless {y}{z}\;}
\nmid -
x
∤
y
z
{\displaystyle {x}\nmid {y}{z}\;}
\notin -
x
∉
y
z
{\displaystyle {x}\notin {y}{z}\;}
\nu -
x
ν
y
z
{\displaystyle {x}\nu {y}{z}\;}
\nwarrow -
x
↖
y
z
{\displaystyle {x}\nwarrow {y}{z}\;}
\oint -
x
∮
y
z
{\displaystyle {x}\oint {y}{z}\;}
\omega -
x
ω
y
z
{\displaystyle {x}\omega {y}{z}\;}
\operatorname -
x
y
z
{\displaystyle {x}\operatorname {y} {z}\;}
\oplus -
x
⊕
y
z
{\displaystyle {x}\oplus {y}{z}\;}
\or -
x
∨
y
z
{\displaystyle {x}\lor {y}{z}\;}
\otimes -
x
⊗
y
z
{\displaystyle {x}\otimes {y}{z}\;}
\part -
x
∂
y
z
{\displaystyle {x}\partial {y}{z}\;}
\partial -
x
∂
y
z
{\displaystyle {x}\partial {y}{z}\;}
\perp -
x
⊥
y
z
{\displaystyle {x}\perp {y}{z}\;}
\phi -
x
ϕ
y
z
{\displaystyle {x}\phi {y}{z}\;}
\pi -
x
π
y
z
{\displaystyle {x}\pi {y}{z}\;}
\plusmn -
x
±
y
z
{\displaystyle {x}\pm {y}{z}\;}
\pm -
x
±
y
z
{\displaystyle {x}\pm {y}{z}\;}
\prod -
x
∏
y
z
{\displaystyle {x}\prod {y}{z}\;}
\propto -
x
∝
y
z
{\displaystyle {x}\propto {y}{z}\;}
\psi -
x
ψ
y
z
{\displaystyle {x}\psi {y}{z}\;}
\qquad -
x
y
z
{\displaystyle {x}\qquad {y}{z}\;}
\quad -
x
y
z
{\displaystyle {x}\quad {y}{z}\;}
\rVert -
x
‖
y
z
{\displaystyle {x}\rVert {y}{z}\;}
\rang -
x
⟩
y
z
{\displaystyle {x}\rangle {y}{z}\;}
\rangle -
x
⟩
y
z
{\displaystyle {x}\rangle {y}{z}\;}
\rarr -
x
→
y
z
{\displaystyle {x}\rightarrow {y}{z}\;}
\rbrace -
x
}
y
z
{\displaystyle {x}\rbrace {y}{z}\;}
\rbrack -
x
]
y
z
{\displaystyle {x}\rbrack {y}{z}\;}
\rceil -
x
⌉
y
z
{\displaystyle {x}\rceil {y}{z}\;}
\real -
x
ℜ
y
z
{\displaystyle {x}\Re {y}{z}\;}
\reals -
x
R
y
z
{\displaystyle {x}\mathbb {R} {y}{z}\;}
\rfloor -
x
⌋
y
z
{\displaystyle {x}\rfloor {y}{z}\;}
\rho -
x
ρ
y
z
{\displaystyle {x}\rho {y}{z}\;}
\rightarrow -
x
→
y
z
{\displaystyle {x}\rightarrow {y}{z}\;}
\rightharpoondown -
x
⇁
y
z
{\displaystyle {x}\rightharpoondown {y}{z}\;}
\rightharpoonup -
x
⇀
y
z
{\displaystyle {x}\rightharpoonup {y}{z}\;}
\rm -
x
y
z
{\displaystyle {x}{\rm {{y}{z}\;}}}
\sdot -
x
⋅
y
z
{\displaystyle {x}\cdot {y}{z}\;}
\searrow -
x
↘
y
z
{\displaystyle {x}\searrow {y}{z}\;}
\sec -
x
sec
y
z
{\displaystyle {x}\sec {y}{z}\;}
\setminus -
x
∖
y
z
{\displaystyle {x}\setminus {y}{z}\;}
\sgn -
x
sgn
y
z
{\displaystyle {x}\operatorname {sgn} {y}{z}\;}
\sharp -
x
♯
y
z
{\displaystyle {x}\sharp {y}{z}\;}
\sigma -
x
σ
y
z
{\displaystyle {x}\sigma {y}{z}\;}
\sim -
x
∼
y
z
{\displaystyle {x}\sim {y}{z}\;}
\simeq -
x
≃
y
z
{\displaystyle {x}\simeq {y}{z}\;}
\sin -
x
sin
y
z
{\displaystyle {x}\sin {y}{z}\;}
\sinh -
x
sinh
y
z
{\displaystyle {x}\sinh {y}{z}\;}
\smallsetminus -
x
∖
y
z
{\displaystyle {x}\smallsetminus {y}{z}\;}
\smile -
x
⌣
y
z
{\displaystyle {x}\smile {y}{z}\;}
\spadesuit -
x
♠
y
z
{\displaystyle {x}\spadesuit {y}{z}\;}
\sqcap -
x
⊓
y
z
{\displaystyle {x}\sqcap {y}{z}\;}
\sqcup -
x
⊔
y
z
{\displaystyle {x}\sqcup {y}{z}\;}
\sqsubset -
x
⊏
y
z
{\displaystyle {x}\sqsubset {y}{z}\;}
\sqsubseteq -
x
⊑
y
z
{\displaystyle {x}\sqsubseteq {y}{z}\;}
\sqsupset -
x
⊐
y
z
{\displaystyle {x}\sqsupset {y}{z}\;}
\sqsupseteq -
x
⊒
y
z
{\displaystyle {x}\sqsupseteq {y}{z}\;}
\square -
x
◻
y
z
{\displaystyle {x}\square {y}{z}\;}
\star -
x
⋆
y
z
{\displaystyle {x}\star {y}{z}\;}
\sub -
x
⊂
y
z
{\displaystyle {x}\subset {y}{z}\;}
\sube -
x
⊆
y
z
{\displaystyle {x}\subseteq {y}{z}\;}
\subset -
x
⊂
y
z
{\displaystyle {x}\subset {y}{z}\;}
\subseteq -
x
⊆
y
z
{\displaystyle {x}\subseteq {y}{z}\;}
\subsetneq -
x
⊊
y
z
{\displaystyle {x}\subsetneq {y}{z}\;}
\sum -
x
∑
y
z
{\displaystyle {x}\sum {y}{z}\;}
\sup -
x
sup
y
z
{\displaystyle {x}\sup {y}{z}\;}
\supset -
x
⊃
y
z
{\displaystyle {x}\supset {y}{z}\;}
\supseteq -
x
⊇
y
z
{\displaystyle {x}\supseteq {y}{z}\;}
\supsetneq -
x
⊋
y
z
{\displaystyle {x}\supsetneq {y}{z}\;}
\swarrow -
x
↙
y
z
{\displaystyle {x}\swarrow {y}{z}\;}
\tan -
x
tan
y
z
{\displaystyle {x}\tan {y}{z}\;}
\tanh -
x
tanh
y
z
{\displaystyle {x}\tanh {y}{z}\;}
\tau -
x
τ
y
z
{\displaystyle {x}\tau {y}{z}\;}
\theta -
x
θ
y
z
{\displaystyle {x}\theta {y}{z}\;}
\times -
x
×
y
z
{\displaystyle {x}\times {y}{z}\;}
\to -
x
→
y
z
{\displaystyle {x}\to {y}{z}\;}
\top -
x
⊤
y
z
{\displaystyle {x}\top {y}{z}\;}
\triangle -
x
△
y
z
{\displaystyle {x}\triangle {y}{z}\;}
\triangleleft -
x
◃
y
z
{\displaystyle {x}\triangleleft {y}{z}\;}
\triangleright -
x
▹
y
z
{\displaystyle {x}\triangleright {y}{z}\;}
\uparrow -
x
↑
y
z
{\displaystyle {x}\uparrow {y}{z}\;}
\updownarrow -
x
↕
y
z
{\displaystyle {x}\updownarrow {y}{z}\;}
\upharpoonleft -
x
↿
y
z
{\displaystyle {x}\upharpoonleft {y}{z}\;}
\upharpoonright -
x
↾
y
z
{\displaystyle {x}\upharpoonright {y}{z}\;}
\upsilon -
x
υ
y
z
{\displaystyle {x}\upsilon {y}{z}\;}
\vDash -
x
⊨
y
z
{\displaystyle {x}\vDash {y}{z}\;}
\varepsilon -
x
ε
y
z
{\displaystyle {x}\varepsilon {y}{z}\;}
\varinjlim -
x
lim
→
y
z
{\displaystyle {x}\varinjlim {y}{z}\;}
\varkappa -
x
ϰ
y
z
{\displaystyle {x}\varkappa {y}{z}\;}
\varlimsup -
x
lim
¯
y
z
{\displaystyle {x}\varlimsup {y}{z}\;}
\varnothing -
x
∅
y
z
{\displaystyle {x}\varnothing {y}{z}\;}
\varphi -
x
φ
y
z
{\displaystyle {x}\varphi {y}{z}\;}
\varpi -
x
ϖ
y
z
{\displaystyle {x}\varpi {y}{z}\;}
\varprojlim -
x
lim
←
y
z
{\displaystyle {x}\varprojlim {y}{z}\;}
\varrho -
x
ϱ
y
z
{\displaystyle {x}\varrho {y}{z}\;}
\varsigma -
x
ς
y
z
{\displaystyle {x}\varsigma {y}{z}\;}
\vartheta -
x
ϑ
y
z
{\displaystyle {x}\vartheta {y}{z}\;}
\vdash -
x
⊢
y
z
{\displaystyle {x}\vdash {y}{z}\;}
\vdots -
x
⋮
y
z
{\displaystyle {x}\vdots {y}{z}\;}
\vee -
x
∨
y
z
{\displaystyle {x}\vee {y}{z}\;}
\vert -
x
|
y
z
{\displaystyle {x}\vert {y}{z}\;}
\wedge -
x
∧
y
z
{\displaystyle {x}\wedge {y}{z}\;}
\wp -
x
℘
y
z
{\displaystyle {x}\wp {y}{z}\;}
\wr -
x
≀
y
z
{\displaystyle {x}\wr {y}{z}\;}
\xi -
x
ξ
y
z
{\displaystyle {x}\xi {y}{z}\;}
\zeta -
x
ζ
y
z
{\displaystyle {x}\zeta {y}{z}\;}
Brokex in BlahTex - renders incorectly [ edit ] \bigodot -
x
⨀
y
z
{\displaystyle {x}\bigodot {y}{z}\;}
\bigoplus -
x
⨁
x
y
z
{\displaystyle {x}\bigoplus {x}{y}{z}\;}
\bigotimes -
x
⨂
x
y
z
{\displaystyle {x}\bigotimes {x}{y}{z}\;}
\bigsqcup -
x
⨆
x
y
z
{\displaystyle {x}\bigsqcup {x}{y}{z}\;}
\biguplus -
x
⨄
x
y
z
{\displaystyle {x}\biguplus {x}{y}{z}\;}
\iiiint -
x
⨌
x
y
z
{\displaystyle {x}\iiiint {x}{y}{z}\;}
\mod -
x
mod
y
z
{\displaystyle {x}\mod {y}{z}\;}
\pmod -
x
(
mod
y
)
z
{\displaystyle {x}{\pmod {y}}{z}\;}
\prime -
x
′
y
z
{\displaystyle {x}\prime {y}{z}\;}
Brokex in Blahtex - errors [ edit ] \mathbb -
x
y
z
{\displaystyle \mathbb {x} {y}{z}}
\mathcal -
x
y
z
{\displaystyle {\mathcal {x}}{y}{z}}
b
−
b
c
−
c
d
−
d
e
−
e
p
−
p
1
−
1
5
−
5
{\displaystyle b-{\mathcal {b}}\ c-{\mathcal {c}}\ d-{\mathcal {d}}\ e-{\mathcal {e}}\ p-{\mathcal {p}}\ 1-{\mathcal {1}}\ 5-{\mathcal {5}}}
\not -
≠
y
z
{\displaystyle \not ={y}{z}}
\not -
⧸
x
y
z
{\displaystyle \not {x}{y}{z}}
\textvisiblespace -
x
␣
y
z
{\displaystyle {x}\mathrm {\textvisiblespace} {y}{z}}
Very rare broken in texvc [ edit ] Only appear in test pages or requests for symbols, all broken in texvc
\Chsi
\Csi
\Ha
\Khsi
\Ksi
\LaTeX
\Ob
\Program
\TeX
\Un
\atl
\bf
\bin
\boxplus
\bra
\gr
\ket
\dag
\d
\displayed
\displaylimits
\dotsc
\dotsm
\foo
\gs
\gswin
\input
\label
\lib
\llbracket
\odot
\renewcommand
\rightleftharpoons
\rrbracket
\rtimes
\v
\widetilde
\x
\xxxxx 
