AsciiMath-Eingabe

MathJax-Darstellung:
⟪sum_(i=1)^n i^3=((n(n+1))/2)^2⟫
Operator-Symbole
Eing. TeX-Eing. Ausg.
+ ⟪+⟫
- ⟪-⟫
* cdot ⟪*⟫
** ast ⟪**⟫
*** star ⟪***⟫
// ⟪//⟫
\\ backslash
setminus 		⟪\\⟫
xx times ⟪xx⟫
-: div ⟪-:⟫
|>< ltimes ⟪|><⟫
><| rtimes ⟪><|⟫
|><| bowtie ⟪|><|⟫
@ circ ⟪@⟫
o+ oplus ⟪o+⟫
ox otimes ⟪ox⟫
o. odot ⟪o.⟫
sum ⟪sum⟫
prod ⟪prod⟫
^^ wedge ⟪^^⟫
^^^ bigwedge ⟪^^^⟫
vv vee ⟪vv⟫
vvv bigvee ⟪vvv⟫
nn cap ⟪nn⟫
nnn bigcap ⟪nnn⟫
uu cup ⟪uu⟫
uuu bigcup ⟪uuu⟫
Diverse Symbole
Eing. TeX-Eing. Ausg.
2/3 frac{2}{3} ⟪2/3⟫
2^3 ⟪2^3⟫
sqrt x ⟪sqrt x⟫
root(3)(x) ⟪root(3)(x)⟫
int ⟪int⟫
oint ⟪oint⟫
del partial ⟪del⟫
grad nabla ⟪grad⟫
+- pm ⟪+-⟫
O/ emptyset ⟪O/⟫
oo infty ⟪oo⟫
aleph ⟪aleph⟫
:. therefore ⟪:.⟫
:' because ⟪:'⟫
|...| |ldots| ⟪|...|⟫
|cdots| ⟪|cdots|⟫
vdots ⟪vdots⟫
ddots ⟪ddots⟫
|\ | ⟪|\ |⟫
|quad| ⟪|quad|⟫
/_ angle ⟪/_⟫
frown ⟪frown⟫
/_\ triangle ⟪/_\\⟫
diamond ⟪diamond⟫
square ⟪square⟫
"hi" text(hi) ⟪"hi"⟫
Relations-Symbole
Eing. TeX-Eing. Ausg.
= ⟪=⟫
!= ne ⟪!=⟫
< lt ⟪<⟫
> gt ⟪>⟫
<= le ⟪<=⟫
>= ge ⟪>=⟫
-< prec ⟪-<⟫
-<= preceq ⟪-<=⟫
>- succ ⟪>-⟫
>-= succeq ⟪>-=⟫
in ⟪in⟫
!in notin ⟪!in⟫
sub subset ⟪sub⟫
sup supset ⟪sup⟫
sube subseteq ⟪sube⟫
supe supseteq ⟪supe⟫
-= equiv ⟪-=⟫
~= cong ⟪~=⟫
~~ approx ⟪~~⟫
prop propto ⟪prop⟫
Logik-Symbole
Eing. TeX-Eing. Ausg.
and ⟪and⟫
or ⟪or⟫
not neg ⟪not⟫
=> implies ⟪=>⟫
if ⟪if⟫
<=> iff ⟪iff⟫
AA forall ⟪AA⟫
EE exists ⟪EE⟫
_|_ bot ⟪_|_⟫
TT top ⟪TT⟫
|-- vdash ⟪|--⟫
|== models ⟪|==⟫
Klammern
Eing. TeX-Eing. Ausg.
( ⟪(⟫
) ⟪)⟫
[ ⟪[⟫
] ⟪]⟫
{ ⟪{⟫
} ⟪}⟫
(: langle ⟪(:⟫
:) rangle ⟪:)⟫
<< ⟪<<⟫
>> ⟪>>⟫
{: ⟪⟫
:} ⟪⟫
{: x ) ⟪{: x )⟫
( x :} ⟪( x :}⟫
Pfeile
Eing. TeX-Eing. Ausg.
uarr uparrow ⟪uarr⟫
darr downarrow ⟪darr⟫
rarr -> rightarrow, to ⟪rarr⟫
>-> rightarrowtail ⟪>->⟫
->> twoheadrightarrow ⟪->>⟫
>->> twoheadrightarrowtail ⟪>->>⟫
|-> mapsto ⟪|->⟫
larr leftarrow ⟪larr⟫
harr leftrightarrow ⟪harr⟫
rArr => Rightarrow ⟪rArr⟫
lArr Leftarrow ⟪lArr⟫
hArr <=> Leftrightarrow ⟪hArr⟫
Oben, Unten, Links, Rechts
Eing. TeX-Eing. Ausg.
hat x ⟪hat x⟫
hat(a*b) ⟪hat(a*b)⟫
bar x overline x ⟪bar x⟫
ul x underline x ⟪ul x⟫
vec x ⟪vec x⟫
dot x ⟪dot x⟫
ddot x ⟪ddot x⟫
overset(x)(=) overset(x)(=) ⟪overset(x)(=)⟫
underset(x)(=) ⟪underset(x)(=)⟫
ubrace(1+2) underbrace(1+2) ⟪ubrace(1+2)⟫
obrace(1+2) overbrace(1+2) ⟪obrace(1+2)⟫
color(red)(x) ⟪color(red)(x)⟫
cancel(x) ⟪cancel(x)⟫
norm(vecx) ⟪norm(vecx)⟫
abs(x) ⟪abs(x)⟫
floor(x) ⟪floor(x)⟫
ceil(x) ⟪ceil(x)⟫
|__ lfloor ⟪|__⟫
__| rfloor ⟪__|⟫
|~ lceiling ⟪|~⟫
~| rceiling ⟪~|⟫
Griechische Buchstaben
Eing. Ausg. Eing. Ausg.
alpha ⟪alpha⟫
beta ⟪beta⟫
gamma ⟪gamma⟫ Gamma ⟪Gamma⟫
delta ⟪delta⟫ Delta ⟪Delta⟫
epsilon ⟪epsilon⟫
varepsilon ⟪varepsilon⟫
zeta ⟪zeta⟫
eta ⟪eta⟫
theta ⟪theta⟫ Theta ⟪Theta⟫
vartheta ⟪vartheta⟫
iota ⟪iota⟫
kappa ⟪kappa⟫
lambda ⟪lambda⟫ Lambda ⟪Lambda⟫
mu ⟪mu⟫
nu ⟪nu⟫
xi ⟪xi⟫ Xi ⟪Xi⟫
pi ⟪pi⟫ Pi ⟪Pi⟫
rho ⟪rho⟫
sigma ⟪sigma⟫ Sigma ⟪Sigma⟫
tau ⟪tau⟫
upsilon ⟪upsilon⟫
phi ⟪phi⟫ Phi ⟪Phi⟫
varphi ⟪varphi⟫
chi ⟪chi⟫
psi ⟪psi⟫ Psi ⟪Psi⟫
omega ⟪omega⟫ Omega ⟪Omega⟫
Funktionen
Eing. Ausg.
sin ⟪sin⟫
cos ⟪cos⟫
tan ⟪tan⟫
sec ⟪sec⟫
csc ⟪csc⟫
cot ⟪cot⟫
arcsin ⟪arcsin⟫
arccos ⟪arccos⟫
arctan ⟪arctan⟫
sinh ⟪sinh⟫
cosh ⟪cosh⟫
tanh ⟪tanh⟫
sech ⟪sech⟫
csch ⟪csch⟫
coth ⟪coth⟫
exp ⟪exp⟫
log ⟪log⟫
ln ⟪ln⟫
det ⟪det⟫
gcd ⟪gcd⟫
lcm ⟪lcm⟫
f ⟪f⟫
g ⟪g⟫
dim ⟪dim⟫
mod ⟪mod⟫
lub ⟪lub⟫
glb ⟪glb⟫
min ⟪min⟫
max ⟪max⟫
Fontauswahl
Eing. Ausg.
NN ⟪NN⟫
NN_0 ⟪NN_0⟫
ZZ ⟪ZZ⟫
QQ ⟪QQ⟫
RR\\QQ ⟪RR\\QQ⟫
RR ⟪RR⟫
CC ⟪CC⟫
bbb(H) ⟪bbb(H)⟫
bbb(O) ⟪bbb(O)⟫
bbb(P) ⟪bbb(P)⟫
aleph_0 ⟪aleph_0⟫
bb "AaBbCc" ⟪bb "AaBbCc"⟫
bbb "AaBbCc" ⟪bbb "AaBbCc"⟫
cc "AaBbCc" ⟪cc "AaBbCc"⟫
tt "AaBbCc" ⟪tt "AaBbCc"⟫
fr "AaBbCc" ⟪fr "AaBbCc"⟫
sf "AaBbCc" ⟪sf "AaBbCc"⟫
Komplexere Darstellungen
AsciiMath Ausgabe
[[a,b],[c,d]] * ((x),(y)) ⟪[[a,b],[c,d]] * ((x),(y))⟫
((a,b),(c,d)) * [(x),(y)] ⟪((a,b),(c,d)) * [(x),(y)]⟫
[[a,b,|,c],[d,e,|,f]] ⟪[[a,b,|,c],[d,e,|,f]]⟫
{(2x,+,17y,=,23),
(x,-,y,=,5):} 		⟪{(2x,+,17y,=,23),(x,-,y,=,5):}⟫
lim_(N->oo) sum_(i=0)^N ⟪lim_(N->oo) sum_(i=0)^N⟫
int_0^1 f(x)dx ⟪int_0^1 f(x)dx⟫
f'(x) = dy/dx
(if var = x,y,z,t) 		⟪f'(x) = dy/dx⟫
f'(x) = (dp)/(dq)
(if var ≠ x,y,z,t) 		⟪f'(x) = (dp)/(dq)⟫
ubrace(1+2+3+4)_("4 terms") ⟪ubrace(1+2+3+4)_("4 terms")⟫
obrace(1+2+3+4)^("4 terms") ⟪obrace(1+2+3+4)^("4 terms")⟫
"Sinus" != "Si""nus" ⟪"Sinus" != "Si""nus"⟫
{::}_(\ 92)^238U ⟪{::}_(\ 92)^238U⟫

Grammatik:

v ::= [A-Za-z] | greek letters | numbers | other constant symbols
u ::= sqrt | text | bb | other unary symbols for font commands
b ::= frac | root | stackrel | other binary symbols
l ::= ( | [ | { | (: | {: | other left brackets
r ::= ) | ] | } | :) | :} | other right brackets
S ::= v | lEr | uS | bSS             Simple expression
I ::= S_S | S^S | S_S^S | S          Intermediate expression
E ::= IE | I/I                       Expression