To toggle to the math mode, you must use the <m>…</m> tag. The math commands must be separated by a space character or surrounded by {}.
<m>x in bbR \ { 1; 2 }</m>
| Mathematical Symbol input | Math publisher syntax | Math Jax Syntax |
|---|---|---|
| x+y | <m>x+y</m> | $x+y $ |
| x-y | <m>x-y</m> | $x-y $ |
| x*y | <m>x*y</m> | $x*y $ |
| x/y | <m>x/y</m> | $x/y $ |
| x caret y | <m> x caret y </m> | $x^y $ |
| x_y | <m>x_y</m> | $x_y $ |
| x<>y | <m>x<>y</m> | $x<>y $ |
| x>y | <m>x>y</m> | $x>y $ |
| x>=y | <m>x>=y</m> | $x>=y $ |
| x<y | <m>x<y</m> | $x<y $ |
| x⇐y | <m>x⇐y</m> | $x⇐y $ |
| (x) | <m>(x)</m> | $(x) $ |
| {x} | <m>{x}</m> | ${x} $ |
| Space | ||
| a~b | <m>a~b</m> | $a~b $ |
| Greek | ||
| alpha | <m>alpha</m> | $ \alpha $ |
| beta | <m>beta</m> | $ \beta $ |
| gamma | <m>gamma</m> | $ \gamma $ |
| delta | <m>delta</m> | $ \delta $ |
| epsilon | <m>epsilon</m> | $ \epsilon $ |
| varepsilon | <m>varepsilon</m> | $ \varepsilon $ |
| zeta | <m>zeta</m> | $ \zeta $ |
| eta | <m>eta</m> | $ \eta $ |
| theta | <m>theta</m> | $ \theta $ |
| vartheta | <m>vartheta</m> | $ \vartheta $ |
| iota | <m>iota</m> | $ \iota $ |
| kappa | <m>kappa</m> | $ \kappa $ |
| lambda | <m>lambda</m> | $ \lambda $ |
| mu | <m>mu</m> | $ \mu $ |
| nu | <m>nu</m> | $ \nu $ |
| xi | <m>xi</m> | $ \xi $ |
| pi | <m>pi</m> | $ \pi $ |
| varpi | <m>varpi</m> | $ \varpi $ |
| rho | <m>rho</m> | $ \rho $ |
| varrho | <m>varrho</m> | $ \varrho $ |
| sigma | <m>sigma</m> | $ \sigma $ |
| varsigma | <m>varsigma</m> | $ \varsigma $ |
| tau | <m>tau</m> | $ \tau $ |
| upsilon | <m>upsilon</m> | $ \upsilon $ |
| phi | <m>phi</m> | $ \phi $ |
| varphi | <m>varphi</m> | $ \varphi $ |
| chi | <m>chi</m> | $ \chi $ |
| psi | <m>psi</m> | $ \psi $ |
| omega | <m>omega</m> | $ \omega $ |
| Gamma | <m>Gamma</m> | $ \Gamma $ |
| Lambda | <m>Lambda</m> | $ \Lambda $ |
| Sigma | <m>Sigma</m> | $ \Sigma $ |
| Psi | <m>Psi</m> | $ \Psi $ |
| Delta | <m>Delta</m> | $ \Delta $ |
| Xi | <m>Xi</m> | $ \Xi $ |
| Upsilon | <m>Upsilon</m> | $ \Upsilon $ |
| Omega | <m>Omega</m> | $ \Omega $ |
| Theta | <m>Theta</m> | $ \Theta $ |
| Pi | <m>Pi</m> | $ \Pi $ |
| Phi | <m>Phi</m> | $ \Phi $ |
| Symbols | ||
| infty | <m>infty</m> | $\infty $ |
| in | <m>in</m> | $\in $ |
| notin | <m>notin</m> | $\notin $ |
| forall | <m>forall</m> | $\forall $ |
| exists | <m>exists</m> | $\exists $ |
| notexists | <m>notexists</m> | $\notexists $ |
| partial | <m>partial</m> | $\partial $ |
| approx | <m>approx</m> | $\approx $ |
| pm | <m>pm</m> | $\pm $ |
| inter | <m>inter</m> | $\inter $ |
| union | <m>union</m> | $\union $ |
| ortho | <m>ortho</m> | $\ortho $ |
| parallel | <m>parallel</m> | $\parallel $ |
| backslash | <m>backslash</m> | $\backslash $ |
| prime | <m>prime</m> | $\prime $ |
| wedge | <m>wedge</m> | $\wedge $ |
| vert | <m>vert</m> | $\vert $ |
| lbrace | <m>{</m> | ${ $ |
| rbrace | <m>}</m> | $} $ |
| circ | <m>circ</m> | $\circ $ |
| varnothing | <m>varnothing</m> | $\varnothing $ |
| subset | <m>subset</m> | $\subset $ |
| notsubset | <m>notsubset</m> | $\notsubset $ |
| cdots | <m>cdots</m> | $\cdots $ |
| vdots | <m>vdots</m> | $vdots $ |
| ddots | <m>ddots</m> | $ddots $ |
| Arrows | ||
| left | <m>left</m> | $\left $ |
| right | <m>right</m> | $\right $ |
| leftright | <m>leftright</m> | $\leftright $ |
| doubleleft | <m>doubleleft</m> | $\doubleleft $ |
| doubleright | <m>doubleright</m> | $\doubleright $ |
| doubleleftright | <m>doubleleftright</m> | $\doubleleftright $ |
| nearrow | <m>nearrow</m> | $\nearrow $ |
| searrow | <m>searrow</m> | $\searrow $ |
| Sets | ||
| bbR | <m>bbR</m> | $\bbR $ |
| bbN | <m>bbN</m> | $\bbN $ |
| bbZ | <m>bbZ</m> | $\bbZ $ |
| bbC | <m>bbC</m> | $\bbC $ |
| Roots and Limits | ||
| sqrt{a} | <m>sqrt{a}</m> | $sqrt{a} $ |
| root{n}{a} | <m>root{n}{a}</m> | $root{n}{a} $ |
| lim{a}{x} | <m>lim{a}{x}</m> | $lim{a}{x} $ |
| Big Operators | ||
| int{a}{b}{x} | <m>int{a}{b}{x}</m> | $int{a}{b}{x} $ |
| doubleint{a}{b}{x} | <m>doubleint{a}{b}{x}</m> | $doubleint{a}{b}{x} $ |
| tripleint{a}{b}{x} | <m>tripleint{a}{b}{x}</m> | $tripleint{a}{b}{x} $ |
| oint{a}{b}{x} | <m>oint{a}{b}{x}</m> | $oint{a}{b}{x} $ |
| sum{a}{b}{x} | <m>sum{a}{b}{x}</m> | $sum{a}{b}{x} $ |
| prod{a}{b}{x} | <m>prod{a}{b}{x}</m> | $prod{a}{b}{x} $ |
| bigcup{a}{b}{x} | <m>bigcup{a}{b}{x}</m> | $bigcup{a}{b}{x} $ |
| bigcap{a}{b}{x} | <m>bigcap{a}{b}{x}</m> | $bigcap{a}{b}{x} $ |
| Delimiters | ||
| delim{[}{x}{]} | <m>delim{[}{x}{]}</m> | $delim{[}{x}{]} $ |
| delim{]}{x}{]} | <m>delim{]}{x}{]}</m> | $delim{]}{x}{]} $ |
| delim{[}{x}{[} | <m>delim{[}{x}{[}</m> | $delim{[}{x}{[} $ |
| delim{]}{x}{[} | <m>delim{]}{x}{[}</m> | $delim{]}{x}{[} $ |
| delim{lbrace}{x}{rbrace} | <m>delim{lbrace}{x}{rbrace}</m> | $delim{lbrace}{x}{rbrace} $ |
| deli { line }{x}{line } | <m>delim{ line }{x}{ line }</m> | $delim{|}{x}{|} $ |
| delim{vert}{x}{vert} | <m>delim{vert}{x}{vert}</m> | $delim{vert}{x}{vert} $ |
| Constructions | ||
| vec{express} | <m>vec{express}</m> | $ vec{express} $ |
| {express}under{foo} | <m>{express}under{foo}</m> | $ {express}under{foo} $ |
| {express}over{foo} | <m>{express}over{foo}</m> | $ {express}over{foo} $ |
| overline{express} | <m>overline{express}</m> | $ overline{express} $ |
| underline{express} | <m>underline{express}</m> | $ underline{express} $ |
| hat{express} | <m>hat{express}</m> | $ hat{express} $ |
| Matrix | ||
| Syntax | matrix{num of lines}{num of columns}{first_element … last_element} | |
| matrix{2}{3}{a b c d e f g} | <m>matrix{2}{3}{a b c d e f g}</m> | $ matrix{2}{3}{a b c d e f g} $ |
| tabular{111}{1111}{a b c d e f g} | <m>tabular{111}{1111}{a b c d e f g}</m> | $ tabular{111}{1111}{a b c d e f g}$ |
| tabular{1001}{101}{1 2 3 4 5 6} | <m>tabular{1001}{101}{1 2 3 4 5 6}</m> | $ tabular{1001}{101}{1 2 3 4 5 6}$ |