MathJax TeX and LaTeX Support — MathJax v1.1 documentation

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# MathJax TeX and LaTeX Support

The support for TeX and LaTeX in MathJax consists of two parts: the tex2jax preprocessor, and the TeX input processor. The first of these looks for mathematics within your web page (indicated by math delimiters like `$$...$$`) and marks the mathematics for later processing by MathJax. The TeX input processor is what converts the TeX notation into MathJax’s internal format, where one of MathJax’s output processors then displays it in the web page.

The tex2jax preprocessor can be configured to look for whatever markers you want to use for your math delimiters. See the tex2jax configuration options section for details on how to customize the action of tex2jax.

The TeX input processor handles conversion of your mathematical notation into MathJax’s internal format (which is essentially MathML), and so acts as a TeX to MathML converter. The TeX input processor has few configuration options (see the TeX options section for details), but it can also be customized through the use of extensions that define additional functionality (see the TeX and LaTeX extensions below).

Note that the TeX input processor implements only the math-mode macros of TeX and LaTeX, not the text-mode macros. MathJax expects that you will use standard HTML tags to handle formatting the text of your page; it only handles the mathematics. So, for example, MathJax does not implement `\emph` or `\begin{enumerate}...\end{enumerate}` or other text-mode macros or environments. You must use HTML to handle such formatting tasks. If you need a LaTeX-to-HTML converter, you should consider other options.

## TeX and LaTeX math delimiters

By default, the tex2jax preprocessor defines the LaTeX math delimiters, which are `\(...\)` for in-line math, and `\[...\]` for displayed equations. It also defines the TeX delimiters `$$...$$` for displayed equations, but it does not define `$...$` as in-line math delimiters. That is because dollar signs appear too often in non-mathematical settings, which could cause some text to be treated as mathematics unexpectedly. For example, with single-dollar delimiters, ”... the cost is $2.50 for the first one, and $2.00 for each additional one ...” would cause the phrase “2.50 for the first one, and” to be treated as mathematics since it falls between dollar signs. For this reason, if you want to use single-dollars for in-line math mode, you must enable that explicitly in your configuration:

    MathJax.Hub.Config({
      tex2jax: {
        inlineMath: [['$','$'], ['\\(','\\)']],
        processEscapes: true
      }
    });

Note that if you do this, you may want to also set `processEscapes` to `true`, as in the example above, so that you can use `\$` to prevent a dollar sign from being treated as a math delimiter within the text of your web page. (Note that within TeX mathematics, `\$` always has this meaning; `processEscapes` only affects the treatment of the opening math delimiter.)

See the `config/default.js` file, or the tex2jax configuration options page, for additional configuration parameters that you can specify for the tex2jax preprocessor, which is the component of MathJax that identifies TeX notation within the page.

## TeX and LaTeX in HTML documents

Keep in mind that your mathematics is part of an HTML document, so you need to be aware of the special characters used by HTML as part of its markup. There cannot be HTML tags within the math delimiters (other than `<BR>`) as TeX-formatted math does not include HTML tags. Also, since the mathematics is initially given as text on the page, you need to be careful that your mathematics doesn’t look like HTML tags to the browser (which parses the page before MathJax gets to see it). In particular, that means that you have to be careful about things like less-than and greater-than signs (`<` and `>`), and ampersands (`&`), which have special meaning to the browsers. For example,

    ... when $x<y$ we have ...

will cause a problem, because the brower will think `<y` is the beginning of a tag named `y` (even though there is no such tag in HTML). When this happens, the browser will think the tag continues up to the next `>` in the document (typically the end of the next actual tag in the HTML file), and you may notice that you are missing part of the text of the document. In the example above, the “`we have ...`” will not be displayed because the browser thinks it is part of the tag starting at `<y`. This is one indication you can use to spot this problem; it is a common error and should be avoided.

Usually, it is sufficient to simply put spaces around these symbols to cause the browser to avoid them, so

    ... when $x < y$ we have ...

should work. Alternatively, you can use the HTML entities `&lt;`, `&gt;` and `&amp;` to encode these characters so that the browser will not interpret them, but MathJax will. E.g.,

    ... when $x &lt; y$ we have ...

Finally, there are `\lt` and `\gt` macros defined to make it easier to enter `<` and `>` using TeX-like syntax:

    ... when $x \lt y$ we have ...

Keep in mind that the browser interprets your text before MathJax does.

## TeX and LaTeX extensions

While MathJax includes nearly all of the Plain TeX math macros, and many of the LaTeX macros and environments, not everything is implemented in the core TeX input processor. Some less-used commands are defined in extensions to the TeX processor. MathJax will load some extensions automatically when you first use the commands they implement (for example, the `\def` and `\newcommand` macros are implemented in the `newcommand.js` extension, but MathJax loads this extension itself when you use those macros). Not all extensions are set up to load automatically, however, so you may need to request some extensions explicitly yourself.

To enable any of the TeX extensions, simply add the appropriate string (e.g., `"AMSmath.js"`) to the extensions array in the `TeX` block of your configuration. If you use one of the combined configuration files, like `TeX-AMS_HTML`, this will already include several of the extensions automatically, but you can include others using a mathjax configuration script prior to loading MathJax. For example

    <script type="text/x-mathjax-config">
      MathJax.Hub.Config({ TeX: { extensions: ["autobold.js"] }});
    </script>
    <script type="text/javascript"
        src="http://cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS_HTML">
    </script>

will load the autobold TeX extension in addition to those already included in the `TeX-AMS_HTML` configuration file.

The main extensions are described below.

### AMSmath and AMSsymbols

The AMSmath extension implements AMS math environments and macros, and the AMSsymbols extension implements macros for accessing the AMS symbol fonts. These are already included in the combined configuration files that load the TeX input processor. To use these extensions in your own configurations, add them to the extensions array in the TeX block.

    TeX: {
      extensions: ["AMSmath.js", "AMSsymbols.js", ...]
    }

See the list of control sequences at the end of this document for details about what commands are implemented in these extensions.

If you are not using one of the combined configuration files, the AMSmath extension will be loaded automatically when you first use one of the math environments it defines, but you will have to load it explicitly if you want to use the other macros that it defines. The AMSsymbols extension is not loaded automatically, so you must include it explicitly if you want to use the macros it defines.

### Autobold

The autobold extension adds `\boldsymbol{...}` around mathematics that appears in a section of an HTML page that is in bold.

    TeX: {
      extensions: ["autobold.js"]
    }

This extension is not loaded by the combined configuration files.

### noErrors

The noErrors extension prevents TeX error messages from being displayed and shows the original TeX code instead. You can configure whether the dollar signs are shown or not for in-line math, and whether to put all the TeX on one line or use multiple lines (if the original text contained line breaks).

This extension is loaded by all the combined configuration files that include the TeX input processor. To enable the noErrors extension in your own configuration, or to modify its parameters, add something like the following to your `MathJax.Hub.Config()` call:

    TeX: {
      extensions: ["noErrors.js"],
      noErrors: {
        inlineDelimiters: ["",""],   // or ["$","$"] or ["\\(","\\)"]
        multiLine: true,             // false for TeX on all one line
        style: {
          "font-family": "serif",
          "font-size":   "80%",
          "color":       "black",
          "border":      "1px solid"
          // add any additional CSS styles that you want
          //  (be sure there is no extra comma at the end of the last item)
        }
      }
    }

Display-style math is always shown in multi-line format, and without delimiters, as it will already be set off in its own centered paragraph, like standard display mathematics.

The default settings place the invalid TeX in a multi-line box with a black border. If you want it to look as though the TeX is just part of the paragraph, use

    TeX: {
      noErrors: {
        inlineDelimiters: ["$","$"],   // or ["",""] or ["\\(","\\)"]
        multiLine: false,
        style: {
          "font-size": "normal",
          "border": ""
        }
      }
    }

You may also wish to set the font family, as the default is “serif”.

### noUndefined

The noUndefined extension causes undefined control sequences to be shown as their macro names rather than generating error messages. So `$X_{\xxx}$` would display as an “X” with a subscript consisting of the text `\xxx` in red.

This extension is loaded by all the combined configuration files that include the TeX input processor. To enable the noUndefined extension in your own configuration, or to modify its parameters, add something like the following to your `MathJax.Hub.Config()` call:

    TeX: {
      extensions: ["noUndefined.js"],
      noUndefined: {
        attributes: {
          mathcolor: "red",
          mathbackground: "#FFEEEE",
          mathsize: "90%"
        }
      }
    }

The `attributes` setting specifies attributes to apply to the `mtext` element that encodes the name of the undefined macro. The default values set `mathcolor` to `"red"`, but do not set any other attributes. This example sets the background to a light pink, and reduces the font size slightly.

### Unicode support

The unicode extension implements a `\unicode{}` extension to TeX that allows arbitrary unicode code points to be entered in your mathematics. You can specify the height and depth of the character (the width is determined by the browser), and the default font from which to take the character.

Examples:

    \unicode{65}                        % the character 'A'
    \unicode{x41}                       % the character 'A'
    \unicode[.55,0.05]{x22D6}           % less-than with dot, with height .55em and depth 0.05em
    \unicode[.55,0.05][Geramond]{x22D6} % same taken from Geramond font
    \unicode[Garamond]{x22D6}           % same, but with default height, depth of .8em,.2em

Once a size and font are provided for a given unicode point, they need not be specified again in subsequent `\unicode{}` calls for that character.

The result of `\unicode{...}` will have TeX class ORD (i.e., it will act like a variable). Use `\mathbin{...}`, `\mathrel{...}`, etc., to specify a different class.

Note that a font list can be given in the `\unicode{}` macro, but Internet Explorer has a buggy implementation of the `font-family` CSS attribute where it only looks in the first font in the list that is actually installed on the system, and if the required glyph is not in that font, it does not look at later fonts, but goes directly to the default font as set in the Internet-Options/Font panel. For this reason, the default font list for the `\unicode{}` macro is `STIXGeneral, 'Arial Unicode MS'`, so if the user has STIX fonts, the symbol will be taken from that (almost all the symbols are in STIXGeneral), otherwise MathJax tries Arial Unicode MS.

The unicode extension is loaded automatically when you first use the `\unicode{}` macro, so you do not need to add it to the extensions array. You can configure the extension as follows:

    TeX: {
      unicode: {
        fonts: "STIXGeneral, 'Arial Unicode MS'"
      }
    }

## Supported LaTeX commands

This is a long list of the TeX macros supported by MathJax. If the macro is defined in an extension, the name of the extension follows the macro name. If the extension is in brackets, the extension will be loaded automatically when the macro or environment is first used.

### Symbols

    #
    %
    &
    ^
    _
    {
    }
    ~

    \   (backslash-space)
    \!
    \#
    \$
    \%
    \&
    \,
    \:
    \;
    \>
    \\
    \_
    \{
    \|
    \}

### A

    \above
    \abovewithdelims
    \acute
    \aleph
    \alpha
    \amalg
    \And
    \angle
    \approx
    \approxeq               AMSsymbols
    \arccos
    \arcsin
    \arctan
    \arg
    \array
    \Arrowvert
    \arrowvert
    \ast
    \asymp
    \atop
    \atopwithdelims

### B

    \backepsilon            AMSsymbols
    \backprime              AMSsymbols
    \backsim                AMSsymbols
    \backsimeq              AMSsymbols
    \backslash
    \backslash
    \bar
    \barwedge               AMSsymbols
    \Bbb
    \Bbbk                   AMSsymbols
    \because                AMSsymbols
    \begin
    \beta
    \beth                   AMSsymbols
    \between                AMSsymbols
    \bf
    \Big
    \big
    \bigcap
    \bigcirc
    \bigcup
    \Bigg
    \bigg
    \Biggl
    \biggl
    \Biggm
    \biggm
    \Biggr
    \biggr
    \Bigl
    \bigl
    \Bigm
    \bigm
    \bigodot
    \bigoplus
    \bigotimes
    \Bigr
    \bigr
    \bigsqcup
    \bigstar                AMSsymbols
    \bigtriangledown
    \bigtriangleup
    \biguplus
    \bigvee
    \bigwedge
    \binom                  AMSmath
    \blacklozenge           AMSsymbols
    \blacksquare            AMSsymbols
    \blacktriangle          AMSsymbols
    \blacktriangledown      AMSsymbols
    \blacktriangleleft      AMSsymbols
    \blacktriangleright     AMSsymbols
    \bmod
    \boldsymbol            [boldsymbol]
    \bot
    \bowtie
    \Box                    AMSsymbols
    \boxdot                 AMSsymbols
    \boxed                  AMSmath
    \boxminus               AMSsymbols
    \boxplus                AMSsymbols
    \boxtimes               AMSsymbols
    \brace
    \bracevert
    \brack
    \breve
    \buildrel
    \bullet
    \Bumpeq                 AMSsymbols
    \bumpeq                 AMSsymbols

### C

    \cal
    \cap
    \Cap                    AMSsymbols
    \cases
    \cdot
    \cdotp
    \cdots
    \centerdot              AMSsymbols
    \cfrac                  AMSmath
    \check
    \checkmark              AMSsymbols
    \chi
    \choose
    \circ
    \circeq                 AMSsymbols
    \circlearrowleft        AMSsymbols
    \circlearrowright       AMSsymbols
    \circledast             AMSsymbols
    \circledcirc            AMSsymbols
    \circleddash            AMSsymbols
    \circledR               AMSsymbols
    \circledS               AMSsymbols
    \class                 [HTML]           non-standard
    \clubsuit
    \colon
    \color
    \complement             AMSsymbols
    \cong
    \coprod
    \cos
    \cosh
    \cot
    \coth
    \cr
    \csc
    \cssId                 [HTML]           non-standard
    \cup
    \Cup                    AMSsymbols
    \curlyeqprec            AMSsymbols
    \curlyeqsucc            AMSsymbols
    \curlyvee               AMSsymbols
    \curlywedge             AMSsymbols
    \curvearrowleft         AMSsymbols
    \curvearrowright        AMSsymbols

### D

    \dagger
    \daleth                 AMSsymbols
    \dashleftarrow          AMSsymbols
    \dashrightarrow         AMSsymbols
    \dashv
    \dbinom                 AMSmath
    \ddagger
    \ddddot                 AMSmath
    \dddot                  AMSmath
    \ddot
    \ddots
    \DeclareMathOperator    AMSmath
    \def                   [newcommand]
    \deg
    \Delta
    \delta
    \det
    \dfrac                  AMSmath
    \diagdown               AMSsymbols
    \diagup                 AMSsymbols
    \diamond
    \Diamond                AMSsymbols
    \diamondsuit
    \digamma                AMSsymbols
    \dim
    \displaylines
    \displaystyle
    \div
    \divideontimes          AMSsymbols
    \dot
    \doteq
    \Doteq                  AMSsymbols
    \doteqdot               AMSsymbols
    \dotplus                AMSsymbols
    \dots
    \dotsb
    \dotsc
    \dotsi
    \dotsm
    \dotso
    \doublebarwedge         AMSsymbols
    \doublecap              AMSsymbols
    \doublecup              AMSsymbols
    \Downarrow
    \downarrow
    \downdownarrows         AMSsymbols
    \downharpoonleft        AMSsymbols
    \downharpoonright       AMSsymbols

### E

    \ell
    \emptyset
    \end
    \enspace
    \epsilon
    \eqalign
    \eqalignno
    \eqcirc                 AMSsymbols
    \eqsim                  AMSsymbols
    \eqslantgtr             AMSsymbols
    \eqslantless            AMSsymbols
    \equiv
    \eta
    \eth                    AMSsymbols
    \exists
    \exp

### F

    \fallingdotseq          AMSsymbols
    \fbox
    \Finv                   AMSsymbols
    \flat
    \forall
    \frac
    \frac                   AMSmath
    \frak
    \frown

### G

    \Game                   AMSsymbols
    \Gamma
    \gamma
    \gcd
    \ge
    \genfrac                AMSmath
    \geq
    \geqq                   AMSsymbols
    \geqslant               AMSsymbols
    \gets
    \gg
    \ggg                    AMSsymbols
    \gggtr                  AMSsymbols
    \gimel                  AMSsymbols
    \gnapprox               AMSsymbols
    \gneq                   AMSsymbols
    \gneqq                  AMSsymbols
    \gnsim                  AMSsymbols
    \grave
    \gt
    \gt
    \gtrapprox              AMSsymbols
    \gtrdot                 AMSsymbols
    \gtreqless              AMSsymbols
    \gtreqqless             AMSsymbols
    \gtrless                AMSsymbols
    \gtrsim                 AMSsymbols
    \gvertneqq              AMSsymbols

### H

    \hat
    \hbar
    \hbox
    \hdashline
    \heartsuit
    \hline
    \hom
    \hookleftarrow
    \hookrightarrow
    \hphantom
    \href                  [HTML]
    \hskip
    \hslash                 AMSsymbols
    \hspace
    \Huge
    \huge
    \idotsint               AMSmath

### I

    \iff
    \iiiint                 AMSmath
    \iiint
    \iint
    \Im
    \imath
    \impliedby              AMSsymbols
    \implies                AMSsymbols
    \in
    \inf
    \infty
    \injlim                 AMSmath
    \int
    \intercal               AMSsymbols
    \intop
    \iota
    \it

### J

    \jmath
    \Join                   AMSsymbols

### K

    \kappa
    \ker
    \kern

### L

    \Lambda
    \lambda
    \land
    \langle
    \LARGE
    \Large
    \large
    \LaTeX
    \lbrace
    \lbrack
    \lceil
    \ldotp
    \ldots
    \le
    \leadsto                AMSsymbols
    \left
    \Leftarrow
    \leftarrow
    \leftarrowtail          AMSsymbols
    \leftharpoondown
    \leftharpoonup
    \leftleftarrows         AMSsymbols
    \Leftrightarrow
    \leftrightarrow
    \leftrightarrows        AMSsymbols
    \leftrightharpoons      AMSsymbols
    \leftrightsquigarrow    AMSsymbols
    \leftroot
    \leftthreetimes         AMSsymbols
    \leq
    \leqalignno
    \leqq                   AMSsymbols
    \leqslant               AMSsymbols
    \lessapprox             AMSsymbols
    \lessdot                AMSsymbols
    \lesseqgtr              AMSsymbols
    \lesseqqgtr             AMSsymbols
    \lessgtr                AMSsymbols
    \lesssim                AMSsymbols
    \lfloor
    \lg
    \lgroup
    \lhd                    AMSsymbols
    \lim
    \liminf
    \limits
    \limsup
    \ll
    \llap
    \llcorner               AMSsymbols
    \Lleftarrow             AMSsymbols
    \lll                    AMSsymbols
    \llless                 AMSsymbols
    \lmoustache
    \ln
    \lnapprox               AMSsymbols
    \lneq                   AMSsymbols
    \lneqq                  AMSsymbols
    \lnot
    \lnsim                  AMSsymbols
    \log
    \Longleftarrow
    \longleftarrow
    \Longleftrightarrow
    \longleftrightarrow
    \longmapsto
    \Longrightarrow
    \longrightarrow
    \looparrowleft          AMSsymbols
    \looparrowright         AMSsymbols
    \lor
    \lower
    \lozenge                AMSsymbols
    \lrcorner               AMSsymbols
    \Lsh                    AMSsymbols
    \lt
    \lt
    \ltimes                 AMSsymbols
    \lVert                  AMSmath
    \lvert                  AMSmath
    \lvertneqq              AMSsymbols

### M

    \maltese                AMSsymbols
    \mapsto
    \mathbb
    \mathbf
    \mathbin
    \mathcal
    \mathchoice            [mathchoice]
    \mathclose
    \mathfrak
    \mathinner
    \mathit
    \mathop
    \mathopen
    \mathord
    \mathpunct
    \mathrel
    \mathring               AMSmath
    \mathrm
    \mathscr
    \mathsf
    \mathstrut
    \mathtt
    \matrix
    \max
    \mbox
    \measuredangle          AMSsymbols
    \mho                    AMSsymbols
    \mid
    \min
    \mit
    \mkern
    \mod
    \models
    \moveleft
    \moveright
    \mp
    \mskip
    \mspace
    \mu
    \multimap               AMSsymbols

### N

    \nabla
    \natural
    \ncong                  AMSsymbols
    \ne
    \nearrow
    \neg
    \negmedspace            AMSmath
    \negthickspace          AMSmath
    \negthinspace
    \neq
    \newcommand            [newcommand]
    \newenvironment        [newcommand]
    \newline
    \nexists                AMSsymbols
    \ngeq                   AMSsymbols
    \ngeqq                  AMSsymbols
    \ngeqslant              AMSsymbols
    \ngtr                   AMSsymbols
    \ni
    \nLeftarrow             AMSsymbols
    \nleftarrow             AMSsymbols
    \nLeftrightarrow        AMSsymbols
    \nleftrightarrow        AMSsymbols
    \nleq                   AMSsymbols
    \nleqq                  AMSsymbols
    \nleqslant              AMSsymbols
    \nless                  AMSsymbols
    \nmid                   AMSsymbols
    \nobreakspace           AMSmath
    \nolimits
    \normalsize
    \not
    \notag                 [AMSmath]
    \notin
    \nparallel              AMSsymbols
    \nprec                  AMSsymbols
    \npreceq                AMSsymbols
    \nRightarrow            AMSsymbols
    \nrightarrow            AMSsymbols
    \nshortmid              AMSsymbols
    \nshortparallel         AMSsymbols
    \nsim                   AMSsymbols
    \nsubseteq              AMSsymbols
    \nsubseteqq             AMSsymbols
    \nsucc                  AMSsymbols
    \nsucceq                AMSsymbols
    \nsupseteq              AMSsymbols
    \nsupseteqq             AMSsymbols
    \ntriangleleft          AMSsymbols
    \ntrianglelefteq        AMSsymbols
    \ntriangleright         AMSsymbols
    \ntrianglerighteq       AMSsymbols
    \nu
    \nVDash                 AMSsymbols
    \nVdash                 AMSsymbols
    \nvDash                 AMSsymbols
    \nvdash                 AMSsymbols
    \nwarrow

### O

    \odot
    \oint
    \oldstyle
    \Omega
    \omega
    \omicron
    \ominus
    \operatorname           AMSmath
    \oplus
    \oslash
    \otimes
    \over
    \overbrace
    \overleftarrow
    \overleftrightarrow
    \overline
    \overrightarrow
    \overset
    \overwithdelims
    \owns

### P

    \parallel
    \partial
    \perp
    \phantom
    \Phi
    \phi
    \Pi
    \pi
    \pitchfork              AMSsymbols
    \pm
    \pmatrix
    \pmb
    \pmod
    \pod
    \Pr
    \prec
    \precapprox             AMSsymbols
    \preccurlyeq            AMSsymbols
    \preceq
    \precnapprox            AMSsymbols
    \precneqq               AMSsymbols
    \precnsim               AMSsymbols
    \precsim                AMSsymbols
    \prime
    \prod
    \projlim                AMSmath
    \propto
    \Psi
    \psi

### Q

    \qquad
    \quad

### R

    \raise
    \rangle
    \rbrace
    \rbrack
    \rceil
    \Re
    \renewcommand          [newcommand]
    \require                               non-standard
    \restriction            AMSsymbols
    \rfloor
    \rgroup
    \rhd                    AMSsymbols
    \rho
    \right
    \Rightarrow
    \rightarrow
    \rightarrowtail         AMSsymbols
    \rightharpoondown
    \rightharpoonup
    \rightleftarrows        AMSsymbols
    \rightleftharpoons
    \rightleftharpoons      AMSsymbols
    \rightrightarrows       AMSsymbols
    \rightsquigarrow        AMSsymbols
    \rightthreetimes        AMSsymbols
    \risingdotseq           AMSsymbols
    \rlap
    \rm
    \rmoustache
    \root
    \Rrightarrow            AMSsymbols
    \Rsh                    AMSsymbols
    \rtimes                 AMSsymbols
    \Rule                                  non-standard
    \rVert                  AMSmath
    \rvert                  AMSmath

### S

    \S
    \scr
    \scriptscriptstyle
    \scriptsize
    \scriptstyle
    \searrow
    \sec
    \setminus
    \sf
    \sharp
    \shortmid               AMSsymbols
    \shortparallel          AMSsymbols
    \shoveleft              AMSmath
    \shoveright             AMSmath
    \sideset                AMSmath
    \Sigma
    \sigma
    \sim
    \simeq
    \sin
    \sinh
    \skew
    \small
    \smallfrown             AMSsymbols
    \smallint
    \smallsetminus          AMSsymbols
    \smallsmile             AMSsymbols
    \smash
    \smile
    \Space
    \space
    \spadesuit
    \sphericalangle         AMSsymbols
    \sqcap
    \sqcup
    \sqrt
    \sqsubset               AMSsymbols
    \sqsubseteq
    \sqsupset               AMSsymbols
    \sqsupseteq
    \square                 AMSsymbols
    \stackrel
    \star
    \strut
    \style                 [HTML]          non-stanard
    \subset
    \Subset                 AMSsymbols
    \subseteq
    \subseteqq              AMSsymbols
    \subsetneq              AMSsymbols
    \subsetneqq             AMSsymbols
    \substack               AMSmath
    \succ
    \succapprox             AMSsymbols
    \succcurlyeq            AMSsymbols
    \succeq
    \succnapprox            AMSsymbols
    \succneqq               AMSsymbols
    \succnsim               AMSsymbols
    \succsim                AMSsymbols
    \sum
    \sup
    \supset
    \Supset                 AMSsymbols
    \supseteq
    \supseteqq              AMSsymbols
    \supsetneq              AMSsymbols
    \supsetneqq             AMSsymbols
    \surd
    \swarrow

### T

    \tag                   [AMSmath]
    \tan
    \tanh
    \tau
    \tbinom                 AMSmath
    \TeX
    \text
    \textbf
    \textit
    \textrm
    \textstyle
    \tfrac                  AMSmath
    \therefore              AMSsymbols
    \Theta
    \theta
    \thickapprox            AMSsymbols
    \thicksim               AMSsymbols
    \thinspace
    \tilde
    \times
    \tiny
    \Tiny                                  non-standard
    \to
    \top
    \triangle
    \triangledown           AMSsymbols
    \triangleleft
    \trianglelefteq         AMSsymbols
    \triangleq              AMSsymbols
    \triangleright
    \trianglerighteq        AMSsymbols
    \tt
    \twoheadleftarrow       AMSsymbols
    \twoheadrightarrow      AMSsymbols

### U

    \ulcorner               AMSsymbols
    \underbrace
    \underleftarrow
    \underleftrightarrow
    \underline
    \underrightarrow
    \underset
    \unicode               [unicode]       non-standard
    \unlhd                  AMSsymbols
    \unrhd                  AMSsymbols
    \Uparrow
    \uparrow
    \Updownarrow
    \updownarrow
    \upharpoonleft          AMSsymbols
    \upharpoonright         AMSsymbols
    \uplus
    \uproot
    \Upsilon
    \upsilon
    \upuparrows             AMSsymbols
    \urcorner               AMSsymbols

### V

    \varDelta               AMSsymbols
    \varepsilon
    \varGamma               AMSsymbols
    \varinjlim              AMSmath
    \varkappa               AMSsymbols
    \varLambda              AMSsymbols
    \varliminf              AMSmath
    \varlimsup              AMSmath
    \varnothing             AMSsymbols
    \varOmega               AMSsymbols
    \varphi
    \varPhi                 AMSsymbols
    \varpi
    \varPi                  AMSsymbols
    \varprojlim             AMSmath
    \varpropto              AMSsymbols
    \varPsi                 AMSsymbols
    \varrho
    \varsigma
    \varSigma               AMSsymbols
    \varsubsetneq           AMSsymbols
    \varsubsetneqq          AMSsymbols
    \varsupsetneq           AMSsymbols
    \varsupsetneqq          AMSsymbols
    \vartheta
    \varTheta               AMSsymbols
    \vartriangle            AMSsymbols
    \vartriangleleft        AMSsymbols
    \vartriangleright       AMSsymbols
    \varUpsilon             AMSsymbols
    \varXi                  AMSsymbols
    \vcenter
    \vdash
    \Vdash                  AMSsymbols
    \vDash                  AMSsymbols
    \vdots
    \vec
    \vee
    \veebar                 AMSsymbols
    \verb                  [verb]
    \Vert
    \vert
    \vphantom
    \Vvdash                 AMSsymbols

### W

    \wedge
    \widehat
    \widetilde
    \wp
    \wr

### X

    \Xi
    \xi
    \xleftarrow             AMSmath
    \xrightarrow            AMSmath

### Y

    \yen                    AMSsymbols

### Z

    \zeta

### Environments

LaTeX environments of the form `\begin{XXX} ... \end{XXX}` are provided where `XXX` is one of the following:

    align                  [AMSmath]
    align*                 [AMSmath]
    alignat                [AMSmath]
    alignat*               [AMSmath]
    aligned                [AMSmath]
    alignedat              [AMSmath]
    array

    Bmatrix
    bmatrix

    cases

    eqnarray
    eqnarray*
    equation
    equation*

    gather                 [AMSmath]
    gather*                [AMSmath]
    gathered               [AMSmath]

    matrix
    multline               [AMSmath]
    multline*              [AMSmath]

    pmatrix

    smallmatrix             AMSmath
    split                  [AMSmath]
    subarray                AMSmath

    Vmatrix
    vmatrix

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