This page tests the ability of AXLE to translate a substantial subset of LaTeX mathematical notations into MathML and then to render the MathML for web browsing.

Discussion	XML/HTML	Rendered
Put formulas into special elements (won't work with pages passed through HTML Tidy)	<latex>1.0 + x^{2}</latex>	1.0+x2
Put formulas into axle:latex attributes	<span axle:latex="\{x | x^2 &lt; 100\} \subset \{x | \; |x| &lt; 100\}"/>	x|x2<100 ⊂ x|⁢|x|<100
Or use an axle:latex="1" attribute to signal that an ordinary element's content should be treated as math.	<span axle:latex="1">a^2 + x_i + a^3_j + x_j^4</span>	a2+xi+aj3+xj4
Bracketing characters expand vertically as required. Note that, unlike true LaTeX, () [] {} must be balanced. For unbalanced expressions, use the LaTeX \left and \right macros.	<div axle:latex="1">a + (a * \{x | x^2 \geq 0\} - x[i]) + \left(\mbox{deliberately-unbalanced}\right.\ldots </div> <div axle:latex="1"> \lim_{n \rightarrow \infty} (\sum_{i=0}^{n} \frac{i}{2^i}) = 2 </div>	a+a*x|x2 ≥ 0-xi+deliberately-unbalanced … lim n → ∞ ∑ i=0n i 2i =2
An equation array. (Still to do: numbered equations)	<div axle:latex="1"><![CDATA[\begin{eqnarray} x & = & y_{1} + \ldots + y_{n} \\ & \leq & z \end{eqnarray}]]></div>	x=y1+ … +yn ≤ z
Arrays	<div axle:latex="1"><![CDATA[\begin{array}{clcr} a+b+c & uv & x-y & 27 \\ a+b & u+v & z & 134 \\ a & 3u+vw & xyz & 2,978 \end{array}]]></div> <div axle:latex="1"><![CDATA[ \left( \begin{array}{c} \left| \begin{array}{cc} x_{11} & x_{12} \\ x_{21} & x_{22} \end{array} \right| \\ y \\ z \end{array} \right)]]></div> <div axle:latex="1"><![CDATA[ x = \left{ \begin{array}{ll} y & \mbox{if} y > 0 \\ z + y & \mbox{otherwise} \end{array} \right. ]]></div>	a+b+cuvx-y27a+bu+vz134a3u+vwxyz2,978 x11x12x21x22yz x=yif⁢y>0z+yotherwise

To see the MathML generated from these, look here and, if your browser does not show it in XML format, view the source. Look for the <math> tags.