Test: area of a circle: \(\pi r^2\)

\(V = \frac {\pi r^3}4\)

\(\large V = \frac {\pi r^3}4\)

\(\Large V = \frac {\pi r^3}4\)

\(\LARGE V = \frac {\pi r^3}4\)

\(e^{i \pi} + 1 = 0\)

## MathJax, anyone?

### MathJax, anyone?

There are only 10 kinds of people in the world: those who understand binary and those who do not.

### Re: MathJax, anyone?

So much work lately, uh?

Thank you Godwin.

Thank you Godwin.

Greetings,

ajcaton

*Massimo*ajcaton

**-+×÷***left is right and*Casted in gold**right is wrong**### Re: MathJax, anyone?

Nice work! Does it support both the "inline" and the "display" style?

### Re: MathJax, anyone?

I'm afraid it only does the inline variant, but you can do something like the display style by prefixing your expression with one of the size modifiers like \large, \Large or \LARGE.

There are only 10 kinds of people in the world: those who understand binary and those who do not.