Use the charter plugin to make fancy graphs:

Fancy cubic curve

NetPipe results

Use the modified latex plugin to properly display math:

y = ax + b

or you can try something more complex:

\Psi_0 &=& -C_{abcd} Y_0^a m^b Y_1^c m^d e^{-2i\gamma} \\
\Psi_4 &=& -C_{abcd} Y_1^a \bar{m}^b Y_1^c \bar{m}^d e^{2i\gamma}

You can type inlined mathematics like $y_1=\sqrt(ax^2+bx+c)$ as you would in latex.

playground/playground.txt · Last modified: 2011/07/16 10:47 (external edit)