Don't mind me just testing
[EDIT] I don't understand how this works 
Nothing I try works
\(F(s) = \int_{0^+}^{\infty} f(t)e^{-st}\,dt\)
\( e^x=\sum_{n=0}^{\infty}\frac{x^n}{n!} \)
$$\begin{pmatrix} a_x\\a_y\\a_z\\a_w\end{pmatrix} = \begin{pmatrix} s_x&0&0&t_x \\ 0&s_y&0&t_y \\ 0&0&s_z&t_z \\ 0&0&0&1\end{pmatrix}\cdot\begin{pmatrix}b_x\\b_y\\b_z\\b_w\end{pmatrix}$$
$$\int_{\int_{\int_{\int_{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}^{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}}^{\int_{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}^{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}}}^{\int_{\int_{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_
{\int_{}^{}}^{\int_{}^{}}}}^{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}}^{\int_{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}^{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}}}}^{\int_{\int_{\int_{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}^{\int_{\int_{\int_{}^{}}^{\int_{}
^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}}^{\int_{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}^{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}}}^{\int_{\int_{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}^{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}}^{\int_{\int_{\int_{\int_{}^
{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}^{\int_{\int_{\int_{}^{}}^{\int_{}^{}}}^{\int_{\int_{}^{}}^{\int_{}^{}}}}}}}$$
"I would try to find halo source code by bungie best fps engine ever created, u see why call of duty loses speed due to its detail." -- GettingNifty
