Blogging with Emacs, Org, and GitHub Pages

This post is for experimenting. Many thanks to Carl Lieberman and Dean Attali for providing the main tools for this blog.

Here is a table with a formula for the sum:

Table 1: Witty table caption.
foo	bar	baz	sum
1	2	3	6
42	42	41	125

Here is a reference to the above table.

Another table to check the reference is right (the taylor expansion is automatic too):

Taylor expansions of $\exp(x)$
f	n	x	Taylor expansion of order n
exp(x)	1	x	1 + x
exp(x)	2	x	1 + x + x² / 2
exp(x)	3	x	1 + x + x² / 2 + x³ / 6

Here is some inline latex $\int_0^1 \omega^2 d\omega$ and then some more latex:

$\begin{equation} p(\theta | D) \propto p(D | \theta) p(\theta) \end{equation}$

Here is some R code I went and ran which does a plot:

library(GGally)
ggpairs(iris)

And then a reference to the R code.

Here is some C++ code:

#include <iostream>

int main() {
    std::cout << "Hello world!";
}

Hello world!

You can also run code inline, for example the answer to 1+1 is 2.

What more could I ever need?