[O] org beamer newb TOC problem

2014-04-15 Thread Neal Becker
I'm just learning about org mode, although I've used both emacs and beamer for many years. In my first attempt, I get a frame 'Contents', which is blank. I tried various options, but never get anything but a blank 'Contents'. Here is an attempt: #+TITLE: A Test #+startup: beamer #+LaTeX_CLASS

[O] beamer options on frame

2014-04-21 Thread Neal Becker
How can I put options that would apply to a frame (e.g., \allowframebreaks)?

[O] putting a element +UWa in table

2014-04-22 Thread Neal Becker
The first item in my table should say '+UWa'. This seems to upset the org table gods, who draw a line through my entry. How do I put such an item in a table without org table misinterpreting it?

[O] beamer: need to add latex for footnote citation

2014-04-22 Thread Neal Becker
If I edit the latex, this will do what I want: - Extend differential detection to exploit differences over different symbol intervals (spans) \footfullcite{gpdi} This adds a biblatex citation as a footnote on the frame. How can I do this within emacs org?

Re: [O] beamer: need to add latex for footnote citation

2014-04-22 Thread Neal Becker
Otto Pichlhöfer wrote: > Neal Becker gmail.com> writes: > >> >> If I edit the latex, this will do what I want: >> >> - Extend differential detection to exploit differences over different >> symbol intervals (spans) >> \footfullcite{gpdi} >>

Re: [O] beamer: need to add latex for footnote citation

2014-04-22 Thread Neal Becker
Neal Becker wrote: > Otto Pichlhöfer wrote: > >> Neal Becker gmail.com> writes: >> >>> >>> If I edit the latex, this will do what I want: >>> >>> - Extend differential detection to exploit differences over different >>> sym

[O] export latex align to html?

2014-04-22 Thread Neal Becker
I have an align environment: #+begin_latex \begin{align*} \Lambda= & \max_{k,l}\left| \sum_{i=0}^{M-1}r_{i+l}x_{i}^{*}e^{j2\pi\Delta_{f}ki}+\sum_{i=M}^{2M-1}r_{i+l}x_{i}^{*}e^{j2\pi\Delta_{f}ki}+\cdots\right| \\ \approx & \max_{k,l}\left| \sum_{m}e^{j2\pi\Delta_{f}kmM}\sum_{i=mM}^{(m+1)M-1}r_{i+l}