I spend quite a bit of time looking for references on Google Scholar, and decided to see what I could do with LaunchBar 5 to make my life easier. Here’s a quick screencast to show what I’ve got going on: LaunchBar, BibDesk and Google Scholar from Matt Foster on Vimeo. If you view this video on vimeo you can see it in HD goodness.
Git is one of those programs, like, say vim, which contains more functionality than it seems humanly possible to grasp. Thankfully, there are sites like gitready, which are designed to help us mere mortals to grasp the awesomeness. I’m very pleased to be able to report that a bit of awesomeness that I’ve been involved in has been listed. Have a look at the ZSH Git Status page and you might see what I mean.
I’ve just enabled disqus support in the blog template. Now, instead of the mephisto form, you should see a disqus one. I’m hoping this should speed up the commenting process, and make it easier for discussions to happen. So please, comment away!
Abbreviations are ZSH feature I just stumbled across, whilst proselytising about GRML, a cool linux distro. Here’s a snippet to show you the ultimate power they offer: OK, so it may not make much sense as it stands, but bear with me. Suppose you want to get some information about the size of the directory tree you’re in. Now, you want to use something like du -sch, traditionally, you might have alias da='du -sch' in a config.
During the course of my PhD, I’ve spent quite a lot of time examining methods of interpolating scattered data. By scattered, I mean something that looks like this: Uploaded with plasq's Skitch! Or alternatively, like a very, very gappy image. This type of data is very common in geoscience, and so interpolating it so it looks more like this: Uploaded with plasq's Skitch! Is a common activity. As well as examining common methods of interpolating scattered data, such as cubic, linear and nearest neighbour methods, I’ve looked at natural neighbour interpolation, radial basis function interpolation, everyone’s favourite kriging and a less common methods known as adaptive normalised convolution (ANC).