To run this in the future, install astyle (sudo apt-get install astyle),
then enter the following from the top-level project directory:

astyle --options=astyle.options --recursive "./Source/*.cpp" "./Source/*.h"

This will convert tabs to 4 spaces and ensure that brackets are on
their own lines.

With new jucer, windows.h is not only unnecesary, but can cause conflicts with some definitions.
Also, OpenGL.h includes disabled, as it's no longer needed and it, by itself, needs windows.h

Use the following command to update the copyright year in all files,
starting in the Source/ directory:

find . -type f -print0 | xargs -0
   sed -i 's/Copyright (C) 2012/Copyright (C) 2013/g'

Works like a charm!

Began work on the SpikeDisplayEditor. Buttons were added to zoom, pan, clear, and save the plots. Currently only the clear button works
Additionally I added a bunch of constants to the SpikeDisplayNode.h which will be used to define messages between the editor and the Canvas

Started integrating the TetrodePlot class. Oddly the projection plots aren't working although they were working in the stereotrode class, I'll have to figure that one out

The SpikeDisplayNode object isn't working properly. Queueing of spikes there appeared to be what was causing the problem.

I need to consider an alternative way of handling the SpikeObjects. In the past I've used a circular buffer but that has
problems with having a set size. I can use an stl::queue but queues are not thread safe, which is something that we
definitely need.

Anyway the plots show up and dance when the viewer is turned on.  I still need to implement a Stereotrode plot and then the
tetrode plot. I'll probably derive them from the ElectrodePlot base class instead of creating a base classs from which all
three plot types are derived from.

Finally I need to get a better handle on the setup of the OpenGLCanvas and how its sized.  How the "Magical" scroll bars work
and how to auto place the plots.

Do we force all the plots to be of the same type? Or do we mix in Electrode Plots with Tetrode Plots?  If so how do we orient them all?

Initial commit of the files needed for the SpikeDisplay. I created an SpikeObject file as well. This is how spikes will be represented in the SpikeDisplayNode and used by the SpikeViewer

It was a float vs. int problem!

The LfpDisplayNode/LfpDisplayCanvas are more stable now, although there's
still a bug in the DisplayNode causing small gaps to appear in the buffer.

Since every processor now gets asked to enable() prior to the start of
acquisition, it's much simpler to move the steps involved in preparing
for acquisition into these methods. This the processor from beginning
acquisition when prepareToPlay() is called upon initialization.