Mark van Rossum Code for papers

Computer code

Here you find a collection of programmes used in the various publications.
General remarks:

C++ code: 1)
I often uses the Numerical recipes library, which I can not distribute.
You will see headers like nr.h or nrutil.h(h) included, and functions like ran1() called.
With a bit of rewrite, you can use another library such as Gnu Scientific library (gsl) instead.
2) I also often use Blitz++ template library for vector and matrices. This is freely downloadable.
Matlab code. Note that most code runs with Octave (free Matlab-like programme) as well.

Propagation of population coded information (Renart and MvR, NC 2011)

C++ Code

Spike distance (MvR, NC 2000)

C++ Code. This programme calcutes the spike distance between two spike trains. Note that it would be much quicker to replace the temporal integral with a sum over all the spikes.

Spike timing dependent plasticity (MvR Bi Turrigiano, 2000)

C++ Code

Intrinsic excitability (Janowitz & MvR 2006)

C++ code

Discrete synapses (Barrett and MvR, 2008)

Matlab code

Charge-based noise analysis

Mathematica Octave Matlab and NeuronC code

Multiplication of firing rates

C++ code

Computing with population codes in I&F networks

C++ code

XMGR

I really like the Xmgr plotting programme. A modern version exists as xmgrace, however I prefer the old version.

Here is the code that has been edited so that it will compile on modern Linuxes such as Fedora 14,15,16 both 32 and 64 bits.
You will need libXext-devel, libXp-devel, lesstif-devel, libXrender-devel, libXft-devel.

If many are interested, I might start to support this more officially.