Find a computer with Octave installed.

Place 3 files in the same folder:
 - calculation script (resolve.m) 
 - interactive input script (interactive.m) 
 - output generation script (writecsalists.m)

Open a terminal. Here's a typical session.

$ octave
GNU Octave, version 3.0.1
[GNU blah]

octave:1> interactive
How many rotor cycles? 2 or 3. 3 <--- n
F1 SW in Hz? 32000 <--- sw
spinning rate in Hz? 5750 <--- wr
F1 TD points? (half of actual used) 32 <--- nsteps
Xmax (chi/anisotropy max)? .24 <--- Xmax

[output is shown, can escape with "q"]

octave:2> showcsalists

[shows a nicer version of CSA lists. Useful for checking all is well.
 again can escape with "q".]

octave:3> writecsalists
[writes out the VC and VD lists in the current directory. 
 Sometimes need to reload directory to see.]

octave:4> exit


If you tweak a parameter you can simply type

octave:x> resolve

to generate a new list.

For further information, refer to Robin Orr's thesis and 2D-CSA paper.
1 R. M. Orr and M. J. Duer, Journal of Magnetic Resonance, 2006, 181, 1-8.