I haven't run Glenn's programs -- yet -- but I have studied nonlinear
dynamics for a number of years. More recently I have used genetic
algorithms to solve some design problems that occur in my work. The
reproduction of genomes in a population can be modeled as a nonlinear
dynamical process. Nonlinear dynamical systems tend to occupy well-defined
regions of their phase spaces with voids between them, with each region's
shape and size a function of the initial conditions and other parameters.
The lack of transitions isn't even mildly surprising to a nonlinear
dynamicist. (Glenn: will your Basic code run under Windows NT? I
considered trying to convert it to Visual Basic, but that didn't seem worth
the effort)
Bill Hamilton
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William E. Hamilton, Jr, Ph.D. | Staff Research Engineer
Chassis and Vehicle Systems | General Motors R&D Center | Warren, MI
William_E._Hamilton@notes.gmr.com
810 986 1474 (voice) | 810 986 3003 (FAX) | whamilto@mich.com (home email)