The Chaos Game Versus Uniform Rotation: From Sierpinski Gaskets to Periodic Orbits
In this paper, we introduce a couple of dynamical systems that are related to the Chaos Game. We begin by discussing different methods of generating the Sierpinski gasket. Then we show how the transition from random to uniform selection reduces the Sierpinski gasket to simple periodic orbits. Next, we provide a simple formula for the attractor of each of the introduced dynamical systems based only on the contraction ratio and the regular n-gon on which the game is played. Finally, we show how the basins of attraction of a particular dynamical system can generate some novel motifs that can tile the plane.
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