Average satisfaction degree as a function of rebel ratio.

<p>Average satisfaction degree as a function of rebel ratio.</p

The matching pennies game.

<p>The matching pennies game.</p

Emergence of continents.

<p>r = 0, p = 0.5. The upper three are initial configurations, and the lower three are the corresponding stable ones.</p

Emergence of strips, continents, and wheels.

<p>r = 1. p = 0.98 for the upper three pictures, and p = 1 for the lower three.</p

Cooperation degree.

<p>The fashion game can reach high degree of cooperation through best response dynamics.</p

Bad cooperation.

<p>Cooperation degree is a decreasing function of rebel ratio when is large.</p

Phase transition of cooperation degree in p.

<p>Phase transition of cooperation degree in p.</p

Phase transition of equilibrium ratio in p.

<p>r = 1.</p

Effects of rewiring probability and network density on cooperation degree and average satisfaction degree.

<p>The horizontal axis is for the rewiring probability, solid blue lines for cooperation degree and dashed red ones for average satisfaction degree. Different densities of are represented by , , , , , and , respectively.</p

Emergence of mazes.

<p>r = 1, size = 4141.</p