Figures & data
Table 1. Stylised example of a heuristic payoff table for ![](//:0)
strategies and a finite population of ![](//:0)
individuals.
Figure 2. Relative return over information level, for a market with traders, 10 for each information level. Different cost functions are used; the noise is kept zero.
![Figure 2. Relative return over information level, for a market with n=100 traders, 10 for each information level. Different cost functions are used; the noise is kept zero.](/cms/asset/70e85908-e6f1-4618-b834-3f5d4c9fc2b6/ccos_a_1039492_f0002_b.gif)
Figure 3. Relative return over information level, for a market with traders, 10 for each information level. Different noise functions are used; the cost is kept zero.
![Figure 3. Relative return over information level, for a market with n=100 traders, 10 for each information level. Different noise functions are used; the cost is kept zero.](/cms/asset/5e4557f7-1fd2-4fcf-9f1a-5d1fadcb3583/ccos_a_1039492_f0003_b.gif)
Figure 4. Relative return over information level, for a market with traders, 10 for each information level.
![Figure 4. Relative return over information level, for a market with n=100 traders, 10 for each information level.](/cms/asset/8dfaddc7-4717-43aa-a99c-f8f07aae960c/ccos_a_1039492_f0004_b.gif)
Figure 5. Evolutionary dynamics of a market with three information levels and different cost functions for information. The noise is kept at zero.
![Figure 5. Evolutionary dynamics of a market with three information levels and different cost functions for information. The noise is kept at zero.](/cms/asset/e73d3e93-42ed-4b26-8ba8-0e1e6059fb3d/ccos_a_1039492_f0005_b.gif)