/// <summary>
/// SLM_2: Exploit offspring survival, per individual (Ei)
/// </summary>
public static void Rastrigin_6D__SLM_2()
{
// settings:
string experiment_name = "Rastrigin_6D__SLM_2";
MEL__Parent_Selection_Method <MEL_Rastrigin__Individual> parent_selection_method =
new MEL_PSM__EXPLOIT_Offspring_Survival__Per__Individual <MEL_Rastrigin__Individual>();
Experiment_Utilities.Run_Experiment__Normal(
experiment_name,
parent_selection_method,
6
);
}
/// <summary>
/// SLM_1: Greedy (G)
/// </summary>
public static void Rastrigin_6D__SLM_1()
{
// settings:
string experiment_name = "Rastrigin_6D__SLM_1";
MEL__Parent_Selection_Method <MEL_Rastrigin__Individual> parent_selection_method =
new MEL_PSM__GREEDY_Parent_Fitness <MEL_Rastrigin__Individual>();
Experiment_Utilities.Run_Experiment__Normal(
experiment_name,
parent_selection_method,
6
);
}
/// <summary>
/// SLM_14: UCB offspring survival, per cell (Uc)
/// </summary>
public static void Rastrigin_6D__SLM_14()
{
// settings:
string experiment_name = "Rastrigin_6D__SLM_14";
MEL__Parent_Selection_Method <MEL_Rastrigin__Individual> parent_selection_method =
new MEL_PSM__UCB_Offspring_Survival__Per__Location <MEL_Rastrigin__Individual>(1.0 / Math.Sqrt(2.0));
Experiment_Utilities.Run_Experiment__Normal(
experiment_name,
parent_selection_method,
6
);
}
/// <summary>
/// SLM_25: Curiosity score (C)
/// </summary>
public static void Rastrigin_6D__SLM_25()
{
// settings:
string experiment_name = "Rastrigin_6D__SLM_25";
MEL__Parent_Selection_Method <MEL_Rastrigin__Individual> parent_selection_method =
new MEL_PSM__Curiosity <MEL_Rastrigin__Individual>(
reward: 1.0,
penalty: -0.5
);
Experiment_Utilities.Run_Experiment__Normal(
experiment_name,
parent_selection_method,
6
);
}