public Abstract_generator_conf Set_add_generator_algorothm(int numAlgorithm, int typeAlgorithm)
{
add_generator_for_Singleton TypeAlgorithm = (add_generator_for_Singleton)typeAlgorithm;
if (Rules_generator_type[numAlgorithm] != TypeAlgorithm)
{
Rules_generator_type[numAlgorithm] = TypeAlgorithm;
Rules_generator_conf[numAlgorithm] = make_conf_for_gen(TypeAlgorithm);
}
return(Rules_generator_conf[numAlgorithm]);
}
private Abstract_generator_conf make_conf_for_gen(add_generator_for_Singleton TypeAlgorithm)
{
switch (TypeAlgorithm)
{
case add_generator_for_Singleton.Нет: { return(null); }
case add_generator_for_Singleton.Перебором: { return(new init_everyone_with_everyone(Approx_learn_set.Count_Vars)); }
case add_generator_for_Singleton.Случайны_генератор: { return(new Generator_Rulles_simple_random_conf()); }
case add_generator_for_Singleton.Исключение_правил: { return(new Rulles_shrink_conf(Approx_learn_set.Count_Vars)); }
case add_generator_for_Singleton.Заданой_структурой: { return(new Term_shrink_and_rotate_conf(Approx_learn_set.Count_Vars)); }
case add_generator_for_Singleton.C_средних: { return(new k_mean_rules_generator_conf()); }
default: { return(null); }
}
}
public void Set_count_add_generator(int count_used_Algorithm)
{
Rules_generator_conf = new Abstract_generator_conf[count_used_Algorithm];
Rules_generator_type = new add_generator_for_Singleton[count_used_Algorithm];
}
