public Knowlege_base_ARules(Knowlege_base_ARules source, List <bool> used_rules = null)
{
for (int i = 0; i < source.Terms_Set.Count; i++)
{
Term temp_term = new Term(source.terms_set[i]);
terms_set.Add(temp_term);
}
for (int j = 0; j < source.Rules_Database.Count; j++)
{
if ((used_rules == null) || (used_rules[j]))
{
int[] order = new int[source.arules_database[j].Term_of_Rule_Set.Count];
for (int k = 0; k < source.arules_database[j].Term_of_Rule_Set.Count; k++)
{
Term temp_term = source.arules_database[j].Term_of_Rule_Set[k];
order[k] = source.Terms_Set.FindIndex(x => x == temp_term);
}
double temp_approx_Values = source.arules_database[j].Kons_approx_Value;
ARule temp_rule = new ARule(terms_set, order, temp_approx_Values);
arules_database.Add(temp_rule);
}
}
}
public void constuct__and_add_the_Rule(List <Term> terms, a_Fuzzy_System FS)
{
ARule Result;
int[] order_of_terms = new int[terms.Count()];
for (int i = 0; i < terms.Count(); i++)
{
order_of_terms[i] = terms_set.Count;
terms_set.Add(terms[i]);
}
double kons_Value = FS.Nearest_Approx(terms_set);
Result = new ARule(terms_set, order_of_terms, kons_Value);
arules_database.Add(Result);
}
public void Init_Rules_everyone_with_everyone(Type_Term_Func_Enum type_func, int[] count_slice__for_var)
{
if (Count_Rulles_Databases == 0)
{
Knowlege_base_ARules temp_rules = new Knowlege_base_ARules();
rulles_database_set.Add(temp_rules);
}
int[][] position_of_terms = new int[Count_Vars][];
for (int i = 0; i < Count_Vars; i++)
{
position_of_terms[i] = new int[count_slice__for_var[i]];
double current_value = learn_samples_set.Attribute_Min(i);
double coeef = (learn_samples_set.Attribute_Scatter(i)) /
(count_slice__for_var[i] - 1);
for (int j = 0; j < count_slice__for_var[i]; j++)
{
double[] parametrs = new double[Member_Function.Count_Params_For_Term(type_func)];
switch (type_func)
{
case Type_Term_Func_Enum.Треугольник:
parametrs[1] = current_value;
parametrs[0] = parametrs[1] - coeef;
parametrs[2] = parametrs[1] + coeef;
break;
case Type_Term_Func_Enum.Гауссоида:
parametrs[0] = current_value;
parametrs[1] = coeef / 3;
break;
case Type_Term_Func_Enum.Парабола:
parametrs[0] = current_value - coeef;
parametrs[1] = current_value + coeef;
break;
case Type_Term_Func_Enum.Трапеция:
parametrs[0] = current_value - coeef;
parametrs[3] = current_value + coeef;
parametrs[1] = parametrs[0] + 0.4 * (parametrs[3] - parametrs[0]);
parametrs[2] = parametrs[0] + 0.6 * (parametrs[3] - parametrs[0]);
break;
}
Term temp_term = new Term(parametrs, type_func, i);
rulles_database_set[0].Terms_Set.Add(temp_term);
position_of_terms[i][j] = rulles_database_set[0].Terms_Set.Count - 1;
current_value += coeef;
}
}
int[] counter = new int[Count_Vars];
for (int i = 0; i < Count_Vars; i++)
{
counter[i] = count_slice__for_var[i] - 1;
}
while (counter[0] >= 0)
{
List <Term> temp_term_set = new List <Term>();
int[] order = new int[Count_Vars];
for (int i = 0; i < Count_Vars; i++)
{
temp_term_set.Add(rulles_database_set[0].Terms_Set[position_of_terms[i][counter[i]]]);
order[i] = position_of_terms[i][counter[i]];
}
double approx_Values = Nearest_Approx(temp_term_set);
ARule temp_rule = new ARule(rulles_database_set[0].Terms_Set, order, approx_Values);
rulles_database_set[0].Rules_Database.Add(temp_rule);
counter = dec_count(counter, count_slice__for_var);
}
} //Core init method