public bool TryGetValue(bool[,] key, out Type?value)
{
return(dictionary.TryGetValue(
Graph_Functions.Transform_Bool_Matrix_To_Int_Array(
Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(key)),
out value));
}
public void Add(bool[,] key, Type value)
{
dictionary.Add(
Graph_Functions.Transform_Bool_Matrix_To_Int_Array(
Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(key))
, value);
}
public Type this[bool[,] key]
{
get
{
return(dictionary[
Graph_Functions.Transform_Bool_Matrix_To_Int_Array(
Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(key))]);
}
set
{
dictionary[
Graph_Functions.Transform_Bool_Matrix_To_Int_Array(
Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(key))] = value;
}
}
public static void Test_8()
{
Random r = new Random();
bool[,] Z1 = Class2.F1(8, 20);
bool[,] a1;
bool[,] a2;
bool[,] b1;
bool[,] b2;
bool c1;
a1 = Class2.Permute(Z1, r);
a2 = Class2.Permute(Z1, r);
b1 = Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(a1);
b2 = Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(a2);
c1 = Graph_Functions.Are_Identical_Matrixes(b1, b2);
Console.WriteLine("Test_8 Rasult:" + c1);
}
public static void Test_4()
{
Random r = new Random();
int n1 = 100;
bool[,] Z1 = Class2.Create_Random_Adjancy_Matrix(n1, r);
bool[,] a1;
bool[,] a2;
bool[,] b1;
bool[,] b2;
bool c1;
a1 = Class2.Permute(Z1, r);
a2 = Class2.Permute(Z1, r);
b1 = Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(a1);
b2 = Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(a2);
c1 = Compare_Matrices(b1, b2);
Console.WriteLine("Test_4 Rasult:" + c1);
}
public bool Remove(bool[,] key)
{
return(dictionary.Remove(Graph_Functions.Transform_Bool_Matrix_To_Int_Array(
Graph_Functions.Transform_From_Any_Isomorphism_To_Single_Same_Isomorphism(key))));
}