public static void CopiCh(Parametrs A, Chromosom chromA, out Chromosom chromB)
{
chromB = new Chromosom(A);
for (int i = 0; i < A.Length / A.Setka; i++)
{
chromB[i] = false;
}
for (int i = A.Length / A.Setka; i < Chromosom.Length; i++)
{
chromB[i] = chromA[i - 12];
}
}
double TestGenot_in_Fenotip(Chromosom ch)
{
Int32 gen = 0;
for (int i = 0; i < Chromosom.Length; i++)
{
if (ch[i])
{
gen += 1 << i;
}
}
return(Aa.interM[0, 0] + gen * (Aa.interM[0, 1] - Aa.interM[0, 0]) / (Math.Pow(2.0, Chromosom.Length) - 1));
//Min + gen * (Max - Min) / (Math.Pow(2.0, Chromosom.Length) - 1);
}
public static void CopiCh(Parametrs A, Chromosom chromA, out Chromosom chromB)
{
chromB = new Chromosom(A);
int t0 = A.Length - A.Length / A.Setka;
// 24/2=12 а надо 24-12
// 36/3=12 а надо 36-36/3= 24
for (int i = 0; i < t0; i++)
{
chromB[i] = false;
}
for (int i = t0; i < Chromosom.Length; i++)
{
chromB[i] = chromA[i - t0];
}
}
// Parametrs A
public Individ(Parametrs A) //double min, double max,
{
if (A.Chom == 2)
{
xrom[0] = new Chromosom(A);
xrom[1] = new Chromosom(A);
}
if (A.Chom == 4)
{
xrom[0] = new Chromosom(A);
xrom[1] = new Chromosom(A);
xrom[2] = new Chromosom(A);
xrom[3] = new Chromosom(A);
}
// xrom_1 = new Chromosom(A);
// xrom_2 = new Chromosom(A);
// Min = inter0[0,0]; //new float[,] { { inter0[0, 0], inter0[0, 1] } };
// Max = inter0[0,1];
// Set_chrom(L, Mut, Inv, point, point2);
}
public static Individ CopiInd(Parametrs a, Individ A, Individ B)
{
B = new Individ(a);
if (a.Chom == 2)
{//CopiCh(Parametrs A, Chromosom chromA, out Chromosom chromB)
Chromosom.CopiCh(a, A.xrom[0], out B.xrom[0]);
Chromosom.CopiCh(a, A.xrom[1], out B.xrom[1]);
}
if (a.Chom == 4)
{
Chromosom.CopiCh(a, A.xrom[0], out B.xrom[0]);
Chromosom.CopiCh(a, A.xrom[1], out B.xrom[1]);
Chromosom.CopiCh(a, A.xrom[2], out B.xrom[2]);
Chromosom.CopiCh(a, A.xrom[3], out B.xrom[3]);
}
//Chromosom.PointCrossOver(a, A.xrom_1, B.xrom_1, out C[0].xrom_1, out C[1].xrom_1);
//Chromosom.PointCrossOver(a, A.xrom_2, B.xrom_2, out C[0].xrom_2, out C[1].xrom_2);
return(B);
}
public static Individ[] PointCrossOver(Parametrs a, Individ A, Individ B)
{
Individ[] C = new Individ[] { new Individ(a), new Individ(a) };
if (a.Chom == 2)
{
Chromosom.PointCrossOver(a, A.xrom[0], B.xrom[0], out C[0].xrom[0], out C[1].xrom[0]);
Chromosom.PointCrossOver(a, A.xrom[1], B.xrom[1], out C[0].xrom[1], out C[1].xrom[1]);
}
if (a.Chom == 4)
{
Chromosom.PointCrossOver(a, A.xrom[0], B.xrom[0], out C[0].xrom[0], out C[1].xrom[0]);
Chromosom.PointCrossOver(a, A.xrom[1], B.xrom[1], out C[0].xrom[1], out C[1].xrom[1]);
Chromosom.PointCrossOver(a, A.xrom[2], B.xrom[2], out C[0].xrom[2], out C[1].xrom[2]);
Chromosom.PointCrossOver(a, A.xrom[3], B.xrom[3], out C[0].xrom[3], out C[1].xrom[3]);
}
//Chromosom.PointCrossOver(a, A.xrom_1, B.xrom_1, out C[0].xrom_1, out C[1].xrom_1);
//Chromosom.PointCrossOver(a, A.xrom_2, B.xrom_2, out C[0].xrom_2, out C[1].xrom_2);
return(C);
}
// кроссенговер
public static void PointCrossOver(Parametrs A, Chromosom chromA, Chromosom chromB, out Chromosom chromC, out Chromosom chromD)
{
if (!A.Ipoint)
{// однототечный кроссенговер
chromC = new Chromosom(A);
chromD = new Chromosom(A);
for (int i = 0; i < A.point1; i++)
{
chromC[i] = chromA[i];
chromD[i] = chromB[i];
}
for (int i = A.point1; i < Chromosom.Length; i++)
{
chromC[i] = chromB[i];
chromD[i] = chromA[i];
}
}
else
{// двухточеный кроссенговер
chromC = new Chromosom(A);
chromD = new Chromosom(A);
int i = 0;
for (i = 0; i < A.point1; i++)
{
chromC[i] = chromA[i];
chromD[i] = chromB[i];
}
for (i = A.point1; i < A.point2; i++)
{
chromC[i] = chromB[i];
chromD[i] = chromA[i];
}
for (i = A.point2; i < Chromosom.Length; i++)
{
chromC[i] = chromA[i];
chromD[i] = chromB[i];
}
}
}
private void Test_Chrom()
{
Chromosom test1 = new Chromosom(Aa);
Chromosom test2 = new Chromosom(Aa);
Chromosom test3 = new Chromosom(Aa);
Chromosom test4 = new Chromosom(Aa);
MtextBox.Text = MtextBox.Text + Environment.NewLine + "1)" + test1.Prin(Aa) + " 2)" + test2.Prin(Aa) + Environment.NewLine;
MtextBox.Text = MtextBox.Text + "3)" + test3.Prin(Aa);
MtextBox.Text = MtextBox.Text + " 4)" + test4.Prin(Aa) + Environment.NewLine;
MtextBox.Text = MtextBox.Text + TestGenot_in_Fenotip(test1) + " " + TestGenot_in_Fenotip(test2) + Environment.NewLine;
MtextBox.Text = MtextBox.Text + TestGenot_in_Fenotip(test3) + " " + TestGenot_in_Fenotip(test4) + Environment.NewLine;
Chromosom.PointCrossOver(Aa, test1, test2, out test3, out test4);
MtextBox.Text = MtextBox.Text + "3)" + test3.Prin(Aa);
MtextBox.Text = MtextBox.Text + " 4)" + test4.Prin(Aa) + Environment.NewLine;
MtextBox.Text = MtextBox.Text + TestGenot_in_Fenotip(test1) + " " + TestGenot_in_Fenotip(test2) + Environment.NewLine;
MtextBox.Text = MtextBox.Text + TestGenot_in_Fenotip(test3) + " " + TestGenot_in_Fenotip(test4) + Environment.NewLine;
}
