public void Best(int count_row, int g_size, Piping_System piping) //Selection of the best individuals from the population
{
double F = 100000; //Evaluation Value
double F2 = 100000;
int A = 0;
int B = 0;
for (int i = 0; i < size; i++)
{
double fit = designplans[i].Fittness(count_row, g_size, piping);
if (fit < F)
{
F = fit;
B = A;
A = i;
}
else if (fit < F2)
{
F2 = fit;
B = i;
}
}
best = designplans[A];
second = designplans[B];
}
private void button3_Click_1(object sender, EventArgs e)
{
OpenFileDialog openFileDialog1 = new OpenFileDialog();
if (openFileDialog1.ShowDialog() == DialogResult.OK)
{
textBox4.Text = openFileDialog1.FileName;
string ExcelBookFileName = textBox4.Text;
Excel.Application ExcelApp = new Excel.Application();
ExcelApp.Visible = false;
Excel.Workbook wb = ExcelApp.Workbooks.Open(ExcelBookFileName);
Excel.Worksheet ws1 = wb.Sheets[1];
ws1.Select(Type.Missing);
count_row = ws1.get_Range("A2").End[Excel.XlDirection.xlDown].Row - 1;//A1から数えているので"-1"している count_row = cluster数
//count_column = ws1.get_Range("A2").End[Excel.XlDirection.xlToRight].Column;//A1から数えている
Excel.Range range = ExcelApp.get_Range("A1", "K150");//K150までの情報は読み取り可能→一応クラスタは150個まで
if (range != null)
{
for (int i = 0; i < count_row; i++)
{
string cluster_name = Convert.ToString(range.Value2[i + 2, 1]); //ID
int size_x = Convert.ToInt32(range.Value2[i + 2, 2]); //width
int size_y = Convert.ToInt32(range.Value2[i + 2, 3]); //height
int const_f = Convert.ToInt32(range.Value2[i + 2, 4]); //floor
int const_p = Convert.ToInt32(range.Value2[i + 2, 5]); //partial
int const_3rd = Convert.ToInt32(range.Value2[i + 2, 6]); //3rd dk
int const_2nd = Convert.ToInt32(range.Value2[i + 2, 7]); //2nd dk
string side = Convert.ToString(range.Value2[i + 2, 8]); //(S)or(P)
string pos_deck = Convert.ToString(range.Value2[i + 2, 9]); //deck
int pos_row = Convert.ToInt32(range.Value2[i + 2, 10]); //row
int pos_col = Convert.ToInt32(range.Value2[i + 2, 11]); //column
form_cluster_Inf.Add(new Cluster_Inf(cluster_name, size_x, size_y, const_f, const_p, const_2nd, const_3rd, pos_deck, pos_row, pos_col, side));
listBox1.Items.Add(form_cluster_Inf[i].c_data);
}
}
form_cluster = new Cluster(form_cluster_Inf);
//----------接続関係の読み取り----------------------------
Excel.Worksheet ws2 = wb.Sheets[2];
ws2.Select(Type.Missing);
piping = new Piping_System();
piping.Interaction(count_row, ws2);
//--------------------------------------------------------
wb.Close(false, Type.Missing, Type.Missing);
ExcelApp.Quit();
}
}
public double Fittness(int count_row, int g_size, Piping_System piping) //Calculation of fitness
{
if (penalty.Count != 0) //Give the greater the number of overlapping penalty
{
PipeLength = piping.Calc_Length(count_row, C_List, g_size);
fittness = PipeLength + (100 * penalty.Count);//Number only 100 lattice amount of penalty of overlap
return(fittness);
}
{
PipeLength = piping.Calc_Length(count_row, C_List, g_size);
fittness = PipeLength;
return(fittness);
}
}
public void makeGeneration2(Random r1, Generation GB, int popu_size, int n, Deck[] form_decks, int count_row, Cluster cluster_orig, int g_size, Piping_System piping_orig)//1-point crossover
{
Population P1 = new Population(popu_size, n);
Population P2 = P1.Tournament(r1, GB.populations, count_row, form_decks, cluster_orig);
Population P3 = P2.Crossover(r1, P2, count_row);
Population P4 = P3.Mutation(r1, P3, count_row);
Population P5 = P4.DesignPlan(P4, form_decks, count_row, cluster_orig, g_size, piping_orig, r1);
populations = P5;
}
public void makeGeneration1(int popu_size, int n, Deck[] deck_GA, int count_row, Cluster cluster_GA, int g_size, Piping_System piping_GA, Random r1)
{
Population P = new Population(popu_size, n);
P.makePopulaiton1(deck_GA, count_row, cluster_GA, r1, piping_GA);
P.Best(count_row, g_size, piping_GA);
populations = P;
}
public Population DesignPlan(Population P, Deck[] deck_GA, int count_row, Cluster cluster_GA, int g_size, Piping_System piping, Random r1)
{
for (int i = 0; i < size; i++)
{
designplans[i].makeDesignplan2(count_row, deck_GA, cluster_GA);
//-----------designplans[i]Initialize after Generation, The deck Information---------------
Deck deck = new Deck();
deck.Initialize(deck_GA);
//------------------------------------------------------------------------
}
P.Best(count_row, g_size, piping);
return(P);
}
public void makePopulaiton1(Deck[] deck_GA, int count_row, Cluster cluster_GA, Random r1, Piping_System piping_GA) //First Generation
{
designplans = new DesignPlan[size];
for (int i = 0; i < size; i++) //size: generation size
{
DesignPlan C1 = new DesignPlan(count_row);
C1.makeDesignplan1(count_row, r1, cluster_GA, deck_GA);
designplans[i] = C1;
//-----------designplans[i] Initialize after Generation, The deck Information---------------
Deck deck = new Deck();
deck.Initialize(deck_GA);
//------------------------------------------------------------------------
}
}
public GA(Cluster form_cluster, Deck[] form_decks, Piping_System piping)
{
cluster_GA = form_cluster;
deck_GA = form_decks;
piping_GA = piping;
}
