public Tuple <string> ins(Image <Bgr, byte> imgcopy_7)
{
Tuple <int, int, double, double, int, int, int> obi = matrix.maximin_2(imgcopy_7);
double Max_2 = obi.Item4;
double Min_2 = obi.Item3;
Tuple <int, int, int> cho = matrix.choice(imgcopy_7);
int iron_1 = cho.Item1;
int szar_1 = cho.Item2;
int rain_1 = cho.Item3;
Tuple <int, int, double, double> obi_3_1 = form1.change();
double Min_2_1 = ((obi_3_1.Item1 - obi_3_1.Item4) / obi_3_1.Item3);
double Max_2_1 = ((obi_3_1.Item2 - obi_3_1.Item4) / obi_3_1.Item3);
Tuple <double, double> obi_4 = counturs.contour_1(obi_3_1.Item1, obi_3_1.Item2, imgcopy_7, iron_1, szar_1, rain_1);
double carea_2 = obi_4.Item1;
double len_2 = obi_4.Item2;
string inscript = "";
if ((Max_2 >= Min_2) && carea_2 >= 10)
{
inscript = "Wykryta";
}
else if ((!(Max_2 >= Min_2)) || carea_2 <= 10)
{
inscript = "Nie wykryta";
}
return(Tuple.Create(inscript));
}
private void button1_Click(object sender, EventArgs e)
{
Tuple <string, string> changeback2 = changeback();
form1.textBox1.Text = changeback2.Item2;
form1.textBox2.Text = changeback2.Item1;
form1.change();
form1.Main_Contour();
this.Close();
}
public void report(Image <Bgr, byte> Image, Image <Bgr, byte> Image_1)
{
// z konturami
List <Image <Bgr, byte> > pic_4_1 = form1.pic_2(Image_1);
List <Image <Bgr, byte> > imageBoxList_1 = pic_4_1;
// z bez konturów
List <Image <Bgr, byte> > pic_4 = form1.pic(Image);
List <Image <Bgr, byte> > imageBoxList_1_1 = pic_4;
PictureBox[] pictureBoxs = new PictureBox[9];
pictureBoxs[0] = imageBox2;
pictureBoxs[1] = imageBox3;
pictureBoxs[2] = imageBox4;
pictureBoxs[3] = imageBox5;
pictureBoxs[4] = imageBox6;
pictureBoxs[5] = imageBox7;
pictureBoxs[6] = imageBox8;
pictureBoxs[7] = imageBox9;
pictureBoxs[8] = imageBox10;
for (int i = 0; i < 9; i++)
{
pictureBoxs[i].Image = imageBoxList_1[i].Bitmap;
}
for (int i = 0; i < 9; i++)
{
Tuple <int, int, double, double, int, int, int> obi = matrix.maximin_2(imageBoxList_1_1[i]);
pod_area[i] = obi.Item7;
Max_2[i] = obi.Item4;
Min_2[i] = obi.Item3;
Tuple <double, int, double, int> obi_1 = matrix.med_ave(imageBoxList_1_1[i]);
ava_area[i] = obi_1.Item4;
Tuple <double, int, double, int> obi_2 = matrix.med_ave(imageBoxList_1_1[i]);
med_area[i] = obi_2.Item2;
Tuple <int> obi_3 = matrix.maximin(imageBoxList_1_1[i]);
pro_area[i] = obi_3.Item1;
Tuple <int, int, int> cho = matrix.choice(imageBoxList_1_1[i]);
int[] iron_1 = new int[9];
iron_1[i] = cho.Item1;
int[] szar_1 = new int[9];
szar_1[i] = cho.Item2;
int[] rain_1 = new int[9];
rain_1[i] = cho.Item3;
Tuple <int, int, double, double> obi_3_1 = form1.change();
double[] Min_2_1 = new double[9];
Min_2_1[i] = ((obi_3_1.Item1 - obi_3_1.Item4) / obi_3_1.Item3);
Tuple <double, double> obi_4 = contours.contour_1(obi_3_1.Item1, obi_3_1.Item2, imageBoxList_1_1[i], iron_1[i], szar_1[i], rain_1[i]);
con_area[i] = obi_4.Item1;
if ((Max_2[i] >= Min_2[i]) && con_area[i] >= 10)
{
inscript[i] = "Wykryto";
}
else if ((!(Max_2[i] >= Min_2[i])) || con_area[i] <= 10)
{
inscript[i] = "Brak";
}
}
label1.Text = "Pole I: " + pro_area[0];
label2.Text = "Pole II: " + con_area[0];
label3.Text = "Pole III: " + med_area[0];
label4.Text = "Pole IV: " + ava_area[0];
label5.Text = "Pole V: " + pod_area[0];
label6.Text = "Max.Temperatura: " + Max_2[0];
label7.Text = "Status zmiany: " + inscript[0];
label8.Text = "Pole I: " + pro_area[1];
label9.Text = "Pole II: " + con_area[1];
label10.Text = "Pole III: " + med_area[1];
label11.Text = "Pole IV: " + ava_area[1];
label12.Text = "Pole V: " + pod_area[1];
label13.Text = "Max.Temperatura: " + Max_2[1];
label14.Text = "Status zmiany: " + inscript[1];
label15.Text = "Pole I: " + pro_area[2];
label16.Text = "Pole II: " + con_area[2];
label17.Text = "Pole III: " + med_area[2];
label18.Text = "Pole IV: " + ava_area[2];
label19.Text = "Pole V: " + pod_area[2];
label20.Text = "Max.Temperatura: " + Max_2[2];
label21.Text = "Status zmiany: " + inscript[2];
label22.Text = "Pole I: " + pro_area[3];
label23.Text = "Pole II: " + con_area[3];
label24.Text = "Pole III: " + med_area[3];
label25.Text = "Pole IV: " + ava_area[3];
label26.Text = "Pole V: " + pod_area[3];
label27.Text = "Max.Temperatura: " + Max_2[3];
label28.Text = "Status zmiany: " + inscript[3];
label29.Text = "Pole I: " + pro_area[4];
label30.Text = "Pole II: " + con_area[4];
label31.Text = "Pole III: " + med_area[4];
label32.Text = "Pole IV: " + ava_area[4];
label33.Text = "Pole V: " + pod_area[4];
label34.Text = "Max.Temperatura: " + Max_2[4];
label35.Text = "Status zmiany: " + inscript[4];
label36.Text = "Pole I: " + pro_area[5];
label37.Text = "Pole II: " + con_area[5];
label38.Text = "Pole III: " + med_area[5];
label39.Text = "Pole IV: " + ava_area[5];
label40.Text = "Pole V: " + pod_area[5];
label41.Text = "Max.Temperatura: " + Max_2[5];
label42.Text = "Status zmiany: " + inscript[5];
label43.Text = "Pole I: " + pro_area[6];
label44.Text = "Pole II: " + con_area[6];
label45.Text = "Pole III: " + med_area[6];
label46.Text = "Pole IV: " + ava_area[6];
label47.Text = "Pole V: " + pod_area[6];
label48.Text = "Max.Temperatura: " + Max_2[6];
label49.Text = "Status zmiany: " + inscript[6];
label50.Text = "Pole I: " + pro_area[7];
label51.Text = "Pole II: " + con_area[7];
label52.Text = "Pole III: " + med_area[7];
label53.Text = "Pole IV: " + ava_area[7];
label54.Text = "Pole V: " + pod_area[7];
label55.Text = "Max.Temperatura: " + Max_2[7];
label56.Text = "Status zmiany: " + inscript[7];
label57.Text = "Pole I: " + pro_area[8];
label58.Text = "Pole II: " + con_area[8];
label59.Text = "Pole III: " + med_area[8];
label60.Text = "Pole IV: " + ava_area[8];
label61.Text = "Pole V: " + pod_area[8];
label62.Text = "Max.Temperatura: " + Max_2[8];
label63.Text = "Status zmiany: " + inscript[8];
}
public Tuple <int[, ], double[, ], double[, ], double[, ], int[], double[]> close(Image <Bgr, byte> imgInput)
{
Tuple <int, int, double, double> obi_3_1 = form1.change();
int width = imgInput.Width;
int height = imgInput.Height;
int[,] imgInput2 = new int[height, width];
int[] number = new int[width * height];
double[] temp = new double[width * height];
double[,] b = new double[height, width];
double[,] g = new double[height, width];
double[,] r = new double[height, width];
Bgr color;
int c = 0;
int rain = choice(imgInput).Item3;
int iron = choice(imgInput).Item1;
int szar = choice(imgInput).Item2;
if (choice(imgInput).Item1 == 1)
{
for (int x = 0; x < width; x++)
{
for (int y = 0; y < height; y++)
{
color = imgInput[y, x];
b[y, x] = color.Blue;
g[y, x] = color.Green;
r[y, x] = color.Red;
imgInput2[y, x] = Convert.ToInt32(0.299 * r[y, x] + 0.585 * g[y, x] + 0.114 * b[y, x]);
number[c] = imgInput2[y, x];
temp[c] = Math.Round(((number[c] - obi_3_1.Item4) / obi_3_1.Item3), 2);
c++;
}
}
}
else if (choice(imgInput).Item3 == 1)
{
for (int x = 0; x < width; x++)
{
for (int y = 0; y < height; y++)
{
color = imgInput[y, x];
b[y, x] = color.Blue;
g[y, x] = color.Green;
r[y, x] = color.Red;
imgInput2[y, x] = Convert.ToInt32(1.035 * r[y, x] - 0.447 * g[y, x] + 0 * b[y, x]);
number[c] = imgInput2[y, x];
temp[c] = Math.Round(((number[c] - obi_3_1.Item4) / obi_3_1.Item3), 2);
c++;
}
}
}
else if (choice(imgInput).Item2 == 1)
{
for (int x = 0; x < width; x++)
{
for (int y = 0; y < height; y++)
{
color = imgInput[y, x];
b[y, x] = color.Blue;
g[y, x] = color.Green;
r[y, x] = color.Red;
imgInput2[y, x] = Convert.ToInt32(b[y, x]);
number[c] = imgInput2[y, x];
temp[c] = Math.Round(((number[c] - obi_3_1.Item4) / obi_3_1.Item3), 2);
c++;
}
}
}
return(Tuple.Create(imgInput2, b, g, r, number, temp));
}