private void button_Click(object sender, RoutedEventArgs e)
{
var xyzDataSeries3D1 = new XyzDataSeries3D <double>();
var xyzDataSeries3D2 = new XyzDataSeries3D <double>();
_n1 = 0;
_n2 = 0;
var mu1X = 0.0;
var mu1Y = 0.0;
var mu2X = 0.0;
var mu2Y = 0.0;
var sigma1X = 0.0;
var sigma1Y = 0.0;
var sigma2X = 0.0;
var sigma2Y = 0.0;
var eps = 0.01;
string inputBuffer;
try
{
// ввод исходных данных
inputBuffer = TextBox.Text;
_n1 = Convert.ToInt32(inputBuffer);
inputBuffer = TextBox1.Text;
_n2 = Convert.ToInt32(inputBuffer);
inputBuffer = TextBox2.Text;
mu1X = Convert.ToDouble(inputBuffer);
inputBuffer = TextBox3.Text;
mu1Y = Convert.ToDouble(inputBuffer);
inputBuffer = TextBox4.Text;
mu2X = Convert.ToDouble(inputBuffer);
inputBuffer = TextBox5.Text;
mu2Y = Convert.ToDouble(inputBuffer);
inputBuffer = TextBox6.Text;
sigma1X = Convert.ToDouble(inputBuffer);
inputBuffer = TextBox7.Text;
sigma1Y = Convert.ToDouble(inputBuffer);
inputBuffer = TextBox8.Text;
sigma2X = Convert.ToDouble(inputBuffer);
inputBuffer = TextBox9.Text;
sigma2Y = Convert.ToDouble(inputBuffer);
inputBuffer = TextBox24.Text;
eps = Convert.ToDouble(inputBuffer);
} catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
List <Point> setP1;
List <Point> setP2;
var normRand = new NormalRandom();
var set1 = new SetPoint(mu1X, sigma1X, mu1Y, sigma1Y, _n1, normRand);
var set2 = new SetPoint(mu2X, sigma2X, mu2Y, sigma2Y, _n2, normRand);
setP1 = set1.get_list_point();
setP2 = set2.get_list_point();
var ro1 = MathTpr.CalculationOfCorrelationCoefficient(setP1, mu1X, mu1Y, sigma1X, sigma1X);
var ro2 = MathTpr.CalculationOfCorrelationCoefficient(setP2, mu2X, mu2Y, sigma2X, sigma2X);
// определение фактических значений мат. ожиданий и среднеквадратических отклонений
_averageX1 = set1.calculate_Average_Value_x();
_averageY1 = set1.calculate_Average_Value_y();
_averageX2 = set2.calculate_Average_Value_x();
_averageY2 = set2.calculate_Average_Value_y();
_sigmaX1 = Math.Sqrt(MathTpr.DispersionX(setP1, _averageX1));
_sigmaY1 = Math.Sqrt(MathTpr.DispersionY(setP1, _averageY1));
_sigmaX2 = Math.Sqrt(MathTpr.DispersionX(setP2, _averageX2));
_sigmaY2 = Math.Sqrt(MathTpr.DispersionY(setP2, _averageY2));
// построение точек на плоскости XY
foreach (var item in setP1)
{
var x = item.X;
var z = item.Y;
item.Z = MathTpr.func_Gauss_XY(item.X, item.Y, sigma1X, sigma1Y, mu1X, mu1Y, ro1);
var y = 0;
xyzDataSeries3D1.Append(x, y, z);
}
foreach (var item in setP2)
{
var x = item.X;
var z = item.Y;
item.Z = MathTpr.func_Gauss_XY(item.X, item.Y, sigma2X, sigma2Y, mu2X, mu2Y, ro2);
var y = 0;
xyzDataSeries3D2.Append(x, y, z);
}
xyzDataSeries3D1.SeriesName = "S1";
xyzDataSeries3D2.SeriesName = "S2";
PointGrid.DataContext = setP1;
PointGridCopy.DataContext = setP2;
if (_graph != null)
{
_graph = new _3DGraph {
Visibility = Visibility.Visible
};
}
// создание формы с графиком
_graph?.PaintGraph(set1, set2, sigma1X, sigma1Y, mu1X,
mu1Y, mu2X, mu2Y, sigma2X, sigma2Y, _n1, _n2);
}
public MainWindow()
{
_graph = new _3DGraph();
InitializeComponent();
}
