private async void button5_Click(object sender, EventArgs e)
{
try
{
switch (_currentGraph)
{
case GraphType.MonochromaticRadiationN1:
if (_dotPlot)
{
await CreateOneLineDot(DataController.GetFirstPoints());
break;
}
await CreateOneLine(DataController.GetFirstPoints());
break;
case GraphType.MonochromaticRadiationN2:
if (_dotPlot)
{
await CreateOneLineDot(DataController.GetSecondPoints());
break;
}
await CreateOneLine(DataController.GetSecondPoints());
break;
case GraphType.TwoWaves:
if (_dotPlot)
{
await CreateOneLineDot(DataController.GetThirdPoints());
break;
}
await CreateOneLine(DataController.GetThirdPoints());
break;
case GraphType.WavelengthRange:
if (_dotPlot)
{
await CreateOneLineDot(DataController.GetFourthPoints());
break;
}
await CreateOneLine(DataController.GetFourthPoints());
break;
case GraphType.DependenceRadiusRings:
if (_dotPlot)
{
await CreateTwoLinesDot(
DataHandler.LinePointsInRadiusDependence(
DataHandler.FindMaxInAllData(DataController.GetFirstPoints()),
DataHandler.FindMinInAllData(DataController.GetFirstPoints())),
DataHandler.LinePointsInRadiusDependence(
DataHandler.FindMaxInAllData(DataController.GetSecondPoints()),
DataHandler.FindMinInAllData(DataController.GetSecondPoints())));
break;
}
await CreateTwoLines(
DataHandler.LinePointsInRadiusDependence(
DataHandler.FindMaxInAllData(DataController.GetFirstPoints()),
DataHandler.FindMinInAllData(DataController.GetFirstPoints())),
DataHandler.LinePointsInRadiusDependence(
DataHandler.FindMaxInAllData(DataController.GetSecondPoints()),
DataHandler.FindMinInAllData(DataController.GetSecondPoints())));
break;
case GraphType.VisibilityFunctionTwoWaves:
if (textBox1.Text == null)
{
throw new TextBoxException();
}
var opticalPathDifference = VisibilityFunctionMethods.OpticalPathDifference(
VisibilityFunctionMethods.FindRAverage(
DataHandler.FindMaxInAllData(DataController.GetThirdPoints()),
DataHandler.FindMinInAllData(DataController.GetThirdPoints())),
DataHandler.FindRByN(
DataHandler.FindMaxInAllData(DataController.GetThirdPoints()),
double.Parse(textBox1.Text)));
var vExperimental = VisibilityFunctionMethods.FindVExperimental(
DataHandler.FindMaxInAllData(DataController.GetThirdPoints()),
DataHandler.FindMinInAllData(DataController.GetThirdPoints()));
var vTheoretical = VisibilityFunctionMethods.FindVTheoretical(
opticalPathDifference,
VisibilityFunctionMethods.FindL(opticalPathDifference),
VisibilityFunctionMethods.FindErrorL(
opticalPathDifference,
VisibilityFunctionMethods.FindL(opticalPathDifference)));
if (_dotPlot)
{
await CreateTwoLinesDot(
VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vExperimental),
VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vTheoretical));
break;
}
await CreateTwoLines(
VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vExperimental),
VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vTheoretical)
);
break;
case GraphType.VisibilityFunctionWavelengthRange:
if (textBox1.Text == null)
{
throw new TextBoxException();
}
opticalPathDifference = VisibilityFunctionMethods.OpticalPathDifference(
VisibilityFunctionMethods.FindRAverage(
DataHandler.FindMaxInAllData(DataController.GetFourthPoints()),
DataHandler.FindMinInAllData(DataController.GetFourthPoints())),
DataHandler.FindRByN(
DataHandler.FindMaxInAllData(DataController.GetFourthPoints()),
double.Parse(textBox1.Text)));
vExperimental = VisibilityFunctionMethods.FindVExperimental(
DataHandler.FindMaxInAllData(DataController.GetFourthPoints()),
DataHandler.FindMinInAllData(DataController.GetFourthPoints()));
vTheoretical = VisibilityFunctionMethods.FindVTheoretical(
opticalPathDifference,
VisibilityFunctionMethods.FindL(opticalPathDifference),
VisibilityFunctionMethods.FindErrorL(
opticalPathDifference,
VisibilityFunctionMethods.FindL(opticalPathDifference)));
if (_dotPlot)
{
await CreateTwoLinesDot(
VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vExperimental),
VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vTheoretical));
break;
}
await CreateTwoLines(
VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vExperimental),
VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vTheoretical)
);
break;
case GraphType.VisibilityFunctionPicture:
if (textBox1.Text == null)
{
throw new TextBoxException();
}
if (ImageMethods.FindCircleNum() == 0 && ImageMethods.FindCircleCenterX() == 0 && ImageMethods.FindCircleCenterY() == 0)
{
MessageBox.Show(@"Попробуйте другую картинку. На этой не получается найти полное кольцо");
break;
}
ImageMethods.DrawContours();
_picturesForm.GetCenter(ImageMethods.FindCircleCenterX(), ImageMethods.FindCircleCenterY());
_picturesForm.GetOutputPicture(DataController.GetImageWithContour());
var points = ImageMethods.FindPointsForVisibilityFunction();
var approximation = ImageMethods.ApproximationPoints(points);
opticalPathDifference = VisibilityFunctionMethods.OpticalPathDifference(
VisibilityFunctionMethods.FindRAverage(
DataHandler.FindMaxInAllData(approximation),
DataHandler.FindMinInAllData(approximation)),
DataHandler.FindRByN(
DataHandler.FindMaxInAllData(approximation),
double.Parse(textBox1.Text)));
vExperimental = VisibilityFunctionMethods.FindVExperimental(
DataHandler.FindMaxInAllData(approximation),
DataHandler.FindMinInAllData(approximation));
if (_dotPlot)
{
await CreateOneLineDot(DataHandler.SortPointsByX(VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vExperimental)));
break;
}
await CreateOneLine(DataHandler.SortPointsByX(VisibilityFunctionMethods.CreatePointForVisibility(
opticalPathDifference,
vExperimental)));
break;
case GraphType.PictureGraphic:
if (ImageMethods.FindCircleNum() == 0 && ImageMethods.FindCircleCenterX() == 0 && ImageMethods.FindCircleCenterY() == 0)
{
MessageBox.Show(@"Попробуйте другую картинку. На этой не получается найти полное кольцо");
break;
}
ImageMethods.DrawContours();
_picturesForm.GetCenter(ImageMethods.FindCircleCenterX(), ImageMethods.FindCircleCenterY());
_picturesForm.GetOutputPicture(DataController.GetImageWithContour());
points = ImageMethods.FindPointsForVisibilityFunction();
approximation = ImageMethods.ApproximationPoints(points);
if (_dotPlot)
{
await CreateTwoLinesDot(points, approximation);
break;
}
//await CreateOneLine(points);
await CreateTwoLines(points, approximation);
//await CreateOneLine(approximation);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
catch (Exception exception)
{
MessageBox.Show(exception.Message);
}
}