private void BtnSolveClick(object sender, RoutedEventArgs e)
{
List<Solver.Colorizer> colors = GenerateColorPalette();
var slvr = new Solver(_charges, _surfaces, _imageHieght, _imageWidth);
slvr.SolveIt();
SolverOutput solvedutput;
if (chkBoxDrawLines.IsChecked != null && chkBoxDrawLines.IsChecked == true)
{
BitmapSource outputData = slvr.CustomeColorizerSolverWithLines(colors,
colorPickerLineColors.SelectedColor);
solvedutput = new SolverOutput(outputData, colors, _charges);
}
else
{
BitmapSource outputData = slvr.CustomeColorizerSolver(colors);
solvedutput = new SolverOutput(outputData, colors, _charges);
}
solvedutput.lblMarker.Visibility = Visibility.Hidden;
solvedutput.recMarker.Visibility = Visibility.Hidden;
solvedutput.gridMarker.Visibility = Visibility.Hidden;
solvedutput.Show();
Close();
}
private void BtnSolveClick(object sender, RoutedEventArgs e)
{
bool allowMark = false;
allowMark = chkMarker.IsChecked != null && (bool) chkMarker.IsChecked;
int clampvalue = 100;
if (integerUDClamp.Value.HasValue)
{
clampvalue = integerUDClamp.Value.Value;
}
var slvr = new Solver(_charges, _surfaces, _imageHieght, _imageWidth);
slvr.SolveIt();
if (integerUDThreshold.Value == null)
integerUDThreshold.Value = 50;
SolverOutput solvedutput;
if (chkBoxDrawLines.IsChecked != null && chkBoxDrawLines.IsChecked == true)
{
BitmapSource outputData = slvr.GetImageRgb24WithLines(colorPickerMaxColor.SelectedColor,
colorPickerMinColor.SelectedColor, clampvalue,
allowMark, integerUDThreshold.Value.Value,
colorPickerThreshold.SelectedColor);
//solvedutput = new SolverOutput(outputData, colorPickerMinColor.SelectedColor,
// colorPickerMaxColor.SelectedColor,
// _charges);
}
else
{
BitmapSource outputData = slvr.GetImageRgb24(colorPickerMaxColor.SelectedColor,
colorPickerMinColor.SelectedColor, clampvalue,
allowMark, integerUDThreshold.Value.Value,
colorPickerThreshold.SelectedColor);
//solvedutput = new SolverOutput(outputData, colorPickerMinColor.SelectedColor,
// colorPickerMaxColor.SelectedColor,
// _charges);
}
if (allowMark)
{
//solvedutput.lblMarker.Visibility = Visibility.Visible;
//solvedutput.recMarker.Visibility = Visibility.Visible;
//solvedutput.gridMarker.Visibility = Visibility.Visible;
//solvedutput.recMarker.Fill = new SolidColorBrush(colorPickerThreshold.SelectedColor);
//solvedutput.lblMarker.Content = "This color is a Marker for the points which had Value : " +
// integerUDThreshold.Value.Value;
}
else
{
//solvedutput.lblMarker.Visibility = Visibility.Hidden;
//solvedutput.recMarker.Visibility = Visibility.Hidden;
//solvedutput.gridMarker.Visibility = Visibility.Hidden;
}
//solvedutput.Show();
Close();
}
private void GenerateGray8BitmapClick(object sender, RoutedEventArgs e)
{
var dialog = new SaveFileDialog {Title = "Choose location ...", Filter = "JPEG Image File (*.jpg)|*.jpg"};
List<Surface> surfacelist =
gridField.Children.Cast<object>().Where(uiElement => uiElement.GetType() == typeof (Surface)).Cast
<Surface>().ToList();
bool? result = dialog.ShowDialog();
if (result == true)
{
var slvr = new Solver(_charges, surfacelist, (int) gridField.Height, (int) gridField.Width);
slvr.SolveIt();
slvr.DrawGray8Image(dialog.FileName);
if (
MessageBox.Show(
"Image file has been generated and saved Successfully!" + Environment.NewLine +
"Do you want to open it now ?", "Write file Completed", MessageBoxButton.YesNo) ==
MessageBoxResult.Yes)
{
Process.Start(dialog.FileName);
}
}
}
private void BtnQuickSolveClick(object sender, RoutedEventArgs e)
{
List<Surface> surfacelist =
gridField.Children.Cast<object>().Where(uiElement => uiElement.GetType() == typeof (Surface)).Cast
<Surface>().ToList();
var slvr = new Solver(_charges, surfacelist, (int) gridField.Height, (int) gridField.Width);
slvr.SolveIt();
var imagebrush = new ImageBrush();
//imagebrush.ImageSource = slvr.GetImageRgb24();
var ListofColors = new List<Solver.Colorizer>();
var color00 = new Solver.Colorizer();
var color0 = new Solver.Colorizer();
var color1 = new Solver.Colorizer();
var color2 = new Solver.Colorizer();
var color3 = new Solver.Colorizer();
var color4 = new Solver.Colorizer();
var color5 = new Solver.Colorizer();
color00.Color = Colors.DarkRed;
color00.Min = 1001;
color00.Max = int.MaxValue;
color0.Color = Colors.DarkRed;
color0.Min = 400;
color0.Max = 1000;
color1.Color = Colors.Red;
color1.Min = 100;
color1.Max = 399;
color2.Color = Colors.OrangeRed;
color2.Min = 60;
color2.Max = 99;
color3.Color = Colors.Yellow;
color3.Min = 30;
color3.Max = 59;
color4.Color = Colors.YellowGreen;
color4.Min = 10;
color4.Max = 29;
color5.Color = Colors.Black;
color5.Min = 0;
color5.Max = 9;
ListofColors.Add(color00);
ListofColors.Add(color0);
ListofColors.Add(color1);
ListofColors.Add(color2);
ListofColors.Add(color3);
ListofColors.Add(color4);
ListofColors.Add(color5);
ListofColors.Add(new Solver.Colorizer());
imagebrush.ImageSource = slvr.CustomeColorizerSolver(ListofColors);
gridField.Background = imagebrush;
}
private void BtnQuckDrawFieldLinesClick(object sender, RoutedEventArgs e)
{
List<Surface> surfacelist =
gridField.Children.Cast<object>().Where(uiElement => uiElement.GetType() == typeof (Surface)).Cast
<Surface>().ToList();
var slvr = new Solver(_charges, surfacelist, (int) gridField.Height, (int) gridField.Width);
slvr.SolveIt();
var imagebrush = new ImageBrush();
imagebrush.ImageSource = slvr.GenerateFieldLines(true);
gridField.Background = imagebrush;
}
public static Solver.Colorizer ConvertToColorizer(Solver.ColorRange data)
{
var returnItem = new Solver.Colorizer {Min = (int) data.Min, Max = (int) data.Max, Color = data.Color};
return returnItem;
}
public static Solver.Colorizer GetPrevColor(List<Solver.Colorizer> listOfColors, Solver.Colorizer afterThis)
{
Solver.Colorizer returnValue = afterThis;
foreach (Solver.Colorizer colorizer in listOfColors)
{
if (IsInBetween(afterThis.Min - 1, colorizer.Min, colorizer.Max))
{
returnValue = colorizer;
}
}
return returnValue;
}
private void BtnDrawClick(object sender, RoutedEventArgs e)
{
if (cmbFloat.SelectedIndex == -1 || cmbStatic.SelectedIndex == -1)
{
MessageBox.Show("Fill all fields!!");
return;
}
int duration = 10;
var startloc = new Point((double) integerUDStartX.Value, (double) integerUDStartY.Value);
if (integerUDDuration.Value != null)
{
duration = (int) integerUDDuration.Value;
}
var slver = new Solver(_charges, _surfaces, ImageHieght, ImageWidth);
slver.SolveIt();
FreeCharge freeCharge = null;
PositiveCharge positiveCharge = null;
NegativeCharge negativeCharge = null;
IEnumerable<UIElement> allitems = MainWindow.Instance.GetListOfItems();
foreach (UIElement chargeitem in allitems)
{
if (chargeitem.GetType() == typeof (FreeCharge))
{
string name = ((FreeCharge) chargeitem).MyCharge.Name;
if ((string) cmbFloat.SelectedValue == name)
{
freeCharge = ((FreeCharge) chargeitem);
}
}
else if (chargeitem.GetType() == typeof (PositiveCharge))
{
string name = ((PositiveCharge) chargeitem).MyCharge.Name;
if ((string) cmbStatic.SelectedValue == name)
{
positiveCharge = ((PositiveCharge) chargeitem);
}
}
else if (chargeitem.GetType() == typeof (NegativeCharge))
{
string name = ((NegativeCharge) chargeitem).MyCharge.Name;
if ((string) cmbStatic.SelectedValue == name)
{
negativeCharge = ((NegativeCharge) chargeitem);
}
}
}
if (freeCharge != null)
{
var Orgins = new Point();
if (positiveCharge != null)
{
Orgins = new Point(positiveCharge.RenderTransform.Value.OffsetX,
positiveCharge.RenderTransform.Value.OffsetY);
}
else if (negativeCharge != null)
{
Orgins = new Point(negativeCharge.RenderTransform.Value.OffsetX,
negativeCharge.RenderTransform.Value.OffsetY);
}
var returnedData = (List<Point>) slver.ChargeChargeDistance(freeCharge, Orgins, duration, startloc);
var graphOutput = new GraphWindow("Distance", "Time");
graphOutput.DrawThis(returnedData, Brushes.DarkRed, Brushes.DarkMagenta, "Distance");
if (returnedData != null)
{
IEnumerable<Point> velcocity = Helper.CalculateVelocity(returnedData);
graphOutput.DrawThis(velcocity, Brushes.DodgerBlue, Brushes.LightSkyBlue, "Velocity");
}
graphOutput.Show();
}
Close();
}
