private void CalcCombinedFractal()
{
fractalPlotter.InitImages(MainImage, PointsImage.Bitmap, BSize);
fractalPlotter.DoCalculation();
if (fractalType == FractalType.Julia && mandelbrotInsetBitmap != null && smoozeType == SmoozeType.Single)
{
using Graphics g = Graphics.FromImage(PointsImage.Bitmap);
// AdjustAspect();
mandelbrotPlotInset.SmoozeType = SmoozeType.Single;
mandelbrotPlotInset.XMini = -2;
mandelbrotPlotInset.XMaxi = 0.7;
mandelbrotPlotInset.YMini = -1.5;
mandelbrotPlotInset.YMaxi = 1.5;
mandelbrotPlotInset.DoCalculation();
JuliaPlot p = (JuliaPlot)fractalPlotter;
mandelbrotPlotInset.AddRedDot(p.Initial_C);
Rectangle source = new Rectangle(0, 0,
mandelbrotInsetBitmap.Width, mandelbrotInsetBitmap.Height);
Rectangle dest = new Rectangle(0, PointsImage.Height - mandelbrotPlotInset.Map.Height, mandelbrotPlotInset.Map.Width, mandelbrotPlotInset.Map.Height);
g.DrawImage(mandelbrotInsetBitmap.Bitmap, dest, source, GraphicsUnit.Pixel);
}
int cSize = BSize / 50;
Rectangle destRect = DestRect;
try {
using Graphics g = Graphics.FromImage(MainImage);
string text = fractalPlotter.Title + ", Escape radius:" + max_MAG_SQUARED + ", Iterations:" + maxIterations;
g.Clear(Color.LightGray);
using Pen pen0 = new Pen(Color.Black, 4);
g.DrawRectangle(pen0, new Rectangle(destRect.X - 1, destRect.Y - 1, destRect.Width + 2, destRect.Height + 2));
using Pen pen = new Pen(Color.White, 4);
g.DrawLine(pen, destRect.X - 4, destRect.Y - 1, destRect.Width + destRect.X, destRect.Y - 1);
g.DrawLine(pen, destRect.X - 1, destRect.Y - 1, destRect.X - 1, destRect.Height + destRect.Y);
g.DrawString(text, new Font("Calibri", cSize), Brushes.Blue, pictBoxSize.Height / 20, BSize / 70);
g.DrawString(yMax.ToString("0.00"), new Font("Calibri", 2 * cSize / 3), Brushes.Blue, 5, destRect.Y);
g.DrawString(yMin.ToString("0.00"), new Font("Calibri", 2 * cSize / 3), Brushes.Blue, 5, destRect.Y + destRect.Height - cSize);
g.DrawString(xMin.ToString("0.00"), new Font("Calibri", 2 * cSize / 3), Brushes.Blue, destRect.X - cSize, destRect.Y + destRect.Height + cSize / 4);
g.DrawString(xMax.ToString("0.00"), new Font("Calibri", 2 * cSize / 3), Brushes.Blue, destRect.X + destRect.Width - cSize, destRect.Y + destRect.Height + cSize / 4);
g.DrawImage(PointsImage.Bitmap, destRect, sourceRect, GraphicsUnit.Pixel);
}
catch { }
fractalPlotter.Copy2GIF(MainImage, BSize, sourceRect);
if (PlotForm != null)
{
PlotForm.FormImage = MainImage;
}
}
public void JuliaMouseMove(double x, double y, DirectBitmap map)
{
if (fractalType == FractalType.Mandelbrot)
{
if (juliaPlotInset == null)
{
juliaPlotInset = new JuliaPlot(this, JuliaPlot.Initials.Length - 1, map);
}
juliaPlotInset.SetUserDefined((float)x, (float)y);
juliaPlotInset.Reset();
juliaPlotInset.SmoozeType = this.smoozeType;
juliaPlotInset.DoCalculation();
}
}
public Control4NonLineairSystems(ICombined f, Control4AllViews bf) : base(f, bf)
{
pictBoxSize = new Size(BSize, BSize);
mandelbrotInsetBitmap = new DirectBitmap(pictBoxSize.Width / 5, pictBoxSize.Height / 5);
mandelbrotPlotInset = new MandelbrotPlot(this, mandelbrotInsetBitmap);
generalPlotters.Add(new UserdefinedPlot(this));
generalPlotters.Add(new MandelbrotPlot(this));
generalPlotters.Add(new JuliaPlot3(this, 0));
generalPlotters.Add(new JuliaRationalPlot(this, 0));
generalPlotters.Add(new HenonPlot(this));
generalPlotters.Add(new LambdaPlot(this));
generalPlotters.Add(new MultibrotReciprokePlot(this));
generalPlotters.Add(new MandelbarPlot(this));
fractalPlotter = generalPlotters[1];
for (int jp = 0; jp < JuliaPlot.Initials.Length; jp++)
{
JuliaPlot jpp = new JuliaPlot(this, jp);
JuliaPlotters.Add(jpp);
}
MiraLinePlotter miraLinePlotter = new MiraLinePlotter(this);
linePlotters.Add(miraLinePlotter);
linePlotters.Add(new BolSpiralLinePlotter(this));
linePlotters.Add(new HenonLinePlotter(this));
linePlotters.Add(new DustLinePlotter(this));
linePlotters.Add(new CloudLinePlotter(this, CloudType.Type0));
linePlotters.Add(new CloudLinePlotter(this, CloudType.Type1));
// linePlotters.Add(new CloudLinePlotter(this, CloudType.Type2));
linePlotters.Add(new DendriteLinePlotter(this));
linePlotters.Add(new StarLinePlotter(this));
linePlotters.Add(new JuliaLinePlotter(this));
for (int i = 0; i < miraLinePlotter.Favorites.Length; i++)
{
MiraLinePlotter miraExample = (MiraLinePlotter)miraLinePlotter.Clone(new DirectBitmap(100, 100));
miraExample.ExampleNumber = i;
miraLineplotExamples.Add(miraExample);
}
Xmin = (decimal)fractalPlotter.XMin;
Xmax = (decimal)fractalPlotter.XMax;
Ymin = (decimal)fractalPlotter.YMin;
Ymax = (decimal)fractalPlotter.YMax;
InterpolateColorPalette();
foreach (BasePlotter p in generalPlotters)
{
BasePlotter pp = p.Clone(new DirectBitmap(100, 100));
examplePlottersGeneral.Add(pp);
}
for (int jp = 0; jp < JuliaPlot.Initials.Length; jp++)
{
JuliaPlot jpp = new JuliaPlot(this, jp, new DirectBitmap(100, 100));
examplePlottersJulia.Add(jpp);
}
for (int mp = 0; mp < linePlotters.Count; mp++)// Enum.GetNames(typeof(SpecificLineType)).Length - 1; mp++) {
{
BasePlotter mpp = linePlotters[mp].Clone(new DirectBitmap(100, 100, true));
examplePlottersMira.Add(mpp);
}
}
