public JuliaPlot3(Control4NonLineairSystems c, int dt) : base(c, dt)
{
XMini = -2;
XMaxi = 2;
YMini = -2;
YMaxi = 2;
ThisType = FractalType.JuliaPol3;
}
public BaseFor2DimensionalPlot(Control4NonLineairSystems c) : base(c)
{
combinedControl = c;
MaxIterations = combinedControl.MaxIterations;
MAX_MAG_SQUARED = combinedControl.MAX_MAG_SQUARED;
Init();
//progressHandler = new Progress<ProgressReportModel>();
//progressHandler.ProgressChanged += c.PlotForm.ReportProgress;
}
public MandelbrotPlot(Control4NonLineairSystems c) : base(c)
{
XMini = -2;
XMaxi = 0.7;
YMini = -1.5;
YMaxi = 1.5;
maxIterations = 50;// 255;
ThisType = FractalType.Mandelbrot;
}
public DustLinePlotter(Control4NonLineairSystems c) : base(c)
{
parameters[0] = 0.696;
parameters[6] = 0.076;
maxMouseIterations = 25;
minMouseIterations = 14;
maxIterations = 17;
specificLineType = SpecificLineType.Dust;
SaveValues();
}
public BolSpiralLinePlotter(Control4NonLineairSystems c) : base(c)
{
parameters[0] = 0.1;
parameters[6] = 0.96;
maxMouseIterations = 14000;
minMouseIterations = 1000;
maxIterations = 10000;
specificLineType = SpecificLineType.Bolspiral;
SaveValues();
}
public CloudLinePlotter(Control4NonLineairSystems c, CloudType t) : base(c)
{
maxMouseIterations = 50000;
minMouseIterations = 1000;
maxIterations = 30000;
maxABmouse = 1000;
CloudType = t;
specificLineType = SpecificLineType.Cloud;
SaveValues();
}
public DendriteLinePlotter(Control4NonLineairSystems c) : base(c)
{
parameters[0] = 0.6;
parameters[6] = 0.8;
maxMouseIterations = 200000;
minMouseIterations = 1000;
maxIterations = 10000;
specificLineType = SpecificLineType.Dendrite;
SaveValues();
}
public JuliaLinePlotter(Control4NonLineairSystems c) : base(c)
{
parameters[0] = 0.275;
parameters[6] = 0.47;
maxMouseIterations = 1000;
minMouseIterations = 100;
maxIterations = 300;
specificLineType = SpecificLineType.Julia;
SaveValues();
}
public HenonLinePlotter(Control4NonLineairSystems c) : base(c)
{
parameters[0] = -0.406;
parameters[6] = Math.Sqrt(1 - parameters[0] * parameters[0]);
maxMouseIterations = 20000;
minMouseIterations = 500;
maxIterations = 10000;
specificLineType = SpecificLineType.Henon;
SaveValues();
}
public StarLinePlotter(Control4NonLineairSystems c) : base(c)
{
parameters[0] = 0.217;
parameters[6] = 1;
maxMouseIterations = 10;
minMouseIterations = 1;
maxIterations = 5;
startPoint = new PointF(4f, 0.35f);
specificLineType = SpecificLineType.Star;
SaveValues();
}
public JuliaPlot(Control4NonLineairSystems c, int dt) : base(c)
{
if (dt < initialXs.Length)
{
definedTYype = dt;
}
XMini = -2;
XMaxi = 2;
YMini = -2;
YMaxi = 2;
maxIterations = 255;
MAX_MAG_SQUARED = "2";
ThisType = FractalType.Julia;
}
public Control4AllViews(IFunctionsView i)
{
defColorForm = DefineColorsForm.GetInvisible;
control4FunctionsView = new Control4FunctionsView(i);
Control4NonLineairSystems = new Control4NonLineairSystems(i);
Control4DiagramView = new Control4DiagramView(i);
NonLineairSystemsForm m = NonLineairSystemsForm.GetInvisible;
control4NonLineairSystems = new Control4NonLineairSystems(m, this);
m.Control4NonLineairSystems = control4NonLineairSystems;
control4NonLineairSystems.PlotForm = m;//needed to define colors when this form is not yet opened
((ICombined)Control4NonLineairSystems.PlotForm).PresetType();
Control4NonLineairSystems.PlotForm.Params2Form();
defColorForm.Control4DiagramView = Control4DiagramView;
defColorForm.Control4FunctionsView = control4FunctionsView;
}
public MiraLinePlotter(Control4NonLineairSystems c) : base(c)
{
parameters[0] = -0.48;
parameters[6] = 0.93;
maxMouseIterations = 100000;
minMouseIterations = 10000;
maxIterations = 40000;
startPoint = new PointF(4f, 0);
specificLineType = SpecificLineType.Mira;
disposedCount = 16;
SaveValues();
#region favorites
Favorites = new string[] {//"A B X0 Y0",
"-0.4 1 4 0",
"-0.4 1 20 0",
"-0.2 1 10 0",
" 0.3 1 2 0",
" 0.31 1 12 0",
" 0.32 1 -5 0",
" 0.30 1 7 0",
" 0.30 1 -12 0",
" 0.30 1 -21 0",
"-0.05 1 2 0",
"-0.05 1 7.5 0",
"-0.05 1 9.8 0",
"-0.05 1 15 0",
"-0.05 1 18 0",
"-0.05 1 20 0",
"-0.05 1 25 0",
" 0.18 1 5.3 0",
" 0.18 1 8 0",
" 0.18 1 9 0",
" 0.18 1 15 0",
" 0.18 1 20 0",
" 0.21 1 20 0",
"-0.48 0.93 4 0",
"-0.4 0.99 4 0",
"-0.25 0.998 3 0",
" 0.01 0.96 3 0",
" 0.1 0.99 3 0",
" 0.7 0.9998 0 12",
};
#endregion
}
public LinePlot(Control4NonLineairSystems c) : base(c)
{
MaxIterations = 200;
maxABmouse = 1000;
parameters[1] = 0;
parameters[2] = 0;
parameters[3] = 0;
parameters[4] = 0;
parameters[5] = 0;
parameters[7] = 0;
parameters[8] = 0;
parameters[9] = 0;
parameters[10] = 0;
parameters[11] = 0;
XMini = -4;
XMaxi = 4;
YMini = -3;
YMaxi = 3;
ThisType = FractalType.LinePlot;
SaveValues();
}
public CloudLinePlotter(Control4NonLineairSystems c, DirectBitmap m, CloudType t) : this(c, t)
{
UseOwnBitmap = true;
map = m;
}
public JuliaPlot3(Control4NonLineairSystems c, int dt, DirectBitmap m) : this(c, dt)
{
UseOwnBitmap = true;
map = m;
ResetMaxSquared();
}
public BaseFor2DimensionalPlot(Control4NonLineairSystems c, DirectBitmap m) : this(c) {
UseOwnBitmap = true;
map = m;
ResetMaxSquared();
}
public BolSpiralLinePlotter(Control4NonLineairSystems c, DirectBitmap m) : this(c) {
UseOwnBitmap = true;
map = m;
}
public BasePlotter(Control4NonLineairSystems c, DirectBitmap m) : this(c) {
UseOwnBitmap = true;
map = m;
ResetMaxSquared();
}
public BasePlotter(Control4NonLineairSystems c)
{
combinedControl = c;
}
public DendriteLinePlotter(Control4NonLineairSystems c, DirectBitmap m) : this(c) {
UseOwnBitmap = true;
map = m;
}
public MandelbrotPlot(Control4NonLineairSystems c, DirectBitmap m) : this(c) {
UseOwnBitmap = true;
map = m;
ResetMaxSquared();
maxIterations = 20;
}
