public static void plot(System.Func <double, double> fx, double XMin = -5, double XMax = 5, double YMin = -5,
double YMax = 5, double quality = 0.5)
{
var function = new Computator.NET.DataTypes.Function(fx, Computator.NET.DataTypes.FunctionType.Real2D);
plot(function, XMin, XMax, YMin, YMax, quality);
}
public static void plot(Computator.NET.DataTypes.Function f, double XMin = -5, double XMax = 5, double YMin = -5,
double YMax = 5, double quality = 0.5)
{
Computator.NET.DataTypes.Charts.IChart chart;
switch (f.FunctionType)
{
case Computator.NET.DataTypes.FunctionType.Real2D:
case Computator.NET.DataTypes.FunctionType.Real2DImplicit:
chart = new Computator.NET.Charting.RealCharting.Chart2D();
break;
case Computator.NET.DataTypes.FunctionType.Real3D:
case Computator.NET.DataTypes.FunctionType.Real3DImplicit:
chart = new Computator.NET.Charting.Chart3D.UI.Chart3DControl();
break;
case Computator.NET.DataTypes.FunctionType.Complex:
case Computator.NET.DataTypes.FunctionType.ComplexImplicit:
chart = new Computator.NET.Charting.ComplexCharting.ComplexChart();
break;
case Computator.NET.DataTypes.FunctionType.Scripting:
default:
throw new System.ArgumentOutOfRangeException();
}
chart.SetChartAreaValues(XMin, XMax, YMin, YMax);
chart.Quality = quality * 100;
chart.AddFunction(f);
var plotForm = new Computator.NET.Charting.PlotForm(chart);
plotForm.Show();
}
public static void plot(System.Func <System.Numerics.Complex, System.Numerics.Complex> fz, double XMin = -5, double XMax = 5, double YMin = -5, double YMax = 5, double quality = 0.5)
{
var function = new Computator.NET.DataTypes.Function(fz, Computator.NET.DataTypes.FunctionType.Complex);
plot(function, XMin, XMax, YMin, YMax, quality);
}
