public Parametric()
{
InitializeComponent();
_pfs = new ParametricFunctionSeries()
{
SampleCount = 1000,
Max = 2 * Math.PI,
XFunction = (t) => Math.Cos(xPar.Value * t),
YFunction = (t) => Math.Sin(yPar.Value * t),
};
chart.Data.Children.Add(_pfs);
chart.ChartType = ChartType.Line;
}
public Parametric()
{
InitializeComponent();
_pfs = new ParametricFunctionSeries()
{
SampleCount = 1000,
Max = 2*Math.PI,
XFunction = (t) => Math.Cos(xPar.Value * t),
YFunction = (t) => Math.Sin(yPar.Value * t),
};
chart.Data.Children.Add(_pfs);
chart.ChartType = ChartType.Line;
}
public ParametricFunctionSeriesView()
{
InitializeComponent();
series = new ParametricFunctionSeries();
series.SampleCount = 1000;
series.Max = 2 * Math.PI;
series.SeriesName = "Parametric Function Series";
series.XFunction = CalculateX;
series.YFunction = CalculateY;
flexChart1.AxisX.Min = -1.5;
flexChart1.AxisX.Max = 1.5;
flexChart1.AxisX.MajorUnit = 0.2;
this.flexChart1.Series.Clear();
this.flexChart1.Series.Add(series);
}
void InitializeChart()
{
flexChart1.BeginUpdate();
this.flexChart1.Stacking = C1.Chart.Stacking.None;
series = new ParametricFunctionSeries();
series.SampleCount = 1000;
series.Max = 2 * Math.PI;
series.Name = "Parametric Function Series";
series.XFunction = CalculateX;
series.YFunction = CalculateY;
flexChart1.AxisX.Min = -1.5;
flexChart1.AxisX.Max = 1.5;
flexChart1.AxisX.MajorUnit = 0.2;
this.flexChart1.Series.Clear();
this.flexChart1.Series.Add(series);
flexChart1.EndUpdate();
}
