private void AddAxis(string title)
{
NRadarAxis axis = new NRadarAxis();
// set title
axis.Title = title;
axis.TitleAngle = new NScaleLabelAngle(ENScaleLabelAngleMode.Scale, 0);
// axis.TitleTextStyle.TextFormat = TextFormat.XML;
// setup scale
NLinearScale linearScale = (NLinearScale)axis.Scale;
if (m_Chart.Axes.Count == 0)
{
// if the first axis then configure grid style and stripes
linearScale.MajorGridLines.Stroke = new NStroke(1, NColor.Gainsboro, ENDashStyle.Dot);
// add interlaced stripe
NScaleStrip strip = new NScaleStrip();
strip.Fill = new NColorFill(NColor.FromRGBA(200, 200, 200, 64));
strip.Interlaced = true;
linearScale.Strips.Add(strip);
}
else
{
// hide labels
linearScale.Labels.Visible = false;
}
m_Chart.Axes.Add(axis);
}
/// <summary>
///
/// </summary>
/// <returns></returns>
protected override NWidget CreateExampleContent()
{
NChartView chartView = CreatePolarChartView();
// configure title
chartView.Surface.Titles[0].Text = "Polar Area";
// configure chart
m_Chart = (NPolarChart)chartView.Surface.Charts[0];
m_Chart.SetPredefinedPolarAxes(ENPredefinedPolarAxes.AngleValue);
// setup polar axis
NLinearScale linearScale = (NLinearScale)m_Chart.Axes[ENPolarAxis.PrimaryValue].Scale;
linearScale.ViewRangeInflateMode = ENScaleViewRangeInflateMode.MajorTick;
linearScale.InflateViewRangeBegin = true;
linearScale.InflateViewRangeEnd = true;
linearScale.MajorGridLines.Stroke = new NStroke(1, NColor.Black);
NScaleStrip strip = new NScaleStrip();
strip.Fill = new NColorFill(NColor.FromColor(NColor.Beige, 0.5f));
strip.Interlaced = true;
linearScale.Strips.Add(strip);
// setup polar angle axis
NAngularScale angularScale = (NAngularScale)m_Chart.Axes[ENPolarAxis.PrimaryAngle].Scale;
strip = new NScaleStrip();
strip.Fill = new NColorFill(NColor.FromRGBA(192, 192, 192, 125));
strip.Interlaced = true;
angularScale.Strips.Add(strip);
// polar area series 1
NPolarAreaSeries series1 = new NPolarAreaSeries();
m_Chart.Series.Add(series1);
series1.Name = "Theoretical";
series1.DataLabelStyle = new NDataLabelStyle(false);
GenerateData(series1, 100, 15.0);
// polar area series 2
NPolarAreaSeries series2 = new NPolarAreaSeries();
m_Chart.Series.Add(series2);
series2.Name = "Experimental";
series2.DataLabelStyle = new NDataLabelStyle(false);
GenerateData(series2, 100, 10.0);
// apply style sheet
chartView.Document.StyleSheets.ApplyTheme(new NChartTheme(ENChartPalette.Bright, false));
return(chartView);
}
/// <summary>
///
/// </summary>
/// <returns></returns>
protected override NWidget CreateExampleContent()
{
NChartView chartView = CreatePolarChartView();
// configure title
chartView.Surface.Titles[0].Text = "Polar Vector";
// configure chart
m_Chart = (NPolarChart)chartView.Surface.Charts[0];
m_Chart.SetPredefinedPolarAxes(ENPredefinedPolarAxes.AngleValue);
// setup polar axis
NLinearScale linearScale = (NLinearScale)m_Chart.Axes[ENPolarAxis.PrimaryValue].Scale;
linearScale.ViewRangeInflateMode = ENScaleViewRangeInflateMode.MajorTick;
linearScale.InflateViewRangeBegin = true;
linearScale.InflateViewRangeEnd = true;
linearScale.MajorGridLines.Visible = true;
NScaleStrip strip = new NScaleStrip();
strip.Fill = new NColorFill(new NColor(NColor.Beige, 125));
strip.Interlaced = true;
linearScale.Strips.Add(strip);
// setup polar angle axis
NAngularScale angularScale = (NAngularScale)m_Chart.Axes[ENPolarAxis.PrimaryAngle].Scale;
strip = new NScaleStrip();
strip.Fill = new NColorFill(NColor.FromRGBA(192, 192, 192, 125));
strip.Interlaced = true;
angularScale.Strips.Add(strip);
// create a polar line series
NPolarVectorSeries vectorSeries = new NPolarVectorSeries();
m_Chart.Series.Add(vectorSeries);
vectorSeries.Name = "Series 1";
vectorSeries.DataLabelStyle = new NDataLabelStyle(false);
for (int i = 0; i < 360; i += 30)
{
for (int j = 10; j <= 100; j += 10)
{
vectorSeries.DataPoints.Add(new NPolarVectorDataPoint(i, j, i + j / 10, j, null, new NStroke(1, ColorFromValue(j))));
}
}
chartView.Document.StyleSheets.ApplyTheme(new NChartTheme(ENChartPalette.Bright, false));
return(chartView);
}
/// <summary>
///
/// </summary>
/// <returns></returns>
protected override NWidget CreateExampleContent()
{
NChartView chartView = CreatePolarChartView();
// configure title
chartView.Surface.Titles[0].Text = "Polar Point";
// configure chart
m_Chart = (NPolarChart)chartView.Surface.Charts[0];
m_Chart.SetPredefinedPolarAxes(ENPredefinedPolarAxes.AngleValue);
// setup polar axis
NLinearScale linearScale = (NLinearScale)m_Chart.Axes[ENPolarAxis.PrimaryValue].Scale;
linearScale.ViewRangeInflateMode = ENScaleViewRangeInflateMode.MajorTick;
linearScale.InflateViewRangeBegin = true;
linearScale.InflateViewRangeEnd = true;
linearScale.MajorGridLines.Stroke.DashStyle = ENDashStyle.Dot;
NScaleStrip strip = new NScaleStrip();
strip.Fill = new NColorFill(NColor.FromColor(NColor.Cyan, 0.4f));
strip.Interlaced = true;
linearScale.Strips.Add(strip);
linearScale.MajorGridLines.Visible = true;
// setup polar angle axis
NAngularScale angularScale = (NAngularScale)m_Chart.Axes[ENPolarAxis.PrimaryAngle].Scale;
strip = new NScaleStrip();
strip.Fill = new NColorFill(NColor.FromRGBA(192, 192, 192, 125));
strip.Interlaced = true;
angularScale.Strips.Add(strip);
angularScale.MajorGridLines.Visible = true;
// create three polar point series
Random random = new Random();
NSeries s1 = CreatePolarPointSeries("Sample 1", ENPointShape.Ellipse, random);
NSeries s2 = CreatePolarPointSeries("Sample 2", ENPointShape.Rectangle, random);
NSeries s3 = CreatePolarPointSeries("Sample 3", ENPointShape.Triangle, random);
// add the series to the chart
m_Chart.Series.Add(s1);
m_Chart.Series.Add(s2);
m_Chart.Series.Add(s3);
chartView.Document.StyleSheets.ApplyTheme(new NChartTheme(ENChartPalette.Bright, false));
return(chartView);
}
/// <summary>
///
/// </summary>
/// <returns></returns>
protected override NWidget CreateExampleContent()
{
NChartView chartView = CreatePolarChartView();
// configure title
chartView.Surface.Titles[0].Text = "Polar Line";
// configure chart
m_Chart = (NPolarChart)chartView.Surface.Charts[0];
m_Chart.SetPredefinedPolarAxes(ENPredefinedPolarAxes.AngleValue);
// setup polar axis
NLinearScale linearScale = (NLinearScale)m_Chart.Axes[ENPolarAxis.PrimaryValue].Scale;
linearScale.ViewRangeInflateMode = ENScaleViewRangeInflateMode.MajorTick;
linearScale.InflateViewRangeBegin = true;
linearScale.InflateViewRangeEnd = true;
linearScale.MajorGridLines.Visible = true;
NScaleStrip strip = new NScaleStrip();
strip.Fill = new NColorFill(new NColor(NColor.Beige, 125));
strip.Interlaced = true;
linearScale.Strips.Add(strip);
// setup polar angle axis
NAngularScale angularScale = (NAngularScale)m_Chart.Axes[ENPolarAxis.PrimaryAngle].Scale;
strip = new NScaleStrip();
strip.Fill = new NColorFill(NColor.FromRGBA(192, 192, 192, 125));
strip.Interlaced = true;
angularScale.Strips.Add(strip);
// add a const line
NAxisReferenceLine line = new NAxisReferenceLine();
m_Chart.Axes[ENPolarAxis.PrimaryValue].ReferenceLines.Add(line);
line.Value = 50;
line.Stroke = new NStroke(1, NColor.SlateBlue);
// create a polar line series
NPolarLineSeries series1 = new NPolarLineSeries();
m_Chart.Series.Add(series1);
series1.Name = "Series 1";
series1.CloseContour = true;
series1.DataLabelStyle = new NDataLabelStyle(false);
Curve1(series1, 50);
// create a polar line series
NPolarLineSeries series2 = new NPolarLineSeries();
m_Chart.Series.Add(series2);
series2.Name = "Series 2";
series2.DataLabelStyle = new NDataLabelStyle(false);
series2.CloseContour = true;
Curve2(series2, 100);
// create a polar line series
NPolarLineSeries series3 = new NPolarLineSeries();
m_Chart.Series.Add(series3);
series3.Name = "Series 3";
series3.CloseContour = false;
series3.DataLabelStyle = new NDataLabelStyle(false);
Curve3(series3, 100);
chartView.Document.StyleSheets.ApplyTheme(new NChartTheme(ENChartPalette.Bright, false));
return(chartView);
}