/// <summary>
/// Split the data series by value where the second plot contains all values less than a maximum value. This is only
/// for bar-of-pie or pie-of-pie charts.
/// </summary>
/// <param name="MaxValue">The maximum value.</param>
public void SplitSeriesByValue(double MaxValue)
{
HasSplit = true;
SplitType = C.SplitValues.Value;
SplitPosition = MaxValue;
SecondPiePoints.Clear();
}
/// <summary>
/// Split the data series by percentage where the second plot contains all values less than a percentage of the sum.
/// This is only for bar-of-pie or pie-of-pie charts.
/// </summary>
/// <param name="MaxPercentage">The maximum percentage of the sum.</param>
public void SplitSeriesByPercentage(double MaxPercentage)
{
HasSplit = true;
SplitType = C.SplitValues.Percent;
SplitPosition = MaxPercentage;
SecondPiePoints.Clear();
}
/// <summary>
/// Split the data series by position where the second plot contains the last N values. This is only for bar-of-pie or
/// pie-of-pie charts.
/// </summary>
/// <param name="LastNValues">The last N values used in the second plot.</param>
public void SplitSeriesByPosition(int LastNValues)
{
HasSplit = true;
SplitType = C.SplitValues.Position;
SplitPosition = LastNValues;
SecondPiePoints.Clear();
}
/// <summary>
/// Split the data series by selecting data points for the second plot. This is only for bar-of-pie or pie-of-pie
/// charts.
/// </summary>
/// <param name="DataPointIndices">
/// The indices of the data points of the data series. The index is 1-based, so "1,3,4" sets
/// the 1st, 3rd and 4th data point in the second plot.
/// </param>
public void SplitSeriesByCustom(params int[] DataPointIndices)
{
HasSplit = true;
SplitType = C.SplitValues.Custom;
SplitPosition = 0;
SecondPiePoints.Clear();
foreach (var i in DataPointIndices)
{
if (i > 0)
{
SecondPiePoints.Add(i - 1);
}
}
SecondPiePoints.Sort();
}
internal void MergeOptions(SLPieChartOptions pco)
{
VaryColors = pco.VaryColors;
FirstSliceAngle = pco.FirstSliceAngle;
HoleSize = pco.HoleSize;
GapWidth = pco.GapWidth;
HasSplit = pco.HasSplit;
SplitType = pco.SplitType;
SplitPosition = pco.SplitPosition;
SecondPiePoints.Clear();
foreach (var i in pco.SecondPiePoints)
{
SecondPiePoints.Add(i);
}
SecondPiePoints.Sort();
SecondPieSize = pco.SecondPieSize;
SeriesLinesShapeProperties = pco.ShapeProperties.Clone();
}