public override void Customize(MSCHART.Chart chart, Data.BaseDataSet chartdata)
{
base.Customize(chart, chartdata);
var series0 = chart.Series[0];
int n = 0;
for (int i = 0; i < chartdata[0].Count; i++)
{
var dp = series0.Points[i];
var cd = chartdata[0][i];
if (cd.Label != null)
{
dp.Label = cd.Label;
n++;
}
else
{
dp.Label = " ";
}
}
if (n > 0)
{
series0["PieLabelStyle"] = "Outside";
series0["PieLineColor"] = "#c0c0c0";
}
else
{
series0["PieLabelStyle"] = "Disabled";
}
}
protected override void BindSeries(MSCHART.Chart chart, Data.BaseDataSet chartdata)
{
base.BindSeries(chart, chartdata);
var points = chartdata[0];
double upper_control_limit = this.MeanValue + (3.0 * this.StandardDeviation);
double lower_control_limit = this.MeanValue - (3.0 * this.StandardDeviation);
var datapoints_mean = new WebCharting.Data.SeriesDataPoints(Enumerable.Repeat(this.MeanValue, points.Count));
this.AddNewSeriesHorizLine(chart, datapoints_mean, chartdata.XAxisLabels);
var datapoints_ucl = new WebCharting.Data.SeriesDataPoints(Enumerable.Repeat(upper_control_limit, points.Count));
this.AddNewSeriesHorizLine(chart, datapoints_ucl, chartdata.XAxisLabels);
var datapoints_lcl = new WebCharting.Data.SeriesDataPoints(Enumerable.Repeat(lower_control_limit, points.Count));
this.AddNewSeriesHorizLine(chart, datapoints_lcl, chartdata.XAxisLabels);
}
