private DataSeries GetTestSerise(Model.TestInfoModel model, List <double> dataList)
{
DataSeries ds = null;
if (oddTestDataSeriseDict.Keys.Contains(model.TestID))
{
return(oddTestDataSeriseDict[model.TestID]);
}
this.Dispatcher.Invoke(new Action(() =>
{
ds = new DataSeries();
if (!oddTestDataSeriseDict.Keys.Contains(model.TestID))
{
DataSeriseUtil.InitLineDataSerise(ds, true, model.Index + model.Ath_Name, null);
//ds.LineThickness = 3;
DataSeriseUtil.AddDataToDataSerise(ds, dataList);
}
else
{
ds = oddTestDataSeriseDict[model.TestID];
}
}));
return(ds);
}
private void AddAvgSeries(Chart c, List <double> list, bool showInLengend, string lengendText, Brush brush)
{
DataSeries ds = new DataSeries();
DataSeriseUtil.InitDataSerise(ds, true, lengendText, brush, RenderAs.Area);
DataSeriseUtil.AddDataToDataSerise(ds, list);
c.Series.Add(ds);
}
private DataSeries GetAvgSDSeries(List <double> list, bool showInLengend, string lengendText, Brush brush, RenderAs render)
{
DataSeries ds = null;
Dispatcher.Invoke(new Action(() =>
{
ds = new DataSeries();
DataSeriseUtil.InitDataSerise(ds, true, lengendText, brush, render);
DataSeriseUtil.AddDataToDataSerise(ds, list);
}));
return(ds);
}
private void AddSeriseToChart(Chart c, Model.TestInfoModel model, List <double> dataList)
{
if (!oddTestDataSeriseDict.Keys.Contains(model.TestID))
{
DataSeries ds = new DataSeries();
DataSeriseUtil.InitLineDataSerise(ds, true, model.Index + model.Ath_Name, null);
DataSeriseUtil.AddDataToDataSerise(ds, dataList);
c.Series.Add(ds);
}
else
{
c.Series.Add(oddTestDataSeriseDict[model.TestID]);
}
}
