public ChartSeriesCombineStrategy()
{
this.CombinedSeries = new List <CombinedSeries>();
this.NonCombinedSeries = new List <ChartSeriesModel>();
this.StackValueAxes = new List <AxisModel>();
this.MaximumStackSums = new ReferenceDictionary <AxisModel, double>();
this.MinimumStackSums = new ReferenceDictionary <AxisModel, double>();
}
/// <summary>
/// Initializes a new instance of the <see cref="ChartAreaModelWithAxes"/> class.
/// </summary>
public ChartAreaModelWithAxes()
{
this.SeriesCombineStrategies = new ReferenceDictionary <AxisModel, ChartSeriesCombineStrategy>();
this.FirstAxes = new List <AxisModel>();
this.SecondAxes = new List <AxisModel>();
this.Annotations = new List <ChartAnnotationModel>();
this.axesUpdateNeeded = true;
}
private void UpdateAxes()
{
if (this.Series.Count == 0)
{
this.ResetAxes();
return;
}
this.AssertSeriesAxisAssociation();
ReferenceDictionary <AxisModel, List <ChartSeriesModel> > seriesByStackAxis = new ReferenceDictionary <AxisModel, List <ChartSeriesModel> >();
ReferenceDictionary <AxisModel, List <ChartSeriesModel> > seriesByValueAxis = new ReferenceDictionary <AxisModel, List <ChartSeriesModel> >();
foreach (ChartSeriesModel series in this.Series)
{
IPlotAreaElementModelWithAxes seriesWithAxes = series as IPlotAreaElementModelWithAxes;
AxisModel firstAxis = seriesWithAxes.FirstAxis;
AxisModel secondAxis = seriesWithAxes.SecondAxis;
List <ChartSeriesModel> seriesModelsByFirstAxis;
List <ChartSeriesModel> seriesModelsBySecondAxis;
if (firstAxis.SupportsCombinedPlot)
{
if (!seriesByStackAxis.TryGetValue(firstAxis, out seriesModelsByFirstAxis))
{
seriesModelsByFirstAxis = new List <ChartSeriesModel>();
seriesByStackAxis.Set(firstAxis, seriesModelsByFirstAxis);
}
seriesModelsByFirstAxis.Add(series);
}
else
{
if (!seriesByValueAxis.TryGetValue(firstAxis, out seriesModelsByFirstAxis))
{
seriesModelsByFirstAxis = new List <ChartSeriesModel>();
seriesByValueAxis.Set(firstAxis, seriesModelsByFirstAxis);
}
seriesModelsByFirstAxis.Add(series);
}
if (secondAxis.SupportsCombinedPlot)
{
if (!seriesByStackAxis.TryGetValue(secondAxis, out seriesModelsBySecondAxis))
{
seriesModelsBySecondAxis = new List <ChartSeriesModel>();
seriesByStackAxis.Set(secondAxis, seriesModelsBySecondAxis);
}
seriesModelsBySecondAxis.Add(series);
}
else
{
if (!seriesByValueAxis.TryGetValue(secondAxis, out seriesModelsBySecondAxis))
{
seriesModelsBySecondAxis = new List <ChartSeriesModel>();
seriesByValueAxis.Set(secondAxis, seriesModelsBySecondAxis);
}
seriesModelsBySecondAxis.Add(series);
}
}
// NOTE: All stack axes (i.e. their associated combine strategies) should be updated first
// as the stack value axes' ranges can be affected by multiple combine strategies.
foreach (var pair in seriesByStackAxis)
{
this.UpdateCombineStrategy(pair.Key, pair.Value);
this.UpdateAxis(pair.Key, pair.Value);
}
foreach (var pair in seriesByValueAxis)
{
this.UpdateAxis(pair.Key, pair.Value);
}
// Update primary axes if they are not associated with series
if (this.primaryFirstAxis != null && !this.primaryFirstAxis.isUpdated)
{
this.UpdateAxis(this.primaryFirstAxis, null);
}
if (this.primarySecondAxis != null && !this.primarySecondAxis.isUpdated)
{
this.UpdateAxis(this.primarySecondAxis, null);
}
}
