protected override Range <IComparable> GetActualYDataRange()
{
StackedColumnSeriesPresenter columnSeriesPresenter = this.SeriesPresenter as StackedColumnSeriesPresenter;
List <XYSeries> counterpartDataSeries = columnSeriesPresenter.GetCounterpartDataSeries(true);
List <IComparable> list = new List <IComparable>();
if (counterpartDataSeries.Count == 1 && !this.ActualIsHundredPercent)
{
return(base.GetActualYDataRange());
}
foreach (XYDataPoint xyDataPoint in (Collection <DataPoint>) this.DataPoints)
{
if (xyDataPoint.YValue != null)
{
object xValue = ValueHelper.ConvertValue(xyDataPoint.XValue, this.ActualXValueType);
Range <IComparable> range = columnSeriesPresenter.GetDataPointYValueRange(xValue, counterpartDataSeries);
if (range.HasData)
{
range = columnSeriesPresenter.ConvertToPercentRange(range);
list.Add(range.Minimum);
list.Add(range.Maximum);
}
}
}
return(RangeEnumerableExtensions.GetRange <IComparable>((IEnumerable <IComparable>)list));
}
internal Range <IComparable> GetDataPointYValueRange(XYDataPoint p)
{
object index = ValueHelper.ConvertValue(p.XValue, this.Series.ActualXValueType);
Range <IComparable> pointYvalueRange;
if (!this.DataPointsByXValueRanges.TryGetValue(index, out pointYvalueRange))
{
pointYvalueRange = this.GetDataPointYValueRange(index, this.GetCounterpartDataSeries(true));
this.DataPointsByXValueRanges[index] = pointYvalueRange;
}
return(pointYvalueRange);
}
private void AddDataPointsByXValue(IEnumerable <DataPoint> dataPoints)
{
if (this._dataPointsByXValue == null)
{
this._dataPointsByXValue = new OrderedMultipleDictionary <object, DataPoint>(this.GetXValueKeyComparison());
}
DataValueType actualXvalueType = this.ActualXValueType;
foreach (XYDataPoint xyDataPoint in dataPoints)
{
this._dataPointsByXValue.Add(ValueHelper.ConvertValue(xyDataPoint.XValue, actualXvalueType), (DataPoint)xyDataPoint);
}
}
private double TransformYValueInScaleUnits(XYDataPoint dataPoint, double yValueInScaleUnits)
{
if (!this.IsHundredPercent(dataPoint))
{
return(yValueInScaleUnits);
}
Range <IComparable> pointYvalueRange = this.GetDataPointYValueRange(dataPoint);
double val2 = (double)ValueHelper.ConvertValue((object)pointYvalueRange.Minimum, DataValueType.Float);
double num = Math.Max(0.0, (double)ValueHelper.ConvertValue((object)pointYvalueRange.Maximum, DataValueType.Float)) - Math.Min(0.0, val2);
NumericScale numericScale = this.Series.YAxis.Scale as NumericScale;
if (num == 0.0)
{
return(this.Series.YAxis.Scale.ProjectDataValue(this.Series.YAxis.Scale.ActualCrossingPosition));
}
Range <double> fromRange = new Range <double>(numericScale.Project(0.0), numericScale.Project(num));
Range <double> targetRange = new Range <double>(numericScale.Project(0.0), numericScale.Project(1.0));
return(RangeHelper.Project(fromRange, yValueInScaleUnits, targetRange));
}
internal override void OnDataPointValueChanged(DataPoint dataPoint, string propertyName, object oldValue, object newValue)
{
base.OnDataPointValueChanged(dataPoint, propertyName, oldValue, newValue);
if (!(dataPoint is XYDataPoint))
{
return;
}
switch (propertyName)
{
case "XValue":
this.DataPointsByXValue.Remove(dataPoint);
this.DataPointsByXValue.Add(ValueHelper.ConvertValue(newValue, this.ActualXValueType), dataPoint);
this.UpdateActualXDataRange();
break;
case "YValue":
this.UpdateActualYDataRange();
break;
}
}
protected override void OnSeriesDataPointValueChanged(DataPoint dataPoint, string valueName, object oldValue, object newValue)
{
object obj = (object)null;
bool flag = false;
switch (valueName)
{
case "XValue":
obj = ValueHelper.ConvertValue(oldValue, this.Series.ActualXValueType);
flag = true;
break;
case "YValue":
obj = ValueHelper.ConvertValue(((XYDataPoint)dataPoint).XValue, this.Series.ActualXValueType);
break;
case "YValueInScaleUnits":
if (this.ChartArea != null && this.ChartArea.IsTemplateApplied)
{
obj = ValueHelper.ConvertValue(((XYDataPoint)dataPoint).XValue, this.Series.ActualXValueType);
if (!this._suppressCounterpartInvalidationFlag)
{
EnumerableFunctions.ForEach <XYDataPoint>(Enumerable.Where <XYDataPoint>((IEnumerable <XYDataPoint>) this.GetCounterpartDataPoints(obj, true), (Func <XYDataPoint, bool>)(p => p != dataPoint)), (Action <XYDataPoint>)(p => p.Update()));
break;
}
break;
}
break;
}
if (obj != null && this.ChartArea != null)
{
this.DataPointsByXValueRanges.Remove(obj);
}
if (flag && this.ChartArea != null && (!this.ChartArea.IsDirty && !this.ChartArea.UpdateSession.IsUpdating))
{
this.ChartArea.Invalidate();
}
base.OnSeriesDataPointValueChanged(dataPoint, valueName, oldValue, newValue);
}
internal override double GetYOffsetInAxisUnits(XYDataPoint dataPoint, Point valuePoint, Point basePoint)
{
object xValue = ValueHelper.ConvertValue(dataPoint.XValue, ((XYSeries)dataPoint.Series).ActualXValueType);
bool flag = valuePoint.Y < basePoint.Y;
double num1 = 0.0;
double num2 = 0.0;
object clusterGroupKey = ((ColumnSeries)this.Series).ClusterGroupKey;
foreach (XYDataPoint dataPointXY in Enumerable.Where <XYDataPoint>((IEnumerable <XYDataPoint>) this.GetCounterpartDataPoints(xValue, false), (Func <XYDataPoint, bool>)(p => this.IsDataPointViewVisible((DataPoint)p))))
{
ColumnSeries columnSeries = dataPointXY.Series as ColumnSeries;
if (clusterGroupKey != null && columnSeries != null)
{
if (ValueHelper.AreEqual(columnSeries.ClusterGroupKey, clusterGroupKey))
{
break;
}
}
Point positionInAxisUnits = this.GetPositionInAxisUnits(dataPointXY);
if (flag)
{
if (positionInAxisUnits.Y < basePoint.Y)
{
num1 += basePoint.Y - positionInAxisUnits.Y;
}
}
else if (positionInAxisUnits.Y > basePoint.Y)
{
num2 += basePoint.Y - positionInAxisUnits.Y;
}
}
if (!flag)
{
return(num2);
}
return(num1);
}
internal Range <IComparable> GetDataPointYValueRange(object xValue, List <XYSeries> series)
{
if (this.Series.ActualYValueType == DataValueType.Auto)
{
return(Range <IComparable> .Empty);
}
List <IComparable> list = new List <IComparable>();
object obj = new object();
Dictionary <object, List <IComparable> > dictionary = new Dictionary <object, List <IComparable> >();
object index1 = ValueHelper.ConvertValue(xValue, this.Series.ActualXValueType);
foreach (ColumnSeries columnSeries in Enumerable.OfType <ColumnSeries>((IEnumerable)series))
{
foreach (XYDataPoint xyDataPoint in columnSeries.DataPointsByXValue[index1])
{
if (xyDataPoint.YValue != null)
{
IComparable comparable = ValueHelper.ConvertValue(xyDataPoint.YValue, this.Series.ActualYValueType) as IComparable;
object key = columnSeries.ClusterGroupKey ?? obj;
if (!dictionary.ContainsKey(key))
{
dictionary[key] = new List <IComparable>((IEnumerable <IComparable>) new IComparable[1]
{
comparable
});
}
else
{
dictionary[key].Add(comparable);
}
}
}
}
IComparable comparable1 = (IComparable)null;
IComparable comparable2 = (IComparable)null;
IComparable comparable3 = ValueHelper.ConvertValue((this.Series.YAxis == null || this.Series.YAxis.Scale == null ? (object)0.0 : this.Series.YAxis.Scale.ActualCrossingPosition) ?? (object)0.0, this.Series.ActualYValueType) as IComparable;
list.Add(comparable3);
foreach (object index2 in dictionary.Keys)
{
if (index2 == obj)
{
IComparable comparable4 = (IComparable)null;
IComparable comparable5 = (IComparable)null;
foreach (IComparable comparable6 in dictionary[index2])
{
if (comparable6.CompareTo((object)comparable3) > 0)
{
comparable4 = comparable4 == null ? comparable6 : ValueHelper.AddComparableValues(comparable4, comparable6);
}
else
{
comparable5 = comparable5 == null ? comparable6 : ValueHelper.AddComparableValues(comparable5, comparable6);
}
}
if (comparable4 != null)
{
list.Add(comparable4);
}
if (comparable5 != null)
{
list.Add(comparable5);
}
}
else
{
Range <IComparable> range = RangeEnumerableExtensions.GetRange <IComparable>((IEnumerable <IComparable>)dictionary[index2]);
if (range.HasData)
{
IComparable comparable4 = range.Minimum;
IComparable comparable5 = range.Maximum;
IComparable comparable6 = comparable3;
if (comparable6.GetType() != comparable4.GetType())
{
comparable6 = Convert.ChangeType((object)comparable6, comparable4.GetType(), (IFormatProvider)CultureInfo.InvariantCulture) as IComparable;
}
if (comparable4.CompareTo((object)comparable6) > 0)
{
comparable4 = comparable6;
}
if (comparable5.CompareTo((object)comparable6) < 0)
{
comparable5 = comparable6;
}
comparable1 = comparable1 == null ? comparable5 : ValueHelper.AddComparableValues(comparable1, comparable5);
comparable2 = comparable2 == null ? comparable4 : ValueHelper.AddComparableValues(comparable2, comparable4);
if (comparable1 != null)
{
list.Add(ValueHelper.ConvertValue((object)comparable1, this.Series.ActualYValueType) as IComparable);
}
if (comparable2 != null)
{
list.Add(ValueHelper.ConvertValue((object)comparable2, this.Series.ActualYValueType) as IComparable);
}
}
}
}
return(RangeEnumerableExtensions.GetRange <IComparable>((IEnumerable <IComparable>)list));
}
private IEnumerable <object> GetYValues()
{
return(Enumerable.Distinct <object>(Enumerable.Select <XYDataPoint, object>(Enumerable.OfType <XYDataPoint>((IEnumerable)this.DataPoints), (Func <XYDataPoint, object>)(item => ValueHelper.ConvertValue(item.YValue, this.YValueType)))));
}
