public void NewOuterCells()
{
ChartDataPointInstancesList dataPoints = this.CurrentMultiChart.DataPoints;
if (0 >= this.m_currentCellInnerIndex && dataPoints.Count != 0)
{
return;
}
Chart chart = (Chart)base.m_reportItemDef;
if (chart.ProcessingInnerGrouping == Pivot.ProcessingInnerGroupings.Column)
{
ChartDataPointInstanceList value = new ChartDataPointInstanceList();
dataPoints.Add(value);
}
if (0 < this.m_currentCellInnerIndex)
{
this.m_currentCellOuterIndex++;
this.m_currentCellInnerIndex = 0;
}
}
public ChartDataPointInstance AddCell(ReportProcessing.ProcessingContext pc, int currCellDPIndex)
{
ChartDataPointInstancesList dataPoints = this.CurrentMultiChart.DataPoints;
Chart chart = (Chart)base.m_reportItemDef;
int num = (currCellDPIndex < 0) ? this.GetCurrentCellDPIndex() : currCellDPIndex;
ChartDataPointInstance chartDataPointInstance = new ChartDataPointInstance(pc, chart, this.GetCellDataPoint(num), num);
if (chart.ProcessingInnerGrouping == Pivot.ProcessingInnerGroupings.Column)
{
dataPoints[this.m_currentCellOuterIndex].Add(chartDataPointInstance);
}
else
{
if (this.m_currentCellOuterIndex == 0)
{
Global.Tracer.Assert(dataPoints.Count == this.m_currentCellInnerIndex);
ChartDataPointInstanceList value = new ChartDataPointInstanceList();
dataPoints.Add(value);
}
dataPoints[this.m_currentCellInnerIndex].Add(chartDataPointInstance);
}
this.m_currentCellInnerIndex++;
return(chartDataPointInstance);
}
