internal SLNumberDataSourceType()
{
this.UseNumberReference = true;
this.NumberReference = new SLNumberReference();
this.NumberLiteral = new SLNumberLiteral();
}
internal SLNumberDataSourceType()
{
this.UseNumberReference = true;
this.NumberReference = new SLNumberReference();
this.NumberLiteral = new SLNumberLiteral();
}
internal SLNumberLiteral Clone()
{
SLNumberLiteral nl = new SLNumberLiteral();
nl.FormatCode = this.FormatCode;
nl.PointCount = this.PointCount;
for (int i = 0; i < this.Points.Count; ++i)
{
nl.Points.Add(this.Points[i].Clone());
}
return nl;
}
internal SLNumberLiteral Clone()
{
SLNumberLiteral nl = new SLNumberLiteral();
nl.FormatCode = this.FormatCode;
nl.PointCount = this.PointCount;
for (int i = 0; i < this.Points.Count; ++i)
{
nl.Points.Add(this.Points[i].Clone());
}
return(nl);
}
/// <summary>
/// Set a bubble chart using one of the built-in bubble chart types.
/// </summary>
/// <param name="ChartType">A built-in bubble chart type.</param>
/// <param name="Options">Chart customization options.</param>
public void SetChartType(SLBubbleChartType ChartType, SLBubbleChartOptions Options)
{
this.Is3D = SLChartTool.Is3DChart(ChartType);
int i, index;
SLNumberLiteral nl = new SLNumberLiteral();
nl.FormatCode = "General";
nl.PointCount = (uint)(this.EndRowIndex - this.StartRowIndex);
for (i = 0; i < (this.EndRowIndex - this.StartRowIndex); ++i)
{
nl.Points.Add(new SLNumericPoint() { Index = (uint)i, NumericValue = "1" });
}
double fTemp = 0;
List<SLDataSeries> series = new List<SLDataSeries>();
SLDataSeries ser;
for (index = 0, i = 0; i < this.PlotArea.DataSeries.Count; ++index, ++i)
{
ser = new SLDataSeries(this.listThemeColors);
ser.Index = (uint)index;
ser.Order = (uint)index;
ser.IsStringReference = null;
ser.StringReference = this.PlotArea.DataSeries[i].StringReference.Clone();
ser.AxisData = this.PlotArea.DataSeries[i].AxisData.Clone();
if (this.PlotArea.DataSeries[i].StringReference.Points.Count > 0)
{
foreach (var pt in ser.AxisData.StringReference.Points)
{
++pt.Index;
}
// move one row up
--ser.AxisData.StringReference.StartRowIndex;
ser.AxisData.StringReference.RefreshFormula();
ser.AxisData.StringReference.Points.Insert(0,
this.PlotArea.DataSeries[i].StringReference.Points[0].Clone());
++ser.AxisData.StringReference.PointCount;
}
ser.NumberData = this.PlotArea.DataSeries[i].NumberData.Clone();
if (this.PlotArea.DataSeries[i].StringReference.Points.Count > 1)
{
foreach (var pt in ser.NumberData.NumberReference.NumberingCache.Points)
{
++pt.Index;
}
--ser.NumberData.NumberReference.StartRowIndex;
ser.NumberData.NumberReference.RefreshFormula();
if (double.TryParse(this.PlotArea.DataSeries[i].StringReference.Points[1].NumericValue, NumberStyles.Any, CultureInfo.InvariantCulture, out fTemp))
{
ser.NumberData.NumberReference.NumberingCache.Points.Insert(0, new SLNumericPoint() { Index = 0, NumericValue = fTemp.ToString(CultureInfo.InvariantCulture) });
}
else
{
ser.NumberData.NumberReference.NumberingCache.Points.Insert(0, new SLNumericPoint() { Index = 0, NumericValue = "0" });
}
++ser.NumberData.NumberReference.NumberingCache.PointCount;
}
++i;
if (i < this.PlotArea.DataSeries.Count)
{
ser.BubbleSize = this.PlotArea.DataSeries[i].NumberData.Clone();
if (this.PlotArea.DataSeries[i].StringReference.Points.Count > 2)
{
foreach (var pt in ser.BubbleSize.NumberReference.NumberingCache.Points)
{
++pt.Index;
}
--ser.BubbleSize.NumberReference.StartRowIndex;
ser.BubbleSize.NumberReference.RefreshFormula();
if (double.TryParse(this.PlotArea.DataSeries[i].StringReference.Points[2].NumericValue, NumberStyles.Any, CultureInfo.InvariantCulture, out fTemp))
{
ser.BubbleSize.NumberReference.NumberingCache.Points.Insert(0, new SLNumericPoint() { Index = 0, NumericValue = fTemp.ToString(CultureInfo.InvariantCulture) });
}
else
{
ser.BubbleSize.NumberReference.NumberingCache.Points.Insert(0, new SLNumericPoint() { Index = 0, NumericValue = "0" });
}
++ser.BubbleSize.NumberReference.NumberingCache.PointCount;
}
}
else
{
ser.BubbleSize.UseNumberLiteral = true;
ser.BubbleSize.NumberLiteral = nl.Clone();
}
series.Add(ser);
}
this.PlotArea.DataSeries = series;
SLDataSeriesChartType vType;
int iChartType;
switch (ChartType)
{
case SLBubbleChartType.Bubble:
vType = SLDataSeriesChartType.BubbleChart;
this.IsCombinable = SLChartTool.IsCombinationChartFriendly(vType);
iChartType = (int)vType;
this.PlotArea.UsedChartTypes[iChartType] = true;
this.PlotArea.UsedChartOptions[iChartType].BubbleScale = 100;
if (Options != null) this.PlotArea.UsedChartOptions[iChartType].MergeOptions(Options);
this.PlotArea.SetDataSeriesChartType(vType);
foreach (SLDataSeries ds in this.PlotArea.DataSeries)
{
ds.Options.Bubble3D = false;
}
this.SetPlotAreaValueAxes();
this.PlotArea.HasPrimaryAxes = true;
break;
case SLBubbleChartType.Bubble3D:
vType = SLDataSeriesChartType.BubbleChart;
this.IsCombinable = SLChartTool.IsCombinationChartFriendly(vType);
iChartType = (int)vType;
this.PlotArea.UsedChartTypes[iChartType] = true;
this.PlotArea.UsedChartOptions[iChartType].BubbleScale = 100;
if (Options != null) this.PlotArea.UsedChartOptions[iChartType].MergeOptions(Options);
this.PlotArea.SetDataSeriesChartType(vType);
foreach (SLDataSeries ds in this.PlotArea.DataSeries)
{
ds.Options.Bubble3D = true;
}
this.SetPlotAreaValueAxes();
this.PlotArea.HasPrimaryAxes = true;
break;
}
}