internal C.PlotArea ToPlotArea()
{
C.PlotArea pa = new C.PlotArea();
pa.Append(this.Layout.ToLayout());
int iChartType;
int i;
// TODO: the rendering order is sort of listed in the following.
// But apparently if you plot data series for doughnut first before bar-of-pie
// it's different than if you plot bar-of-pie then doughnut.
// Find out the "correct" order next version I suppose...
// Excel 2010 apparently sets this by default for any chart...
SLGroupDataLabelOptions gdlo = new SLGroupDataLabelOptions(this.ShapeProperties.listThemeColors);
gdlo.ShowLegendKey = false;
gdlo.ShowValue = false;
gdlo.ShowCategoryName = false;
gdlo.ShowSeriesName = false;
gdlo.ShowPercentage = false;
gdlo.ShowBubbleSize = false;
#region Doughnut
iChartType = (int)SLDataSeriesChartType.DoughnutChart;
if (this.UsedChartTypes[iChartType])
{
C.DoughnutChart dc = new C.DoughnutChart();
dc.VaryColors = new C.VaryColors() { Val = this.UsedChartOptions[iChartType].VaryColors ?? true };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
dc.Append(this.DataSeries[i].ToPieChartSeries());
}
}
dc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
dc.Append(new C.FirstSliceAngle() { Val = this.UsedChartOptions[iChartType].FirstSliceAngle });
dc.Append(new C.HoleSize() { Val = this.UsedChartOptions[iChartType].HoleSize });
pa.Append(dc);
}
#endregion
#region Bar-of-pie
iChartType = (int)SLDataSeriesChartType.OfPieChartBar;
if (this.UsedChartTypes[iChartType])
{
C.OfPieChart opc = new C.OfPieChart();
opc.OfPieType = new C.OfPieType() { Val = C.OfPieValues.Bar };
opc.VaryColors = new C.VaryColors() { Val = this.UsedChartOptions[iChartType].VaryColors ?? true };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
opc.Append(this.DataSeries[i].ToPieChartSeries());
}
}
opc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
opc.Append(new C.GapWidth() { Val = this.UsedChartOptions[iChartType].GapWidth });
if (this.UsedChartOptions[iChartType].HasSplit)
{
opc.Append(new C.SplitType() { Val = this.UsedChartOptions[iChartType].SplitType });
if (this.UsedChartOptions[iChartType].SplitType != C.SplitValues.Custom)
{
opc.Append(new C.SplitPosition() { Val = this.UsedChartOptions[iChartType].SplitPosition });
}
else
{
C.CustomSplit custsplit = new C.CustomSplit();
foreach (int iPiePoint in this.UsedChartOptions[iChartType].SecondPiePoints)
{
custsplit.Append(new C.SecondPiePoint() { Val = (uint)iPiePoint });
}
opc.Append(custsplit);
}
}
opc.Append(new C.SecondPieSize() { Val = this.UsedChartOptions[iChartType].SecondPieSize });
if (this.UsedChartOptions[iChartType].SeriesLinesShapeProperties.HasShapeProperties)
{
opc.Append(new C.SeriesLines()
{
ChartShapeProperties = this.UsedChartOptions[iChartType].SeriesLinesShapeProperties.ToChartShapeProperties()
});
}
else
{
opc.Append(new C.SeriesLines());
}
pa.Append(opc);
}
#endregion
#region Pie-of-pie
iChartType = (int)SLDataSeriesChartType.OfPieChartPie;
if (this.UsedChartTypes[iChartType])
{
C.OfPieChart opc = new C.OfPieChart();
opc.OfPieType = new C.OfPieType() { Val = C.OfPieValues.Pie };
opc.VaryColors = new C.VaryColors() { Val = this.UsedChartOptions[iChartType].VaryColors ?? true };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
opc.Append(this.DataSeries[i].ToPieChartSeries());
}
}
opc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
opc.Append(new C.GapWidth() { Val = this.UsedChartOptions[iChartType].GapWidth });
if (this.UsedChartOptions[iChartType].HasSplit)
{
opc.Append(new C.SplitType() { Val = this.UsedChartOptions[iChartType].SplitType });
if (this.UsedChartOptions[iChartType].SplitType != C.SplitValues.Custom)
{
opc.Append(new C.SplitPosition() { Val = this.UsedChartOptions[iChartType].SplitPosition });
}
else
{
C.CustomSplit custsplit = new C.CustomSplit();
foreach (int iPiePoint in this.UsedChartOptions[iChartType].SecondPiePoints)
{
custsplit.Append(new C.SecondPiePoint() { Val = (uint)iPiePoint });
}
opc.Append(custsplit);
}
}
opc.Append(new C.SecondPieSize() { Val = this.UsedChartOptions[iChartType].SecondPieSize });
if (this.UsedChartOptions[iChartType].SeriesLinesShapeProperties.HasShapeProperties)
{
opc.Append(new C.SeriesLines()
{
ChartShapeProperties = this.UsedChartOptions[iChartType].SeriesLinesShapeProperties.ToChartShapeProperties()
});
}
else
{
opc.Append(new C.SeriesLines());
}
pa.Append(opc);
}
#endregion
#region Pie
iChartType = (int)SLDataSeriesChartType.PieChart;
if (this.UsedChartTypes[iChartType])
{
C.PieChart pc = new C.PieChart();
pc.VaryColors = new C.VaryColors() { Val = this.UsedChartOptions[iChartType].VaryColors ?? true };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
pc.Append(this.DataSeries[i].ToPieChartSeries());
}
}
pc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
pc.Append(new C.FirstSliceAngle() { Val = this.UsedChartOptions[iChartType].FirstSliceAngle });
pa.Append(pc);
}
#endregion
#region Radar primary
iChartType = (int)SLDataSeriesChartType.RadarChartPrimary;
if (this.UsedChartTypes[iChartType])
{
C.RadarChart rc = new C.RadarChart();
rc.RadarStyle = new C.RadarStyle() { Val = this.UsedChartOptions[iChartType].RadarStyle };
rc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
rc.Append(this.DataSeries[i].ToRadarChartSeries());
}
}
rc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
rc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
rc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
pa.Append(rc);
}
#endregion
#region Radar secondary
iChartType = (int)SLDataSeriesChartType.RadarChartSecondary;
if (this.UsedChartTypes[iChartType])
{
C.RadarChart rc = new C.RadarChart();
rc.RadarStyle = new C.RadarStyle() { Val = this.UsedChartOptions[iChartType].RadarStyle };
rc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
rc.Append(this.DataSeries[i].ToRadarChartSeries());
}
}
rc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
rc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis1 });
rc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis2 });
pa.Append(rc);
}
#endregion
#region Area primary
iChartType = (int)SLDataSeriesChartType.AreaChartPrimary;
if (this.UsedChartTypes[iChartType])
{
C.AreaChart ac = new C.AreaChart();
ac.Grouping = new C.Grouping() { Val = this.UsedChartOptions[iChartType].Grouping };
ac.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
ac.Append(this.DataSeries[i].ToAreaChartSeries());
}
}
ac.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
ac.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
ac.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
pa.Append(ac);
}
#endregion
#region Area secondary
iChartType = (int)SLDataSeriesChartType.AreaChartSecondary;
if (this.UsedChartTypes[iChartType])
{
C.AreaChart ac = new C.AreaChart();
ac.Grouping = new C.Grouping() { Val = this.UsedChartOptions[iChartType].Grouping };
ac.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
ac.Append(this.DataSeries[i].ToAreaChartSeries());
}
}
ac.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
ac.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis1 });
ac.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis2 });
pa.Append(ac);
}
#endregion
#region Column primary
iChartType = (int)SLDataSeriesChartType.BarChartColumnPrimary;
if (this.UsedChartTypes[iChartType])
{
C.BarChart bc = new C.BarChart();
bc.BarDirection = new C.BarDirection() { Val = C.BarDirectionValues.Column };
bc.BarGrouping = new C.BarGrouping() { Val = this.UsedChartOptions[iChartType].BarGrouping };
bc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
bc.Append(this.DataSeries[i].ToBarChartSeries());
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth() { Val = this.UsedChartOptions[iChartType].GapWidth });
if (this.UsedChartOptions[iChartType].Overlap != 0)
{
bc.Append(new C.Overlap() { Val = this.UsedChartOptions[iChartType].Overlap });
}
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
pa.Append(bc);
}
#endregion
#region Column secondary
iChartType = (int)SLDataSeriesChartType.BarChartColumnSecondary;
if (this.UsedChartTypes[iChartType])
{
C.BarChart bc = new C.BarChart();
bc.BarDirection = new C.BarDirection() { Val = C.BarDirectionValues.Column };
bc.BarGrouping = new C.BarGrouping() { Val = this.UsedChartOptions[iChartType].BarGrouping };
bc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
bc.Append(this.DataSeries[i].ToBarChartSeries());
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth() { Val = this.UsedChartOptions[iChartType].GapWidth });
if (this.UsedChartOptions[iChartType].Overlap != 0)
{
bc.Append(new C.Overlap() { Val = this.UsedChartOptions[iChartType].Overlap });
}
bc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis1 });
bc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis2 });
pa.Append(bc);
}
#endregion
#region Bar primary
iChartType = (int)SLDataSeriesChartType.BarChartBarPrimary;
if (this.UsedChartTypes[iChartType])
{
C.BarChart bc = new C.BarChart();
bc.BarDirection = new C.BarDirection() { Val = C.BarDirectionValues.Bar };
bc.BarGrouping = new C.BarGrouping() { Val = this.UsedChartOptions[iChartType].BarGrouping };
bc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
bc.Append(this.DataSeries[i].ToBarChartSeries());
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth() { Val = this.UsedChartOptions[iChartType].GapWidth });
if (this.UsedChartOptions[iChartType].Overlap != 0)
{
bc.Append(new C.Overlap() { Val = this.UsedChartOptions[iChartType].Overlap });
}
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
pa.Append(bc);
}
#endregion
#region Bar secondary
iChartType = (int)SLDataSeriesChartType.BarChartBarSecondary;
if (this.UsedChartTypes[iChartType])
{
C.BarChart bc = new C.BarChart();
bc.BarDirection = new C.BarDirection() { Val = C.BarDirectionValues.Bar };
bc.BarGrouping = new C.BarGrouping() { Val = this.UsedChartOptions[iChartType].BarGrouping };
bc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
bc.Append(this.DataSeries[i].ToBarChartSeries());
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth() { Val = this.UsedChartOptions[iChartType].GapWidth });
if (this.UsedChartOptions[iChartType].Overlap != 0)
{
bc.Append(new C.Overlap() { Val = this.UsedChartOptions[iChartType].Overlap });
}
bc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis1 });
bc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis2 });
pa.Append(bc);
}
#endregion
#region Scatter primary
iChartType = (int)SLDataSeriesChartType.ScatterChartPrimary;
if (this.UsedChartTypes[iChartType])
{
C.ScatterChart sc = new C.ScatterChart();
sc.ScatterStyle = new C.ScatterStyle() { Val = this.UsedChartOptions[iChartType].ScatterStyle };
sc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
sc.Append(this.DataSeries[i].ToScatterChartSeries());
}
}
sc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
sc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
sc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
pa.Append(sc);
}
#endregion
#region Scatter secondary
iChartType = (int)SLDataSeriesChartType.ScatterChartSecondary;
if (this.UsedChartTypes[iChartType])
{
C.ScatterChart sc = new C.ScatterChart();
sc.ScatterStyle = new C.ScatterStyle() { Val = this.UsedChartOptions[iChartType].ScatterStyle };
sc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
sc.Append(this.DataSeries[i].ToScatterChartSeries());
}
}
sc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
sc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis1 });
sc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis2 });
pa.Append(sc);
}
#endregion
#region Line primary
iChartType = (int)SLDataSeriesChartType.LineChartPrimary;
if (this.UsedChartTypes[iChartType])
{
C.LineChart lc = new C.LineChart();
lc.Grouping = new C.Grouping() { Val = this.UsedChartOptions[iChartType].Grouping };
lc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
lc.Append(this.DataSeries[i].ToLineChartSeries());
}
}
lc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
lc.Append(new C.ShowMarker() { Val = this.UsedChartOptions[iChartType].ShowMarker });
lc.Append(new C.Smooth() { Val = this.UsedChartOptions[iChartType].Smooth });
lc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
lc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
pa.Append(lc);
}
#endregion
#region Line secondary
iChartType = (int)SLDataSeriesChartType.LineChartSecondary;
if (this.UsedChartTypes[iChartType])
{
C.LineChart lc = new C.LineChart();
lc.Grouping = new C.Grouping() { Val = this.UsedChartOptions[iChartType].Grouping };
lc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
lc.Append(this.DataSeries[i].ToLineChartSeries());
}
}
lc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
lc.Append(new C.ShowMarker() { Val = this.UsedChartOptions[iChartType].ShowMarker });
lc.Append(new C.Smooth() { Val = this.UsedChartOptions[iChartType].Smooth });
lc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis1 });
lc.Append(new C.AxisId() { Val = SLConstants.SecondaryAxis2 });
pa.Append(lc);
}
#endregion
#region Area3D
iChartType = (int)SLDataSeriesChartType.Area3DChart;
if (this.UsedChartTypes[iChartType])
{
C.Area3DChart ac = new C.Area3DChart();
ac.Grouping = new C.Grouping() { Val = this.UsedChartOptions[iChartType].Grouping };
ac.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
ac.Append(this.DataSeries[i].ToAreaChartSeries());
}
}
ac.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
if (this.UsedChartOptions[iChartType].GapDepth != 150)
{
ac.Append(new C.GapDepth() { Val = this.UsedChartOptions[iChartType].GapDepth });
}
ac.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
ac.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
ac.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis3 });
pa.Append(ac);
}
#endregion
#region Bar3D
iChartType = (int)SLDataSeriesChartType.Bar3DChart;
if (this.UsedChartTypes[iChartType])
{
C.Bar3DChart bc = new C.Bar3DChart();
bc.BarDirection = new C.BarDirection() { Val = this.UsedChartOptions[iChartType].BarDirection };
bc.BarGrouping = new C.BarGrouping() { Val = this.UsedChartOptions[iChartType].BarGrouping };
bc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
bc.Append(this.DataSeries[i].ToBarChartSeries());
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth() { Val = this.UsedChartOptions[iChartType].GapWidth });
if (this.UsedChartOptions[iChartType].GapDepth != 150)
{
bc.Append(new C.GapDepth() { Val = this.UsedChartOptions[iChartType].GapDepth });
}
bc.Append(new C.Shape() { Val = this.UsedChartOptions[iChartType].Shape });
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis3 });
pa.Append(bc);
}
#endregion
#region Bubble
iChartType = (int)SLDataSeriesChartType.BubbleChart;
if (this.UsedChartTypes[iChartType])
{
C.BubbleChart bc = new C.BubbleChart();
bc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
bc.Append(this.DataSeries[i].ToBubbleChartSeries());
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
if (!this.UsedChartOptions[iChartType].Bubble3D)
{
bc.Append(new C.Bubble3D() { Val = this.UsedChartOptions[iChartType].Bubble3D });
}
if (this.UsedChartOptions[iChartType].BubbleScale != 100)
{
bc.Append(new C.BubbleScale() { Val = this.UsedChartOptions[iChartType].BubbleScale });
}
if (!this.UsedChartOptions[iChartType].ShowNegativeBubbles)
{
bc.Append(new C.ShowNegativeBubbles() { Val = this.UsedChartOptions[iChartType].ShowNegativeBubbles });
}
if (this.UsedChartOptions[iChartType].SizeRepresents != C.SizeRepresentsValues.Area)
{
bc.Append(new C.SizeRepresents() { Val = this.UsedChartOptions[iChartType].SizeRepresents });
}
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
bc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
pa.Append(bc);
}
#endregion
#region Line3D
iChartType = (int)SLDataSeriesChartType.Line3DChart;
if (this.UsedChartTypes[iChartType])
{
C.Line3DChart lc = new C.Line3DChart();
lc.Grouping = new C.Grouping() { Val = this.UsedChartOptions[iChartType].Grouping };
lc.VaryColors = new C.VaryColors() { Val = false };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
lc.Append(this.DataSeries[i].ToLineChartSeries());
}
}
lc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
if (this.UsedChartOptions[iChartType].GapDepth != 150)
{
lc.Append(new C.GapDepth() { Val = this.UsedChartOptions[iChartType].GapDepth });
}
lc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
lc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
lc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis3 });
pa.Append(lc);
}
#endregion
#region Pie3D
iChartType = (int)SLDataSeriesChartType.Pie3DChart;
if (this.UsedChartTypes[iChartType])
{
C.Pie3DChart pc = new C.Pie3DChart();
pc.VaryColors = new C.VaryColors() { Val = this.UsedChartOptions[iChartType].VaryColors ?? true };
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
pc.Append(this.DataSeries[i].ToPieChartSeries());
}
}
pc.Append(gdlo.ToDataLabels(new Dictionary<int, SLDataLabelOptions>(), false));
pa.Append(pc);
}
#endregion
#region Surface
iChartType = (int)SLDataSeriesChartType.SurfaceChart;
if (this.UsedChartTypes[iChartType])
{
C.SurfaceChart sc = new C.SurfaceChart();
if (this.UsedChartOptions[iChartType].bWireframe != null)
{
sc.Wireframe = new C.Wireframe() { Val = this.UsedChartOptions[iChartType].Wireframe };
}
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
sc.Append(this.DataSeries[i].ToSurfaceChartSeries());
}
}
sc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
sc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
sc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis3 });
pa.Append(sc);
}
#endregion
#region Surface3D
iChartType = (int)SLDataSeriesChartType.Surface3DChart;
if (this.UsedChartTypes[iChartType])
{
C.Surface3DChart sc = new C.Surface3DChart();
if (this.UsedChartOptions[iChartType].bWireframe != null)
{
sc.Wireframe = new C.Wireframe() { Val = this.UsedChartOptions[iChartType].Wireframe };
}
for (i = 0; i < this.DataSeries.Count; ++i)
{
if ((int)this.DataSeries[i].ChartType == iChartType)
{
sc.Append(this.DataSeries[i].ToSurfaceChartSeries());
}
}
sc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis1 });
sc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis2 });
sc.Append(new C.AxisId() { Val = SLConstants.PrimaryAxis3 });
pa.Append(sc);
}
#endregion
if (this.HasPrimaryAxes)
{
this.PrimaryTextAxis.IsCrosses = this.PrimaryValueAxis.OtherAxisIsCrosses;
this.PrimaryTextAxis.Crosses = this.PrimaryValueAxis.OtherAxisCrosses;
this.PrimaryTextAxis.CrossesAt = this.PrimaryValueAxis.OtherAxisCrossesAt;
this.PrimaryTextAxis.OtherAxisIsInReverseOrder = this.PrimaryValueAxis.InReverseOrder;
if (this.PrimaryValueAxis.OtherAxisIsCrosses != null
&& this.PrimaryValueAxis.OtherAxisIsCrosses.Value
&& this.PrimaryValueAxis.OtherAxisCrosses == C.CrossesValues.Maximum)
{
this.PrimaryTextAxis.OtherAxisCrossedAtMaximum = true;
}
else
{
this.PrimaryTextAxis.OtherAxisCrossedAtMaximum = false;
}
this.PrimaryValueAxis.IsCrosses = this.PrimaryTextAxis.OtherAxisIsCrosses;
this.PrimaryValueAxis.Crosses = this.PrimaryTextAxis.OtherAxisCrosses;
this.PrimaryValueAxis.CrossesAt = this.PrimaryTextAxis.OtherAxisCrossesAt;
// value axis takes on text axis CrossBetween.
this.PrimaryValueAxis.CrossBetween = this.PrimaryTextAxis.CrossBetween;
this.PrimaryValueAxis.OtherAxisIsInReverseOrder = this.PrimaryTextAxis.InReverseOrder;
if (this.PrimaryTextAxis.OtherAxisIsCrosses != null
&& this.PrimaryTextAxis.OtherAxisIsCrosses.Value
&& this.PrimaryTextAxis.OtherAxisCrosses == C.CrossesValues.Maximum)
{
this.PrimaryValueAxis.OtherAxisCrossedAtMaximum = true;
}
else
{
this.PrimaryValueAxis.OtherAxisCrossedAtMaximum = false;
}
switch (this.PrimaryTextAxis.AxisType)
{
case SLAxisType.Category:
pa.Append(this.PrimaryTextAxis.ToCategoryAxis());
break;
case SLAxisType.Date:
pa.Append(this.PrimaryTextAxis.ToDateAxis());
break;
case SLAxisType.Value:
pa.Append(this.PrimaryTextAxis.ToValueAxis());
break;
}
pa.Append(this.PrimaryValueAxis.ToValueAxis());
}
if (this.HasDepthAxis)
{
pa.Append(this.DepthAxis.ToSeriesAxis());
}
if (this.HasSecondaryAxes)
{
this.SecondaryTextAxis.IsCrosses = this.SecondaryValueAxis.OtherAxisIsCrosses;
this.SecondaryTextAxis.Crosses = this.SecondaryValueAxis.OtherAxisCrosses;
this.SecondaryTextAxis.CrossesAt = this.SecondaryValueAxis.OtherAxisCrossesAt;
this.SecondaryTextAxis.OtherAxisIsInReverseOrder = this.SecondaryValueAxis.InReverseOrder;
if (this.SecondaryValueAxis.OtherAxisIsCrosses != null
&& this.SecondaryValueAxis.OtherAxisIsCrosses.Value
&& this.SecondaryValueAxis.OtherAxisCrosses == C.CrossesValues.Maximum)
{
this.SecondaryTextAxis.OtherAxisCrossedAtMaximum = true;
}
else
{
this.SecondaryTextAxis.OtherAxisCrossedAtMaximum = false;
}
this.SecondaryValueAxis.IsCrosses = this.SecondaryTextAxis.OtherAxisIsCrosses;
this.SecondaryValueAxis.Crosses = this.SecondaryTextAxis.OtherAxisCrosses;
this.SecondaryValueAxis.CrossesAt = this.SecondaryTextAxis.OtherAxisCrossesAt;
// value axis takes on text axis CrossBetween.
this.SecondaryValueAxis.CrossBetween = this.SecondaryTextAxis.CrossBetween;
this.SecondaryValueAxis.OtherAxisIsInReverseOrder = this.SecondaryTextAxis.InReverseOrder;
if (this.SecondaryTextAxis.OtherAxisIsCrosses != null
&& this.SecondaryTextAxis.OtherAxisIsCrosses.Value
&& this.SecondaryTextAxis.OtherAxisCrosses == C.CrossesValues.Maximum)
{
this.SecondaryValueAxis.OtherAxisCrossedAtMaximum = true;
}
else
{
this.SecondaryValueAxis.OtherAxisCrossedAtMaximum = false;
}
// the order of axes is:
// 1) primary category/date/value axis
// 2) primary value axis
// 3) secondary value axis
// 4) secondary category/date/value axis
pa.Append(this.SecondaryValueAxis.ToValueAxis());
switch (this.SecondaryTextAxis.AxisType)
{
case SLAxisType.Category:
pa.Append(this.SecondaryTextAxis.ToCategoryAxis());
break;
case SLAxisType.Date:
pa.Append(this.SecondaryTextAxis.ToDateAxis());
break;
case SLAxisType.Value:
pa.Append(this.SecondaryTextAxis.ToValueAxis());
break;
}
}
if (this.ShowDataTable) pa.Append(this.DataTable.ToDataTable());
if (this.ShapeProperties.HasShapeProperties) pa.Append(this.ShapeProperties.ToChartShapeProperties());
return pa;
}
internal C.PlotArea ToPlotArea(bool IsStylish = false)
{
var pa = new C.PlotArea();
pa.Append(Layout.ToLayout());
int iChartType;
int i;
// TODO: the rendering order is sort of listed in the following.
// But apparently if you plot data series for doughnut first before bar-of-pie
// it's different than if you plot bar-of-pie then doughnut.
// Find out the "correct" order next version I suppose...
// Excel 2010 apparently sets this by default for any chart...
var gdlo = new SLGroupDataLabelOptions(ShapeProperties.listThemeColors);
gdlo.ShowLegendKey = false;
gdlo.ShowValue = false;
gdlo.ShowCategoryName = false;
gdlo.ShowSeriesName = false;
gdlo.ShowPercentage = false;
gdlo.ShowBubbleSize = false;
#region Doughnut
iChartType = (int)SLDataSeriesChartType.DoughnutChart;
if (UsedChartTypes[iChartType])
{
var dc = new C.DoughnutChart();
dc.VaryColors = new C.VaryColors {
Val = UsedChartOptions[iChartType].VaryColors ?? true
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
dc.Append(DataSeries[i].ToPieChartSeries(IsStylish));
}
}
dc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
dc.Append(new C.FirstSliceAngle {
Val = UsedChartOptions[iChartType].FirstSliceAngle
});
dc.Append(new C.HoleSize {
Val = UsedChartOptions[iChartType].HoleSize
});
pa.Append(dc);
}
#endregion
#region Bar-of-pie
iChartType = (int)SLDataSeriesChartType.OfPieChartBar;
if (UsedChartTypes[iChartType])
{
var opc = new C.OfPieChart();
opc.OfPieType = new C.OfPieType {
Val = C.OfPieValues.Bar
};
opc.VaryColors = new C.VaryColors {
Val = UsedChartOptions[iChartType].VaryColors ?? true
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
opc.Append(DataSeries[i].ToPieChartSeries(IsStylish));
}
}
opc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
opc.Append(new C.GapWidth {
Val = UsedChartOptions[iChartType].GapWidth
});
if (UsedChartOptions[iChartType].HasSplit)
{
opc.Append(new C.SplitType {
Val = UsedChartOptions[iChartType].SplitType
});
if (UsedChartOptions[iChartType].SplitType != C.SplitValues.Custom)
{
opc.Append(new C.SplitPosition {
Val = UsedChartOptions[iChartType].SplitPosition
});
}
else
{
var custsplit = new C.CustomSplit();
foreach (var iPiePoint in UsedChartOptions[iChartType].SecondPiePoints)
{
custsplit.Append(new C.SecondPiePoint {
Val = (uint)iPiePoint
});
}
opc.Append(custsplit);
}
}
opc.Append(new C.SecondPieSize {
Val = UsedChartOptions[iChartType].SecondPieSize
});
if (UsedChartOptions[iChartType].SeriesLinesShapeProperties.HasShapeProperties)
{
opc.Append(new C.SeriesLines
{
ChartShapeProperties =
UsedChartOptions[iChartType].SeriesLinesShapeProperties.ToChartShapeProperties()
});
}
else
{
opc.Append(new C.SeriesLines());
}
pa.Append(opc);
}
#endregion
#region Pie-of-pie
iChartType = (int)SLDataSeriesChartType.OfPieChartPie;
if (UsedChartTypes[iChartType])
{
var opc = new C.OfPieChart();
opc.OfPieType = new C.OfPieType {
Val = C.OfPieValues.Pie
};
opc.VaryColors = new C.VaryColors {
Val = UsedChartOptions[iChartType].VaryColors ?? true
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
opc.Append(DataSeries[i].ToPieChartSeries(IsStylish));
}
}
opc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
opc.Append(new C.GapWidth {
Val = UsedChartOptions[iChartType].GapWidth
});
if (UsedChartOptions[iChartType].HasSplit)
{
opc.Append(new C.SplitType {
Val = UsedChartOptions[iChartType].SplitType
});
if (UsedChartOptions[iChartType].SplitType != C.SplitValues.Custom)
{
opc.Append(new C.SplitPosition {
Val = UsedChartOptions[iChartType].SplitPosition
});
}
else
{
var custsplit = new C.CustomSplit();
foreach (var iPiePoint in UsedChartOptions[iChartType].SecondPiePoints)
{
custsplit.Append(new C.SecondPiePoint {
Val = (uint)iPiePoint
});
}
opc.Append(custsplit);
}
}
opc.Append(new C.SecondPieSize {
Val = UsedChartOptions[iChartType].SecondPieSize
});
if (UsedChartOptions[iChartType].SeriesLinesShapeProperties.HasShapeProperties)
{
opc.Append(new C.SeriesLines
{
ChartShapeProperties =
UsedChartOptions[iChartType].SeriesLinesShapeProperties.ToChartShapeProperties()
});
}
else
{
opc.Append(new C.SeriesLines());
}
pa.Append(opc);
}
#endregion
#region Pie
iChartType = (int)SLDataSeriesChartType.PieChart;
if (UsedChartTypes[iChartType])
{
var pc = new C.PieChart();
pc.VaryColors = new C.VaryColors {
Val = UsedChartOptions[iChartType].VaryColors ?? true
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
pc.Append(DataSeries[i].ToPieChartSeries(IsStylish));
}
}
pc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
pc.Append(new C.FirstSliceAngle {
Val = UsedChartOptions[iChartType].FirstSliceAngle
});
pa.Append(pc);
}
#endregion
#region Radar primary
iChartType = (int)SLDataSeriesChartType.RadarChartPrimary;
if (UsedChartTypes[iChartType])
{
var rc = new C.RadarChart();
rc.RadarStyle = new C.RadarStyle {
Val = UsedChartOptions[iChartType].RadarStyle
};
rc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
rc.Append(DataSeries[i].ToRadarChartSeries(IsStylish));
}
}
rc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
rc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
rc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
pa.Append(rc);
}
#endregion
#region Radar secondary
iChartType = (int)SLDataSeriesChartType.RadarChartSecondary;
if (UsedChartTypes[iChartType])
{
var rc = new C.RadarChart();
rc.RadarStyle = new C.RadarStyle {
Val = UsedChartOptions[iChartType].RadarStyle
};
rc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
rc.Append(DataSeries[i].ToRadarChartSeries(IsStylish));
}
}
rc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
rc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis1
});
rc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis2
});
pa.Append(rc);
}
#endregion
#region Area primary
iChartType = (int)SLDataSeriesChartType.AreaChartPrimary;
if (UsedChartTypes[iChartType])
{
var ac = new C.AreaChart();
ac.Grouping = new C.Grouping {
Val = UsedChartOptions[iChartType].Grouping
};
ac.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
ac.Append(DataSeries[i].ToAreaChartSeries(IsStylish));
}
}
ac.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
if (UsedChartOptions[iChartType].HasDropLines)
{
ac.Append(UsedChartOptions[iChartType].DropLines.ToDropLines(IsStylish));
}
ac.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
ac.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
pa.Append(ac);
}
#endregion
#region Area secondary
iChartType = (int)SLDataSeriesChartType.AreaChartSecondary;
if (UsedChartTypes[iChartType])
{
var ac = new C.AreaChart();
ac.Grouping = new C.Grouping {
Val = UsedChartOptions[iChartType].Grouping
};
ac.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
ac.Append(DataSeries[i].ToAreaChartSeries(IsStylish));
}
}
ac.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
if (UsedChartOptions[iChartType].HasDropLines)
{
ac.Append(UsedChartOptions[iChartType].DropLines.ToDropLines(IsStylish));
}
ac.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis1
});
ac.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis2
});
pa.Append(ac);
}
#endregion
#region Column primary
iChartType = (int)SLDataSeriesChartType.BarChartColumnPrimary;
if (UsedChartTypes[iChartType])
{
var bc = new C.BarChart();
bc.BarDirection = new C.BarDirection {
Val = C.BarDirectionValues.Column
};
bc.BarGrouping = new C.BarGrouping {
Val = UsedChartOptions[iChartType].BarGrouping
};
bc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
bc.Append(DataSeries[i].ToBarChartSeries(IsStylish));
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth {
Val = UsedChartOptions[iChartType].GapWidth
});
if (UsedChartOptions[iChartType].Overlap != 0)
{
bc.Append(new C.Overlap {
Val = UsedChartOptions[iChartType].Overlap
});
}
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
pa.Append(bc);
}
#endregion
#region Column secondary
iChartType = (int)SLDataSeriesChartType.BarChartColumnSecondary;
if (UsedChartTypes[iChartType])
{
var bc = new C.BarChart();
bc.BarDirection = new C.BarDirection {
Val = C.BarDirectionValues.Column
};
bc.BarGrouping = new C.BarGrouping {
Val = UsedChartOptions[iChartType].BarGrouping
};
bc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
bc.Append(DataSeries[i].ToBarChartSeries(IsStylish));
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth {
Val = UsedChartOptions[iChartType].GapWidth
});
if (UsedChartOptions[iChartType].Overlap != 0)
{
bc.Append(new C.Overlap {
Val = UsedChartOptions[iChartType].Overlap
});
}
bc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis1
});
bc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis2
});
pa.Append(bc);
}
#endregion
#region Bar primary
iChartType = (int)SLDataSeriesChartType.BarChartBarPrimary;
if (UsedChartTypes[iChartType])
{
var bc = new C.BarChart();
bc.BarDirection = new C.BarDirection {
Val = C.BarDirectionValues.Bar
};
bc.BarGrouping = new C.BarGrouping {
Val = UsedChartOptions[iChartType].BarGrouping
};
bc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
bc.Append(DataSeries[i].ToBarChartSeries(IsStylish));
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth {
Val = UsedChartOptions[iChartType].GapWidth
});
if (UsedChartOptions[iChartType].Overlap != 0)
{
bc.Append(new C.Overlap {
Val = UsedChartOptions[iChartType].Overlap
});
}
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
pa.Append(bc);
}
#endregion
#region Bar secondary
iChartType = (int)SLDataSeriesChartType.BarChartBarSecondary;
if (UsedChartTypes[iChartType])
{
var bc = new C.BarChart();
bc.BarDirection = new C.BarDirection {
Val = C.BarDirectionValues.Bar
};
bc.BarGrouping = new C.BarGrouping {
Val = UsedChartOptions[iChartType].BarGrouping
};
bc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
bc.Append(DataSeries[i].ToBarChartSeries(IsStylish));
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth {
Val = UsedChartOptions[iChartType].GapWidth
});
if (UsedChartOptions[iChartType].Overlap != 0)
{
bc.Append(new C.Overlap {
Val = UsedChartOptions[iChartType].Overlap
});
}
bc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis1
});
bc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis2
});
pa.Append(bc);
}
#endregion
#region Scatter primary
iChartType = (int)SLDataSeriesChartType.ScatterChartPrimary;
if (UsedChartTypes[iChartType])
{
var sc = new C.ScatterChart();
sc.ScatterStyle = new C.ScatterStyle {
Val = UsedChartOptions[iChartType].ScatterStyle
};
sc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
sc.Append(DataSeries[i].ToScatterChartSeries(IsStylish));
}
}
sc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
pa.Append(sc);
}
#endregion
#region Scatter secondary
iChartType = (int)SLDataSeriesChartType.ScatterChartSecondary;
if (UsedChartTypes[iChartType])
{
var sc = new C.ScatterChart();
sc.ScatterStyle = new C.ScatterStyle {
Val = UsedChartOptions[iChartType].ScatterStyle
};
sc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
sc.Append(DataSeries[i].ToScatterChartSeries(IsStylish));
}
}
sc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
sc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis1
});
sc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis2
});
pa.Append(sc);
}
#endregion
#region Line primary
iChartType = (int)SLDataSeriesChartType.LineChartPrimary;
if (UsedChartTypes[iChartType])
{
var lc = new C.LineChart();
lc.Grouping = new C.Grouping {
Val = UsedChartOptions[iChartType].Grouping
};
lc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
lc.Append(DataSeries[i].ToLineChartSeries(IsStylish));
}
}
lc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
if (UsedChartOptions[iChartType].HasDropLines)
{
lc.Append(UsedChartOptions[iChartType].DropLines.ToDropLines(IsStylish));
}
lc.Append(new C.ShowMarker {
Val = UsedChartOptions[iChartType].ShowMarker
});
lc.Append(new C.Smooth {
Val = UsedChartOptions[iChartType].Smooth
});
lc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
lc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
pa.Append(lc);
}
#endregion
#region Line secondary
iChartType = (int)SLDataSeriesChartType.LineChartSecondary;
if (UsedChartTypes[iChartType])
{
var lc = new C.LineChart();
lc.Grouping = new C.Grouping {
Val = UsedChartOptions[iChartType].Grouping
};
lc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
lc.Append(DataSeries[i].ToLineChartSeries(IsStylish));
}
}
lc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
if (UsedChartOptions[iChartType].HasDropLines)
{
lc.Append(UsedChartOptions[iChartType].DropLines.ToDropLines(IsStylish));
}
lc.Append(new C.ShowMarker {
Val = UsedChartOptions[iChartType].ShowMarker
});
lc.Append(new C.Smooth {
Val = UsedChartOptions[iChartType].Smooth
});
lc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis1
});
lc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis2
});
pa.Append(lc);
}
#endregion
#region Area3D
iChartType = (int)SLDataSeriesChartType.Area3DChart;
if (UsedChartTypes[iChartType])
{
var ac = new C.Area3DChart();
ac.Grouping = new C.Grouping {
Val = UsedChartOptions[iChartType].Grouping
};
ac.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
ac.Append(DataSeries[i].ToAreaChartSeries(IsStylish));
}
}
ac.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
if (UsedChartOptions[iChartType].GapDepth != 150)
{
ac.Append(new C.GapDepth {
Val = UsedChartOptions[iChartType].GapDepth
});
}
ac.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
ac.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
ac.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis3
});
pa.Append(ac);
}
#endregion
#region Bar3D
iChartType = (int)SLDataSeriesChartType.Bar3DChart;
if (UsedChartTypes[iChartType])
{
var bc = new C.Bar3DChart();
bc.BarDirection = new C.BarDirection {
Val = UsedChartOptions[iChartType].BarDirection
};
bc.BarGrouping = new C.BarGrouping {
Val = UsedChartOptions[iChartType].BarGrouping
};
bc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
bc.Append(DataSeries[i].ToBarChartSeries(IsStylish));
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
bc.Append(new C.GapWidth {
Val = UsedChartOptions[iChartType].GapWidth
});
if (UsedChartOptions[iChartType].GapDepth != 150)
{
bc.Append(new C.GapDepth {
Val = UsedChartOptions[iChartType].GapDepth
});
}
bc.Append(new C.Shape {
Val = UsedChartOptions[iChartType].Shape
});
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis3
});
pa.Append(bc);
}
#endregion
#region Bubble
iChartType = (int)SLDataSeriesChartType.BubbleChart;
if (UsedChartTypes[iChartType])
{
var bc = new C.BubbleChart();
bc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
bc.Append(DataSeries[i].ToBubbleChartSeries(IsStylish));
}
}
bc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
if (!UsedChartOptions[iChartType].Bubble3D)
{
bc.Append(new C.Bubble3D {
Val = UsedChartOptions[iChartType].Bubble3D
});
}
if (UsedChartOptions[iChartType].BubbleScale != 100)
{
bc.Append(new C.BubbleScale {
Val = UsedChartOptions[iChartType].BubbleScale
});
}
if (!UsedChartOptions[iChartType].ShowNegativeBubbles)
{
bc.Append(new C.ShowNegativeBubbles {
Val = UsedChartOptions[iChartType].ShowNegativeBubbles
});
}
if (UsedChartOptions[iChartType].SizeRepresents != C.SizeRepresentsValues.Area)
{
bc.Append(new C.SizeRepresents {
Val = UsedChartOptions[iChartType].SizeRepresents
});
}
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
bc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
pa.Append(bc);
}
#endregion
#region Line3D
iChartType = (int)SLDataSeriesChartType.Line3DChart;
if (UsedChartTypes[iChartType])
{
var lc = new C.Line3DChart();
lc.Grouping = new C.Grouping {
Val = UsedChartOptions[iChartType].Grouping
};
lc.VaryColors = new C.VaryColors {
Val = false
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
lc.Append(DataSeries[i].ToLineChartSeries(IsStylish));
}
}
lc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
if (UsedChartOptions[iChartType].HasDropLines)
{
lc.Append(UsedChartOptions[iChartType].DropLines.ToDropLines(IsStylish));
}
if (UsedChartOptions[iChartType].GapDepth != 150)
{
lc.Append(new C.GapDepth {
Val = UsedChartOptions[iChartType].GapDepth
});
}
lc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
lc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
lc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis3
});
pa.Append(lc);
}
#endregion
#region Pie3D
iChartType = (int)SLDataSeriesChartType.Pie3DChart;
if (UsedChartTypes[iChartType])
{
var pc = new C.Pie3DChart();
pc.VaryColors = new C.VaryColors {
Val = UsedChartOptions[iChartType].VaryColors ?? true
};
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
pc.Append(DataSeries[i].ToPieChartSeries(IsStylish));
}
}
pc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
pa.Append(pc);
}
#endregion
#region Surface
iChartType = (int)SLDataSeriesChartType.SurfaceChart;
if (UsedChartTypes[iChartType])
{
var sc = new C.SurfaceChart();
if (UsedChartOptions[iChartType].bWireframe != null)
{
sc.Wireframe = new C.Wireframe {
Val = UsedChartOptions[iChartType].Wireframe
}
}
;
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
sc.Append(DataSeries[i].ToSurfaceChartSeries(IsStylish));
}
}
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis3
});
pa.Append(sc);
}
#endregion
#region Surface3D
iChartType = (int)SLDataSeriesChartType.Surface3DChart;
if (UsedChartTypes[iChartType])
{
var sc = new C.Surface3DChart();
if (UsedChartOptions[iChartType].bWireframe != null)
{
sc.Wireframe = new C.Wireframe {
Val = UsedChartOptions[iChartType].Wireframe
}
}
;
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
sc.Append(DataSeries[i].ToSurfaceChartSeries(IsStylish));
}
}
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis3
});
pa.Append(sc);
}
#endregion
#region Stock
iChartType = (int)SLDataSeriesChartType.StockChart;
if (UsedChartTypes[iChartType])
{
var sc = new C.StockChart();
for (i = 0; i < DataSeries.Count; ++i)
{
if ((int)DataSeries[i].ChartType == iChartType)
{
sc.Append(DataSeries[i].ToLineChartSeries(IsStylish));
}
}
sc.Append(gdlo.ToDataLabels(new Dictionary <int, SLDataLabelOptions>(), false));
if (UsedChartOptions[iChartType].HasDropLines)
{
sc.Append(UsedChartOptions[iChartType].DropLines.ToDropLines(IsStylish));
}
if (UsedChartOptions[iChartType].HasHighLowLines)
{
sc.Append(UsedChartOptions[iChartType].HighLowLines.ToHighLowLines(IsStylish));
}
if (UsedChartOptions[iChartType].HasUpDownBars)
{
sc.Append(UsedChartOptions[iChartType].UpDownBars.ToUpDownBars(IsStylish));
}
// stock charts either have a bar chart as the primary chart (the Volume) or doesn't.
// If there is, then it's either a Volume-High-Low-Close or Volumn-Open-High-Low-Close,
// so we use the secondary axis IDs.
if (UsedChartTypes[(int)SLDataSeriesChartType.BarChartColumnPrimary])
{
sc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis1
});
sc.Append(new C.AxisId {
Val = SLConstants.SecondaryAxis2
});
}
else
{
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis1
});
sc.Append(new C.AxisId {
Val = SLConstants.PrimaryAxis2
});
}
pa.Append(sc);
}
#endregion
if (HasPrimaryAxes)
{
PrimaryTextAxis.IsCrosses = PrimaryValueAxis.OtherAxisIsCrosses;
PrimaryTextAxis.Crosses = PrimaryValueAxis.OtherAxisCrosses;
PrimaryTextAxis.CrossesAt = PrimaryValueAxis.OtherAxisCrossesAt;
PrimaryTextAxis.OtherAxisIsInReverseOrder = PrimaryValueAxis.InReverseOrder;
if ((PrimaryValueAxis.OtherAxisIsCrosses != null) &&
PrimaryValueAxis.OtherAxisIsCrosses.Value &&
(PrimaryValueAxis.OtherAxisCrosses == C.CrossesValues.Maximum))
{
PrimaryTextAxis.OtherAxisCrossedAtMaximum = true;
}
else
{
PrimaryTextAxis.OtherAxisCrossedAtMaximum = false;
}
PrimaryValueAxis.IsCrosses = PrimaryTextAxis.OtherAxisIsCrosses;
PrimaryValueAxis.Crosses = PrimaryTextAxis.OtherAxisCrosses;
PrimaryValueAxis.CrossesAt = PrimaryTextAxis.OtherAxisCrossesAt;
PrimaryValueAxis.OtherAxisIsInReverseOrder = PrimaryTextAxis.InReverseOrder;
if ((PrimaryTextAxis.OtherAxisIsCrosses != null) &&
PrimaryTextAxis.OtherAxisIsCrosses.Value &&
(PrimaryTextAxis.OtherAxisCrosses == C.CrossesValues.Maximum))
{
PrimaryValueAxis.OtherAxisCrossedAtMaximum = true;
}
else
{
PrimaryValueAxis.OtherAxisCrossedAtMaximum = false;
}
switch (PrimaryTextAxis.AxisType)
{
case SLAxisType.Category:
pa.Append(PrimaryTextAxis.ToCategoryAxis(IsStylish));
break;
case SLAxisType.Date:
pa.Append(PrimaryTextAxis.ToDateAxis(IsStylish));
break;
case SLAxisType.Value:
pa.Append(PrimaryTextAxis.ToValueAxis(IsStylish));
break;
}
pa.Append(PrimaryValueAxis.ToValueAxis(IsStylish));
}
if (HasDepthAxis)
{
pa.Append(DepthAxis.ToSeriesAxis(IsStylish));
}
if (HasSecondaryAxes)
{
SecondaryTextAxis.IsCrosses = SecondaryValueAxis.OtherAxisIsCrosses;
SecondaryTextAxis.Crosses = SecondaryValueAxis.OtherAxisCrosses;
SecondaryTextAxis.CrossesAt = SecondaryValueAxis.OtherAxisCrossesAt;
SecondaryTextAxis.OtherAxisIsInReverseOrder = SecondaryValueAxis.InReverseOrder;
if ((SecondaryValueAxis.OtherAxisIsCrosses != null) &&
SecondaryValueAxis.OtherAxisIsCrosses.Value &&
(SecondaryValueAxis.OtherAxisCrosses == C.CrossesValues.Maximum))
{
SecondaryTextAxis.OtherAxisCrossedAtMaximum = true;
}
else
{
SecondaryTextAxis.OtherAxisCrossedAtMaximum = false;
}
SecondaryValueAxis.IsCrosses = SecondaryTextAxis.OtherAxisIsCrosses;
SecondaryValueAxis.Crosses = SecondaryTextAxis.OtherAxisCrosses;
SecondaryValueAxis.CrossesAt = SecondaryTextAxis.OtherAxisCrossesAt;
SecondaryValueAxis.OtherAxisIsInReverseOrder = SecondaryTextAxis.InReverseOrder;
if ((SecondaryTextAxis.OtherAxisIsCrosses != null) &&
SecondaryTextAxis.OtherAxisIsCrosses.Value &&
(SecondaryTextAxis.OtherAxisCrosses == C.CrossesValues.Maximum))
{
SecondaryValueAxis.OtherAxisCrossedAtMaximum = true;
}
else
{
SecondaryValueAxis.OtherAxisCrossedAtMaximum = false;
}
// the order of axes is:
// 1) primary category/date/value axis
// 2) primary value axis
// 3) secondary value axis
// 4) secondary category/date/value axis
pa.Append(SecondaryValueAxis.ToValueAxis(IsStylish));
switch (SecondaryTextAxis.AxisType)
{
case SLAxisType.Category:
pa.Append(SecondaryTextAxis.ToCategoryAxis(IsStylish));
break;
case SLAxisType.Date:
pa.Append(SecondaryTextAxis.ToDateAxis(IsStylish));
break;
case SLAxisType.Value:
pa.Append(SecondaryTextAxis.ToValueAxis(IsStylish));
break;
}
}
if (ShowDataTable)
{
pa.Append(DataTable.ToDataTable(IsStylish));
}
if (ShapeProperties.HasShapeProperties)
{
pa.Append(ShapeProperties.ToChartShapeProperties(IsStylish));
}
return(pa);
}