internal ExcelChartTrendline(XmlNamespaceManager namespaceManager, XmlNode topNode, ExcelChartStandardSerie serie) :
base(namespaceManager, topNode)
{
_serie = serie;
AddSchemaNodeOrder(new string[] { "name", "spPr", "trendlineType", "order", "period", "forward", "backward", "intercept", "dispRSqr", "dispEq", "trendlineLbl" }, ExcelDrawing._schemaNodeOrderSpPr);
}
private void AddSeriesStandard(ExcelChart chart, XmlNamespaceManager ns, XmlNode chartNode, bool isPivot)
{
foreach (XmlNode n in chartNode.SelectNodes("c:ser", ns))
{
ExcelChartSerie s;
switch (chart.ChartNode.LocalName)
{
case "barChart":
case "bar3DChart":
s = new ExcelBarChartSerie(_chart, ns, n, isPivot);
break;
case "lineChart":
case "line3DChart":
s = new ExcelLineChartSerie(_chart, ns, n, isPivot);
break;
case "stockChart":
s = new ExcelStockChartSerie(_chart, ns, n, isPivot);
break;
case "scatterChart":
s = new ExcelScatterChartSerie(_chart, ns, n, isPivot);
break;
case "pieChart":
case "pie3DChart":
case "ofPieChart":
case "doughnutChart":
s = new ExcelPieChartSerie(_chart, ns, n, isPivot);
break;
case "bubbleChart":
s = new ExcelBubbleChartSerie(_chart, ns, n, isPivot);
break;
case "radarChart":
s = new ExcelRadarChartSerie(_chart, ns, n, isPivot);
break;
case "surfaceChart":
case "surface3DChart":
s = new ExcelSurfaceChartSerie(_chart, ns, n, isPivot);
break;
case "areaChart":
case "area3DChart":
s = new ExcelAreaChartSerie(_chart, ns, n, isPivot);
break;
default:
s = new ExcelChartStandardSerie(_chart, ns, n, isPivot);
break;
}
_list.Add((T)s);
}
}
internal ExcelChartTrendlineCollection(ExcelChartStandardSerie serie)
{
_serie = serie;
if (serie != null)
{
foreach (XmlNode node in _serie.TopNode.SelectNodes("c:trendline", _serie.NameSpaceManager))
{
_list.Add(new ExcelChartTrendline(_serie.NameSpaceManager, node, serie));
}
}
}
internal ExcelChartTrendlineLabel(XmlNamespaceManager namespaceManager, XmlNode topNode, ExcelChartStandardSerie serie) : base(namespaceManager, topNode)
{
_serie = serie;
AddSchemaNodeOrder(new string[] { "layout", "tx", "numFmt", "spPr", "txPr" }, ExcelDrawing._schemaNodeOrderSpPr);
}
/// <summary>
/// Adds a new serie to the chart
/// </summary>
/// <param name="SerieAddress">The Y-Axis range</param>
/// <param name="XSerieAddress">The X-Axis range</param>
/// <param name="bubbleSizeAddress">Bubble chart size</param>
/// <returns></returns>
internal protected T AddSeries(string SerieAddress, string XSerieAddress, string bubbleSizeAddress)
{
if (_list.Count == 256)
{
throw (new InvalidOperationException("Charts have a maximum of 256 series."));
}
XmlElement serElement;
if (_chart._isChartEx)
{
serElement = ExcelChartExSerie.CreateSeriesAndDataElement((ExcelChartEx)_chart, !string.IsNullOrEmpty(XSerieAddress));
}
else
{
serElement = ExcelChartStandardSerie.CreateSerieElement(_chart);
}
ExcelChartSerie serie;
switch (Chart.ChartType)
{
case eChartType.Bubble:
case eChartType.Bubble3DEffect:
serie = new ExcelBubbleChartSerie(_chart, _ns, serElement, _isPivot)
{
Bubble3D = Chart.ChartType == eChartType.Bubble3DEffect,
Series = SerieAddress,
XSeries = XSerieAddress,
BubbleSize = bubbleSizeAddress
};
break;
case eChartType.XYScatter:
case eChartType.XYScatterLines:
case eChartType.XYScatterLinesNoMarkers:
case eChartType.XYScatterSmooth:
case eChartType.XYScatterSmoothNoMarkers:
serie = new ExcelScatterChartSerie(_chart, _ns, serElement, _isPivot);
break;
case eChartType.Radar:
case eChartType.RadarFilled:
case eChartType.RadarMarkers:
serie = new ExcelRadarChartSerie(_chart, _ns, serElement, _isPivot);
break;
case eChartType.Surface:
case eChartType.SurfaceTopView:
case eChartType.SurfaceTopViewWireframe:
case eChartType.SurfaceWireframe:
serie = new ExcelSurfaceChartSerie(_chart, _ns, serElement, _isPivot);
break;
case eChartType.Pie:
case eChartType.Pie3D:
case eChartType.PieExploded:
case eChartType.PieExploded3D:
case eChartType.PieOfPie:
case eChartType.Doughnut:
case eChartType.DoughnutExploded:
case eChartType.BarOfPie:
serie = new ExcelPieChartSerie(_chart, _ns, serElement, _isPivot);
break;
case eChartType.Line:
case eChartType.LineMarkers:
case eChartType.LineMarkersStacked:
case eChartType.LineMarkersStacked100:
case eChartType.LineStacked:
case eChartType.LineStacked100:
case eChartType.Line3D:
serie = new ExcelLineChartSerie(_chart, _ns, serElement, _isPivot);
if (Chart.ChartType == eChartType.LineMarkers ||
Chart.ChartType == eChartType.LineMarkersStacked ||
Chart.ChartType == eChartType.LineMarkersStacked100)
{
((ExcelLineChartSerie)serie).Marker.Style = eMarkerStyle.Square;
}
((ExcelLineChartSerie)serie).Smooth = ((ExcelLineChart)Chart).Smooth;
break;
case eChartType.BarClustered:
case eChartType.BarStacked:
case eChartType.BarStacked100:
case eChartType.ColumnClustered:
case eChartType.ColumnStacked:
case eChartType.ColumnStacked100:
case eChartType.BarClustered3D:
case eChartType.BarStacked3D:
case eChartType.BarStacked1003D:
case eChartType.Column3D:
case eChartType.ColumnClustered3D:
case eChartType.ColumnStacked3D:
case eChartType.ColumnStacked1003D:
case eChartType.ConeBarClustered:
case eChartType.ConeBarStacked:
case eChartType.ConeBarStacked100:
case eChartType.ConeCol:
case eChartType.ConeColClustered:
case eChartType.ConeColStacked:
case eChartType.ConeColStacked100:
case eChartType.CylinderBarClustered:
case eChartType.CylinderBarStacked:
case eChartType.CylinderBarStacked100:
case eChartType.CylinderCol:
case eChartType.CylinderColClustered:
case eChartType.CylinderColStacked:
case eChartType.CylinderColStacked100:
case eChartType.PyramidBarClustered:
case eChartType.PyramidBarStacked:
case eChartType.PyramidBarStacked100:
case eChartType.PyramidCol:
case eChartType.PyramidColClustered:
case eChartType.PyramidColStacked:
case eChartType.PyramidColStacked100:
serie = new ExcelBarChartSerie(_chart, _ns, serElement, _isPivot);
((ExcelBarChartSerie)serie).InvertIfNegative = false;
break;
case eChartType.Area:
case eChartType.Area3D:
case eChartType.AreaStacked:
case eChartType.AreaStacked100:
case eChartType.AreaStacked1003D:
case eChartType.AreaStacked3D:
serie = new ExcelAreaChartSerie(_chart, _ns, serElement, _isPivot);
break;
case eChartType.StockHLC:
case eChartType.StockOHLC:
case eChartType.StockVHLC:
case eChartType.StockVOHLC:
serie = new ExcelStockChartSerie(_chart, _ns, serElement, _isPivot);
break;
case eChartType.Treemap:
serie = new ExcelTreemapChartSerie((ExcelChartEx)_chart, _ns, serElement);
break;
case eChartType.BoxWhisker:
serie = new ExcelBoxWhiskerChartSerie((ExcelChartEx)_chart, _ns, serElement);
break;
case eChartType.Histogram:
case eChartType.Pareto:
serie = new ExcelHistogramChartSerie((ExcelChartEx)_chart, _ns, serElement);
if (Chart.ChartType == eChartType.Pareto)
{
((ExcelHistogramChartSerie)serie).AddParetoLine();
}
break;
case eChartType.RegionMap:
serie = new ExcelRegionMapChartSerie((ExcelChartEx)_chart, _ns, serElement);
break;
case eChartType.Waterfall:
serie = new ExcelWaterfallChartSerie((ExcelChartEx)_chart, _ns, serElement);
break;
case eChartType.Sunburst:
case eChartType.Funnel:
serie = new ExcelChartExSerie((ExcelChartEx)_chart, _ns, serElement);
break;
default:
serie = new ExcelChartStandardSerie(_chart, _ns, serElement, _isPivot);
break;
}
serie.Series = SerieAddress;
if (!string.IsNullOrEmpty(XSerieAddress))
{
serie.XSeries = XSerieAddress;
}
_list.Add((T)serie);
if (_chart.StyleManager.StylePart != null && _chart._isChartEx == false)
{
_chart.StyleManager.ApplySeries();
}
return((T)serie);
}