All 2D Chart types in SciChart are derived from the BaseRenderableSeries type. This is a WPF FrameworkElement which is included in the Visual Tree for binding purposes, but is rendered using our own proprietary bitmap/texture based rendering engine.
The common properties of the BaseRenderableSeries class are listed below.
Specific series types (chart types) are detailed in the following sections.
| BaseRenderableSeries Property | Description |
| AntiAliasing |
When true (default=true), the series is drawn with AntiAliasing, and edges will be smoothed. Turning AntiAliasing off can yield a performance boost. For some chart types, e.g. Candlestick it is advisable to leave it off for a crisper visual. |
| DataSeries | The DataSeries is the data-source for the RenderableSeries. Please see DataSeries API section for a complete walk-through of the DataSeries API |
| DrawNaNAs | How to draw NaN. In SciChart, double.NaN or float.NaN is treated as a null point which by default draws a gap in a series. For some chart types, e.g. Line, you can also draw a closed line. |
| IsSelected | When true, the series is selected. Selected series are always drawn at the top Z-index (above other series). Also, the SelectedSeriesStyle is applied to the series. |
| IsVisible | When true, the series is visible. To hide a series, set IsVisible = false. |
| LegendMarkerTemplate | Provides a template to identify the series in Legends. Override this if you have created a custom series, or if you want anything other than the default marker displayed in a legend. |
| PaletteProvider | The PaletteProvider API allows changing the color of a series on a per-point basis. For more details about the PaletteProvider API see Paletted Series |
| PointMarker | The PointMarker property lets you set an optional marker (e.g. Ellipse, Square, Triangle) on data-points. For more details about the PointMarker API see Point Marker API -BaseRenderableSeries.Pointmarker |
| PointMarkerTemplate | The PointMarkerTemplate property lets you set an optional marker in a shared style. For more details about the PointMarkerTemplate API see Point Marker API -BaseRenderableSeries.Pointmarker |
| ResamplingMode | The ResamplingMode lets you choose how series are culled when drawing. For more details about resampling, see Resampling |
| RolloverMarkerTemplate | The RolloverMarkerTemplate applies a marker to the series when the RolloverModifier is used – a behaviour which adds tooltips to the chart. For more details about this the RolloverMarkerTemplate, see RolloverModifiers. |
| SelectedSeriesStyle | Applies a custom style to the series when IsSelected is true. Use this to change the appearance of a series when selected. For more details about the SelectedSeriesStyle, see SeriesSelectionModifier |
| Stroke | The default stroke of the Renderable Series, e.g. FastLineRenderableSeries.Stroke denotes the color of the line. |
| StrokeThickness | The default stroke thickness of the Renderable Series, e.g. FastLineRenderableSeries.StrokeThickness denotes the thickness of the line. |
| XAxisId |
The XAxisId of the series allows you to attach a series to a specific axis. If you only have single X and Y Axis you can leave this default. |
| YAxisId | The YAxisId of the series allows you to attach a series to a specific axis. If you only have single X and Y Axis you can leave this default. |
| ZeroLineY |
Used by certain series to draw a zero line, e.g. the Column Series type draws all points to zero. Change this property to change the zero line. |
Some Notes on RenderableSeries and WPF Standard Features
RenderableSeries all inherit BaseRenderableSeries, which is derived from the WPF ContentControl and such can be styled, themed, however they are not truly visual UIElements in the sense that WPF visuals are. The RenderableSeries are included in the Visual Tree so that styling and RelativeSource binding works, however they are not rendered using the WPF composition engine.
Instead, SciChart uses an alternate, Raster (bitmap or Texture) rendering engine to draw the RenderableSeries as quickly as possible. The alternate rendering engine means some WPF concepts we are used to no longer apply, however, the designers of the SciChart API have done their best to ensure that as many intuitive concepts as possible carry over from vanilla WPF to SciChart.