public static PSObject Save(PSObject self, string path, double width = 800, double height = 600, bool isDocument = false)
{
var model = (PlotModel)self.BaseObject;
ModelExporter.Export(model, path, width, height, isDocument);
return(AutomationNull.Value);
}
protected override bool OnFinish(BinaryReader source, BinaryWriter destination)
{
Model = ModelExporter.Export(_groups, _vertices, _faces, _faceGroups);
if (!LIB3DS.lib3ds_file_save(Model, destination.BaseStream))
{
throw new Exception("Saving 3ds file failed");
}
return(true);
}
public static PSObject Save(PSObject self, string path, double width = 800, double height = 600, bool isDocument = false)
{
var series = (Series)self.BaseObject;
var model = new PlotModel();
model.Series.Add(series);
ModelExporter.Export(model, path, width, height, isDocument);
return(AutomationNull.Value);
}
protected void PostProcess(PlotModel model, IList <ISeriesInfo> siList, string outFile, int outWidth, int outHeight, bool svgIsDocument, bool passThru, Style style, bool asPlotView, bool show, bool reuseWindow)
{
var bp = MyInvocation.BoundParameters;
var si = siList != null && siList.Count > 0 ? siList[0] : null;
// When Ax/Ay parameters are specified, creates axis objects.
Axis xAxis = null;
Axis yAxis = null;
Axis zAxis = null;
if (si?.Series?.Count > 0)
{
xAxis = AxisInitializer.CreateWithPrefixedParameters(bp, AxisKind.Ax, si.Series[0], si, style);
yAxis = AxisInitializer.CreateWithPrefixedParameters(bp, AxisKind.Ay, si.Series[0], si, style);
zAxis = AxisInitializer.CreateWithPrefixedParameters(bp, AxisKind.Az, si.Series[0], si, style);
}
// Creates a model if necessary.
if (model == null && (!string.IsNullOrEmpty(outFile) || xAxis != null || yAxis != null || zAxis != null || asPlotView || show))
{
model = PlotModelInitializer.Create(siList, style);
}
// Returns a SeriesInfo object when a model object is not necessary.
if (model == null)
{
WriteObject(si);
return;
}
// Adds series and axes to a model.
if (xAxis != null)
{
model.Axes.Add(xAxis);
}
if (yAxis != null)
{
model.Axes.Add(yAxis);
}
if (zAxis != null)
{
model.Axes.Add(zAxis);
}
foreach (var si2 in siList)
{
foreach (var s in si2.Series)
{
model.Series.Add(s);
/*
* if (s is XYAxisSeries xy)
* {
* if (xAxis != null)
* xy.XAxisKey = xAxis.Key;
*
* if (yAxis != null)
* xy.YAxisKey = yAxis.Key;
* }
*/
if (s is CandleStickAndVolumeSeries candlev)
{
if (zAxis != null)
{
candlev.VolumeAxisKey = zAxis.Key;
}
}
else if (s is HeatMapSeries h)
{
if (zAxis != null)
{
h.ColorAxisKey = zAxis.Key;
}
}
else if (s is RectangleSeries r)
{
if (zAxis != null)
{
r.ColorAxisKey = zAxis.Key;
}
}
}
}
// Export a model.
if (bp.ContainsKey("OutFile"))
{
ModelExporter.Export(model, outFile, outWidth, outHeight, svgIsDocument);
}
// Show a model in the window;
if (show)
{
var window = CreateWindow(reuseWindow);
window.Dispatcher.Invoke(() => {
window.Content = new OxyPlot.Wpf.PlotView()
{
Model = model
};
if (!reuseWindow && string.IsNullOrEmpty(window.Title))
{
window.Title = MyInvocation.Line;
}
});
}
// Return a model.
if (asPlotView)
{
OxyPlot.Wpf.PlotView e = null;
PlotViewDispatcherHolder.Get().Invoke(() => {
e = new OxyPlot.Wpf.PlotView()
{
Model = model
};
});
WriteObject(e);
}
else
{
if (passThru || (!bp.ContainsKey("OutFile") && !show))
{
WriteObject(model);
}
}
}
