AddPlot AddPlot adjust_labels AdjustLabels AllPlotData AllPlotInfo axes_rgb Clear ClientMTReceive desclen dynXMax dynXMin dynYMax dynYMin fixXMax fixXMin fixYMax fixYMin grid_rgb grid_show legend_h legend_posx legend_posy legend_show legend_w LegendActor line_width marker_size marker_types New NextPlotInfo num_curves num_gridlines num_plots nxlabels nylabels PlotGrid PlotState RTBuildAllVTKPipelines RTPreRender ServerRTSend SetAxesColor SetGridColor SetLegendPosition SetLegendSize SetLineWidth SetMarkerSize SetNumberOfXLabels SetNumberOfYLabels SetPlotColor SetPlotLegend SetPlotLineType SetPlotMarkerType SetTitle SetXAxisLabelFormat SetXRange SetXTitle SetYAxisLabelFormat SetYRange SetYTitle ShowGrid ShowLegend SubClassName title XGridLines xlabel_format xtitle XYPlot XYPlotActor YGridLines ylabel_format ytitle

template<typename V > void vtkfig::XYPlot::AddPlot ( const V &  x, const V &  y  ) inline Add a pair of x/y data to the figure. Template Parameters V Vector class counting from zero with member functions size() and operator[]. std::vector will work. Parameters x vector of x values y vector of y values Definition at line 285 of file vtkfigXYPlot.h. { while (num_plots>=AllPlotData.size()) { AllPlotData.emplace_back(XYPlotActor,num_curves); } auto plot=AllPlotData[num_plots]; int N=x.size(); assert(x.size()==y.size()); plot.X->SetNumberOfTuples(N); plot.Y->SetNumberOfTuples(N); double xmin=1.0e100; double xmax=-1.0e100; double ymin=1.0e100; double ymax=-1.0e100; for (int i=0; i<N; i++) { plot.X->InsertTuple1(i,x[i]); plot.Y->InsertTuple1(i,y[i]); xmin=std::min(xmin,x[i]); ymin=std::min(ymin,y[i]); xmax=std::max(xmax,x[i]); ymax=std::max(ymax,y[i]); } PlotState.dynXMin=std::min(xmin,PlotState.dynXMin); PlotState.dynXMax=std::max(xmax,PlotState.dynXMax); PlotState.dynYMin=std::min(ymin,PlotState.dynYMin); PlotState.dynYMax=std::max(ymax,PlotState.dynYMax); AddPlot(); } Here is the call graph for this function: