void addplot(string graphname, int plottyp, int form, int color, Worksheet *ptrwks, int x1, int y1, string curvelabel, int keep = 1, int symbolsize = 3, int xscale = 1, string directory = "none", int layernumber = 0, int xscaletype = 0, string xlabel = "%(?X)", string ylabel = "%(?Y)")
{
	PageBase pb = Project.Pages(graphname); 
	GraphPage gp;
	
	int newgp = 0;
	// Überürüfung ob ein solches Fenster existiert.
	if( pb.IsValid() )
	{
		if(keep >= 1)
		{
			gp = pb;
		}
		if(keep == 0)
		{
			pb.Destroy();
		}
	}

	if( !pb.IsValid() )
	{
		gp.Create("Origin");
		gp.SetName(graphname);
		newgp = 1;
	}
	
	GraphLayer gl = gp.Layers(layernumber);
	
	if(newgp != 0)
	{
		GraphObject grXL = gl.GraphObjects("XB"); // Get X axis label
		GraphObject grYL = gl.GraphObjects("YL"); // Get Y axis label
	
		grXL.Text = xlabel;
		grYL.Text = ylabel;
	}
	// DataRange für plotten der Messdaten
	DataRange grafikdata1;
	grafikdata1.Add(*ptrwks,x1,"X");
	grafikdata1.Add(*ptrwks,y1,"Y");
	
	int iPlots = 0;

	foreach(DataPlot dp in gl.DataPlots)
	{
		iPlots++;
	}
		
	int nPlotIndex = gl.AddPlot(grafikdata1, plottyp);
	
	Tree tr0,tr1;
	
	tr0.Root.Axes.X.Labels.BottomLabels.DivideByFactor.dVal = xscale;
	tr0.Root.Axes.X.Scale.Type.nVal = xscaletype;
	
	if(xscale == 60)
	{
		tr0.Root.Axes.X.Scale.IncrementBy.nVal = 0;
		tr0.Root.Axes.X.Scale.Value.dVal = 600;
	}
	else if(xscale == 3600)
	{
		tr0.Root.Axes.X.Scale.IncrementBy.nVal = 0;
		tr0.Root.Axes.X.Scale.Value.dVal = 3600;
	}
	tr1.Root.Symbol.Size.nVal = symbolsize; // Size of symbol
	tr1.Root.Symbol.Shape.nVal = form;
	
	GraphObject go;
	go = gl.GraphObjects("Legend");

	string temp;
	temp = go.Text;
	if(iPlots == 0)
	{
		go.Text = "\l(" + (nPlotIndex+1) + ")\c"+ (color+1) + "(" + curvelabel + ")";
	}
	else
	{
		go.Text = go.Text + "\n\l(" + (nPlotIndex+1) + ")\c"+ (color+1) + "(" + curvelabel + ")";
	}
	
	if(layernumber == 1)
	{
		go = gp.Layers(0).GraphObjects("Legend");
		
		go.Show = 0;
		
		go = gl.GraphObjects("XB"); // Get X axis label
		
		go.Show = 0;
		
	}
	
	DataPlot dp1 = gl.DataPlots(nPlotIndex);
	dp1.SetColor(color,TRUE);	
	
	bool bRet;
	
	if(color == -9)
	{
		gp.Layers(layernumber).GroupPlots(0);
	}

	if( 0 == dp1.UpdateThemeIDs(tr1.Root))
	{
		bRet = dp1.ApplyFormat(tr1, true, true);
	}
	
	if(gp.Layers(layernumber).UpdateThemeIDs(tr0.Root) == 0)
	{
		gp.Layers(layernumber).ApplyFormat(tr0, true, true);
	}
	
	if(nPlotIndex >= 0)
	{
		gl.Rescale();
	}
	
	PageBase pb2 = Project.Pages(graphname);
	
	if( directory != "none")
	{
		Folder fldroot = Project.RootFolder;
		Folder fldpb = pb2.GetFolder();
	
		BOOL nRet = fldpb.Move(graphname,fldroot.GetPath() + directory);
	}
}

void AccessTicks(){    
	GraphPage gp = Project.Pages();
	GraphLayer gl = gp.Layers(0);      
    Tree trFormat;
    trFormat = gl.GetFormat(FPB_ALL, FOB_ALL, TRUE, TRUE);
	trFormat.Root.Axes.Y.Labels.LeftLabels.NumericFormat.nVal = 1; // tick label scientific notation. 	
    bool bRet = gl.ApplyFormat( trFormat, true, true, true ); 
    if( !bRet )        
    	out_str("Fail to update graph format!!!");   
    	
    gl = gp.Layers(1);    
    trFormat = gl.GetFormat(FPB_ALL, FOB_ALL, TRUE, TRUE);
	trFormat.Root.Axes.Y.Labels.RightLabels.show.nVal = 0; // hide right axis tick labels.     	
    bRet = gl.ApplyFormat( trFormat, true, true, true ); 
    if( !bRet )        
    	out_str("Fail to update graph format!!!");   
}