void test1() 
{ 
	uint iWksCount = Project.WorksheetPages.Count(); 
	vector<string> vWksName(iWksCount); 
	int ii=0; 
	foreach (WorksheetPage pg in Project.WorksheetPages) 
	{ 
		vWksName[ii++] = pg.GetName(); 
	} 
	
	// Create result worksheet here
	Worksheet wksResults; 
	wksResults.Create("C:\Documents and Settings\SunriseResults.otw"); 
	wksResults.GetPage().Rename("Results"); 
	// Make sure your result worksheet has enough cols to hold all parameter values
	// If not, add new columns using worksheet AddCol method here
	
	
	for (ii=0; ii<iWksCount; ii++) 
	{ 
		Worksheet wks= vWksName[ii]; 
		Curve crvData(wks, 0, 1); 

		GraphPage gpg; 
		gpg.Create("C:\Documents and Settings\Sunrise NRU.OTP"); 
		gpg.Rename("Graph"+vWksName[ii]);//name Graph after Condensate 
		GraphLayer gly = gpg.Layers(); 
		gly.AddPlot(crvData, IDM_PLOT_SCATTER); 
		gly.Rescale(); 

		using NLSF = LabTalk.NLSF; 
		NLSF.Init(); 
		NLSF.PasteToPlot(0); 
		NLSF.Func$="DoseResp"; 
		NLSF.FitData$=crvData.GetName(); 
		NLSF.Execute("parainit"); 
		NLSF.p1=0; 
		NLSF.p2=100; 
		NLSF.p3=1.5; 
		NLSF.p4=-3; 
		NLSF.IterateEx(100); 
		//
		// put in another iterateex statement to ensure converegence
		// this is equivalent to clicking the 100Iter button another time in the GUI
		NLSF.IterateEx(100); 
		//
		//
		NLSF.ParamWks("Param"+vWksName[ii]); 
		NLSF.End(4); 
		
		// Write wks name and parameters to result worksheet here
		wksResults.SetCell(ii, 0, vWksName[ii]);
		// now parameters
		wksResults.SetCell(ii, 1, NLSF.p1);
		wksResults.SetCell(ii, 2, NLSF.p2);
		// etc, for other parameters
	} 
}