SetUnits("Kips & Inches");

//define where the CAD files are located
var source = @"C:\Users\your.login\Desktop\ShapeBuilder\ToProcess";
//define where to save the generated ShapeBuilder files, repord pdfs, and section property table
var results = @"C:\Users\your.login\Desktop\ShapeBuilder\Processed\";
//create the result folder if it doesn't already exist
Directory.CreateDirectory(results);

//get a material (from the dialog) for all the imported shapes, 
//if you know the path to the material, you could skip the dialog and just "hard code" it below
var material = PickMaterial();

int count = 0;
foreach(var file in GetCADFiles(source))
{
    //file path, import scale, arc divisions, material, cad layer (null for all layers)
    ImportCAD(file, 1.0, 10, material, null); 
    
    await SimpleAnalysis();
    ZeroCentroid();
    
    GenerateDimensions();
    UnselectAll();
    ZoomExtents();
    
    //the following is only needed if you want advanced (torsion) shape properties
    //otherwise just await the SimpleAnalysis here
    SetMesh(4.0); //result convergence at this setting would need to be checked
    await AdvancedAnalysis();
    
    //add tables to the report
    AddTable("Sketch View");
    AddTable("Geometric Properties");
    AddTable("Overall Properties");
    AddTable("Principal Properties");
    AddTable("Torsion Properties");
    
    //save the shapebuilder file, a pdf of the report, and update the section properties table
    var fileName = Path.GetFileNameWithoutExtension(file);
    SaveAs($"{results}{fileName}{".sbf"}");    
    ExportReport($"{results}{fileName}{".pdf"}");    
    AppendResults($"{results}{"Table.txt"}");
    
    //clear the project before importing the next shape
    SelectAllShapes();
    DeleteSelected();
    count++;
}
$"Processed {count} files."