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// Initialize an instance of the ImageVectorizer class
var vectorizer = new Aspose.Svg.ImageVectorization.ImageVectorizer
{
    // Set configuration
    Configuration =
    {
        // Set path builder
        PathBuilder = new Aspose.Svg.ImageVectorization.BezierPathBuilder {
            // Set trace smoother
            TraceSmoother = new Aspose.Svg.ImageVectorization.ImageTraceSmoother(1),

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// Load input SVG file
using (var document = new Aspose.Svg.SVGDocument(Path.Combine(dataDir, "smiley.svg")))
{
    // Specify XPSRenderingOptions
    var options = new Aspose.Svg.Rendering.Xps.XpsRenderingOptions()
    {
        // Set PDF page size, margins, etc.
        PageSetup =
        {

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// Load image
com.aspose.imaging.Image image = com.aspose.imaging.Image.load("aspose-logo.png");

// Cache image data
if (!image.isCached())
{
    image.cacheData();    
}
    
// Specify width and height

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// Load Excel file
Workbook book = new Workbook("input.xlsx");

// Get the reference of the desired worksheet
Worksheet sheet = book.Worksheets[0];

// Set image options
Aspose.Cells.Rendering.ImageOrPrintOptions options = new Aspose.Cells.Rendering.ImageOrPrintOptions();
options.HorizontalResolution = 200;
options.VerticalResolution = 200;

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// Initialize a MemoryStream to hold output document
MemoryStream stream = new MemoryStream();

// Load input PUB file
Aspose.Pub.IPubParser parser = Aspose.Pub.PubFactory.CreateParser("input.pub");

// Parse the input publisher file
Aspose.Pub.Document doc = parser.Parse();

// Convert the PUB file to PDF and save result in a MemoryStream

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// Create a new diagram 
int pageNumber = 0;
String rectangleMaster = "Process", decisionMaster = "Decision", connectorMaster = "Dynamic connector"; 

Diagram diagram = new Diagram("XANFLOWCHARTNEW.vss"); 

double width = 1, height = 1, pinX = 4, pinY = 10; 
long process1 = diagram.addShape(pinX, pinY, width, height, rectangleMaster, 0); 
Shape processShape1 = diagram.getPages().getPage(pageNumber).getShapes().getShape(process1); 

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// Load a PSD file
com.aspose.psd.Image image = com.aspose.psd.Image.load("sample.psd");

// Define the compression method
com.aspose.psd.imageoptions.PsdOptions options = new com.aspose.psd.imageoptions.PsdOptions();
options.setCompressionMethod(com.aspose.psd.fileformats.psd.CompressionMethod.Raw);

// Save compressed PSD image
image.save("compressed.psd", options);

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// Load the document into Aspose.Note.
com.aspose.note.Document doc = new com.aspose.note.Document("Aspose.one");

// Create PdfSaveOptions class object
com.aspose.note.PdfSaveOptions options = new com.aspose.note.PdfSaveOptions();

// Save the output PDF Document
doc.save("NoteToPDF.pdf", options);

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// Load input STL image
using (var cadImage = (Aspose.CAD.FileFormats.Stl.StlImage)Aspose.CAD.Image.Load(dataDir + "input.stl"))
{
    // Initialize SvgOptions class instance
    Aspose.CAD.ImageOptions.SvgOptions svgOptions = new Aspose.CAD.ImageOptions.SvgOptions();

    string outPath = dataDir + "STLtoSVGtest.svg";

    // Convert STL to SVG
    cadImage.Save(outPath, svgOptions);

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// Load the FBX file to be converted
Scene scene = new Scene(dataDir + "Test1.fbx");

// Save in wavefront OBJ file format            
scene.Save(dataDir + "output.obj", FileFormat.WavefrontOBJ);