Fully compatible with .NET environments and includes an ActiveX component for older or specific applications.
While long-time developers may still affectionately refer to it as VectorDraw Standard, the represents the mature evolution of that early concept. It took the simplicity of the original ActiveX control and scaled it up to meet the demands of modern 3D engineering and high-performance .NET applications.
// Create and configure the VDF control vdfControl = new vdFramedControl(); vdfControl.Dock = DockStyle.Fill; this.Controls.Add(vdfControl);
To support modern cloud infrastructure, VDF includes a HTML5/JavaScript edition. This allows developers to render, edit, and manipulate complex CAD drawings directly within any modern web browser without requiring client-side plugins. Fully compatible with
In an era where applications must run on desktops, browsers, and mobile devices, VDF's cross-platform architecture is a major asset. The framework goes beyond traditional Windows development with its —a pure JavaScript engine that runs on any platform supporting the HTML5 standard, including Windows, Android, iOS, and Linux. This means developers can write core logic once and deploy it across desktop applications (WinForms, WPF) and web browsers with minimal latency. VDF's unique VDML intermediate language acts as a bridge, ensuring that a complex vector drawing rendered on a browser is nearly as fast as on a native desktop application.
The VectorDraw Developer Framework CAD offers a comprehensive set of APIs and tools that make it easy to integrate CAD functionality into your applications. The framework is well-documented, with detailed guides, tutorials, and sample code to help developers get started quickly.
Combining VDF, web libraries, and rendering engines (vdRay) reduces the need to purchase multiple, separate components. // Create and configure the VDF control vdfControl
using System; using VectorDraw.Professional.vdObjects; using VectorDraw.Geometry; namespace VectorDrawCADIntegration public class CadManager public void CreateSampleGeometry(vdDocument document) // Begin an undo transaction to optimize memory and undo stacks document.UndoHistory.StartGroup("CreateSampleGeometry"); // Define starting and ending 3D coordinates gPoint startPoint = new gPoint(0.0, 0.0, 0.0); gPoint endPoint = new gPoint(150.0, 100.0, 0.0); // Initialize a native VectorDraw Line entity vdLine line = new vdLine(); line.SetUnRegisterDocument(document); line.set_Defaults(); // Assign structural and geometric attributes line.StartPoint = startPoint; line.EndPoint = endPoint; line.PenColor.SystemColor = System.Drawing.Color.Red; line.LineWeight = VectorDraw.Professional.Constants.VdLineWeight.lw_050; // Add the created line to the Model Space collection document.Model.Entities.AddItem(line); // End the transaction and force the UI canvas to redraw the graphics pipeline document.UndoHistory.EndGroup(); document.Redraw(true); Use code with caution. Deployment and Licensing Models
| | Supported Formats | Notes | | :--- | :--- | :--- | | CAD Formats | DWG (up to AC1032/AutoCAD 2023), DXF, DGN (v8), SKP (up to v13), IFC (up to IFC4) | Imports/exports most major CAD formats, ensuring compatibility with legacy and modern files. | | Vector Formats | VDML, VDCL, VDS, PDF, SVG, WMF, EMF, HPGL, OBJ, DAE, PLY | Includes native PDF/SVG export and 3D model formats like OBJ. | | Raster/Image Formats | BMP, JPG, TIFF, GIF, PNG, TGA, ICO | Supports a wide range of raster images for embedding and processing. | | Point Cloud Formats | LAS, LAZ (Lidar point cloud data) | Newer support for handling large point cloud datasets directly. |
Wireframe, Hidden Line, Shaded, and Rendered views. In its early iterations
Through its web and multi-platform wrappers, applications built with the VDF engine can be deployed onto mobile devices, enabling field engineers and architects to view and annotate blueprints on iOS and Android tablets. Use Cases: Who Uses VDF?
VectorDraw Developer Framework is packed with features that rival industry leaders like AutoCAD.
In its early iterations, VectorDraw Standard focused primarily on rendering basic 2D vector shapes, managing simple layers, and handling lightweight graphics tasks. As software demands grew, developers required more than just static shapes; they needed 3D rendering, complex geometric calculations, native CAD format support, and cross-platform compatibility.
This simple example demonstrates how to drop a full-featured CAD viewer and editor into your application with just a few lines of code.
The modern VDF suite functions as an "all-in-one" solution broken down into dedicated functional libraries: VectorDraw Developer Framework CAD (formely ... - Softpedia