Compatibility between Vectorworks and Revit
Vectorworks has expanded its interoperability capabilities by allowing the export of RVT (Revit files) and RFA (Revit Family files) formats. This development has facilitated smoother collaboration between professionals using Vectorworks and those working in Autodesk Revit, particularly for consultants. When Vectorworks objects are exported to Revit, they are converted into Direct Shape Type objects, preserving their geometry within the Revit environment.
Importing Vectorworks Files into Revit
To integrate a Vectorworks project into Revit, follow these steps:
- Prepare your files: Ensure your Vectorworks project is saved and correctly formatted for export.
- Open Revit: Launch your Revit software and open the project where you wish to import the Vectorworks data.
- Using the Insert tab:
- Navigate to the Insert tab in the main menu.
- Click on the Import CAD section.
- Select the file type: In the dialog box, choose the appropriate file format for your Vectorworks export (e.g., RVT or RFA).
- Locate your file: Find the Vectorworks file on your computer and select it.
- Review import options: Adjust any preferences for the import process as necessary, then click Open.
By following these steps, you should be able to successfully bring Vectorworks elements into your Revit project.
Supported File Types for Importing into Revit
Revit can handle a variety of file formats, making it versatile for various architecture, engineering, and construction workflows. Here’s a list of compatible formats you can import:
- AutoCAD Files: DWG and DXF formats are widely supported.
- MicroStation Files: DGN format can be integrated as well.
- SketchUp Models: Import designs from Trimble® SketchUp using SKP and DWG formats.
- Additional Formats: Other supported file types include SAT (ACIS solids) and 3DM files from Rhinoceros®.
By utilizing these formats, Revit enhances its usability in managing different datasets, increasing the flexibility of the design and planning process.
Comparison of Vectorworks and Revit
When comparing Vectorworks and Revit, it’s essential to consider their primary functions, usability, and user experience. Vectorworks is known for its flexibility, accommodating both Windows and Mac operating systems. Additionally, it is perceived to have a less complex learning curve, making it more accessible for beginners. On the other hand, Revit is tailored for Building Information Modeling (BIM) and provides extensive features for engineering applications.
Key differences include:
- Platform Availability: Vectorworks supports both Mac and Windows, while Revit is primarily Windows-based.
- User Support: Revit offers extensive live support options, which may be beneficial for professional environments.
- Cost: Generally, Vectorworks tends to be more affordable compared to Revit, which can be a consideration for smaller firms or individual practitioners.
Performing Object Imports into Vectorworks
Importing objects into Vectorworks is also straightforward. Follow these steps:
- Initiate the Import: Choose File > Import > Import OBJ (for 3D models).
- Select the File: Browse to locate the file you wish to import, then click Open.
- Finalizations: Confirm the import settings by clicking OK. The geometry will automatically become a mesh object within the Vectorworks environment.
Frequently Asked Questions
1. Can I work collaboratively between Vectorworks and Revit teams?
Yes, thanks to the ability to export and import RVT and RFA files, collaboration between Vectorworks and Revit users is greatly enhanced, making teamwork more efficient.
2. What types of projects benefit most from using both Vectorworks and Revit?
Projects that require strong architectural design elements alongside engineering and construction details can greatly benefit from the complementary features of both software.
3. Are there any limitations when importing Vectorworks files into Revit?
While Revit supports imported files from Vectorworks, some complex geometries or object details might not translate perfectly due to differences in how each software handles 3D models. Proper review and adjustments might be necessary post-import.
