The freeform shape can be designed in the Sub-D system and it can be detailed in the CAD system. With this workflow, Sub-D modeling systems can become front end freeform or conceptual design systems for Mechanical CAD and Architectural CAD systems. ![]() Should visual verification be required for the export process, SubD-NURBS also contains various tools for both polygonal and wireframe display of the resulting NURBS objects. Meshes which are not closed will be exported as Shell Boundary Representations. Meshes which are closed solids will be exported as Solid Boundary Representations in these formats. SubD-NURBS contains export tools for the most common standard NURBS formats (STEP, IGES, SAT, and Rhino's 3DM). For example, SubD-NURBS provides the ability to export Sub-D models into standard CAD formats (in their native, precise NURBS formats). Adding SubD-NURBS to your Sub-D based modeling system will provide unique functionality that will save your customers time and money. If you have a Sub-D modeling system, you can greatly increase its usefullness within your customer's workflow by integrating the SubDNURBS library. ![]() For more information on why integration of Sub-D and NURBS is so important look at the Sub-D/NURBS Background. This video tutorial shows an example of how SubD-NURBS could work in a hybrid modeling system. The value of the SubDNURBS library can be viewed through several different work flow scenarios as a NURBS Export Tool on a Sub-D System, as a Sub-D Import Tool on a NURBS System, as an enabling technology integrating Sub-D and NURBS in a hybrid modeling system. If you want a competitive advantage that will yield a significant savings of time and money to your customers, SubD-NURBS is the tool for you. SubD-NURBS is a unique and revolutionary software library that can integrate with 3D modeling systems to provide advanced integration tools that are unavailable in other 3D modeling systems.
0 Comments
Leave a Reply. |