This makes it a fitting tool where overarching symmetry and uniform design results must be created fast. Uniformity: SubD performs well when designing organic shapes and where little variation is required (hence why it was primarily created for animated cartoons).

Once the user is familiar with the software, results can be achieved with substantial time savings, especially when compared to other tools, like NURBS. Time efficiency: Subdivision modeling was developed as a quick approach to sketching.Also, SubD has similarities with polygon modeling, so again the familiarity factor is a plus.

For many designers, SubD is the go-to or default solution whenever an object cannot be easily modeled with NURBS CAD, for example in the case of styling surfaces.

Convenience and familiarity: The intuitive nature of sketching in SubD makes it a convenient choice for designers who are familiar with NURBS CAD tools.

The main advantages of this technique include: Its use has expanded beyond character animation into other industries, including industrial and automotive design. SubD has quickly gained popularity due to the time saving properties it offers. The technology has been incorporated into a number of software tools that are routinely used in design tasks, from Blender to Autodesk Maya. With SubD modeling, different shapes can be achieved by manipulating control points through different push and pull actions. The technique comes from character design and was originally introduced by animation studio Pixar as a faster way to model animated characters and CGI. Subdivision surface modeling is a concept that many designers will be familiar with, since this technology represents the state of the art in digital modeling. Â© Tsiumpa / An overview of SubD modeling

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