SuperD employs the popular SubD interface for a fast learning curve and for intuitive creation of original models, or to access the existing SubD legacy of models, but using his approach, says Rockwood, SuperD can produce high-quality (mostly C2) surfaces, no extraordinary points, regular triangulations without cracks, without patch clusters, and enables points, creases, darts and rounded edges of any degree of sharpness. It also has strong implications for cloud computing.” “It has better quality surfaces, is faster, than any design approach I know on mobiles. “SuperD is for high quality sculptured surfaces,” says Rockwood. The SuperD model converts to Rhino B-spline model with a single button click. Also included are tools for extending the model through extrusion, subdivision, duplication, and deletion. The 3D editing tools include all Rhino gumball operations. SuperD also fosters original creation of organic objects through its own, simple to use toolbar. This latest version interfaces with the full suite of Rhino applications. Import of OBJ files allows users to download thousands of existing SubD models to produce higher quality, more efficient surfaces. The output is smooth (C2 continuous in tech jargon) and watertight.
There are no troublesome extraordinary point (dimples), irregular triangulations, or patch clusters, says Boulder Graphics chief scientist & founder Alyn Rockwood, PhD. The plug-in employs the popular recursive subdivision (SubD) interface and produces smoother and more organic surfaces.
Employs recursive subdivision for superior surfaces.īoulder Graphics has just released a version of their super-fast, and small (SW) footprint recursive subdivision (SubD) interface, SuperD for Rhino3D version 6, which is a 3D modeler for conceptual design.
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