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We present the first, to our knowledge, fully automatic method for the conversion of a general generative design to a watertight B-Rep composed of the exact residual geometry of the input solids and editable T-NURCC surfaces. The ...

• High-quality conversion method to obtain editable CAD models from generative designs.

• Mesh geometry integration in B-Rep CAD models by conversion to T-NURCC surfaces.

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We present a method for converting an open triangle mesh, whose boundary is constrained to a set of smooth curves, to a T-NURCC surface approximating seamlessly both the mesh and the curve geometry. The curves represent boundaries of B-...

The minimal sets within a collection of sets are defined as the ones that do not have a proper subset within the collection, and the maximal sets are the ones that do not have a proper superset within the collection. Identifying extremal sets is a ...

We present a method for scattered data approximation with subdivision surfaces which actually uses the true representation of the limit surface as a linear combination of smooth basis functions associated with the control vertices. A robust and fast ...

We present an extension of the anisotropic polygonal remeshing technique developed byAlliez et al. Our algorithm does not rely on a global parameterization of the mesh and therefore is applicable to arbitrary genus surfaces. We show how to exploit the ...

We present a method for scattered data approximation with subdivision surfaces which actually uses the true representation of the limit surface as a linear combination of smooth basis functions associated with the control vertices. This is unlike ...