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paperarXivTrust 82 · PrimaryPublished 2d agoLive · 20h ago

SuperFlex: Deformable Superquadrics for Point Cloud Decomposition

Superquadrics have proven to provide a compact, geometrically meaningful representation for 3D objects. However, existing methods suffer from limited reconstruction accuracy, are restricted to rigid primitives, and lack robustness to partial point clouds. In this work, we present SuperFlex, an enhanced framework that expands the expressive power and applicability of superquadric decompositions. First, we introduce a novel loss formulation which significantly improves reconstruction accuracy. Second, we include bending and tapering deformations, enabling high-fidelity representation of curved a

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  • Linked via arxiv authorGabriel Tavernini

    SuperFlex: Deformable Superquadrics for Point Cloud Decomposition

  • Linked via arxiv authorElisabetta Fedele

    SuperFlex: Deformable Superquadrics for Point Cloud Decomposition

  • Linked via arxiv authorTiago Novello

    SuperFlex: Deformable Superquadrics for Point Cloud Decomposition

  • Linked via arxiv authorLeonidas Guibas

    SuperFlex: Deformable Superquadrics for Point Cloud Decomposition

  • Linked via arxiv authorMarc Pollefeys

    SuperFlex: Deformable Superquadrics for Point Cloud Decomposition

  • Linked via arxiv authorFrancis Engelmann

    SuperFlex: Deformable Superquadrics for Point Cloud Decomposition

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