Pushpins for Edit Propagation

Marlon Mylo and Reinhard Klein
In proceedings of International Conference on Computer Graphics, Visualization and Computer Vision (to appear), 2017
 

Abstract

In this paper we present an approach for stroke-input based foreground estimation of measured materials with a near regular structure. To enable extraction of high-quality editing masks even from difficult materials, we combine a state of the art lattice-detection algorithm with a novel frequency convolution scheme, which we call pushpins. Despite being highly specialized, we consider this use-case as important for material design. A comparison with other state of the art editing and material recognition approaches will give proof of the robustness and ability of our algorithm.

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Bibtex

@INPROCEEDINGS{mylo-2017-pushpins,
     author = {Mylo, Marlon and Klein, Reinhard},
      title = {Pushpins for Edit Propagation},
  booktitle = {International Conference on Computer Graphics, Visualization and Computer Vision (to appear)},
       year = {2017},
   abstract = {In this paper we present an approach for stroke-input based foreground estimation of measured
               materials with a near regular structure. To enable extraction of high-quality editing masks even
               from difficult materials, we combine a state of the art lattice-detection algorithm with a novel
               frequency convolution scheme, which we call pushpins. Despite being highly specialized, we consider
               this use-case as important for material design. A comparison with other state of the art editing and
               material recognition approaches will give proof of the robustness and ability of our algorithm.}
}