$1$-String $B_1$-VPG Representations of Planar Partial $3$-Trees and Some Subclasses

June 24, 2015 Β· Declared Dead Β· πŸ› Canadian Conference on Computational Geometry

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Authors Therese Biedl, Martin Derka arXiv ID 1506.07246 Category cs.CG: Computational Geometry Cross-listed cs.DM, cs.DS Citations 6 Venue Canadian Conference on Computational Geometry Last Checked 2 months ago
Abstract
Planar partial $3$-trees are subgraphs of those planar graphs obtained by repeatedly inserting a vertex of degree $3$ into a face. In this paper, we show that planar partial $3$-trees have $1$-string $B_1$-VPG representations, i.e., representations where every vertex is represented by an orthogonal curve with at most one bend, every two curves intersect at most once, and intersections of curves correspond to edges in the graph. We also that some subclasses of planar partial 3-trees have L-representations, i.e., a $B_1$-VPG representation where every curve has the shape of an L.
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