Complexity measures for mosaic drawings
Graph Drawing uses a well established set of complexity measures to determine the quality
of a drawing, most notably the area of the drawing and the complexity of the edges. For
contact representations the complexity of the shapes representing vertices also clearly
contributes to the complexity of the drawing. Furthermore, if a contact representation does
not fill its bounding shape completely, then also the complexity of its complement is visually
salient. We study the complexity of contact representations with variable shapes, specifically …
of a drawing, most notably the area of the drawing and the complexity of the edges. For
contact representations the complexity of the shapes representing vertices also clearly
contributes to the complexity of the drawing. Furthermore, if a contact representation does
not fill its bounding shape completely, then also the complexity of its complement is visually
salient. We study the complexity of contact representations with variable shapes, specifically …
Complexity Measures for Mosaic Drawings
W Quirijn, B Speckmann… - WALCOM: Algorithms and …, 2017 - books.google.com
Graph Drawing uses a well established set of complexity measures to determine the quality
of a drawing, most notably the area of the drawing and the complexity of the edges. For
contact representations the complexity of the shapes representing vertices also clearly
contributes to the complexity of the drawing. Furthermore, if a contact representation does
not fill its bounding shape completely, then also the complexity of its complement is visually
salient. We study the complexity of contact representations with variable shapes, specifically …
of a drawing, most notably the area of the drawing and the complexity of the edges. For
contact representations the complexity of the shapes representing vertices also clearly
contributes to the complexity of the drawing. Furthermore, if a contact representation does
not fill its bounding shape completely, then also the complexity of its complement is visually
salient. We study the complexity of contact representations with variable shapes, specifically …
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