Beyond Stippling — Methods for Distributing Objects on the Plane
За пределами точечной графики — методы распределения объектов на плоскости
2003-09-01
SCID: 54.1/3cad7g95
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Lloyd's methodcomputer stipplingobject distribution on the planepen-and-ink illustrationstippling with arbitrary shapes
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Abstract (AI)
Abstract Conventionally, stippling is an effective technique for representing surfaces in pen‐and‐ink. We present new efficientmethods for stipple drawings by computer. In contrast to already existing techniques, arbitrary shapes canbe used in place of dots. An extension of Lloyd's Method enables us to position small objects on a plane in a visuallypleasing form. This allows us to generate new illustration styles. Similar methods can be used for positioningobjects in other applications.
Key Findings
1
An extension of Lloyd’s Method positions small objects on a plane in a visually pleasing arrangement.
2
The approach enables new illustration styles and may also support object-placement tasks in other applications.
3
The paper introduces efficient computational methods for generating stipple drawings and distributing objects across a plane.
4
Unlike conventional stippling techniques, the methods support arbitrary shapes instead of restricting representations to dots.
Research Object
small arbitrary-shaped objects distributed on a plane for stipple drawings and illustration
Research Subject
visually pleasing spatial distribution and positioning of the objects, including efficient computer-generated stippling and illustration styles
Publication Details
Publication Date
2003-09-01
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