Traditionally schematized maps make extensive use of curves. However, automated methods for schematization are mostly restricted to straight lines. We present a generic framework for topology-preserving curved schematization that allows a choice of quality measures and curve types. Our fully-automated approach does not need critical points or salient features. We illustrate our framework with Bézier curves and circular arcs
We describe an area-preserving subdivision schematization algorithm: the area of each region in the ...
A framework to validate and generate curved nodal high-order meshes on Computer-Aided Design (CAD) s...
Many map features, such as administrative borders, coastlines, roads or rivers, are conventionally r...
Traditionally schematized maps make extensive use of curves. However, automated methods for schemati...
Traditionally schematised maps make extensive use of curves. However, automated methods for schemati...
Hand-drawn schematized maps traditionally make extensive use of curves. However, there are few autom...
Hand-drawn schematized maps traditionally make extensive use of curves. However, there are few autom...
We present an algorithm to compute schematic maps with circular arcs. Our algorithm iteratively repl...
In this article, we study automated simplification and schematization of territorial outlines. We pr...
For both the Fréchet distance and the symmetric difference, we show that finding the simple polygon ...
We describe an area-preserving subdivision schematization algorithm: the area of each region in the ...
A framework to validate and generate curved nodal high-order meshes on Computer-Aided Design (CAD) s...
Many map features, such as administrative borders, coastlines, roads or rivers, are conventionally r...
Traditionally schematized maps make extensive use of curves. However, automated methods for schemati...
Traditionally schematised maps make extensive use of curves. However, automated methods for schemati...
Hand-drawn schematized maps traditionally make extensive use of curves. However, there are few autom...
Hand-drawn schematized maps traditionally make extensive use of curves. However, there are few autom...
We present an algorithm to compute schematic maps with circular arcs. Our algorithm iteratively repl...
In this article, we study automated simplification and schematization of territorial outlines. We pr...
For both the Fréchet distance and the symmetric difference, we show that finding the simple polygon ...
We describe an area-preserving subdivision schematization algorithm: the area of each region in the ...
A framework to validate and generate curved nodal high-order meshes on Computer-Aided Design (CAD) s...
Many map features, such as administrative borders, coastlines, roads or rivers, are conventionally r...