LEDA, a Platform for Combinatorial and Geometric Computing*
Stefan Naeher
University of Trier
Ease of Use•Extensibility•Correctness•Availability and Usage
42.3Data Structures and Data Types
Basic Data Types•Numbers and Matrices•Advanced Data Types•Graph Data Structures•Geometry Kernels•Advanced Geometric Data Structures
Word Count•Shortest Paths•Curve Reconstruction•Upper Convex Hull•Delaunay Flipping•Discussion
LEDA, the Library of Efficient Data Types and Algorithms, aims at being a comprehensive software platform for the area of combinatorial and geometric computing. ...
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