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DGtal
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DGtal
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DGtal - Digital Geometry Tools and Algorithms Library.
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Overview
DGtal python binding
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Tutorials
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Shortcuts (for the impatient developper)
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Preliminaries
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Base package
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Kernel package
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Arithmetic package
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Geometry package
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Analysis of one-dimensional discrete structures
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Digital straight lines and segments
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Fréchet Shortcuts
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Alpha-thick Segment Recognition
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Digitization of 3D parametric curves
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Plane recognition and plane width computation
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Detailed explanation of COBA plane recognition algorithm
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Integral invariant curvature estimator 2D/3D
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Local digital surface estimators from surfel functors
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Digital Voronoi Covariance Measure and geometry estimation
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Plane-probing based normal estimators
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Maximal segments and slices of digital surface based normal estimator
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Curvature measures on meshes and digital surfaces
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Metric Spaces, Digital Metric Spaces and Related Concepts
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nD Volumetric Analysis using Separable Processes
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nD Fast Marching Methods
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Digital convexity, full convexity and P-convexity
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Applications of full digital convexity
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Fully convex envelope, relative fully convex envelope and digital polyhedra
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Digital surface regularization by normal vector alignment
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Digital surface regularization using the Shrouds algorithm
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Implementation of geometric predicates
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Convex hull and alpha-shape in the plane
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QuickHull algorithm in arbitrary dimension for convex hull and Delaunay cell complex computation
Geometry Concepts
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Shapes package
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Topology package
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DEC package
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Graph package
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Unit test in DGtal using Catch
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Geometry Concepts
Author(s) of this documentation:
David Coeurjolly, Jacques-Olivier Lachaud
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DGtal - Digital Geometry Tools and Algorithms Library.
Geometry package
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