Code


Libraries


Description Main Reference Language Download
DGtal Digital Geometry Tools and Algorithms --- C++ go
OLENAImage processing, image recognition, and artificial vision --- C++ go
ORFEO Optical and Radar Federated Earth Observation --- C++ go
VIGRA Vision with Generic Algorithms --- C++ go
PINK PINK Image Processing Library --- C++ go

Grid, cells, structures and topology

and basic librairies to handle discrete objects...
Description Main Reference Language Download Snapshots submitted by
Simplevol a simple and powerful library to manipulate 3D images --- C++ go see 3D data set web page D.Coeurjolly
The Npic library provides types and functions in C language to manipulate bitmap images of dimension 2 to 6, and command line tools that give access to the library functions (drawing, distance transforms, medial axis, converting file formats, and more). Some computations are multi-threaded with OpenMP. --- C go   E. Thiel
Skeletonization for 2D binary data by curvature --- C go   A. Imiya
Boundary Extraction for 3D binary image by Distance Transformation --- C go A. Imiya
See also:

nD objects and recognition

Description Main Reference Language Download Snapshots submitted by
Multigrid discrete volume generator with signature (area, curvature...) based on Libvol --- C++ go see 3D data set web page D.Coeurjolly
Discrete Straight Line Segmentation based on Debled and Reveillès DSL [DEBLED 1995] C debled.c D.Coeurjolly
Digital plane recognition and digital plane preimage computation --- C go D.Coeurjolly
Fast Digital Plane Recognition
[GERARD 2003] C
go
  Y. Gerard,
I. Debled-Rennesson,
P. Zimmermann

Discrete distances and skeletons


Description Main Reference Language Download Snapshots submitted by
hLutChamfer3D is a two-phase method that determines if a G-symmetrical chamfer mask induces a norm and in this case, computes the lookup tables and the test neighborhood based on geometric properties of the chamfer balls. [Normand_2008] C
go
  N. Normand
Program to compute optimal coefficients of 3-D chamfer norms.
[FOUARD 2005] JAVA
go

C. Fouard
G. Malandain
[FOUARD 2005]
[MALANDAIN 2005]
C
go

G. Malandain
C. Fouard
3D Squared Euclidean Distance Transform in optimal time [SAITO_1994], [HIRATA_1996] and [MEIJSTER_2000] C++
go
  D. Coeurjolly
3D Discrete Voronoi diagram computation [SAITO_1994], [HIRATA_1996] and [MEIJSTER_2000] C++
go
  D. Coeurjolly
See also:

Features extraction and similarity measures

See also:

Miscellaneous

Description Main Reference Language Download Snapshots submitted by
QVox: A 3d volumetric data visualizer with some homotopic thinning algorithms.
  C
go
S. Fourey

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