SoCentroidProcessing2d Class Reference
[Hit-Or-Miss And Skeleton]
SoCentroidProcessing2d engine
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#include <ImageViz/Engines/MathematicalMorphology/HitOrMissAndSkeleton/SoCentroidProcessing2d.h>
Public Member Functions | |
| SoCentroidProcessing2d () | |
Public Attributes | |
| SoSFImageDataAdapter | inBinaryImage |
| SoImageVizEngineOutput < SoSFImageDataAdapter, SoImageDataAdapter * > | outImage |
Detailed Description
SoCentroidProcessing2d engine
The SoCentroidProcessing2d engines computes the centroid of object.
For an object without holes, the centroid is a unique point. For an object with holes, the centroid is made of rings surrounding each hole, as in Figure 1. The SoCentroidProcessing2d engine performs successive thinnings with rotations and until convergence, using the D configuration:
![\[\begin{array}{ccc} 0 & \times & \times\\ 0 & \bullet & \times\\ 0 & 0 & \times \end{array} ~~~ \mbox{followed by} ~~~~ \begin{array}{ccc} \times & 0 & \times\\ 0 & \bullet & 1\\ \times & 0 & \times \end{array} \]](form_573.png)
where 
means "don't care".
Do not confuse the centroid with a classical center of gravity, which may be outside the object as in the case of a boomerang-shaped particle. However, for quasi-convex objects the centroid is very close to the centre of gravity.
Figure 1: Centroid
FILE FORMAT/DEFAULT
- CentroidProcessing2d {
| inBinaryImage | NULL |
Library references: centroid
Constructor & Destructor Documentation
| SoCentroidProcessing2d::SoCentroidProcessing2d | ( | ) |
Constructor.
Member Data Documentation
The input binary image.
Default value is NULL. Supported types include: binary color image.
The output image.
Default value is NULL. Supported types include: grayscale binary label color image.
The documentation for this class was generated from the following file:
- ImageViz/Engines/MathematicalMorphology/HitOrMissAndSkeleton/SoCentroidProcessing2d.h