inra.ijpb.measure.region2d

Class GeodesicDiameter.Result

java.lang.Object

inra.ijpb.measure.region2d.GeodesicDiameter.Result

Enclosing class:

GeodesicDiameter

public class GeodesicDiameter.Result
extends Object

Inner class used for representing results of geodesic diameters computations. Each instance corresponds to a single region / particle.

Author:

dlegland

Field Summary

Fields

Modifier and Type	Field and Description
double	diameter The geodesic diameter of the region
Point2D	firstExtremity The first geodesic extremity found by the algorithm.
Point2D	initialPoint The initial point used for propagating distances, corresponding the center of one of the minimum inscribed circles.
double	innerRadius The radius of the largest inner circle.
List<Point2D>	path The largest geodesic path within the particle, joining the first and the second geodesic extremities.
Point2D	secondExtremity The second geodesic extremity found by the algorithm.

Constructor Summary

Constructors

Constructor and Description
Result()

Method Summary

Modifier and Type	Method and Description
GeodesicDiameter.Result	recalibrate(ij.measure.Calibration calib) Computes the result corresponding to the spatial calibration.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

diameter

public double diameter

The geodesic diameter of the region

initialPoint

public Point2D initialPoint

The initial point used for propagating distances, corresponding the center of one of the minimum inscribed circles.

innerRadius

public double innerRadius

The radius of the largest inner circle. Value may depends on the chamfer weihgts.

firstExtremity

public Point2D firstExtremity

The first geodesic extremity found by the algorithm.

secondExtremity

public Point2D secondExtremity

The second geodesic extremity found by the algorithm.

path

public List<Point2D> path

The largest geodesic path within the particle, joining the first and the second geodesic extremities. Its computation is optional.

Constructor Detail

Result

public Result()

Method Detail

recalibrate

public GeodesicDiameter.Result recalibrate(ij.measure.Calibration calib)

Computes the result corresponding to the spatial calibration. The current result instance is not modified.

Parameters:

calib - the spatial calibration of an image

Returns:

the result after applying the spatial calibration