Uses of Class
ini.trakem2.vector.VectorString3D

Uses of VectorString3D in ini.trakem2.vector

Methods in ini.trakem2.vector that return VectorString3D

Modifier and Type	Method and Description
VectorString3D	VectorString3D.chain(VectorString3D vs) Returns a new VectorString3D which is the result of the optimal chaining of this and the given VectorString.
static VectorString3D	VectorString3D.createInterpolated(Editions ed, double alpha)
VectorString3D	VectorString3D.createInterpolated(VectorString3D other, Editions ed, double alpha) Create an interpolated VectorString3D between this and the given one, with the proper weight 'alpha' which must be 0 <= weight <= 1 (otherwise returns null)
static VectorString3D	VectorString3D.createInterpolatedPoints(Editions ed, double alpha) Create a new VectorString3D which is the weighted average between the two VectorString3D that make the Editions.
static VectorString3D	VectorString3D.createInterpolatedPoints(Editions ed, double alpha, int first, int last) Create a new VectorString3D which is the weighted average between the two VectorString3D that make the Editions.
static VectorString3D	VectorString3D.createRandom(int length, double delta, boolean closed)
VectorString3D	VectorString3D.makeReversedCopy()
VectorString3D	VectorString3D.substring(int first, int last) Makes a substring starting at @param first (inclusive) and finishing at @param last (non-inclusive, aka last-1).

Methods in ini.trakem2.vector with parameters of type VectorString3D

Modifier and Type	Method and Description
VectorString3D	VectorString3D.chain(VectorString3D vs) Returns a new VectorString3D which is the result of the optimal chaining of this and the given VectorString.
VectorString3D	VectorString3D.createInterpolated(VectorString3D other, Editions ed, double alpha) Create an interpolated VectorString3D between this and the given one, with the proper weight 'alpha' which must be 0 <= weight <= 1 (otherwise returns null)
static double	VectorString3D.distance(VectorString3D vs1, int i, VectorString3D vs2, int j)
static double	VectorString3D.getAverageVectorLength(int[] i, VectorString3D[] vs)
boolean	VectorString3D.isNear(VectorString3D vs, double radius) Determine if any point of the given VectorString3D falls within a radius of any of the points in this VectorString3D.