Uses of Class
de.grogra.pointcloud.clustering.ClusterVector

Packages that use ClusterVector

Package	Description
de.grogra.pointcloud.clustering

Uses of ClusterVector in de.grogra.pointcloud.clustering

Methods in de.grogra.pointcloud.clustering that return ClusterVector

Modifier and Type	Method	Description
static ClusterVector	ClusterVector.addVectors(ClusterVector vector1, ClusterVector vector2)	Adds the values of both vectors and returns a third vector with the sum of both input vectors in each field of the output vector.
ClusterVector	ClusterVector.clone()	Clones this vector and returns the clone vector.
static ClusterVector	ClusterVector.getCrossProduct3(ClusterVector vector1, ClusterVector vector2)	Calculates and returns the cross product of two three dimensional vectors.
static ClusterVector	ClusterVector.multiplyWithScalar(ClusterVector vector, double scalar)	Multiplies the given scalar value with all values of the given vector and returns a new vector with all multiplication results as fields.
static ClusterVector	ClusterVector.subtractVectors(ClusterVector vector1, ClusterVector vector2)	Subtracts the values of both vectors and returns a third vector with the subtraction of the second vector from the first vector in each field of the output vector.
ClusterVector	ClusterPoint.toVector()	Converts this point to a vector and returns the vector.

Methods in de.grogra.pointcloud.clustering with parameters of type ClusterVector

Modifier and Type	Method	Description
static ClusterVector	ClusterVector.addVectors(ClusterVector vector1, ClusterVector vector2)	Adds the values of both vectors and returns a third vector with the sum of both input vectors in each field of the output vector.
static ClusterVector	ClusterVector.getCrossProduct3(ClusterVector vector1, ClusterVector vector2)	Calculates and returns the cross product of two three dimensional vectors.
double	ClusterPoint.getDistanceToLine(ClusterVector position, ClusterVector direction)	Returns the distance between this point and the given line (represented by a position vector and a direction vector).
double	ClusterPoint.getDistanceToPlane(ClusterVector position, ClusterVector normal)	Returns the distance between this point and the given plane (represented by a position vector and a normal vector).
static double	ClusterVector.getScalarProduct(ClusterVector vector1, ClusterVector vector2)	Calculates and returns the scalar product of both given vectors and throws an exception if the dimensions of both input vectors are different.
double	ClusterPoint.getSignedDistanceToPlane(ClusterVector position, ClusterVector normal)	Returns the signed distance between this point and the given plane (represented by a position vector and a normal vector).
static ClusterVector	ClusterVector.multiplyWithScalar(ClusterVector vector, double scalar)	Multiplies the given scalar value with all values of the given vector and returns a new vector with all multiplication results as fields.
static ClusterVector	ClusterVector.subtractVectors(ClusterVector vector1, ClusterVector vector2)	Subtracts the values of both vectors and returns a third vector with the subtraction of the second vector from the first vector in each field of the output vector.