Uses of Class
org.xmlcml.euclid.Vector3

Packages that use Vector3

Package	Description
org.xmlcml.euclid

Uses of Vector3 in org.xmlcml.euclid

Fields in org.xmlcml.euclid declared as Vector3

Modifier and Type	Field and Description
protected Vector3	Plane3.vect vector of plane (normalised)
static Vector3	Vector3.XV X axis
static Vector3	Vector3.YV Y axis
static Vector3	Vector3.ZEROV zero-length vector
static Vector3	Vector3.ZV Z axis

Methods in org.xmlcml.euclid that return Vector3

Modifier and Type	Method and Description
Vector3	Vector3.clone(Point3 p) from Point3 vector is from origin to point
Vector3	Vector3.clone(Vector3 v) copy constructor: synonym for copy constructor
Vector3	Vector3.cross(Vector3 v3) create cross product.
Vector3	Vector3.getNonColinearVector() get any vector not colinear with this.
Vector3	Vector3.getPerpendicularVector() get any vector perpendicular to this.
Vector3	Transform3.getTranslation() get translation component.
Vector3	Vector3.getUnitVector() get normalized vector.
Vector3	Line3.getVector() get vector from line.
Vector3	Plane3.getVector() get vector.
Vector3	Vector3.multiplyBy(double f) scalar multiplication.
Vector3	Vector3.negative() negative of vector.
Vector3	Vector3.negativeEquals() negative of vector.
Vector3	Vector3.normalise() Deprecated. (use normalize())
Vector3	Point3.normaliseCrystallographically() normalise crystallographically.
Vector3	Vector3.normalize() normalize vector.
Vector3	Vector3.plus(Vector3 v3) vector addition.
Vector3	Vector3.projectOnto(Vector3 v) projection of this onto vector.
Vector3	Vector3.round() sets vector components to nearest integer value.
Vector3	Point3.subtract(Point3 p2) vector between two points.
Vector3	Vector3.subtract(Vector3 v3) vector subtraction.
Vector3	Vector3.transform(Transform3 t) create transformed vector.

Methods in org.xmlcml.euclid with parameters of type Vector3

Modifier and Type	Method and Description
Vector3	Vector3.clone(Vector3 v) copy constructor: synonym for copy constructor
Vector3	Vector3.cross(Vector3 v3) create cross product.
double	Vector3.dot(Vector3 v3) create dot product.
Angle	Vector3.getAngleMadeWith(Vector3 v2) calculate unsigned angle between vectors result = angle between this and v2 uses acos(this.dot.v2) so angle is unsigned does not alter this.
int	Transform3.getAxisAndAngle(Vector3 axis, Angle ang) interpret current matrix as rotation about general axis.
double	Vector3.getScalarTripleProduct(Vector3 v2, Vector3 v3) calculate scalar triple product between vectors.
void	Transform3.incrementTranslation(Vector3 dt) increment translation component.
boolean	Vector3.isColinearVector(Vector3 v) are two vectors colinear.
boolean	Vector3.isEqualTo(Vector3 v) are two vectors equal lengths.
boolean	Vector3.isIdenticalTo(Vector3 v) are two vectors equal in all components.
boolean	Vector3.longerThan(Vector3 v) vector length > vector length
Point3	Point3.plus(Vector3 v) New point from point+vector does NOT alter this
Vector3	Vector3.plus(Vector3 v3) vector addition.
Point3Vector	Point3Vector.plus(Vector3 v) translate by a vector - do NOT modify this
void	Point3.plusEquals(Vector3 v) point from point and vector.
void	Vector3.plusEquals(Vector3 v3) vector addition.
void	Point3Vector.plusEquals(Vector3 v) translate by a vector - modify this
Vector3	Vector3.projectOnto(Vector3 v) projection of this onto vector.
void	Point3Vector.setElementAt(Vector3 v, int i) sets a given coordinate (i) to vector
void	Transform3.setTranslation(Vector3 t) set translation component.
Point3	Point3.subtract(Vector3 v) New point from point minus vector.
Vector3	Vector3.subtract(Vector3 v3) vector subtraction.
Point3Vector	Point3Vector.subtract(Vector3 v) translate negatively.
void	Point3.subtractEquals(Vector3 vec3) Shift point from vector3.
void	Vector3.subtractEquals(Vector3 v3) vector subtraction.

Constructors in org.xmlcml.euclid with parameters of type Vector3

Constructor and Description
Line3(Point3 p, Vector3 v) construct from point and vector.
Plane3(Vector3 v, double d) formed from plane and distance.
Point3(Vector3 v) make a point from a vector creates the point at head of vector rooted at the origin
Transform3(RealSquareMatrix m, Vector3 v) from a matrix and vector.
Transform3(Vector3 v) identity matrix with translation component.
Transform3(Vector3 v, Angle a) from rotation about a vector.
Transform3(Vector3 v1, Vector3 v2) rotation of one vector onto another.
Transform3(Vector3 v1, Vector3 v2, Vector3 v3) from 3 vector components.
Vector3(Vector3 v) copy constructor: