Uses of Class
noope.core.Vector3D

Packages that use Vector3D

noope.core	Classes that are core to the NOOPE engine.
noope.entities	Classes representing physical objects modelled by NOOPE.
noope.output	Classes related to data output.

Uses of Vector3D in noope.core

Subclasses of Vector3D in noope.core

class

MutableVector3D A mutable extension of Vector3D.

Fields in noope.core declared as Vector3D

static Vector3D	Vector3D.ex Unit vector in x direction
static Vector3D	Vector3D.ey Unit vector in y direction
static Vector3D	Vector3D.ez Unit vector in z direction

Methods in noope.core that return Vector3D

Vector3D	Vector3D.getUnitVector() Return a new Vector3D representing a unit vector in the direction of this Vector3D.
Vector3D	Vector3D.negative() Return a new Vector3D in the opposite direction to this Vector3D.
Vector3D	Vector3D.multScalar(double d) Return a new Vector3D which is result of multiplying each component of this Vector3D by the scalar d.
Vector3D	Vector3D.add(Vector3D v) Return a new Vector3D representing the vector sum of this Vector3D and the Vector3D v.
Vector3D	Vector3D.subtract(Vector3D v) Return a new Vector3D representing the vector difference between this Vector3D and the Vector3D v.
Vector3D	Vector3D.crossProduct(Vector3D v) Return the cross product of this Vector3D and the Vector3D v.

Methods in noope.core with parameters of type Vector3D

boolean	Vector3D.equals(Vector3D v) Compare two Vector3D objects.
Vector3D	Vector3D.add(Vector3D v) Return a new Vector3D representing the vector sum of this Vector3D and the Vector3D v.
Vector3D	Vector3D.subtract(Vector3D v) Return a new Vector3D representing the vector difference between this Vector3D and the Vector3D v.
double	Vector3D.dotProduct(Vector3D v) Return the scalar product of this Vector3D and the Vector3D v.
Vector3D	Vector3D.crossProduct(Vector3D v) Return the cross product of this Vector3D and the Vector3D v.
void	MutableVector3D.addInplace(Vector3D v) Increment this Vector3D by the Vector3D v inplace.
void	MutableVector3D.subtractInplace(Vector3D v) Decrement this Vector3D by the Vector3D v inplace.

Constructors in noope.core with parameters of type Vector3D

Vector3D(Vector3D v)
Construct a Vector3D equal to v.

MutableVector3D(Vector3D v)
Construct a MutableVector3D equal to v.

Uses of Vector3D in noope.entities

Methods in noope.entities that return Vector3D

Vector3D	Entity.getPosition() Return this Entity's position
Vector3D	Entity.getVelocity() Return this Entity's velocity
protected Vector3D	Entity.getActiveForce() Return this Entity's own contribution to the resultant force.

Methods in noope.entities with parameters of type Vector3D

void	Entity.addForce(Vector3D force) Apply a force to this Entity.
void	Entity.setVelocity(Vector3D newVelocity) This method has been added, because it is needed by certain laws like SphereCollision.
void	Entity.setPosition(Vector3D newPosition) While I was at it, I've also added this method, in case it'll be needed later for some other law.

Uses of Vector3D in noope.output

Fields in noope.output declared as Vector3D

protected Vector3D	OutputProjection.normal The unit normal to the plane we are projecting on.
protected Vector3D	OutputProjection.xnew The new x and y unit vectors.
protected Vector3D	OutputProjection.ynew The new x and y unit vectors.