Uses of Class
net.jinx.math.Vector

Packages that use Vector

net.jinx.math
net.jinx.physics
net.jinx.physics.gravity
net.jinx.physics.spring
net.jinx.physics.util
net.jinx.video	Provides an easy to use scene graph API that is intended for use by OpenGL Programmers, without preventing access to low-level OpenGL features. If you're interested in constructing arbitrary OpenGL objects, take a look at the Visible interface. Model designers might be more interested in the model subpackage.
net.jinx.video.multipass

Uses of Vector in net.jinx.math

Fields in net.jinx.math declared as Vector

static Vector

Vector.zero

Methods in net.jinx.math that return Vector

Vector	Vector.abs() Returns a Vector whose components have had their sign removed.
Vector	Vector.add(float v) Returns the result of adding v to this Vector's components.
Vector	Vector.add(Vector v) Returns the result of adding v's components to this Vector's components.
static Vector	MathUtil.calcCenterOfMass(Vector[] positions, float[] masses) Calculates the center of mass for a set of point masses in object space.
Vector	Vector.cross(Vector v) Returns a Vector whose value is the cross product of this and v.
Vector	Vector.divide(float v) Returns the result of this Vector's components divided by v's components.
Vector	Vector.divide(Vector v) Returns the result of this Vector's compoenents divided by v's components.
Vector	Quaternion.getV()
Vector	Vector.multiply(float v) Returns the result of multiplying v with this Vector's components.
Vector	Vector.multiply(Vector v) Returns the result of multiplying v's components with this Vector's components.
Vector	Vector.negate() Negates each component of this Vector.
Vector	Vector.normalize() Divides this Vector by it's magnitude to produce a normalized version of it.
Vector	Vector.subtract(float v) Returns the result of subtracting v from this Vector's components.
Vector	Vector.subtract(Vector v) Returns the result of subtracting v's components from this Vector's components.
Vector	Matrix4.transform(Vector v) Transforms v and returns the result.
Vector	Matrix3.transform(Vector v) Transforms v and returns the result.
Vector[]	Matrix4.transform(Vector[] v) Transforms an array of Vectors and returns the result.

Methods in net.jinx.math with parameters of type Vector

Vector	Vector.add(Vector v) Returns the result of adding v's components to this Vector's components.
static Vector	MathUtil.calcCenterOfMass(Vector[] positions, float[] masses) Calculates the center of mass for a set of point masses in object space.
static Matrix3	MathUtil.calcInertiaTensor(Vector[] positions, float[] masses) Calculates an inertia tensor from a set of point masses and their positions in object space.
Vector	Vector.cross(Vector v) Returns a Vector whose value is the cross product of this and v.
Vector	Vector.divide(Vector v) Returns the result of this Vector's compoenents divided by v's components.
float	Vector.dot(Vector v) Returns a float whose value is the dot product of this and v.
Vector	Vector.multiply(Vector v) Returns the result of multiplying v's components with this Vector's components.
Matrix4	Matrix4.rotate(Vector v) Applies a rotation transformation and returns the result.
Matrix3	Matrix3.rotate(Vector v) Applies a rotation transformation and returns the result.
static Matrix4	Matrix4.rotationMatrix(Vector v) Constructs a rotation Matrix4 for v.
static Matrix3	Matrix3.rotationMatrix(Vector v) Constructs a rotation Matrix3 for v.
Matrix4	Matrix4.scale(Vector v) Applies a scale transformation and returns the result.
Matrix3	Matrix3.scale(Vector v) Applies a scale transformation and returns the result.
static Matrix4	Matrix4.scalingMatrix(Vector v) Constructs a scaling Matrix.
static Matrix3	Matrix3.scalingMatrix(Vector v) Constructs a scaling Matrix3
Vector	Vector.subtract(Vector v) Returns the result of subtracting v's components from this Vector's components.
Vector	Matrix4.transform(Vector v) Transforms v and returns the result.
Vector	Matrix3.transform(Vector v) Transforms v and returns the result.
Vector[]	Matrix4.transform(Vector[] v) Transforms an array of Vectors and returns the result.
Matrix4	Matrix4.translate(Vector v) Applies a translation transformation and returns the result.
static Matrix4	Matrix4.translationMatrix(Vector v) Constructs a translation Matrix.

Constructors in net.jinx.math with parameters of type Vector

Matrix3(Vector r1, Vector r2, Vector r3)
Constructs a Matrix3 from four Quaternions.

Quaternion(Vector v, float w)
Constructs a new Quaternion from v and w.

Uses of Vector in net.jinx.physics

Methods in net.jinx.physics that return Vector

Vector	Contact.getCollidedVelocity()
Vector	PhysicalObject.getDeltaPosition()
Vector	Contact.getDeltaPosition()
Vector	PhysicalObject.getDeltaVelocity()
Vector	Contact.getDeltaVelocity()
Vector	Universe.getForce(PhysicalObject obj)
Vector	PhysicalObject.getPosition() Provides the position of the center of mass for this PhysicalObject.
Vector	Contact.getPosition()
Vector	PhysicalObject.getVelocity() Provides the velocity of this PhysicalObject.
Vector	Contact.getVelocity()
Vector	PhysicalObject.positionAt(float i, float deltaTime)
Vector	PhysicalObject.velocityAt(float i, float deltaTime)

Methods in net.jinx.physics with parameters of type Vector

void	PhysicalObject.accumulateForce(Vector force) Applies a non-rotational force to this PhysicalObject.
void	PhysicalObject.accumulateForce(Vector force, Vector p) Applies a possibly rotational force to this PhysicalObject.
void	PhysicalObject.setDeltaPosition(Vector deltaPosition) This is change in position over the time step used, not velocity!
void	PhysicalObject.setDeltaVelocity(Vector deltaVelocity) This is change in velocity over the time step used, not plain acceleration!
void	PhysicalObject.setPosition(Vector position) Sets the position of the center of mass for this PhysicalObject object.
void	PhysicalObject.setVelocity(Vector velocity) Sets the velocity of this PhysicalObject.

Uses of Vector in net.jinx.physics.gravity

Methods in net.jinx.physics.gravity that return Vector

Vector	CenterOfGravityTag.getCenter()
protected static Vector	Gravity.getForce(PhysicalObject o1, PhysicalObject o2)
static Vector	Gravity.getObjectCOG(PhysicalObject obj) Provides the center of gravity of object in object coordinates.
static Vector	Gravity.getWorldCOG(PhysicalObject obj)

Constructors in net.jinx.physics.gravity with parameters of type Vector

CenterOfGravityTag(Vector cog)

Uses of Vector in net.jinx.physics.spring

Methods in net.jinx.physics.spring that return Vector

protected Vector	Spring.getPositionOne()
protected Vector	Spring.getPositionTwo()
protected Vector	Spring.getVelocityOne()
protected Vector	Spring.getVelocityTwo()

Constructors in net.jinx.physics.spring with parameters of type Vector

DampedSpring(float k, float b, PhysicalObject p1, Vector p2)

GeneralSpring(float k, float b, float d, PhysicalObject p1, Vector p2)

Spring(float k, PhysicalObject p1, Vector p2)

SpringSheet(java.lang.String name, int width, int height, int springDepth, float k, float b, float distance, Vector center, Vector velocity, float mass)

SpringSheet(java.lang.String name, int width, int height, int springDepth, float k, float b, float distance, Vector center, Vector velocity, float mass, boolean anchorEdges)

Uses of Vector in net.jinx.physics.util

Methods in net.jinx.physics.util that return Vector

Vector	VisiblePhysical.getPosition()
Vector	VisiblePhysical.getVelocity()

Methods in net.jinx.physics.util with parameters of type Vector

void	VisiblePhysical.setPosition(Vector p)
void	VisiblePhysical.setVelocity(Vector v)

Constructors in net.jinx.physics.util with parameters of type Vector

PhysicalSpark(Vector position, Vector velocity, float mass)

PhysicalSphere(float r, int segments, Material mat, Vector p, Vector v, float mass)

VisiblePhysical(Visible visible, Vector position, Vector velocity, float mass)

Uses of Vector in net.jinx.video

Methods in net.jinx.video that return Vector

Vector

Context.getCameraPosition() Provides the current position of the viewer/camera.

Methods in net.jinx.video with parameters of type Vector

static void	VideoUtil.billboardSpherical(Context opt, Vector position) This is much the same as turnToFace3D, except for two differences.
void	Context.setCameraPosition(Vector cameraPosition) 3D View implementations are required to call this when they update the position of the camera.
static void	VideoUtil.turnToFace3D(Context opt, Vector target, Vector orientation, Vector position) Turns an object (through OpenGL transformations) to face target.

Uses of Vector in net.jinx.video.multipass

Methods in net.jinx.video.multipass that return Vector

Vector

Translucent.getPosition(Context context) Provides the position of this Translucent.