Uses of Class
net.jinx.math.Matrix3

Packages that use Matrix3

net.jinx.math

Uses of Matrix3 in net.jinx.math

Fields in net.jinx.math declared as Matrix3

static Matrix3

Matrix3.IDENTITY The indetity Matrix3 is usually your starting point for building a transformation Matrix3

Methods in net.jinx.math that return Matrix3

Matrix3	Matrix3.add(Matrix3 m)
static Matrix3	MathUtil.calcInertiaTensor(Vector[] positions, float[] masses) Calculates an inertia tensor from a set of point masses and their positions in object space.
Matrix3	Matrix3.multiply(float v) Multiplies this Matrix3 by v.
Matrix3	Matrix3.multiply(Matrix3 m) Multiplies m (the multiplicand) by this (the multiplier).
Matrix3	Matrix3.rotate(Quaternion q) Applies a rotation transformation and returns the result.
Matrix3	Matrix3.rotate(Vector v) Applies a rotation transformation and returns the result.
Matrix3	Matrix3.rotateX(float t) Applies a rotation transformation and returns the result.
Matrix3	Matrix3.rotateY(float t) Applies a rotation transformation and returns the result.
Matrix3	Matrix3.rotateZ(float t) Applies a rotation transformation and returns the result.
static Matrix3	Matrix3.rotationMatrix(Quaternion q) Constructs a rotation Matrix3 for q.
static Matrix3	Matrix3.rotationMatrix(Vector v) Constructs a rotation Matrix3 for v.
Matrix3	Matrix3.scale(float s) Applies a scale transformation and returns the result.
Matrix3	Matrix3.scale(float x, float y, float z) Applies a scale transformation and returns the result.
Matrix3	Matrix3.scale(Vector v) Applies a scale transformation and returns the result.
static Matrix3	Matrix3.scalingMatrix(float s) Constructs a scaling Matrix3
static Matrix3	Matrix3.scalingMatrix(float vx, float vy, float vz) Constructs a scaling Matrix3
static Matrix3	Matrix3.scalingMatrix(Vector v) Constructs a scaling Matrix3
Matrix3	Matrix3.subtract(Matrix3 m)
Matrix3	Matrix3.transpose() Returns a transposed version of this Matrix3
static Matrix3	Matrix3.xRotationMatrix(float t) Constructs a rotation Matrix3 for rotating around the X axis.
static Matrix3	Matrix3.yRotationMatrix(float t) Constructs a rotation Matrix3 for rotating around the Y axis.
static Matrix3	Matrix3.zRotationMatrix(float t) Constructs a rotation Matrix3 for rotating around the Z axis.

Methods in net.jinx.math with parameters of type Matrix3

Matrix3	Matrix3.add(Matrix3 m)
Matrix3	Matrix3.multiply(Matrix3 m) Multiplies m (the multiplicand) by this (the multiplier).
Matrix3	Matrix3.subtract(Matrix3 m)