Uses of Class
core.math.Mat2

Packages that use Mat2

core.math

This package contains a variety of classes which handle vector manipulations and the evolution of a given experiment as it evolves.

Uses of Mat2 in core.math

Fields in core.math declared as Mat2

protected Mat2	Vec2Transform.matrix matrix = m, the linear transformation
static Mat2	Mat2.Zero Do not modify Zero = the zero matrix
static Mat2	Mat2.Ident Do not modify Ident = the identity matrix
static Mat2	Mat2.Invalid Do not modify Invalid = an invalid Mat2

Methods in core.math that return Mat2

Mat2	Mat2.Set(Mat2 m) Sets the value of "this" to that of "m" Returns: resulting "this"
Mat2	Mat2.Set(double a, double b, double c, double d) Sets "this" to [[a, b], [c, d]].
Mat2	Mat2.SetZero() Sets "this" to zero.
Mat2	Mat2.SetIdent() Sets "this" to the identity matrix.
Mat2	Mat2.Add(Mat2 m) Adds "m" to "this" Returns: resulting "this"
Mat2	Mat2.add(Mat2 m) Returns: a new Mat2 that is the sum of "this" and "m"
Mat2	Mat2.AddScaled(Mat2 m, double s) Adds "s*m" to "this" Returns: resulting "this"
Mat2	Mat2.addscaled(Mat2 m, double s) Returns: a new Mat2 that is the sum of "this" and "s*m"
Mat2	Mat2.Sub(Mat2 m) Subtracts "m" from "this" Returns: resulting "this"
Mat2	Mat2.sub(Mat2 m) Returns: a new Mat2 that is the difference between "this" and "m"
Mat2	Mat2.Neg() Negates "this" Returns: resulting "this"
Mat2	Mat2.neg() Returns: a new Mat2 that is the opposite of "this"
Mat2	Mat2.Scale(double s) Scales "this" by "s" Returns: resulting "this"
Mat2	Mat2.scale(double s) Returns: a new Mat2 that is "s*this"
Mat2	Mat2.Mul(Mat2 m) Multiplies "this" to the left by "m" Returns: resulting "this"
Mat2	Mat2.mul(Mat2 m) Returns: a new Mat2 that is "m*this"
Mat2	Mat2.RMul(Mat2 m) Multiplies "this" to the right by "m" Returns: resulting "this"
Mat2	Mat2.rmul(Mat2 m) Returns: a new Mat2 that is "this*m"
Mat2	Mat2.Invert() Inverts "this" Returns: resulting "this" Requires: "this" is not singular
Mat2	Mat2.invert() Returns: a new Mat2 that is the inverse of "this" Requires: "this" is not singular

Methods in core.math with parameters of type Mat2

Vec2	Vec2.Mul(Mat2 m) Multiplies "this" to the left by "m" Returns: resulting "this"
Vec2	Vec2.mul(Mat2 m) Returns: a new Vec2 that is "m*this"
Vec2	Vec2.RMul(Mat2 m) Multiplies "this" to the right by "m" Returns: resulting "this"
Vec2	Vec2.rmul(Mat2 m) Returns: a new Vec2 that is "this*m"
Mat2	Mat2.Set(Mat2 m) Sets the value of "this" to that of "m" Returns: resulting "this"
boolean	Mat2.equals(Mat2 m) Returns: true if "this" equals "m", false otherwise
Mat2	Mat2.Add(Mat2 m) Adds "m" to "this" Returns: resulting "this"
Mat2	Mat2.add(Mat2 m) Returns: a new Mat2 that is the sum of "this" and "m"
Mat2	Mat2.AddScaled(Mat2 m, double s) Adds "s*m" to "this" Returns: resulting "this"
Mat2	Mat2.addscaled(Mat2 m, double s) Returns: a new Mat2 that is the sum of "this" and "s*m"
Mat2	Mat2.Sub(Mat2 m) Subtracts "m" from "this" Returns: resulting "this"
Mat2	Mat2.sub(Mat2 m) Returns: a new Mat2 that is the difference between "this" and "m"
double	Mat2.dot(Mat2 m) Returns: the dot product of "this" and "m"
Mat2	Mat2.Mul(Mat2 m) Multiplies "this" to the left by "m" Returns: resulting "this"
Mat2	Mat2.mul(Mat2 m) Returns: a new Mat2 that is "m*this"
Mat2	Mat2.RMul(Mat2 m) Multiplies "this" to the right by "m" Returns: resulting "this"
Mat2	Mat2.rmul(Mat2 m) Returns: a new Mat2 that is "this*m"

Constructors in core.math with parameters of type Mat2

Vec2Transform(Vec2 origin, Mat2 matrix)
Constructs a new Vec2Transform = < matrix, origin >

Mat2(Mat2 m)
Constructs a new Mat2 = "m"