Uses of Class
rocks.palaiologos.maja.matrix.Matrix

Packages that use Matrix

Package	Description
rocks.palaiologos.maja.matrix	Contains the Matrix class and various utilities related to linear algebra.

Uses of Matrix in rocks.palaiologos.maja.matrix

Subclasses of Matrix in rocks.palaiologos.maja.matrix

Modifier and Type	Class	Description
class	ComplexMatrix	A class representing a two-dimensional matrix of double precision complex numbers.
class	DoubleMatrix	A class representing a two-dimensional matrix of double precision floating point numbers.

Methods in rocks.palaiologos.maja.matrix that return Matrix

Modifier and Type	Method	Description
Matrix<T>	Matrix.copy()	Copy the matrix.
Matrix<T>	Matrix.dot(Matrix<T> another, BiFunction<T,T,T> scalar, BiFunction<T,T,T> vector)	Compute the generalised dot product of the matrix with another matrix.
Matrix<T>	Matrix.map(Function<T,T> mapper)	Map each cell of the matrix with a specified mapper.
Matrix<T>	Matrix.mapIdx(BiFunction<Pair<Integer,Integer>,T,T> mapper)	Map each cell of the matrix with a specified mapper, which takes the index of the cell as an additional argument.
private static Matrix<Double>	DoubleMatrix.minor(Matrix<Double> a, int x, int y)
<R> Matrix<R>	Matrix.retype(Function<T,R> mapper)
Matrix<T>	Matrix.reverseFirst()	Reverse the matrix on the first axis.
Matrix<T>	Matrix.reverseLast()	Reverse the matrix on the last axis.
Matrix<T>	Matrix.transpose()	Transpose the matrix, i.e.
Matrix<T>	Matrix.zipWith(Matrix<T> other, BiFunction<T,T,T> zipper)	Zip two matrices together to produce a new matrix, using a specified zipper function.
<R, U> Matrix<R>	Matrix.zipWithRetype(Matrix<U> other, BiFunction<T,U,R> zipper)	Zip two matrices together to produce a new matrix, using a specified zipper function.

Methods in rocks.palaiologos.maja.matrix with parameters of type Matrix

Modifier and Type	Method	Description
private static double	DoubleMatrix.alt(Matrix<Double> a, BiFunction<Double,Double,Double> vector, BiFunction<Double,Double,Double> scalar)
private static double	DoubleMatrix.det(Matrix<Double> a)
ComplexMatrix	ComplexMatrix.dot(Matrix<Complex> another, BiFunction<Complex,Complex,Complex> scalar, BiFunction<Complex,Complex,Complex> vector)
DoubleMatrix	DoubleMatrix.dot(Matrix<Double> another, BiFunction<Double,Double,Double> scalar, BiFunction<Double,Double,Double> vector)
Matrix<T>	Matrix.dot(Matrix<T> another, BiFunction<T,T,T> scalar, BiFunction<T,T,T> vector)	Compute the generalised dot product of the matrix with another matrix.
static ComplexMatrix	ComplexMatrix.into(Matrix<Complex> mat)
static DoubleMatrix	DoubleMatrix.into(Matrix<Double> mat)
private static Matrix<Double>	DoubleMatrix.minor(Matrix<Double> a, int x, int y)
private static double	DoubleMatrix.perm(Matrix<Double> a)
ComplexMatrix	ComplexMatrix.zipWith(Matrix<Complex> other, BiFunction<Complex,Complex,Complex> zipper)
DoubleMatrix	DoubleMatrix.zipWith(Matrix<Double> other, BiFunction<Double,Double,Double> zipper)
Matrix<T>	Matrix.zipWith(Matrix<T> other, BiFunction<T,T,T> zipper)	Zip two matrices together to produce a new matrix, using a specified zipper function.
<R, U> Matrix<R>	Matrix.zipWithRetype(Matrix<U> other, BiFunction<T,U,R> zipper)	Zip two matrices together to produce a new matrix, using a specified zipper function.

Constructors in rocks.palaiologos.maja.matrix with parameters of type Matrix

Modifier	Constructor	Description
private	ComplexMatrix(Matrix<Complex> m)
private	DoubleMatrix(Matrix<Double> m)
	EigenvalueDecompositionImpl(Matrix<Double> Arg)