Uses of Class
marf.math.Matrix

Packages that use Matrix

marf.math

Uses of Matrix in marf.math

Subclasses of Matrix in marf.math

class	ComplexMatrix Similarly to Matrix, this class implements nearly identical API but for operations on matrices with complex numbers.
class	ComplexVector Algebraic operations on ComplexVectors.
class	Vector Algebraic operations on vectors.

Methods in marf.math that return Matrix

Matrix	Matrix.add(double pdNum) Adds a scalar to the matrix: this = this + N.
static Matrix	Matrix.add(Matrix poLHSMatrix, double pdNum) Adds a scalar to the matrix: M1 = M + N.
static Matrix	Matrix.add(Matrix poLHSMatrix, Matrix poRHSMatrix) M3 = M1 + M2.
protected Matrix	ComplexMatrix.applyAdd(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j) Overrides the parent to apply complex number addition.
protected Matrix	Matrix.applyAdd(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j) Actually applies the addition of operation to two elements of a matrix.
protected Matrix	ComplexMatrix.applyMinus(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j) Overrides the parent to apply complex number addition.
protected Matrix	Matrix.applyMinus(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j)
protected Matrix	ComplexMatrix.applyMultiply(Matrix poLHSMatrix, Matrix poRHSMatrix)
protected Matrix	Matrix.applyMultiply(Matrix poLHSMatrix, Matrix poRHSMatrix)
protected Matrix	ComplexMatrix.applyMultiply(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j)
protected Matrix	Matrix.applyMultiply(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j)
static Matrix	Matrix.crop(double[] padMatrixToCrop, int piRows, int piCols, int piLeft, int piTop, int piRight, int piBottom)
Matrix	ComplexMatrix.divide(double pdNum)
Matrix	Matrix.divide(double pdNum) this = this / d.
static Matrix	Matrix.divide(Matrix poMatrix, double pdNum) M = M / d.
static Matrix	Matrix.divide(Matrix poLHSMatrix, Matrix poRHSMatrix)
static Matrix	Matrix.extend(double[] padMatrixToExtend, int piMatrixToExtendRows, int piMatrixToExtendCols, double[] padExtensionMatrix, int piExtensionMatrixRows, int piExtensionMatrixCols, Matrix.Direction poDirection) Refactors matrix array extension to operate on raw arrays.
protected Matrix	ComplexMatrix.getNewMatrix()
protected Matrix	Matrix.getNewMatrix()
protected Matrix	ComplexMatrix.getNewMatrix(int piRows, int piCols)
protected Matrix	Matrix.getNewMatrix(int piRows, int piCols)
Matrix	ComplexMatrix.minus(double pdNum)
Matrix	Matrix.minus(double pdNum) Subtracts a scalar from the matrix's each element: this = this - N.
Matrix	ComplexMatrix.minus(Matrix poMatrix)
Matrix	Matrix.minus(Matrix poMatrix) this = this - M.
static Matrix	Matrix.minus(Matrix poLHSMatrix, double pdNum) Subtracts a scalar from the matrix's each element: M1 = M - N.
static Matrix	Matrix.minus(Matrix poLHSMatrix, Matrix poRHSMatrix) M3 = M1 - M2.
static Matrix	Matrix.minusUnary(Matrix poMatrix) M1 = -M.
Matrix	Matrix.multiply(double pdNum) this = this * d.
static Matrix	Matrix.multiply(double pdNum, Matrix poMatrix) M1 = d * M.
Matrix	Matrix.multiply(Matrix poMatrix) M1 = this * M.
static Matrix	Matrix.multiply(Matrix poMatrix, double pdNum) M1 = M * d.
static Matrix	Matrix.multiply(Matrix poLHSMatrix, Matrix poRHSMatrix) M3 = M1 * M2.
Matrix	Matrix.pow(int piPow)
static Matrix	Matrix.pow(Matrix poMatrix, int piPow)

Methods in marf.math with parameters of type Matrix

static ComplexMatrix	ComplexMatrix.add(ComplexMatrix poLHSMatrix, Matrix poRHSMatrix)
static ComplexMatrix	ComplexMatrix.add(Matrix poLHSMatrix, ComplexMatrix poRHSMatrix)
static Matrix	Matrix.add(Matrix poLHSMatrix, double pdNum) Adds a scalar to the matrix: M1 = M + N.
static Matrix	Matrix.add(Matrix poLHSMatrix, Matrix poRHSMatrix) M3 = M1 + M2.
protected Matrix	ComplexMatrix.applyAdd(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j) Overrides the parent to apply complex number addition.
protected Matrix	Matrix.applyAdd(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j) Actually applies the addition of operation to two elements of a matrix.
protected Matrix	ComplexMatrix.applyMinus(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j) Overrides the parent to apply complex number addition.
protected Matrix	Matrix.applyMinus(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j)
protected Matrix	ComplexMatrix.applyMultiply(Matrix poLHSMatrix, Matrix poRHSMatrix)
protected Matrix	Matrix.applyMultiply(Matrix poLHSMatrix, Matrix poRHSMatrix)
protected Matrix	ComplexMatrix.applyMultiply(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j)
protected Matrix	Matrix.applyMultiply(Matrix poLHSMatrix, Matrix poRHSMatrix, int i, int j)
static ComplexMatrix	ComplexMatrix.divide(ComplexMatrix poLHSMatrix, Matrix poRHSMatrix)
static ComplexMatrix	ComplexMatrix.divide(Matrix poLHSMatrix, ComplexMatrix poRHSMatrix)
static Matrix	Matrix.divide(Matrix poMatrix, double pdNum) M = M / d.
static Matrix	Matrix.divide(Matrix poLHSMatrix, Matrix poRHSMatrix)
boolean	ComplexMatrix.equals(Matrix poMatrix)
boolean	Matrix.equals(Matrix poMatrix) this == M.
static boolean	Matrix.equals(Matrix poLHSMatrix, Matrix poRHSMatrix) M1 == M2.
boolean	Matrix.extend(Matrix poExtensionMatrix) Extends this matrix by another (by gluing two matrices together) assuming the extension direction of Direction.EAST.
boolean	ComplexMatrix.extend(Matrix poExtensionMatrix, Matrix.Direction poDirection)
boolean	Matrix.extend(Matrix poExtensionMatrix, Matrix.Direction poDirection) Extends this matrix by another (by gluing two matrices together) given the extension direction.
static ComplexMatrix	ComplexMatrix.getComplexMatrix(Matrix poMatrix) Converts a real matrix into complex by making a copy.
static ComplexMatrix	ComplexMatrix.minus(ComplexMatrix poLHSMatrix, Matrix poRHSMatrix)
Matrix	ComplexMatrix.minus(Matrix poMatrix)
Matrix	Matrix.minus(Matrix poMatrix) this = this - M.
static ComplexMatrix	ComplexMatrix.minus(Matrix poLHSMatrix, ComplexMatrix poRHSMatrix)
static Matrix	Matrix.minus(Matrix poLHSMatrix, double pdNum) Subtracts a scalar from the matrix's each element: M1 = M - N.
static Matrix	Matrix.minus(Matrix poLHSMatrix, Matrix poRHSMatrix) M3 = M1 - M2.
static Matrix	Matrix.minusUnary(Matrix poMatrix) M1 = -M.
static ComplexMatrix	ComplexMatrix.multiply(ComplexMatrix poLHSMatrix, Matrix poRHSMatrix)
static Matrix	Matrix.multiply(double pdNum, Matrix poMatrix) M1 = d * M.
Matrix	Matrix.multiply(Matrix poMatrix) M1 = this * M.
static ComplexMatrix	ComplexMatrix.multiply(Matrix poLHSMatrix, ComplexMatrix poRHSMatrix)
static Matrix	Matrix.multiply(Matrix poMatrix, double pdNum) M1 = M * d.
static Matrix	Matrix.multiply(Matrix poLHSMatrix, Matrix poRHSMatrix) M3 = M1 * M2.
static Vector	Matrix.multiply(Matrix poMatrix, Vector poVector) V2 = M * V1.
static Matrix	Matrix.pow(Matrix poMatrix, int piPow)

Constructors in marf.math with parameters of type Matrix

ComplexMatrix(Matrix poMatrix)

ComplexVector(Matrix poMatrix)
Constructs a ComplexVector out of a matrix and forces the rows dimension to 1 and "flattens" the matrix to have the number of columns as the same number of elements in the original matrix.

Matrix(Matrix poMatrix)
A-la copy-constructor.

Vector(Matrix poMatrix)
Constructs a vector out of a matrix and forces the rows dimension to 1 and "flattens" the matrix to have the number of columns as the same number of elements in the original matrix.