Uses of Class
com.github.gbenroscience.math.matrix.expressParser.Matrix

Packages that use Matrix

Package	Description
com.github.gbenroscience.math.matrix.equationParser
com.github.gbenroscience.math.matrix.expressParser
com.github.gbenroscience.parser	Classes designed to parse a mathematical expression.
com.github.gbenroscience.parser.turbo.tools

Uses of Matrix in com.github.gbenroscience.math.matrix.equationParser

Methods in com.github.gbenroscience.math.matrix.equationParser that return Matrix

Modifier and Type	Method	Description
Matrix	LinearSystemParser.getEquationMatrix()

Uses of Matrix in com.github.gbenroscience.math.matrix.expressParser

Methods in com.github.gbenroscience.math.matrix.expressParser that return Matrix

Modifier and Type	Method	Description
Matrix	Matrix.add(Matrix matrice)
Matrix	Matrix.adjoint()
static Matrix	Matrix.columnJoin(Matrix mat1, Matrix mat2)	Place the first Matrix object side by side with the second one passed as argument to this method.
Matrix	Matrix.getCofactorMatrix()
Matrix	Matrix.getColumnMatrix(int column)
Matrix	Matrix.getEigenVectorMatrix()	Constructs the Eigenvector Matrix (V) internally from the original Matrix, internally generating the eigenvalues and then computing the eigenvector matrix from them.
Matrix	Matrix.getEigenVectorMatrix(double[] eigenvalues)	Overload of getEigenVectorMatrix() that accepts an array of eigenvalues and constructs the full eigenvector matrix Constructs the Eigenvector Matrix (V) from a given array of eigenvalues.
Matrix	MatrixValueParser.getMatrix()
Matrix	MatrixVariable.getMatrix()
Matrix	Matrix.getRowMatrix(int row)
Matrix	Matrix.inverse()	Row reduction technique used to compute the inverse of the matrix.
Matrix	Matrix.minor(int i, int j)
static Matrix	Matrix.multiply(Matrix matrice1, Matrix matrice2)	The operation of matrix multiplication.
Matrix	Matrix.oldInverse()	Computes the inverse of this Matrix object.
static Matrix	Matrix.pow(Matrix mat, int pow)
static Matrix	Matrix.power(Matrix mat, int pow)
Matrix	Matrix.reduceToRowEchelonMatrix()
Matrix	Matrix.reduceToTriangularMatrix()
static Matrix	Matrix.rowJoin(Matrix mat1, Matrix mat2)	Place the first Matrix object side by side with the second one passed as argument to this method.
Matrix	Matrix.scalarDivide(double scalar)
Matrix	Matrix.scalarMultiply(double scalar)
Matrix	Matrix.solveEquation()	Used to solve a system of simultaneous equations placed in this Matrix object.
static Matrix	Matrix.solveEquation(Matrix matrix)	Used to solve a system of simultaneous equations placed in the Matrix object.
Matrix	Matrix.subtract(Matrix matrice)
Matrix	Matrix.transpose()
Matrix	Matrix.unitMatrix()
static Matrix	Matrix.unitMatrix(int rowSize, int colSize)
static Matrix	Matrix.unitMatrix(Matrix mat)
static final Matrix	Matrix.vectorToMatrix(double[] vector)	Convert a vector to a Matrix

Methods in com.github.gbenroscience.math.matrix.expressParser with parameters of type Matrix

Modifier and Type	Method	Description
Matrix	Matrix.add(Matrix matrice)
static Matrix	Matrix.columnJoin(Matrix mat1, Matrix mat2)	Place the first Matrix object side by side with the second one passed as argument to this method.
boolean	Matrix.equals(Matrix m)
static final String	Matrix.findCharacteristicPolynomialForEigenValues(Matrix m)
void	Matrix.multiply(Matrix matrice)
static Matrix	Matrix.multiply(Matrix matrice1, Matrix matrice2)	The operation of matrix multiplication.
static Matrix	Matrix.pow(Matrix mat, int pow)
static Matrix	Matrix.power(Matrix mat, int pow)
static Matrix	Matrix.rowJoin(Matrix mat1, Matrix mat2)	Place the first Matrix object side by side with the second one passed as argument to this method.
void	MatrixVariable.setMatrix(Matrix matrix)
static Matrix	Matrix.solveEquation(Matrix matrix)	Used to solve a system of simultaneous equations placed in the Matrix object.
Matrix	Matrix.subtract(Matrix matrice)
static Matrix	Matrix.unitMatrix(Matrix mat)

Constructors in com.github.gbenroscience.math.matrix.expressParser with parameters of type Matrix

Modifier	Constructor	Description
	Matrix(Matrix matrix)
	MatrixVariable(String name, Matrix matrix)

Uses of Matrix in com.github.gbenroscience.parser

Fields in com.github.gbenroscience.parser declared as Matrix

Modifier and Type	Field	Description
Matrix	MathExpression.EvalResult.matrix

Methods in com.github.gbenroscience.parser that return Matrix

Modifier and Type	Method	Description
Matrix	Set.addMatrix()	The list must have been originally supplied: matrix_add(A,B) {where A and B are matrices} It adds them out and returns the result as a list.
Matrix	Set.adjoint()	The list must have been originally supplied: adjoint(A) {where A is a Matrix} It finds the adjoint of A and returns the result as a list.
Matrix	Function.calcInverse()
Matrix	Set.cofactorMatrix()	The list must have been originally supplied: adjoint(A) {where A is a Matrix} It finds the adjoint of A and returns the result as a list.
Matrix	Set.divideMatrix()	The list must have been originally supplied: matrix_div(A,B) {where A and B are matrices} or matrix_div(A,k) {where A is a matrix and k is a scalar} It divides them out and returns the result as a list.
Matrix	Set.echelon()	The input list is such that: The first 2 entries specify the number of rows and columns.
Matrix	Set.editMatrix()	The list must have been originally supplied: transpose(A) {where A is a Matrix} It transposes A and returns the result as a list.
Matrix	Set.eigenValues()
Matrix	Set.eigenVectors()	* A = VɅV-¹ Check: Is ||A*v - lambda*v|| close to zero? double[] Av = matrixMultiply(A, v); double[] lv = scalarMultiply(lambda, v); double residual = computeNorm(subtract(Av, lv)); if (residual > 1e-9) { // This eigenvalue/vector pair might be inaccurate } The list must have been originally supplied: eigvec(A) {where A is a Matrix} It finds the eigenvalues of A and returns the result as a list.
Matrix	Function.getMatrix()
Matrix	Set.invert()
static Matrix	Function.listToMatrix(List<String> data)
Matrix	Set.listToMatrix()	The input list is such that: The first 2 entries specify the number of rows and columns.
Matrix	Set.multiplyMatrix()	The list must have been originally supplied: matrix_mul(A,B) {where A and B are matrices} or matrix_mul(A,k) {where A is a matrix and k is a scalar} It multiplies them out and returns the result as a list.
Matrix	Set.powerMatrix()	The list must have been originally supplied: matrix_pow(A,n) {where A is a Matrix and n is an integer.
Matrix	Function.reduceToEchelon()
Matrix	Set.solveSystem()	The input list must be an n rows by n+1 columns matrix
Matrix	Set.subtractMatrix()	The list must have been originally supplied: matrix_sub(A,B) {where A and B are matrices} It subtracts them out and returns the result as a list.
Matrix	Set.transpose()	The list must have been originally supplied: transpose(A) {where A is a Matrix} It transposes A and returns the result as a list.
Matrix	Function.triangularMatrix()
Matrix	Set.triMatrix()	The input list is such that: The first 2 entries specify the number of rows and columns.

Methods in com.github.gbenroscience.parser with parameters of type Matrix

Modifier and Type	Method	Description
static String	Function.matrixToCommaList(Matrix mat)
static List<String>	Function.matrixToList(Matrix mat)	The input list is such that: The first 2 entries specify the number of rows and columns.
void	Function.setMatrix(Matrix m)
static String	Function.storeAnonymousMatrixFunction(Matrix matrix)
MathExpression.EvalResult	MathExpression.EvalResult.wrap(Matrix m)

Constructors in com.github.gbenroscience.parser with parameters of type Matrix

Modifier	Constructor	Description
	Function(Matrix matrix)

Uses of Matrix in com.github.gbenroscience.parser.turbo.tools

Fields in com.github.gbenroscience.parser.turbo.tools declared as Matrix

Modifier and Type	Field	Description
Matrix	MatrixTurboEvaluator.ResultCache.matrix

Methods in com.github.gbenroscience.parser.turbo.tools that return Matrix

Modifier and Type	Method	Description
default Matrix	FastCompositeExpression.applyMatrix(double[] variables)	Convenience method for matrix extraction.
static Matrix	MatrixTurboEvaluator.EigenProvider.getEigenvalues(int n, double[] data)
Matrix	EigenEngineTurbo.getEigenvectors(int n, double[] matrixData)
static Matrix	MatrixTurboEvaluator.EigenProvider.getEigenvectors(int n, double[] data)
Matrix	MatrixTurboEvaluator.ResultCache.getMatrixBuffer(int rows, int cols)
Matrix	MatrixTurboEvaluator.ResultCache.getSecondaryBuffer(int rows, int cols)
Matrix	MatrixTurboEvaluator.ResultCache.getTertiaryBuffer(int rows, int cols)