Uses of Class
gov.sandia.cognition.math.matrix.mtj.AbstractMTJMatrix

Packages that use AbstractMTJMatrix

Package	Description
gov.sandia.cognition.math.matrix.mtj	Provides a linear algebra package implementation wrapper using the Matrix Toolkits for Java (MTJ) library.

Uses of AbstractMTJMatrix in gov.sandia.cognition.math.matrix.mtj

Subclasses of AbstractMTJMatrix in gov.sandia.cognition.math.matrix.mtj

Modifier and Type	Class and Description
class	AbstractSparseMatrix Implements some generic operations that any sparse-matrix representation must do.
class	DenseMatrix Matrix that represents all its entries using a fixed-size storage scheme, based on MTJ's DenseMatrix storage class.
class	DiagonalMatrixMTJ A diagonal matrix that wraps MTJ's BandMatrix class.
class	SparseColumnMatrix A sparse matrix, represented as a collection of sparse column vectors.
class	SparseMatrix A sparse matrix, represented as a collection of sparse row vectors.
class	SparseRowMatrix A sparse matrix, represented as a collection of sparse row vectors.

Methods in gov.sandia.cognition.math.matrix.mtj that return AbstractMTJMatrix

Modifier and Type	Method and Description
AbstractMTJMatrix	AbstractMTJMatrix.clone()
AbstractMTJMatrix	TwoMatrixEntryMTJ.getFirstMatrix() Getter for firstMatrix.
AbstractMTJMatrix	TwoMatrixEntryMTJ.getSecondMatrix() Getter for secondMatrix.
abstract AbstractMTJMatrix	AbstractMTJVector.outerProduct(AbstractMTJVector other) Computes the outer matrix product between the two vectors
abstract AbstractMTJMatrix	AbstractMTJMatrix.times(AbstractMTJMatrix matrix) Matrix multiplication of this and matrix, operates like the "*" operator in Matlab
AbstractMTJMatrix	DiagonalMatrixMTJ.times(AbstractMTJMatrix matrix)

Methods in gov.sandia.cognition.math.matrix.mtj with parameters of type AbstractMTJMatrix

Modifier and Type	Method and Description
void	AbstractMTJMatrix.dotTimesEquals(AbstractMTJMatrix matrix) Inline element-wise multiplication of the elements in this and matrix, modifies the elements of this
void	DiagonalMatrixMTJ.dotTimesEquals(AbstractMTJMatrix matrix)
boolean	AbstractMTJMatrix.equals(AbstractMTJMatrix matrix, double effectiveZero) Determines if the matrices are effectively equal to each other
protected void	AbstractMTJMatrix.getSubMatrixInto(int minRow, int maxRow, int minColumn, int maxColumn, AbstractMTJMatrix destinationMatrix) Internal routine for storing a submatrix into and AbstractMTJMatrix.
void	AbstractMTJMatrix.minusEquals(AbstractMTJMatrix matrix) Subtracts the elements of matrix from the elements of this, modifies the elements of this
void	AbstractMTJMatrix.plusEquals(AbstractMTJMatrix matrix) Inline addition of this and matrix, modifies the elements of this
void	AbstractMTJMatrix.scaledMinusEquals(double scaleFactor, AbstractMTJMatrix other) Subtracts from this matrix the scaled version of the other given matrix.
void	AbstractMTJMatrix.scaledPlusEquals(double scaleFactor, AbstractMTJMatrix other) Adds to this vector the scaled version of the other given vector.
void	TwoMatrixEntryMTJ.setFirstMatrix(AbstractMTJMatrix firstMatrix) Setter for firstMatrix.
void	TwoMatrixEntryMTJ.setSecondMatrix(AbstractMTJMatrix secondMatrix) Setter for secondMatrix.
Matrix	AbstractMTJMatrix.solve(AbstractMTJMatrix B) Solves for "X" in the equation this * X = B, where X is a DenseMatrix, "this" and "B" will be converted to a DenseMatrix (if not already)
abstract AbstractMTJMatrix	AbstractMTJMatrix.times(AbstractMTJMatrix matrix) Matrix multiplication of this and matrix, operates like the "*" operator in Matlab
Vector	AbstractMTJVector.times(AbstractMTJMatrix matrix) Premultiplies the matrix by the vector "this"
DenseMatrix	DenseMatrix.times(AbstractMTJMatrix matrix)
AbstractMTJMatrix	DiagonalMatrixMTJ.times(AbstractMTJMatrix matrix)
SparseColumnMatrix	SparseColumnMatrix.times(AbstractMTJMatrix matrix)
SparseRowMatrix	SparseRowMatrix.times(AbstractMTJMatrix matrix)
protected void	AbstractMTJMatrix.timesInto(AbstractMTJMatrix multiplicationMatrix, AbstractMTJMatrix destinationMatrix) Internal function call that stores the result of a matrix multiply into the given destinationMatrix.
protected void	AbstractMTJMatrix.transposeInto(AbstractMTJMatrix destinationMatrix) Internal method for accessing MTJ's general transpose routine

Constructors in gov.sandia.cognition.math.matrix.mtj with parameters of type AbstractMTJMatrix

Constructor and Description
MatrixUnionIteratorMTJ(AbstractMTJMatrix firstMatrix, AbstractMTJMatrix secondMatrix) Creates a new instance of AbstractMTJMatrixIntersectionIterator, iterating at rowIndex = 0, columnIndex = 0
TwoMatrixEntryMTJ(AbstractMTJMatrix firstMatrix, AbstractMTJMatrix secondMatrix) Creates a new TwoMatrixEntryMTJ.
TwoMatrixEntryMTJ(AbstractMTJMatrix firstMatrix, AbstractMTJMatrix secondMatrix, int rowIndex, int columnIndex) Creates a new instance of TwoMatrixEntryMTJ.