| Package | Description |
|---|---|
| Matrix |
| Modifier and Type | Method and Description |
|---|---|
TwoDmatrix |
TwoDmatrix.add2ddoubledata(double[][] data_matrix)
This method performs simple matrices' addition given that all size checks are passed
|
TwoDmatrix |
TwoDmatrix.add2dmatrix(TwoDmatrix data_matrix)
This method performs simple matrices' addition given that all size checks are passed
|
TwoDmatrix |
EigenDecomposition.getQ()
Returns the matrix Q of the transform.
|
TwoDmatrix |
EigenDecomposition.getQT()
Returns the transpose of the matrix Q of the transform.
|
TwoDmatrix |
EigenDecomposition.getV()
Gets the matrix V of the decomposition.
|
TwoDmatrix |
TwoDmatrix.multiply(double[][] data_matrix)
this will be the basic multiplication method where a double array needs to be provided.
|
TwoDmatrix |
TwoDmatrix.multiply(TwoDmatrix data_matrix)
this will be the basic multiplication method.
|
TwoDmatrix |
TwoDmatrix.multiplylamdamatrix(double lamda)
This method ,multiplies all entries of a matrix by a lamda factor and returns a new matrix.
|
TwoDmatrix |
Inverse_Square_Matrix.performLUmatrix(double[][] matrix) |
TwoDmatrix |
Inverse_Square_Matrix.performLUmatrix(TwoDmatrix matrixs) |
TwoDmatrix |
TwoDmatrix.sub2ddoubledata(double[][] data_matrix)
This method performs simple matrices' Subtraction given that all size checks are passed
|
TwoDmatrix |
TwoDmatrix.sub2dmatrix(TwoDmatrix data_matrix)
This method performs simple matrices' Subtraction given that all size checks are passed
|
TwoDmatrix |
TwoDmatrix.transposematrix()
This method transposes the principal matrix and returns a new TwoDmatrix
|
| Modifier and Type | Method and Description |
|---|---|
TwoDmatrix |
TwoDmatrix.add2dmatrix(TwoDmatrix data_matrix)
This method performs simple matrices' addition given that all size checks are passed
|
double[][] |
TwoDmatrix.add2dmatrixForDouble(TwoDmatrix data_matrix)
This method adds a matrix with a another matrix and returns the sum as double array [][]
|
void |
TwoDmatrix.EqualsAddmatrix(TwoDmatrix data_matrix)
This method takes the first matrix and adds another matrix
|
void |
TwoDmatrix.EqualsSubmatrix(TwoDmatrix data_matrix)
This method takes the first matrix and subtracts another matrix
|
TwoDmatrix |
TwoDmatrix.multiply(TwoDmatrix data_matrix)
this will be the basic multiplication method.
|
void |
TwoDmatrix.MultiplyEqual(TwoDmatrix data_matrix)
this will be the basic multiplication method where a TwoDmatrix needs to be provided and the result will be set on the initial matrix.
|
double[][] |
TwoDmatrix.multiplywithdouble(TwoDmatrix data_matrix)
this will be the basic multiplication method where a TwoDmatrix needs to be provided and the result will also be a double array [][].
|
TwoDmatrix |
Inverse_Square_Matrix.performLUmatrix(TwoDmatrix matrixs) |
TwoDmatrix |
TwoDmatrix.sub2dmatrix(TwoDmatrix data_matrix)
This method performs simple matrices' Subtraction given that all size checks are passed
|
double[][] |
TwoDmatrix.sub2dmatrixForDouble(TwoDmatrix data_matrix)
This method subtracts a matrix with a another matrix and returns the sum as double array [][]
|
void |
EigenDecomposition.TriDiagonalTransformer(TwoDmatrix matrix) |
| Constructor and Description |
|---|
EigenDecomposition(TwoDmatrix matrix)
Calculates the eigen decomposition of the given symmetric matrix.
|