| Package | Description |
|---|---|
| org.jblas |
Main linear algebra package.
|
| Modifier and Type | Method and Description |
|---|---|
static ComplexFloatMatrix |
MatrixFunctions.absi(ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.add(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.add(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.add(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.addi(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.addi(ComplexFloat v,
ComplexFloatMatrix result)
Add a scalar to a matrix.
|
ComplexFloatMatrix |
ComplexFloatMatrix.addi(ComplexFloatMatrix other)
Code for operators
|
ComplexFloatMatrix |
ComplexFloatMatrix.addi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
Add two matrices.
|
ComplexFloatMatrix |
ComplexFloatMatrix.addi(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.addi(float v,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.and(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.and(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.and(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(float value,
ComplexFloatMatrix result) |
static ComplexFloatMatrix |
SimpleBlas.axpy(ComplexFloat da,
ComplexFloatMatrix dx,
ComplexFloatMatrix dy) |
ComplexFloatMatrix |
ComplexFloatMatrix.columnMeans() |
ComplexFloatMatrix |
ComplexFloatMatrix.columnSums()
Return a vector containing the sums of the columns (having number of columns many entries)
|
static ComplexFloatMatrix |
ComplexFloatMatrix.concatHorizontally(ComplexFloatMatrix A,
ComplexFloatMatrix B) |
static ComplexFloatMatrix |
ComplexFloatMatrix.concatVertically(ComplexFloatMatrix A,
ComplexFloatMatrix B) |
ComplexFloatMatrix |
ComplexFloatMatrix.conj()
Compute complex conjugate.
|
ComplexFloatMatrix |
ComplexFloatMatrix.conji()
Compute complex conjugate (in-place).
|
ComplexFloatMatrix |
ComplexFloatMatrix.copy(ComplexFloatMatrix a)
Copy ComplexFloatMatrix a to this.
|
static ComplexFloatMatrix |
SimpleBlas.copy(ComplexFloatMatrix x,
ComplexFloatMatrix y) |
ComplexFloatMatrix |
ComplexFloatMatrix.diag()
Get diagonal of the matrix.
|
static ComplexFloatMatrix |
ComplexFloatMatrix.diag(ComplexFloatMatrix x)
Creates a new matrix where the values of the given vector are the diagonal values of
the matrix.
|
static ComplexFloatMatrix |
ComplexFloatMatrix.diag(ComplexFloatMatrix x,
int rows,
int columns)
Construct a matrix of arbitrary shape and set the diagonal according
to a passed vector.
|
ComplexFloatMatrix |
ComplexFloatMatrix.div(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.div(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.div(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.divi(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.divi(ComplexFloat a,
ComplexFloatMatrix result)
(Elementwise) division with a scalar
|
ComplexFloatMatrix |
ComplexFloatMatrix.divi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.divi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
(Elementwise) division
|
ComplexFloatMatrix |
ComplexFloatMatrix.divi(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.divi(float a,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.dup()
Returns a duplicate of this matrix.
|
static ComplexFloatMatrix |
Eigen.eigenvalues(FloatMatrix A)
Computes the eigenvalues of a general matrix.
|
static ComplexFloatMatrix[] |
Eigen.eigenvectors(FloatMatrix A)
Computes the eigenvalues and eigenvectors of a general matrix.
|
ComplexFloatMatrix |
ComplexFloatMatrix.eq(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.eq(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.eq(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(float value,
ComplexFloatMatrix result) |
static ComplexFloatMatrix[] |
Singular.fullSVD(ComplexFloatMatrix A)
Compute a singular-value decomposition of A.
|
static ComplexFloatMatrix |
SimpleBlas.gemm(ComplexFloat alpha,
ComplexFloatMatrix a,
ComplexFloatMatrix b,
ComplexFloat beta,
ComplexFloatMatrix c) |
static ComplexFloatMatrix |
SimpleBlas.gerc(ComplexFloat alpha,
ComplexFloatMatrix x,
ComplexFloatMatrix y,
ComplexFloatMatrix a)
Compute A <- alpha * x * y^H + A (general rank-1 update)
|
static ComplexFloatMatrix |
SimpleBlas.geru(ComplexFloat alpha,
ComplexFloatMatrix x,
ComplexFloatMatrix y,
ComplexFloatMatrix a)
Compute A <- alpha * x * y^T + A (general rank-1 update)
|
ComplexFloatMatrix |
ComplexFloatMatrix.get(ComplexFloatMatrix indices) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(ComplexFloatMatrix indices,
int c) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(int[] indices)
Working with slices (Man! 30+ methods just to make this a bit flexible...)
|
ComplexFloatMatrix |
ComplexFloatMatrix.get(int[] indices,
int c) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(int[] rindices,
int[] cindices) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(int r,
ComplexFloatMatrix indices) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(int r,
int[] indices) |
ComplexFloatMatrix |
ComplexFloatMatrix.getColumn(int c) |
ComplexFloatMatrix |
ComplexFloatMatrix.getRow(int r) |
ComplexFloatMatrix |
ComplexFloatMatrix.hermitian() |
ComplexFloatMatrix |
ComplexFloatMatrix.mmul(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.mmul(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.mmul(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(ComplexFloat v,
ComplexFloatMatrix result)
Matrix-Matrix Multiplication with a scalar (for symmetry, does the
same as muli(scalar)
|
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(ComplexFloatMatrix other,
ComplexFloatMatrix result)
Matrix-Matrix Multiplication
|
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(float v,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.mul(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.mul(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.mul(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.muli(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.muli(ComplexFloat v,
ComplexFloatMatrix result)
(Elementwise) Multiplication with a scalar
|
ComplexFloatMatrix |
ComplexFloatMatrix.muli(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.muli(ComplexFloatMatrix other,
ComplexFloatMatrix result)
(Elementwise) Multiplication
|
ComplexFloatMatrix |
ComplexFloatMatrix.muli(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.muli(float v,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.ne(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.ne(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.ne(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.neg() |
ComplexFloatMatrix |
ComplexFloatMatrix.negi() |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(float value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.not() |
ComplexFloatMatrix |
ComplexFloatMatrix.noti() |
static ComplexFloatMatrix |
ComplexFloatMatrix.ones(int length) |
static ComplexFloatMatrix |
ComplexFloatMatrix.ones(int rows,
int columns)
Creates a new matrix in which all values are equal 1.
|
ComplexFloatMatrix |
ComplexFloatMatrix.or(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.or(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.or(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(float value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
int c,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
int c,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] indices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] indices,
ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] rindices,
int[] cindices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] rindices,
int[] cindices,
ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] rindices,
int[] cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] indices,
int c,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] indices,
int c,
ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int i,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
ComplexFloatMatrix indices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
ComplexFloatMatrix indices,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int i,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int i,
float r,
float c) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
int[] indices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
int[] indices,
ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
int[] indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int rowIndex,
int columnIndex,
ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int rowIndex,
int columnIndex,
float value)
Set matrix element
|
ComplexFloatMatrix |
ComplexFloatMatrix.put(int rowIndex,
int columnIndex,
float realValue,
float complexValue) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(ComplexFloatMatrix indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(int[] indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(int[] rindices,
int[] cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(int[] indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(int r,
ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(int i,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(int r,
int[] indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(int rowIndex,
int columnIndex,
float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(ComplexFloatMatrix indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(int[] indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(int[] rindices,
int[] cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(int[] indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(int r,
ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(int i,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(int r,
int[] indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(int rowIndex,
int columnIndex,
float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(ComplexFloat alpha,
ComplexFloatMatrix x)
Computes a rank-1-update A = A + alpha * x * x'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(ComplexFloat alpha,
ComplexFloatMatrix x,
ComplexFloatMatrix y)
Computes a rank-1-update A = A + alpha * x * y'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(ComplexFloatMatrix x)
Computes a rank-1-update A = A + x * x'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(ComplexFloatMatrix x,
ComplexFloatMatrix y)
Computes a rank-1-update A = A + x * y'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(float alpha,
ComplexFloatMatrix x)
Computes a rank-1-update A = A + alpha * x * x'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(float alpha,
ComplexFloatMatrix x,
ComplexFloatMatrix y) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdiv(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdiv(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdiv(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(ComplexFloat a,
ComplexFloatMatrix result)
(Elementwise) division with a scalar, with operands switched.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
(Elementwise) division, with operands switched.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(float a,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.reshape(int newRows,
int newColumns)
Reshape the matrix.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rowMeans() |
ComplexFloatMatrix |
ComplexFloatMatrix.rowSums() |
ComplexFloatMatrix |
ComplexFloatMatrix.rsub(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsub(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsub(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(ComplexFloat a,
ComplexFloatMatrix result)
Subtract a matrix from a scalar
|
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
Subtract two matrices, but subtract first from second matrix, that is,
compute result = other - this.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(float a,
ComplexFloatMatrix result) |
static ComplexFloatMatrix |
SimpleBlas.scal(ComplexFloat alpha,
ComplexFloatMatrix x) |
static ComplexFloatMatrix |
ComplexFloatMatrix.scalar(float s)
Create a 1 * 1 - matrix.
|
static ComplexFloatMatrix[] |
Singular.sparseSVD(ComplexFloatMatrix A)
Compute a singular-value decomposition of A (sparse variant).
|
ComplexFloatMatrix |
ComplexFloatMatrix.sub(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.sub(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.sub(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.subi(ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.subi(ComplexFloat v,
ComplexFloatMatrix result)
Subtract a scalar from a matrix
|
ComplexFloatMatrix |
ComplexFloatMatrix.subi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.subi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
Subtract two matrices.
|
ComplexFloatMatrix |
ComplexFloatMatrix.subi(float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.subi(float v,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.swapColumns(int i,
int j) |
ComplexFloatMatrix |
ComplexFloatMatrix.swapRows(int i,
int j) |
ComplexFloatMatrix |
FloatMatrix.toComplex() |
ComplexFloatMatrix |
ComplexFloatMatrix.transpose()
Return transposed copy of this matrix
|
ComplexFloatMatrix |
ComplexFloatMatrix.truth() |
ComplexFloatMatrix |
ComplexFloatMatrix.truthi() |
ComplexFloatMatrix |
ComplexFloatMatrix.xor(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.xor(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.xor(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(ComplexFloat value) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(float value) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(float value,
ComplexFloatMatrix result) |
static ComplexFloatMatrix |
ComplexFloatMatrix.zeros(int length) |
static ComplexFloatMatrix |
ComplexFloatMatrix.zeros(int rows,
int columns)
Creates a new matrix in which all values are equal 0.
|
| Modifier and Type | Method and Description |
|---|---|
static ComplexFloatMatrix |
MatrixFunctions.absi(ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.add(ComplexFloatMatrix other) |
void |
ComplexFloatMatrix.addColumnVector(ComplexFloatMatrix x)
Add a vector to all columns of the matrix
|
ComplexFloatMatrix |
ComplexFloatMatrix.addi(ComplexFloat v,
ComplexFloatMatrix result)
Add a scalar to a matrix.
|
ComplexFloatMatrix |
ComplexFloatMatrix.addi(ComplexFloatMatrix other)
Code for operators
|
ComplexFloatMatrix |
ComplexFloatMatrix.addi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
Add two matrices.
|
ComplexFloatMatrix |
ComplexFloatMatrix.addi(float v,
ComplexFloatMatrix result) |
void |
ComplexFloatMatrix.addRowVector(ComplexFloatMatrix x)
Add a row vector to all rows of the matrix
|
ComplexFloatMatrix |
ComplexFloatMatrix.and(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.andi(float value,
ComplexFloatMatrix result) |
void |
ComplexFloatMatrix.assertMultipliesWith(ComplexFloatMatrix a) |
void |
ComplexFloatMatrix.assertSameLength(ComplexFloatMatrix a) |
void |
ComplexFloatMatrix.assertSameSize(ComplexFloatMatrix a)
Assert that two matrices have the same size.
|
static float |
SimpleBlas.asum(ComplexFloatMatrix x) |
static ComplexFloatMatrix |
SimpleBlas.axpy(ComplexFloat da,
ComplexFloatMatrix dx,
ComplexFloatMatrix dy) |
static ComplexFloatMatrix |
ComplexFloatMatrix.concatHorizontally(ComplexFloatMatrix A,
ComplexFloatMatrix B) |
static ComplexFloatMatrix |
ComplexFloatMatrix.concatVertically(ComplexFloatMatrix A,
ComplexFloatMatrix B) |
ComplexFloatMatrix |
ComplexFloatMatrix.copy(ComplexFloatMatrix a)
Copy ComplexFloatMatrix a to this.
|
static ComplexFloatMatrix |
SimpleBlas.copy(ComplexFloatMatrix x,
ComplexFloatMatrix y) |
static ComplexFloatMatrix |
ComplexFloatMatrix.diag(ComplexFloatMatrix x)
Creates a new matrix where the values of the given vector are the diagonal values of
the matrix.
|
static ComplexFloatMatrix |
ComplexFloatMatrix.diag(ComplexFloatMatrix x,
int rows,
int columns)
Construct a matrix of arbitrary shape and set the diagonal according
to a passed vector.
|
ComplexFloatMatrix |
ComplexFloatMatrix.div(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.divi(ComplexFloat a,
ComplexFloatMatrix result)
(Elementwise) division with a scalar
|
ComplexFloatMatrix |
ComplexFloatMatrix.divi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.divi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
(Elementwise) division
|
ComplexFloatMatrix |
ComplexFloatMatrix.divi(float a,
ComplexFloatMatrix result) |
ComplexFloat |
ComplexFloatMatrix.dotc(ComplexFloatMatrix other)
Computes this^T * other
|
static ComplexFloat |
SimpleBlas.dotc(ComplexFloatMatrix x,
ComplexFloatMatrix y)
Compute x^T * y (dot product)
|
ComplexFloat |
ComplexFloatMatrix.dotu(ComplexFloatMatrix other)
Computes this^H * other
|
static ComplexFloat |
SimpleBlas.dotu(ComplexFloatMatrix x,
ComplexFloatMatrix y)
Compute x^T * y (dot product)
|
ComplexFloatMatrix |
ComplexFloatMatrix.eq(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.eqi(float value,
ComplexFloatMatrix result) |
static ComplexFloatMatrix[] |
Singular.fullSVD(ComplexFloatMatrix A)
Compute a singular-value decomposition of A.
|
static ComplexFloatMatrix |
SimpleBlas.gemm(ComplexFloat alpha,
ComplexFloatMatrix a,
ComplexFloatMatrix b,
ComplexFloat beta,
ComplexFloatMatrix c) |
static ComplexFloatMatrix |
SimpleBlas.gerc(ComplexFloat alpha,
ComplexFloatMatrix x,
ComplexFloatMatrix y,
ComplexFloatMatrix a)
Compute A <- alpha * x * y^H + A (general rank-1 update)
|
static ComplexFloatMatrix |
SimpleBlas.geru(ComplexFloat alpha,
ComplexFloatMatrix x,
ComplexFloatMatrix y,
ComplexFloatMatrix a)
Compute A <- alpha * x * y^T + A (general rank-1 update)
|
ComplexFloatMatrix |
ComplexFloatMatrix.get(ComplexFloatMatrix indices) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(ComplexFloatMatrix indices,
int c) |
ComplexFloatMatrix |
ComplexFloatMatrix.get(int r,
ComplexFloatMatrix indices) |
static int |
SimpleBlas.iamax(ComplexFloatMatrix x)
Compute index of element with largest absolute value (complex version).
|
ComplexFloatMatrix |
ComplexFloatMatrix.mmul(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(ComplexFloat v,
ComplexFloatMatrix result)
Matrix-Matrix Multiplication with a scalar (for symmetry, does the
same as muli(scalar)
|
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(ComplexFloatMatrix other,
ComplexFloatMatrix result)
Matrix-Matrix Multiplication
|
ComplexFloatMatrix |
ComplexFloatMatrix.mmuli(float v,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.mul(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.muli(ComplexFloat v,
ComplexFloatMatrix result)
(Elementwise) Multiplication with a scalar
|
ComplexFloatMatrix |
ComplexFloatMatrix.muli(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.muli(ComplexFloatMatrix other,
ComplexFloatMatrix result)
(Elementwise) Multiplication
|
ComplexFloatMatrix |
ComplexFloatMatrix.muli(float v,
ComplexFloatMatrix result) |
boolean |
ComplexFloatMatrix.multipliesWith(ComplexFloatMatrix a)
Check whether this can be multiplied with a.
|
ComplexFloatMatrix |
ComplexFloatMatrix.ne(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.nei(float value,
ComplexFloatMatrix result) |
static float |
SimpleBlas.nrm2(ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.or(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.ori(float value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
int c,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
int c,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(ComplexFloatMatrix indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] indices,
ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] rindices,
int[] cindices,
ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int[] indices,
int c,
ComplexFloatMatrix x) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
ComplexFloatMatrix indices,
ComplexFloat v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
ComplexFloatMatrix indices,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.put(int r,
int[] indices,
ComplexFloatMatrix x) |
void |
ComplexFloatMatrix.putColumn(int c,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(ComplexFloatMatrix indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putImag(int r,
ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(ComplexFloatMatrix rindices,
ComplexFloatMatrix cindices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(ComplexFloatMatrix indices,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(ComplexFloatMatrix indices,
int c,
float v) |
ComplexFloatMatrix |
ComplexFloatMatrix.putReal(int r,
ComplexFloatMatrix indices,
float v) |
void |
ComplexFloatMatrix.putRow(int r,
ComplexFloatMatrix v) |
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(ComplexFloat alpha,
ComplexFloatMatrix x)
Computes a rank-1-update A = A + alpha * x * x'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(ComplexFloat alpha,
ComplexFloatMatrix x,
ComplexFloatMatrix y)
Computes a rank-1-update A = A + alpha * x * y'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(ComplexFloatMatrix x)
Computes a rank-1-update A = A + x * x'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(ComplexFloatMatrix x,
ComplexFloatMatrix y)
Computes a rank-1-update A = A + x * y'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(float alpha,
ComplexFloatMatrix x)
Computes a rank-1-update A = A + alpha * x * x'.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rankOneUpdate(float alpha,
ComplexFloatMatrix x,
ComplexFloatMatrix y) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdiv(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(ComplexFloat a,
ComplexFloatMatrix result)
(Elementwise) division with a scalar, with operands switched.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
(Elementwise) division, with operands switched.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rdivi(float a,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsub(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(ComplexFloat a,
ComplexFloatMatrix result)
Subtract a matrix from a scalar
|
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
Subtract two matrices, but subtract first from second matrix, that is,
compute result = other - this.
|
ComplexFloatMatrix |
ComplexFloatMatrix.rsubi(float a,
ComplexFloatMatrix result) |
boolean |
ComplexFloatMatrix.sameLength(ComplexFloatMatrix a) |
boolean |
ComplexFloatMatrix.sameSize(ComplexFloatMatrix a)
Checks whether two matrices have the same size.
|
static ComplexFloatMatrix |
SimpleBlas.scal(ComplexFloat alpha,
ComplexFloatMatrix x) |
static ComplexFloatMatrix[] |
Singular.sparseSVD(ComplexFloatMatrix A)
Compute a singular-value decomposition of A (sparse variant).
|
ComplexFloatMatrix |
ComplexFloatMatrix.sub(ComplexFloatMatrix other) |
void |
ComplexFloatMatrix.subColumnVector(ComplexFloatMatrix x)
Add a vector to all columns of the matrix
|
ComplexFloatMatrix |
ComplexFloatMatrix.subi(ComplexFloat v,
ComplexFloatMatrix result)
Subtract a scalar from a matrix
|
ComplexFloatMatrix |
ComplexFloatMatrix.subi(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.subi(ComplexFloatMatrix other,
ComplexFloatMatrix result)
Subtract two matrices.
|
ComplexFloatMatrix |
ComplexFloatMatrix.subi(float v,
ComplexFloatMatrix result) |
void |
ComplexFloatMatrix.subRowVector(ComplexFloatMatrix x)
Add a row vector to all rows of the matrix
|
static FloatMatrix |
Singular.SVDValues(ComplexFloatMatrix A)
Compute the singular values of a complex matrix.
|
ComplexFloatMatrix |
ComplexFloatMatrix.xor(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(ComplexFloat value,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(ComplexFloatMatrix other) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(ComplexFloatMatrix other,
ComplexFloatMatrix result) |
ComplexFloatMatrix |
ComplexFloatMatrix.xori(float value,
ComplexFloatMatrix result) |
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