Uses of Class
org.jblas.ComplexFloat

Packages that use ComplexFloat

Package	Description
org.jblas	Main linear algebra package.

Uses of ComplexFloat in org.jblas

Fields in org.jblas declared as ComplexFloat

Modifier and Type	Field and Description
static ComplexFloat	ComplexFloat.I
static ComplexFloat	ComplexFloat.NEG_I
static ComplexFloat	ComplexFloat.NEG_UNIT
static ComplexFloat	ComplexFloat.UNIT
static ComplexFloat	ComplexFloat.ZERO

Methods in org.jblas that return ComplexFloat

Modifier and Type	Method and Description
ComplexFloat	ComplexFloat.add(ComplexFloat c) Add two complex numbers.
ComplexFloat	ComplexFloat.add(float c) Add a real number to a complex number.
ComplexFloat	ComplexFloat.addi(ComplexFloat c) Add two complex numbers in-place storing the result in this.
ComplexFloat	ComplexFloat.addi(ComplexFloat c, ComplexFloat result) Add two complex numbers in-place
ComplexFloat	ComplexFloat.addi(float c) Add a real number to complex number in-place, storing the result in this.
ComplexFloat	ComplexFloat.addi(float a, ComplexFloat result) Add a real number to a complex number in-place.
static ComplexFloat	NativeBlas.cdotc(int n, float[] cx, int cxIdx, int incx, float[] cy, int cyIdx, int incy)
static ComplexFloat	NativeBlas.cdotu(int n, float[] cx, int cxIdx, int incx, float[] cy, int cyIdx, int incy)
ComplexFloat	ComplexFloat.conj()
ComplexFloat	ComplexFloat.conji()
ComplexFloat	ComplexFloat.copy(ComplexFloat other)
ComplexFloat	ComplexFloat.div(ComplexFloat c) Divide two complex numbers
ComplexFloat	ComplexFloat.div(float v)
ComplexFloat	ComplexFloat.divi(ComplexFloat c)
ComplexFloat	ComplexFloat.divi(ComplexFloat c, ComplexFloat result) Divide two complex numbers, in-place
ComplexFloat	ComplexFloat.divi(float v)
ComplexFloat	ComplexFloat.divi(float v, ComplexFloat 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)
ComplexFloat	ComplexFloat.dup()
ComplexFloat	ComplexFloatMatrix.get(int i)
ComplexFloat	ComplexFloatMatrix.get(int i, ComplexFloat result)
ComplexFloat	ComplexFloatMatrix.get(int rowIndex, int columnIndex) Retrieve matrix element
ComplexFloat	ComplexFloatMatrix.get(int rowIndex, int columnIndex, ComplexFloat result) Get matrix element, passing the variable to store the result.
ComplexFloat	ComplexFloat.inv()
ComplexFloat	ComplexFloat.invi()
ComplexFloat	ComplexFloatMatrix.mean()
ComplexFloat	ComplexFloat.mul(ComplexFloat c) Multiply two complex numbers
ComplexFloat	ComplexFloat.mul(float v)
ComplexFloat	ComplexFloat.muli(ComplexFloat c)
ComplexFloat	ComplexFloat.muli(ComplexFloat c, ComplexFloat result) Multiply two complex numbers, in-place
ComplexFloat	ComplexFloat.muli(float v)
ComplexFloat	ComplexFloat.muli(float v, ComplexFloat result)
ComplexFloat	ComplexFloat.neg()
ComplexFloat	ComplexFloat.negi()
ComplexFloat	ComplexFloatMatrix.scalar() Return the first element of the matrix
ComplexFloat	ComplexFloat.set(float real, float imag)
ComplexFloat	ComplexFloat.sqrt()
ComplexFloat	ComplexFloat.sub(ComplexFloat c) Subtract two complex numbers
ComplexFloat	ComplexFloat.sub(float r)
ComplexFloat	ComplexFloat.subi(ComplexFloat c)
ComplexFloat	ComplexFloat.subi(ComplexFloat c, ComplexFloat result) Subtract two complex numbers, in-place
ComplexFloat	ComplexFloat.subi(float a)
ComplexFloat	ComplexFloat.subi(float a, ComplexFloat result)
ComplexFloat	ComplexFloatMatrix.sum() Logical operations
ComplexFloat[]	ComplexFloatMatrix.toArray()
ComplexFloat[][]	ComplexFloatMatrix.toArray2()

Methods in org.jblas with parameters of type ComplexFloat

Modifier and Type	Method and Description
ComplexFloat	ComplexFloat.add(ComplexFloat c) Add two complex numbers.
ComplexFloatMatrix	ComplexFloatMatrix.add(ComplexFloat v)
ComplexFloat	ComplexFloat.addi(ComplexFloat c) Add two complex numbers in-place storing the result in this.
ComplexFloatMatrix	ComplexFloatMatrix.addi(ComplexFloat v)
ComplexFloat	ComplexFloat.addi(ComplexFloat c, ComplexFloat result) Add two complex numbers in-place
ComplexFloatMatrix	ComplexFloatMatrix.addi(ComplexFloat v, ComplexFloatMatrix result) Add a scalar to a matrix.
ComplexFloat	ComplexFloat.addi(float a, ComplexFloat result) Add a real number to a complex number in-place.
ComplexFloatMatrix	ComplexFloatMatrix.and(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.andi(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.andi(ComplexFloat value, ComplexFloatMatrix result)
static ComplexFloatMatrix	SimpleBlas.axpy(ComplexFloat da, ComplexFloatMatrix dx, ComplexFloatMatrix dy)
static void	NativeBlas.caxpy(int n, ComplexFloat ca, float[] cx, int cxIdx, int incx, float[] cy, int cyIdx, int incy)
static void	NativeBlas.cgemm(char transa, char transb, int m, int n, int k, ComplexFloat alpha, float[] a, int aIdx, int lda, float[] b, int bIdx, int ldb, ComplexFloat beta, float[] c, int cIdx, int ldc)
static void	NativeBlas.cgemv(char trans, int m, int n, ComplexFloat alpha, float[] a, int aIdx, int lda, float[] x, int xIdx, int incx, ComplexFloat beta, float[] y, int yIdx, int incy)
static void	NativeBlas.cgerc(int m, int n, ComplexFloat alpha, float[] x, int xIdx, int incx, float[] y, int yIdx, int incy, float[] a, int aIdx, int lda)
static void	NativeBlas.cgeru(int m, int n, ComplexFloat alpha, float[] x, int xIdx, int incx, float[] y, int yIdx, int incy, float[] a, int aIdx, int lda)
ComplexFloat	ComplexFloat.copy(ComplexFloat other)
static void	NativeBlas.cscal(int n, ComplexFloat ca, float[] cx, int cxIdx, int incx)
ComplexFloat	ComplexFloat.div(ComplexFloat c) Divide two complex numbers
ComplexFloatMatrix	ComplexFloatMatrix.div(ComplexFloat v)
ComplexFloat	ComplexFloat.divi(ComplexFloat c)
ComplexFloatMatrix	ComplexFloatMatrix.divi(ComplexFloat v)
ComplexFloat	ComplexFloat.divi(ComplexFloat c, ComplexFloat result) Divide two complex numbers, in-place
ComplexFloatMatrix	ComplexFloatMatrix.divi(ComplexFloat a, ComplexFloatMatrix result) (Elementwise) division with a scalar
ComplexFloat	ComplexFloat.divi(float v, ComplexFloat result)
boolean	ComplexFloat.eq(ComplexFloat c)
ComplexFloatMatrix	ComplexFloatMatrix.eq(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.eqi(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.eqi(ComplexFloat value, ComplexFloatMatrix result)
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)
ComplexFloat	ComplexFloatMatrix.get(int i, ComplexFloat result)
ComplexFloat	ComplexFloatMatrix.get(int rowIndex, int columnIndex, ComplexFloat result) Get matrix element, passing the variable to store the result.
ComplexFloatMatrix	ComplexFloatMatrix.mmul(ComplexFloat 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)
ComplexFloat	ComplexFloat.mul(ComplexFloat c) Multiply two complex numbers
ComplexFloatMatrix	ComplexFloatMatrix.mul(ComplexFloat v)
ComplexFloat	ComplexFloat.muli(ComplexFloat c)
ComplexFloatMatrix	ComplexFloatMatrix.muli(ComplexFloat v)
ComplexFloat	ComplexFloat.muli(ComplexFloat c, ComplexFloat result) Multiply two complex numbers, in-place
ComplexFloatMatrix	ComplexFloatMatrix.muli(ComplexFloat v, ComplexFloatMatrix result) (Elementwise) Multiplication with a scalar
ComplexFloat	ComplexFloat.muli(float v, ComplexFloat result)
boolean	ComplexFloat.ne(ComplexFloat c)
ComplexFloatMatrix	ComplexFloatMatrix.ne(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.nei(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.nei(ComplexFloat value, ComplexFloatMatrix result)
ComplexFloatMatrix	ComplexFloatMatrix.or(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.ori(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.ori(ComplexFloat value, ComplexFloatMatrix result)
ComplexFloatMatrix	ComplexFloatMatrix.put(ComplexFloatMatrix indices, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(ComplexFloatMatrix indices, int c, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(int[] indices, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(int[] rindices, int[] cindices, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(int[] indices, int c, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(int i, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(int r, ComplexFloatMatrix indices, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(int r, int[] indices, ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.put(int rowIndex, int columnIndex, ComplexFloat 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.rdiv(ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.rdivi(ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.rdivi(ComplexFloat a, ComplexFloatMatrix result) (Elementwise) division with a scalar, with operands switched.
ComplexFloatMatrix	ComplexFloatMatrix.rsub(ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.rsubi(ComplexFloat v)
ComplexFloatMatrix	ComplexFloatMatrix.rsubi(ComplexFloat a, ComplexFloatMatrix result) Subtract a matrix from a scalar
static ComplexFloatMatrix	SimpleBlas.scal(ComplexFloat alpha, ComplexFloatMatrix x)
ComplexFloat	ComplexFloat.sub(ComplexFloat c) Subtract two complex numbers
ComplexFloatMatrix	ComplexFloatMatrix.sub(ComplexFloat v)
ComplexFloat	ComplexFloat.subi(ComplexFloat c)
ComplexFloatMatrix	ComplexFloatMatrix.subi(ComplexFloat v)
ComplexFloat	ComplexFloat.subi(ComplexFloat c, ComplexFloat result) Subtract two complex numbers, in-place
ComplexFloatMatrix	ComplexFloatMatrix.subi(ComplexFloat v, ComplexFloatMatrix result) Subtract a scalar from a matrix
ComplexFloat	ComplexFloat.subi(float a, ComplexFloat result)
ComplexFloatMatrix	ComplexFloatMatrix.xor(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.xori(ComplexFloat value)
ComplexFloatMatrix	ComplexFloatMatrix.xori(ComplexFloat value, ComplexFloatMatrix result)

Constructors in org.jblas with parameters of type ComplexFloat

Constructor and Description
ComplexFloatMatrix(ComplexFloat[] newData)