Uses of Class
ej.numeric.ComplexFloat

Packages that use ComplexFloat

Package	Description
ej.numeric
ej.numeric.linear

Uses of ComplexFloat in ej.numeric

Methods in ej.numeric that return ComplexFloat

Modifier and Type	Method and Description
ComplexFloat	ComplexFloat.add(ComplexFloat complex) Add a complex
ComplexFloat	ComplexFloat.add(float scalar) Add a scalar
ComplexFloat	ComplexFloat.addi(ComplexFloat complex) In place add a complex
ComplexFloat	ComplexFloat.addi(float scalar) In place add a scalar
ComplexFloat	ComplexFloat.conjugate() Conjugate
ComplexFloat	ComplexFloat.conjugatei() In-place conjugate
ComplexFloat	ComplexFloatMatrix.det() Matrix determinant
ComplexFloat	ComplexFloat.div(ComplexFloat complex) Divide by a complex
ComplexFloat	ComplexFloat.div(float scalar) Divide by a scalar
ComplexFloat	ComplexFloat.divi(ComplexFloat complex) In place divide by a complex
ComplexFloat	ComplexFloat.divi(float scalar) In place divide by a scalar
ComplexFloat	ComplexFloatMatrix.get(int index) Get the element at the given linear index
ComplexFloat	ComplexFloatMatrix.get(int row, int col) Get the element at the given row and column
ComplexFloat	ComplexFloat.inv() Inversion
ComplexFloat	ComplexFloat.invi() In-place inversion
ComplexFloat	ComplexFloatMatrix.max() The maximum element of the matrix
ComplexFloat	ComplexFloatMatrix.mean() The mean value of all elements in the matrix
ComplexFloat	ComplexFloatMatrix.min() The minimum element of the matrix
static ComplexFloat	ComplexFloat.minusOne() Returns a new instance with (-1,0)
ComplexFloat	ComplexFloat.mul(ComplexFloat complex) Multiply by a complex
ComplexFloat	ComplexFloat.mul(float scalar) Multiply by a scalar
ComplexFloat	ComplexFloat.muli(ComplexFloat complex) In place multiply by a complex
ComplexFloat	ComplexFloat.muli(float scalar) In place multiply by a scalar
static ComplexFloat	ComplexFloat.NaN() Returns a new instance with value (NaN,NaN)
ComplexFloat	ComplexFloat.neg() Negate
ComplexFloat	ComplexFloat.negi() In-place negate
static ComplexFloat	ComplexFloat.one() Returns a new instance with (1,0)
ComplexFloat	ComplexFloatMatrix.prod() The product of all elements of the matrix
ComplexFloat	ComplexFloat.sqrt() Positive square root.
ComplexFloat	ComplexFloat.sqrti() In-place positive square root.
ComplexFloat	ComplexFloat.square() Square
ComplexFloat	ComplexFloat.squarei() Square
ComplexFloat	ComplexFloat.sub(ComplexFloat complex) Subtract a complex
ComplexFloat	ComplexFloat.sub(float scalar) Subtract a scalar
ComplexFloat	ComplexFloat.subi(ComplexFloat complex) In place subtract a complex
ComplexFloat	ComplexFloat.subi(float scalar) In place subtract a scalar
ComplexFloat	ComplexFloatMatrix.sum() The sum of all elements of the matrix
ComplexFloat[][]	ComplexFloatMatrix.toArray() Convert to a 2D array of ComplexFloat
ComplexFloat	ComplexFloat.toComplexFloat() Convert the current complex to ComplexFloat
ComplexFloat	ComplexDouble.toComplexFloat() Convert the current complex to ComplexFloat
ComplexFloat	Complex.toComplexFloat() Convert the current complex to ComplexFloat
ComplexFloat[]	ComplexFloatMatrix.toVector() Convert to a 1D array of ComplexFloat
static ComplexFloat	ComplexFloat.zero() Returns a new instance with (0,0)

Methods in ej.numeric with parameters of type ComplexFloat

Modifier and Type	Method and Description
ComplexFloat	ComplexFloat.add(ComplexFloat complex) Add a complex
ComplexFloatMatrix	ComplexFloatMatrix.add(ComplexFloat scalar) Add a scalar
ComplexFloat	ComplexFloat.addi(ComplexFloat complex) In place add a complex
ComplexFloatMatrix	ComplexFloatMatrix.addi(ComplexFloat scalar) In place add a scalar
ComplexFloat	ComplexFloat.div(ComplexFloat complex) Divide by a complex
ComplexFloatMatrix	ComplexFloatMatrix.div(ComplexFloat scalar) Divide by a scalar
ComplexFloat	ComplexFloat.divi(ComplexFloat complex) In place divide by a complex
ComplexFloatMatrix	ComplexFloatMatrix.divi(ComplexFloat scalar) In place divide by a scalar
boolean	ComplexFloat.eq(ComplexFloat complex) Equals between complex numbers
ComplexFloatMatrix	ComplexFloatMatrix.eq(ComplexFloat scalar) Element-wise equals between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.eqi(ComplexFloat scalar) In place element-wise equals between matrix elements and a scalar
boolean	ComplexFloat.ge(ComplexFloat complex) Greater or equals between complex numbers' real parts
ComplexFloatMatrix	ComplexFloatMatrix.ge(ComplexFloat scalar) Element-wise greater or equals between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.gei(ComplexFloat scalar) In place element-wise greater or equals between matrix elements and a scalar
boolean	ComplexFloat.gt(ComplexFloat complex) Greater than between complex numbers' real parts
ComplexFloatMatrix	ComplexFloatMatrix.gt(ComplexFloat scalar) Element-wise greater than between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.gti(ComplexFloat scalar) In place element-wise greater than between matrix elements and a scalar
boolean	ComplexFloat.le(ComplexFloat complex) Lower or equals between complex numbers' real parts
ComplexFloatMatrix	ComplexFloatMatrix.le(ComplexFloat scalar) Element-wise lower or equals between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.lei(ComplexFloat scalar) In place element-wise lower or equals between matrix elements and a scalar
boolean	ComplexFloat.lt(ComplexFloat complex) Lower than between complex numbers' real parts
ComplexFloatMatrix	ComplexFloatMatrix.lt(ComplexFloat scalar) Element-wise lower than between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.lti(ComplexFloat scalar) In place element-wise lower than between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.max(ComplexFloat scalar) Element-wise maximum between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.maxi(ComplexFloat scalar) In place element-wise maximum between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.min(ComplexFloat scalar) Element-wise minimum between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.mini(ComplexFloat scalar) In place element-wise minimum between matrix elements and a scalar
ComplexFloat	ComplexFloat.mul(ComplexFloat complex) Multiply by a complex
ComplexFloatMatrix	ComplexFloatMatrix.mul(ComplexFloat scalar) Multiply by a scalar
ComplexFloat	ComplexFloat.muli(ComplexFloat complex) In place multiply by a complex
ComplexFloatMatrix	ComplexFloatMatrix.muli(ComplexFloat scalar) In place multiply by a scalar
boolean	ComplexFloat.ne(ComplexFloat complex) Not-equals between complex numbers
ComplexFloatMatrix	ComplexFloatMatrix.ne(ComplexFloat scalar) Element-wise not-equals between matrix elements and a scalar
ComplexFloatMatrix	ComplexFloatMatrix.nei(ComplexFloat scalar) In place element-wise not-equals between matrix elements and a scalar
static ComplexFloatMatrix	ComplexFloatMatrix.randn(int dim, ComplexFloat realMean, ComplexFloat realStandardDeviation, ComplexFloat imaginaryMean, ComplexFloat imaginaryStandardDeviation) Create a square matrix filled with random elements normally distributed on the interval [minInterval, maxInterval]
static ComplexFloatMatrix	ComplexFloatMatrix.randn(int rows, int cols, ComplexFloat realMean, ComplexFloat realStandardDeviation, ComplexFloat imaginaryMean, ComplexFloat imaginaryStandardDeviation) Create a matrix filled with random elements normally distributed on the interval [minInterval, maxInterval]
static ComplexFloatMatrix	ComplexFloatMatrix.repmat(ComplexFloat scalar, int rows, int cols) Create a matrix of dimensions rows by columns containing the given scalar
void	ComplexFloatMatrix.set(int index, ComplexFloat element) Set the element at the given linear index
void	ComplexFloatMatrix.set(int row, int col, ComplexFloat element) Set the element at the given row and column
void	ComplexFloatMatrix.set(Range range, ComplexFloat element) Set the elements at the given linear index range
void	ComplexFloatMatrix.set(Range rowsRange, Range colsRange, ComplexFloat element) Set the elements at the given index ranges
ComplexFloat	ComplexFloat.sub(ComplexFloat complex) Subtract a complex
ComplexFloatMatrix	ComplexFloatMatrix.sub(ComplexFloat scalar) Subtract a scalar
ComplexFloat	ComplexFloat.subi(ComplexFloat complex) In place subtract a complex
ComplexFloatMatrix	ComplexFloatMatrix.subi(ComplexFloat scalar) In place subtract a scalar

Constructors in ej.numeric with parameters of type ComplexFloat

Constructor and Description
ComplexFloatMatrix(ComplexFloat[] data) Construct a new row vector given the data
ComplexFloatMatrix(ComplexFloat[][] data) Construct a new matrix given the data as a two dimensions array
ComplexFloatMatrix(int rows, int cols, ComplexFloat[] data) Construct a new matrix given the number of rows, columns and the data as a linear array

Uses of ComplexFloat in ej.numeric.linear

Methods in ej.numeric.linear that return ComplexFloat

Modifier and Type	Method and Description
static ComplexFloat	Factorization.getDeterminant(ComplexFloatMatrix matrix) Returns the determinant of the ComplexFloatMatrix.