Uses of Class
qcnn.Complex

Packages that use Complex

qcnn

Uses of Complex in qcnn

Fields in qcnn declared as Complex

protected Complex	ComplexMatrix.a
protected Complex	ComplexMatrix.b
protected Complex	ComplexMatrix.c
(package private) Complex[]	Fourier.cx
protected Complex	ComplexMatrix.d
static Complex	Complex.I
static Complex	Complex.ONE
static Complex	Complex.ZERO

Methods in qcnn that return Complex

Complex	Complex.add(Complex c)
Complex	Complex.add(double d)
Complex	Complex.conjugate()
static Complex[]	FFT.convolve(Complex[] x, Complex[] y)
Complex	Complex.divide(Complex c)
Complex	Complex.divide(double d)
static Complex	Complex.e(Complex c) Returns the exponent of a complex number
static Complex[]	FFT.fft(Complex[] x)
static Complex[]	FFT.fft(double[] data)
static Complex[]	FFT.ifft(Complex[] x)
Complex	Complex.multiply(Complex c)
Complex	Complex.multiply(double d)
Complex	Complex.negate()
static Complex	Complex.polar(double r, double theta) Constructs a complex number from modulus and argument components
Complex	Complex.reciprocal()
Complex	Complex.sqrt()
Complex	Complex.subtract(Complex c)
Complex	Complex.subtract(double d)

Methods in qcnn with parameters of type Complex

Complex	Complex.add(Complex c)
static Complex[]	FFT.convolve(Complex[] x, Complex[] y)
static Complex[]	FFT.convolve(Complex[] x, Complex[] y)
Complex	Complex.divide(Complex c)
static Complex	Complex.e(Complex c) Returns the exponent of a complex number
static Complex[]	FFT.fft(Complex[] x)
static Complex[]	FFT.ifft(Complex[] x)
Complex	Complex.multiply(Complex c)
void	Fourier.set(Complex[] cx)
Complex	Complex.subtract(Complex c)

Constructors in qcnn with parameters of type Complex

ComplexMatrix(Complex a, Complex b, Complex c, Complex d)
Creates a new complex matrix.